andy/mip
1
0
Fork 0
Code Issues Pull Requests Releases Wiki Activity

Changes made to support Bulk Load.

Browse Source 
git-svn-id: http://locode01.ad.dom/svn/WEBMIP/trunk@3255 248e525c-4dfb-0310-94bc-949c084e9493
This commit is contained in:
hardya
2008-01-15 18:45:58 +00:00
parent 7365f2a567
commit 13c9c0ca97
54 changed files with 18856 additions and 16715 deletions
Download Patch File Download Diff File Expand all files Collapse all files

53
Data/BulkLoad/BASES.csv Normal file
View File

@@ -0,0 +1,53 @@
"CODE","DRWG_CODE","DESCRIPTION","DIM_A","DIM_B","DIM_C","DIM_D","DIM_E","DIM_F","DIM_G","DIM_H","DIM_I","DEPTH"
"0","H",,0,0,0,0,0,0,0,0,0,0
"CustomB","H",,0,0,0,0,0,0,0,0,0,0
"RA0025LPB","H",,950,700,350,80,370,320,80,370,240,100
"RA0025MPB","H",,950,700,350,80,335,275,100,345,275,100
"RA0040LPB","H",,950,750,350,80,347,297,80,347,297,100
"RA0040MPB","H",,1400,950,475,80,417,357,100,427,357,100
"RA0065LPB","H",,1900,1150,575,150,790,707,100,760,707,150
"RA0100LPB","H",,1900,1150,575,150,790,707,100,760,707,150
"RA0100MPB","H",,1625,950,475,100,520,443,100,460,382,100
"RA0160LPB","H",,1900,1150,575,150,790,707,150,790,707,150
"RA0160MPB","H",,2700,1500,750,100,785,710,150,800,710,150
"RA0200LPB","H",,1900,1150,575,150,790,707,150,790,707,150
"RA0200MPB","H",,2700,1500,750,100,809,740,150,827,737,150
"RA0250+LPB","H",,2700,1500,750,200,910,809,150,900,809,150
"RA0250LPB","H",,1900,1150,575,150,790,707,150,790,707,150
"RA0250MPB","H",,2700,1500,750,150,820,730,150,820,730,150
"RA0300+LPB","H",,3800,2050,1025,250,980,856,200,955,855,150
"RA0300LPB","H",,2700,1500,750,200,530,431,200,530,431,150
"RA0300MPB","H",,2700,1500,750,150,775,685,200,805,705,150
"RA0400LPB","H",,3800,2050,1025,250,990,865,200,964,864,150
"RA0400MPB","H",,2700,1500,750,150,775,685,200,805,705,150
"RA0650+LPB","H",,4800,3050,1525,250,1137,1012,250,1137,1012,150
"RA0650LPB","H",,4300,2300,1150,250,987,862,250,987,862,150
"RA0650MPB","H",,3300,2300,1150,200,1010,910,250,1048,923,150
"RA1000+LPB","H",,4800,3050,1525,250,1125,1000,250,1125,999,150
"RA1000LPB","H",,4300,2300,1150,250,1020,893,250,1020,892,150
"RA1000MPB","H",,3300,2300,1150,250,1015,890,250,1020,895,150
"RD0025MPB","H",,1400,950,475,80,520,475,100,480,425,100
"RD0040MPB","H",,1400,950,475,80,485,440,100,460,410,100
"RD0065MPB","H",,1400,950,475,80,485,440,100,465,410,100
"RD0100MPB","H",,1400,950,475,80,485,440,100,465,410,100
"RD0160MPB","H",,0,0,0,0,0,0,0,0,0,0
"RD0250MPB","H",,2700,1500,750,150,844,754,150,844,754,150
"RD0310MPB","H",,2700,1500,750,150,835,745,200,850,750,150
"RD0450+MPB","C",,3300,2050,1025,925,600,730,400,,,150
"RD0450MPB","C",,3300,2050,1025,925,590,748,400,,,150
"RD0650MPB","C",,3800,2050,1025,900,625,831,400,,,150
"RD1075MPB","C",,4300,2300,1150,1025,650,958,400,,,150
"RD1600MPB","C",,4300,2300,1150,1000,725,837,450,,,150
"RD2885MPB","C",,0,0,0,0,0,0,0,,,0
"U016LPB","H",,950,700,350,80,250,225,80,250,0,100
"U016MPB","H",,950,700,350,80,255,220,80,255,0,100
"U025LPB","H",,1200,740,370,100,200,140,100,250,0,100
"U025MPB","H",,1400,950,475,80,350,300,80,350,0,100
"U040LPB","H",,1200,740,370,100,200,140,100,250,0,100
"U040MPB","H",,1400,950,475,80,300,250,100,300,0,100
"U065LPB","H",,1700,950,475,150,250,190,150,300,0,100
"U065MPB","H",,1900,1150,575,100,450,400,100,450,0,150
"U100LPB","H",,1900,1150,575,150,450,400,150,400,0,150
"U100MPB","H",,1900,1150,575,100,400,350,100,400,0,150
"U160LPB","H",,1900,1150,575,200,450,400,200,450,0,150
"U160MPB","H",,1900,1150,575,100,350,300,150,375,0,150
1 CODE DRWG_CODE DESCRIPTION DIM_A DIM_B DIM_C DIM_D DIM_E DIM_F DIM_G DIM_H DIM_I DEPTH
2 0 H 0 0 0 0 0 0 0 0 0 0
3 CustomB H 0 0 0 0 0 0 0 0 0 0
4 RA0025LPB H 950 700 350 80 370 320 80 370 240 100
5 RA0025MPB H 950 700 350 80 335 275 100 345 275 100
6 RA0040LPB H 950 750 350 80 347 297 80 347 297 100
7 RA0040MPB H 1400 950 475 80 417 357 100 427 357 100
8 RA0065LPB H 1900 1150 575 150 790 707 100 760 707 150
9 RA0100LPB H 1900 1150 575 150 790 707 100 760 707 150
10 RA0100MPB H 1625 950 475 100 520 443 100 460 382 100
11 RA0160LPB H 1900 1150 575 150 790 707 150 790 707 150
12 RA0160MPB H 2700 1500 750 100 785 710 150 800 710 150
13 RA0200LPB H 1900 1150 575 150 790 707 150 790 707 150
14 RA0200MPB H 2700 1500 750 100 809 740 150 827 737 150
15 RA0250+LPB H 2700 1500 750 200 910 809 150 900 809 150
16 RA0250LPB H 1900 1150 575 150 790 707 150 790 707 150
17 RA0250MPB H 2700 1500 750 150 820 730 150 820 730 150
18 RA0300+LPB H 3800 2050 1025 250 980 856 200 955 855 150
19 RA0300LPB H 2700 1500 750 200 530 431 200 530 431 150
20 RA0300MPB H 2700 1500 750 150 775 685 200 805 705 150
21 RA0400LPB H 3800 2050 1025 250 990 865 200 964 864 150
22 RA0400MPB H 2700 1500 750 150 775 685 200 805 705 150
23 RA0650+LPB H 4800 3050 1525 250 1137 1012 250 1137 1012 150
24 RA0650LPB H 4300 2300 1150 250 987 862 250 987 862 150
25 RA0650MPB H 3300 2300 1150 200 1010 910 250 1048 923 150
26 RA1000+LPB H 4800 3050 1525 250 1125 1000 250 1125 999 150
27 RA1000LPB H 4300 2300 1150 250 1020 893 250 1020 892 150
28 RA1000MPB H 3300 2300 1150 250 1015 890 250 1020 895 150
29 RD0025MPB H 1400 950 475 80 520 475 100 480 425 100
30 RD0040MPB H 1400 950 475 80 485 440 100 460 410 100
31 RD0065MPB H 1400 950 475 80 485 440 100 465 410 100
32 RD0100MPB H 1400 950 475 80 485 440 100 465 410 100
33 RD0160MPB H 0 0 0 0 0 0 0 0 0 0
34 RD0250MPB H 2700 1500 750 150 844 754 150 844 754 150
35 RD0310MPB H 2700 1500 750 150 835 745 200 850 750 150
36 RD0450+MPB C 3300 2050 1025 925 600 730 400 150
37 RD0450MPB C 3300 2050 1025 925 590 748 400 150
38 RD0650MPB C 3800 2050 1025 900 625 831 400 150
39 RD1075MPB C 4300 2300 1150 1025 650 958 400 150
40 RD1600MPB C 4300 2300 1150 1000 725 837 450 150
41 RD2885MPB C 0 0 0 0 0 0 0 0
42 U016LPB H 950 700 350 80 250 225 80 250 0 100
43 U016MPB H 950 700 350 80 255 220 80 255 0 100
44 U025LPB H 1200 740 370 100 200 140 100 250 0 100
45 U025MPB H 1400 950 475 80 350 300 80 350 0 100
46 U040LPB H 1200 740 370 100 200 140 100 250 0 100
47 U040MPB H 1400 950 475 80 300 250 100 300 0 100
48 U065LPB H 1700 950 475 150 250 190 150 300 0 100
49 U065MPB H 1900 1150 575 100 450 400 100 450 0 150
50 U100LPB H 1900 1150 575 150 450 400 150 400 0 150
51 U100MPB H 1900 1150 575 100 400 350 100 400 0 150
52 U160LPB H 1900 1150 575 200 450 400 200 450 0 150
53 U160MPB H 1900 1150 575 100 350 300 150 375 0 150

BIN
Data/BulkLoad/BULK_LOAD.xls
View File

Binary file not shown.

337
Data/BulkLoad/CAVEATS.csv Normal file
View File

@@ -0,0 +1,337 @@
"DOCUMENT_POSITION","ENTY_CODE","METY_CODE","SVCPT_CODE","SORT_ORDER","TEXT"
"CONT_SUM","ADVERSARIAL","DIAPHRAGM","LP",1,"plus purging on time and materials basis."
"CONT_SUM","ADVERSARIAL","DIAPHRAGM","MP",1,"plus purging on time and materials basis."
"CONT_SUM","ADVERSARIAL","ROTARY","LP",1,"plus purging on time and materials basis."
"CONT_SUM","ADVERSARIAL","ROTARY","MP",1,"plus purging on time and materials basis."
"CONT_SUM","ADVERSARIAL","TURBINE","LP",1,"plus purging on time and materials basis."
"CONT_SUM","ADVERSARIAL","TURBINE","MP",1,"plus purging on time and materials basis."
"CONT_SUM","STD REMOVE","DIAPHRAGM","LP",1,"plus purging on time and materials basis."
"CONT_SUM_QA","ADVERSARIAL","DIAPHRAGM","LP",1,"plus purging on time and materials basis."
"CONT_SUM_QA","ADVERSARIAL","DIAPHRAGM","MP",1,"plus purging on time and materials basis."
"CONT_SUM_QA","ADVERSARIAL","ROTARY","LP",1,"plus purging on time and materials basis."
"CONT_SUM_QA","ADVERSARIAL","ROTARY","MP",1,"plus purging on time and materials basis."
"CONT_SUM_QA","ADVERSARIAL","TURBINE","LP",1,"plus purging on time and materials basis."
"CONT_SUM_QA","ADVERSARIAL","TURBINE","MP",1,"plus purging on time and materials basis."
"CONT_SUM_QA","STD REMOVE","DIAPHRAGM","LP",1,"plus purging on time and materials basis."
"DESC_WORK","ADVERSARIAL","DIAPHRAGM","LP",1,"Purging of downstream pipework."
"DESC_WORK","ADVERSARIAL","DIAPHRAGM","MP",1,"Purging of downstream pipework."
"DESC_WORK","ADVERSARIAL","ROTARY","LP",1,"Purging of downstream pipework."
"DESC_WORK","ADVERSARIAL","ROTARY","MP",1,"Purging of downstream pipework."
"DESC_WORK","ADVERSARIAL","TURBINE","LP",1,"Purging of downstream pipework."
"DESC_WORK","ADVERSARIAL","TURBINE","MP",1,"Purging of downstream pipework."
"DESC_WORK","EXCHANGE","DIAPHRAGM","LP",1,"Any service alteration required will need to be actioned by the UIP. Any outlet pipework alterations and the outlet pipework connection to the meter module will need to be actioned by others."
"DESC_WORK","EXCHANGE","DIAPHRAGM","MP",1,"Any service alteration required will need to be actioned by the UIP. Any outlet pipework alterations and the outlet pipework connection to the meter module will need to be actioned by others."
"DESC_WORK","EXCHANGE","ROTARY","LP",1,"Any service alteration required will need to be actioned by the UIP. Any outlet pipework alterations and the outlet pipework connection to the meter module will need to be actioned by others."
"DESC_WORK","EXCHANGE","ROTARY","MP",1,"Any service alteration required will need to be actioned by the UIP. Any outlet pipework alterations and the outlet pipework connection to the meter module will need to be actioned by others."
"DESC_WORK","EXCHANGE","TURBINE","LP",1,"Any service alteration required will need to be actioned by the UIP. Any outlet pipework alterations and the outlet pipework connection to the meter module will need to be actioned by others."
"DESC_WORK","EXCHANGE","TURBINE","MP",1,"Any service alteration required will need to be actioned by the UIP. Any outlet pipework alterations and the outlet pipework connection to the meter module will need to be actioned by others."
"DESC_WORK","REMOVE","DIAPHRAGM","LP",1,"Purging of downstream pipework."
"DESC_WORK","REMOVE","DIAPHRAGM","MP",1,"Purging of downstream pipework."
"DESC_WORK","REMOVE","ROTARY","LP",1,"Purging of downstream pipework."
"DESC_WORK","REMOVE","ROTARY","MP",1,"Purging of downstream pipework."
"DESC_WORK","REMOVE","TURBINE","LP",1,"Purging of downstream pipework."
"DESC_WORK","REMOVE","TURBINE","MP",1,"Purging of downstream pipework."
"DESC_WORK","STD EXCHANGE","DIAPHRAGM","LP",1,"Any service alteration required will need to be actioned by the UIP. Any outlet pipework alterations and the outlet pipework connection to the meter module will need to be actioned by others."
"DESC_WORK","STD EXCHANGE","DIAPHRAGM","MP",1,"Any service alteration required will need to be actioned by the UIP. Any outlet pipework alterations and the outlet pipework connection to the meter module will need to be actioned by others."
"DESC_WORK","STD EXCHANGE","ROTARY","LP",1,"Any service alteration required will need to be actioned by the UIP. Any outlet pipework alterations and the outlet pipework connection to the meter module will need to be actioned by others."
"DESC_WORK","STD EXCHANGE","ROTARY","MP",1,"Any service alteration required will need to be actioned by the UIP. Any outlet pipework alterations and the outlet pipework connection to the meter module will need to be actioned by others."
"DESC_WORK","STD EXCHANGE","TURBINE","LP",1,"Any service alteration required will need to be actioned by the UIP. Any outlet pipework alterations and the outlet pipework connection to the meter module will need to be actioned by others."
"DESC_WORK","STD EXCHANGE","TURBINE","MP",1,"Any service alteration required will need to be actioned by the UIP. Any outlet pipework alterations and the outlet pipework connection to the meter module will need to be actioned by others."
"DESC_WORK","STD REMOVE","DIAPHRAGM","LP",1,"Purging of downstream pipework."
"TERM_COND","ADDON","DIAPHRAGM","LP",1,"This quotation is based on there being a working LF connection on the existing meter."
"TERM_COND","ADDON","DIAPHRAGM","LP",2,"This quotation does not include for the provision of a separate instrumentation cabinet."
"TERM_COND","ADDON","DIAPHRAGM","LP",3,"Electrical Connections to gas meters are subject to the assessment of the hazardous area around the meter. This is largely affected by the ventilation in the housing. Should the ventilation be found to be inadequate the connection will not be made and the requirements to allow the connection reported to you."
"TERM_COND","ADDON","DIAPHRAGM","MP",1,"This quotation is based on there being a working LF connection on the existing meter."
"TERM_COND","ADDON","DIAPHRAGM","MP",2,"This quotation does not include for the provision of a separate instrumentation cabinet."
"TERM_COND","ADDON","DIAPHRAGM","MP",3,"Electrical Connections to gas meters are subject to the assessment of the hazardous area around the meter. This is largely affected by the ventilation in the housing. Should the ventilation be found to be inadequate the connection will not be made and the requirements to allow the connection reported to you."
"TERM_COND","ADDON","ROTARY","LP",1,"This quotation is based on there being a working LF connection on the existing meter."
"TERM_COND","ADDON","ROTARY","LP",2,"This quotation does not include for the provision of a separate instrumentation cabinet."
"TERM_COND","ADDON","ROTARY","LP",3,"Electrical Connections to gas meters are subject to the assessment of the hazardous area around the meter. This is largely affected by the ventilation in the housing. Should the ventilation be found to be inadequate the connection will not be made and the requirements to allow the connection reported to you."
"TERM_COND","ADDON","ROTARY","MP",1,"This quotation is based on there being a working LF connection on the existing meter."
"TERM_COND","ADDON","ROTARY","MP",2,"This quotation does not include for the provision of a separate instrumentation cabinet."
"TERM_COND","ADDON","ROTARY","MP",3,"Electrical Connections to gas meters are subject to the assessment of the hazardous area around the meter. This is largely affected by the ventilation in the housing. Should the ventilation be found to be inadequate the connection will not be made and the requirements to allow the connection reported to you."
"TERM_COND","ADDON","TURBINE","LP",1,"This quotation is based on there being a working LF connection on the existing meter."
"TERM_COND","ADDON","TURBINE","LP",2,"This quotation does not include for the provision of a separate instrumentation cabinet."
"TERM_COND","ADDON","TURBINE","LP",3,"Electrical Connections to gas meters are subject to the assessment of the hazardous area around the meter. This is largely affected by the ventilation in the housing. Should the ventilation be found to be inadequate the connection will not be made and the requirements to allow the connection reported to you."
"TERM_COND","ADDON","TURBINE","MP",1,"This quotation is based on there being a working LF connection on the existing meter."
"TERM_COND","ADDON","TURBINE","MP",2,"This quotation does not include for the provision of a separate instrumentation cabinet."
"TERM_COND","ADDON","TURBINE","MP",3,"Electrical Connections to gas meters are subject to the assessment of the hazardous area around the meter. This is largely affected by the ventilation in the housing. Should the ventilation be found to be inadequate the connection will not be made and the requirements to allow the connection reported to you."
"TERM_COND","ADVERSARIAL","DIAPHRAGM","LP",1,"This quotation is based on a low pressure service tier. If the pressure tier if found not to be low pressure, this will be subject to a new quotation or variation and planned meter works will not commence."
"TERM_COND","ADVERSARIAL","ROTARY","LP",1,"This quotation is based on a low pressure service tier. If the pressure tier if found not to be low pressure, this will be subject to a new quotation or variation and planned meter works will not commence."
"TERM_COND","ADVERSARIAL","ROTARY","LP",2,"Lifting gear if required will be charged at a rate of <20>400 per day."
"TERM_COND","ADVERSARIAL","ROTARY","MP",1,"Lifting gear if required will be charged at a rate of <20>400 per day."
"TERM_COND","ADVERSARIAL","TURBINE","LP",1,"This quotation is based on a low pressure service tier. If the pressure tier if found not to be low pressure, this will be subject to a new quotation or variation and planned meter works will not commence.
"
"TERM_COND","ADVERSARIAL","TURBINE","LP",2,"Lifting gear if required will be charged at a rate of <20>400 per day."
"TERM_COND","ADVERSARIAL","TURBINE","MP",1,"Lifting gear if required will be charged at a rate of <20>400 per day."
"TERM_COND","EXCHANGE","DIAPHRAGM","LP",1,"Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order."
"TERM_COND","EXCHANGE","DIAPHRAGM","LP",2,"Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed."
"TERM_COND","EXCHANGE","DIAPHRAGM","LP",3,"Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed."
"TERM_COND","EXCHANGE","DIAPHRAGM","LP",4,"The Supply Point must be suitably sized and positioned to provide a minimum pressure of 25 mbar under Qmax load at the ECV outlet point."
"TERM_COND","EXCHANGE","DIAPHRAGM","LP",5,"This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided.
The meter module is a single stream supply with no bypass facility. During maintenance operations on the meter installation it may be necessary to isolate the supply temporarily."
"TERM_COND","EXCHANGE","DIAPHRAGM","LP",6,"It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place."
"TERM_COND","EXCHANGE","DIAPHRAGM","LP",7,"The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh."
"TERM_COND","EXCHANGE","DIAPHRAGM","LP",8,"This quotation is based on the exchange being completed on the same day and the new meter module being attached to the existing ECV."
"TERM_COND","EXCHANGE","DIAPHRAGM","LP",9,"Please note that this quotation is based on two visits, first visit for the removal and purging of the existing meter module and the second to install a new meter module after the service alteration."
"TERM_COND","EXCHANGE","DIAPHRAGM","MP",1,"Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order."
"TERM_COND","EXCHANGE","DIAPHRAGM","MP",2,"Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed."
"TERM_COND","EXCHANGE","DIAPHRAGM","MP",3,"Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed."
"TERM_COND","EXCHANGE","DIAPHRAGM","MP",4,"The Supply Point must be suitably sized and positioned to provide a minimum pressure of nnn (insert design minimum pressure) mbar under Qmax load at the ECV outlet point."
"TERM_COND","EXCHANGE","DIAPHRAGM","MP",5,"This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided
The meter module offered is a singlestream supply with only a nominal bypass facility. The bypass is only used during maintenance, and is only sized to maintain gas pressure downstream. Please note that during maintenance it will be necessary to disrupt supplies.
"
"TERM_COND","EXCHANGE","DIAPHRAGM","MP",6,"It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place."
"TERM_COND","EXCHANGE","DIAPHRAGM","MP",7,"The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh."
"TERM_COND","EXCHANGE","DIAPHRAGM","MP",8,"This quotation is based on the exchange being completed on the same day and the new meter module being attached to the existing ECV."
"TERM_COND","EXCHANGE","DIAPHRAGM","MP",9,"Please note that this quotation is based on two visits, first visit for the removal and purging of the existing meter module and the second to install a new meter module after the service alteration."
"TERM_COND","EXCHANGE","ROTARY","LP",1,"Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order."
"TERM_COND","EXCHANGE","ROTARY","LP",2,"Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed."
"TERM_COND","EXCHANGE","ROTARY","LP",3,"Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed."
"TERM_COND","EXCHANGE","ROTARY","LP",4,"The Supply Point must be suitably sized and positioned to provide a minimum pressure of 25 mbar under Qmax load at the ECV outlet point."
"TERM_COND","EXCHANGE","ROTARY","LP",5,"This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided
The meter module is a single stream supply with no bypass facility. During maintenance operations on the meter installation it may be necessary to isolate the supply temporarily."
"TERM_COND","EXCHANGE","ROTARY","LP",6,"It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place."
"TERM_COND","EXCHANGE","ROTARY","LP",7,"The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh."
"TERM_COND","EXCHANGE","ROTARY","LP",8,"This quotation is based on the exchange being completed on the same day and the new meter module being attached to the existing ECV."
"TERM_COND","EXCHANGE","ROTARY","LP",9,"Please note that this quotation is based on two visits, first visit for the removal and purging of the existing meter module and the second to install a new meter module after the service alteration."
"TERM_COND","EXCHANGE","ROTARY","MP",1,"Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order."
"TERM_COND","EXCHANGE","ROTARY","MP",2,"Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed."
"TERM_COND","EXCHANGE","ROTARY","MP",3,"Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed."
"TERM_COND","EXCHANGE","ROTARY","MP",4,"The Supply Point must be suitably sized and positioned to provide a minimum pressure of nnn (insert design minimum pressure) mbar under Qmax load at the ECV outlet point."
"TERM_COND","EXCHANGE","ROTARY","MP",5,"This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided
The meter module offered is a single stream supply with only a nominal bypass facility. The bypass is only used during maintenance, and is only sized to maintain gas pressure downstream. Please note that during maintenance it will be necessary to disrupt supplies."
"TERM_COND","EXCHANGE","ROTARY","MP",6,"It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place."
"TERM_COND","EXCHANGE","ROTARY","MP",7,"The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh."
"TERM_COND","EXCHANGE","ROTARY","MP",8,"This quotation is based on the exchange being completed on the same day and the new meter module being attached to the existing ECV."
"TERM_COND","EXCHANGE","ROTARY","MP",9,"Please note that this quotation is based on two visits, first visit for the removal and purging of the existing meter module and the second to install a new meter module after the service alteration."
"TERM_COND","EXCHANGE","TURBINE","LP",1,"Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order."
"TERM_COND","EXCHANGE","TURBINE","LP",2,"Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed."
"TERM_COND","EXCHANGE","TURBINE","LP",3,"Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed."
"TERM_COND","EXCHANGE","TURBINE","LP",4,"The Supply Point must be suitably sized and positioned to provide a minimum pressure of 25 mbar under Qmax load at the ECV outlet point."
"TERM_COND","EXCHANGE","TURBINE","LP",5,"This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided
The meter module is a single stream supply with no bypass facility. During maintenance operations on the meter installation it may be necessary to isolate the supply temporarily."
"TERM_COND","EXCHANGE","TURBINE","LP",6,"It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place."
"TERM_COND","EXCHANGE","TURBINE","LP",7,"The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh."
"TERM_COND","EXCHANGE","TURBINE","LP",8,"This quotation is based on the exchange being completed on the same day and the new meter module being attached to the existing ECV."
"TERM_COND","EXCHANGE","TURBINE","LP",9,"Please note that this quotation is based on two visits, first visit for the removal and purging of the existing meter module and the second to install a new meter module after the service alteration."
"TERM_COND","EXCHANGE","TURBINE","MP",1,"Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order."
"TERM_COND","EXCHANGE","TURBINE","MP",2,"Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed."
"TERM_COND","EXCHANGE","TURBINE","MP",3,"Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed
"
"TERM_COND","EXCHANGE","TURBINE","MP",4,"The Supply Point must be suitably sized and positioned to provide a minimum pressure of nnn (insert design minimum pressure) mbar under Qmax load at the ECV outlet point."
"TERM_COND","EXCHANGE","TURBINE","MP",5,"This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided
The meter module offered is a single stream supply with only a nominal bypass facility. The bypass is only used during maintenance, and is only sized to maintain gas pressure downstream. Please note that during maintenance it will be necessary to disrupt supplies."
"TERM_COND","EXCHANGE","TURBINE","MP",6,"It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place."
"TERM_COND","EXCHANGE","TURBINE","MP",7,"The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh."
"TERM_COND","EXCHANGE","TURBINE","MP",8,"This quotation is based on the exchange being completed on the same day and the new meter module being attached to the existing ECV."
"TERM_COND","EXCHANGE","TURBINE","MP",9,"Please note that this quotation is based on two visits, first visit for the removal and purging of the existing meter module and the second to install a new meter module after the service alteration."
"TERM_COND","INSTALL","DIAPHRAGM","LP",1,"Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order."
"TERM_COND","INSTALL","DIAPHRAGM","LP",2,"Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed."
"TERM_COND","INSTALL","DIAPHRAGM","LP",3,"Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed."
"TERM_COND","INSTALL","DIAPHRAGM","LP",4,"The Supply Point must be suitably sized and positioned to provide a minimum pressure of 25 mbar under Qmax load at the ECV outlet point."
"TERM_COND","INSTALL","DIAPHRAGM","LP",5,"This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided
The meter module is a single stream supply with no bypass facility. During maintenance operations on the meter installation it may be necessary to isolate the supply temporarily."
"TERM_COND","INSTALL","DIAPHRAGM","LP",6,"It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place."
"TERM_COND","INSTALL","DIAPHRAGM","LP",7,"The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh.
"
"TERM_COND","INSTALL","DIAPHRAGM","MP",1,"Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order."
"TERM_COND","INSTALL","DIAPHRAGM","MP",2,"Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed."
"TERM_COND","INSTALL","DIAPHRAGM","MP",3,"Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed."
"TERM_COND","INSTALL","DIAPHRAGM","MP",4,"The Supply Point must be suitably sized and positioned to provide a minimum pressure of nnn (insert design minimum pressure) mbar under Qmax load at the ECV outlet point."
"TERM_COND","INSTALL","DIAPHRAGM","MP",5,"This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided
The meter module offered is a xxxx (twin/single) stream supply with only a nominal bypass facility. The bypass is only used during maintenance, and is only sized to maintain gas pressure downstream. Please note that during maintenance it will be necessary to disrupt supplies."
"TERM_COND","INSTALL","DIAPHRAGM","MP",6,"It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place."
"TERM_COND","INSTALL","DIAPHRAGM","MP",7,"The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh."
"TERM_COND","INSTALL","ROTARY","LP",1,"Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order."
"TERM_COND","INSTALL","ROTARY","LP",2,"Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed."
"TERM_COND","INSTALL","ROTARY","LP",3,"Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed."
"TERM_COND","INSTALL","ROTARY","LP",4,"The Supply Point must be suitably sized and positioned to provide a minimum pressure of 25 mbar under Qmax load at the ECV outlet point."
"TERM_COND","INSTALL","ROTARY","LP",5,"This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided
The meter module is a single stream supply with no bypass facility. During maintenance operations on the meter installation it may be necessary to isolate the supply temporarily."
"TERM_COND","INSTALL","ROTARY","LP",6,"It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place."
"TERM_COND","INSTALL","ROTARY","LP",7,"The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh."
"TERM_COND","INSTALL","ROTARY","MP",1,"Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order."
"TERM_COND","INSTALL","ROTARY","MP",2,"Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed."
"TERM_COND","INSTALL","ROTARY","MP",3,"Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed."
"TERM_COND","INSTALL","ROTARY","MP",4,"The Supply Point must be suitably sized and positioned to provide a minimum pressure of nnn (insert design minimum pressure) mbar under Qmax load at the ECV outlet point."
"TERM_COND","INSTALL","ROTARY","MP",5,"This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided
The meter module offered is a xxxx (twin/single) stream supply with only a nominal bypass facility. The bypass is only used during maintenance, and is only sized to maintain gas pressure downstream. Please note that during maintenance it will be necessary to disrupt supplies."
"TERM_COND","INSTALL","ROTARY","MP",6,"It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place."
"TERM_COND","INSTALL","ROTARY","MP",7,"The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh."
"TERM_COND","INSTALL","TURBINE","LP",1,"Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order."
"TERM_COND","INSTALL","TURBINE","LP",2,"Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed."
"TERM_COND","INSTALL","TURBINE","LP",3,"Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed.
"
"TERM_COND","INSTALL","TURBINE","LP",4,"The Supply Point must be suitably sized and positioned to provide a minimum pressure of 25 mbar under Qmax load at the ECV outlet point."
"TERM_COND","INSTALL","TURBINE","LP",5,"This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided
The meter module is a single stream supply with no bypass facility. During maintenance operations on the meter installation it may be necessary to isolate the supply temporarily."
"TERM_COND","INSTALL","TURBINE","LP",6,"It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place."
"TERM_COND","INSTALL","TURBINE","LP",7,"The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh."
"TERM_COND","INSTALL","TURBINE","MP",1,"Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order."
"TERM_COND","INSTALL","TURBINE","MP",2,"Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed."
"TERM_COND","INSTALL","TURBINE","MP",3,"Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed.
"
"TERM_COND","INSTALL","TURBINE","MP",4,"The Supply Point must be suitably sized and positioned to provide a minimum pressure of nnn (insert design minimum pressure) mbar under Qmax load at the ECV outlet point."
"TERM_COND","INSTALL","TURBINE","MP",5,"This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided
The meter module offered is a xxxx (twin/single) stream supply with only a nominal bypass facility. The bypass is only used during maintenance, and is only sized to maintain gas pressure downstream. Please note that during maintenance it will be necessary to disrupt supplies.
"
"TERM_COND","INSTALL","TURBINE","MP",6,"It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place."
"TERM_COND","INSTALL","TURBINE","MP",7,"The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh."
"TERM_COND","OFMAT","DIAPHRAGM","LP",1,"This charge will only be applicable if the meter accuracy test identifies the meter to be working correctly."
"TERM_COND","OFMAT","DIAPHRAGM","MP",1,"This charge will only be applicable if the meter accuracy test identifies the meter to be working correctly."
"TERM_COND","OFMAT","ROTARY","LP",1,"This charge will only be applicable if the meter accuracy test identifies the meter to be working correctly."
"TERM_COND","OFMAT","ROTARY","MP",1,"This charge will only be applicable if the meter accuracy test identifies the meter to be working correctly."
"TERM_COND","OFMAT","TURBINE","LP",1,"This charge will only be applicable if the meter accuracy test identifies the meter to be working correctly."
"TERM_COND","OFMAT","TURBINE","MP",1,"This charge will only be applicable if the meter accuracy test identifies the meter to be working correctly."
"TERM_COND","REMOVE","DIAPHRAGM","LP",1,"This quotation is based on a low pressure service tier. If the pressure tier if found not to be low pressure, this will be subject to a new quotation or variation and planned meter works will not commence.
"
"TERM_COND","REMOVE","DIAPHRAGM","LP",2,"Where purging of downstream supplies is necessary but has not been requested as part of the meter removal work, the meter will not be removed until the downstream supplies have been made safe by purging."
"TERM_COND","REMOVE","DIAPHRAGM","MP",1,"Where purging of downstream supplies is necessary but has not been requested as part of the meter removal work, the meter will not be removed until the downstream supplies have been made safe by purging."
"TERM_COND","REMOVE","ROTARY","LP",1,"This quotation is based on a low pressure service tier. If the pressure tier if found not to be low pressure, this will be subject to a new quotation or variation and planned meter works will not commence."
"TERM_COND","REMOVE","ROTARY","LP",2,"Where purging of downstream supplies is necessary but has not been requested as part of the meter removal work, the meter will not be removed until the downstream supplies have been made safe by purging."
"TERM_COND","REMOVE","ROTARY","MP",1,"Where purging of downstream supplies is necessary but has not been requested as part of the meter removal work, the meter will not be removed until the downstream supplies have been made safe by purging."
"TERM_COND","REMOVE","TURBINE","LP",1,"This quotation is based on a low pressure service tier. If the pressure tier if found not to be low pressure, this will be subject to a new quotation or variation and planned meter works will not commence."
"TERM_COND","REMOVE","TURBINE","LP",2,"Where purging of downstream supplies is necessary but has not been requested as part of the meter removal work, the meter will not be removed until the downstream supplies have been made safe by purging."
"TERM_COND","REMOVE","TURBINE","LP",2,"Where purging of downstream supplies is necessary but has not been requested as part of the meter removal work, the meter will not be removed until the downstream supplies have been made safe by purging."
"TERM_COND","REMOVE","TURBINE","MP",1,"Where purging of downstream supplies is necessary but has not been requested as part of the meter removal work, the meter will not be removed until the downstream supplies have been made safe by purging."
"TERM_COND","STD EXCHANGE","DIAPHRAGM","LP",1,"Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order."
"TERM_COND","STD EXCHANGE","DIAPHRAGM","LP",2,"Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed."
"TERM_COND","STD EXCHANGE","DIAPHRAGM","LP",3,"Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed."
"TERM_COND","STD EXCHANGE","DIAPHRAGM","LP",4,"The Supply Point must be suitably sized and positioned to provide a minimum pressure of 25 mbar under Qmax load at the ECV outlet point."
"TERM_COND","STD EXCHANGE","DIAPHRAGM","LP",5,"This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided.
The meter module is a single stream supply with no bypass facility. During maintenance operations on the meter installation it may be necessary to isolate the supply temporarily."
"TERM_COND","STD EXCHANGE","DIAPHRAGM","LP",6,"It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place."
"TERM_COND","STD EXCHANGE","DIAPHRAGM","LP",7,"The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh."
"TERM_COND","STD EXCHANGE","DIAPHRAGM","LP",8,"This quotation is based on the exchange being completed on the same day and the new meter module being attached to the existing ECV."
"TERM_COND","STD EXCHANGE","DIAPHRAGM","LP",9,"Please note that this quotation is based on two visits, first visit for the removal and purging of the existing meter module and the second to install a new meter module after the service alteration."
"TERM_COND","STD EXCHANGE","DIAPHRAGM","MP",1,"Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order."
"TERM_COND","STD EXCHANGE","DIAPHRAGM","MP",2,"Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed."
"TERM_COND","STD EXCHANGE","DIAPHRAGM","MP",3,"Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed."
"TERM_COND","STD EXCHANGE","DIAPHRAGM","MP",4,"The Supply Point must be suitably sized and positioned to provide a minimum pressure of nnn (insert design minimum pressure) mbar under Qmax load at the ECV outlet point."
"TERM_COND","STD EXCHANGE","DIAPHRAGM","MP",5,"This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided
The meter module offered is a singlestream supply with only a nominal bypass facility. The bypass is only used during maintenance, and is only sized to maintain gas pressure downstream. Please note that during maintenance it will be necessary to disrupt supplies.
"
"TERM_COND","STD EXCHANGE","DIAPHRAGM","MP",6,"It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place."
"TERM_COND","STD EXCHANGE","DIAPHRAGM","MP",7,"The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh."
"TERM_COND","STD EXCHANGE","DIAPHRAGM","MP",8,"This quotation is based on the exchange being completed on the same day and the new meter module being attached to the existing ECV."
"TERM_COND","STD EXCHANGE","DIAPHRAGM","MP",9,"Please note that this quotation is based on two visits, first visit for the removal and purging of the existing meter module and the second to install a new meter module after the service alteration."
"TERM_COND","STD EXCHANGE","ROTARY","LP",1,"Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order."
"TERM_COND","STD EXCHANGE","ROTARY","LP",2,"Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed."
"TERM_COND","STD EXCHANGE","ROTARY","LP",3,"Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed."
"TERM_COND","STD EXCHANGE","ROTARY","LP",4,"The Supply Point must be suitably sized and positioned to provide a minimum pressure of 25 mbar under Qmax load at the ECV outlet point."
"TERM_COND","STD EXCHANGE","ROTARY","LP",5,"This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided
The meter module is a single stream supply with no bypass facility. During maintenance operations on the meter installation it may be necessary to isolate the supply temporarily."
"TERM_COND","STD EXCHANGE","ROTARY","LP",6,"It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place."
"TERM_COND","STD EXCHANGE","ROTARY","LP",7,"The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh."
"TERM_COND","STD EXCHANGE","ROTARY","LP",8,"This quotation is based on the exchange being completed on the same day and the new meter module being attached to the existing ECV."
"TERM_COND","STD EXCHANGE","ROTARY","LP",9,"Please note that this quotation is based on two visits, first visit for the removal and purging of the existing meter module and the second to install a new meter module after the service alteration."
"TERM_COND","STD EXCHANGE","ROTARY","MP",1,"Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order."
"TERM_COND","STD EXCHANGE","ROTARY","MP",2,"Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed."
"TERM_COND","STD EXCHANGE","ROTARY","MP",3,"Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed."
"TERM_COND","STD EXCHANGE","ROTARY","MP",4,"The Supply Point must be suitably sized and positioned to provide a minimum pressure of nnn (insert design minimum pressure) mbar under Qmax load at the ECV outlet point."
"TERM_COND","STD EXCHANGE","ROTARY","MP",5,"This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided
The meter module offered is a single stream supply with only a nominal bypass facility. The bypass is only used during maintenance, and is only sized to maintain gas pressure downstream. Please note that during maintenance it will be necessary to disrupt supplies."
"TERM_COND","STD EXCHANGE","ROTARY","MP",6,"It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place."
"TERM_COND","STD EXCHANGE","ROTARY","MP",7,"The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh."
"TERM_COND","STD EXCHANGE","ROTARY","MP",8,"This quotation is based on the exchange being completed on the same day and the new meter module being attached to the existing ECV."
"TERM_COND","STD EXCHANGE","ROTARY","MP",9,"Please note that this quotation is based on two visits, first visit for the removal and purging of the existing meter module and the second to install a new meter module after the service alteration."
"TERM_COND","STD EXCHANGE","TURBINE","LP",1,"Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order."
"TERM_COND","STD EXCHANGE","TURBINE","LP",2,"Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed."
"TERM_COND","STD EXCHANGE","TURBINE","LP",3,"Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed."
"TERM_COND","STD EXCHANGE","TURBINE","LP",4,"The Supply Point must be suitably sized and positioned to provide a minimum pressure of 25 mbar under Qmax load at the ECV outlet point."
"TERM_COND","STD EXCHANGE","TURBINE","LP",5,"This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided
The meter module is a single stream supply with no bypass facility. During maintenance operations on the meter installation it may be necessary to isolate the supply temporarily."
"TERM_COND","STD EXCHANGE","TURBINE","LP",6,"It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place."
"TERM_COND","STD EXCHANGE","TURBINE","LP",7,"The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh."
"TERM_COND","STD EXCHANGE","TURBINE","LP",8,"This quotation is based on the exchange being completed on the same day and the new meter module being attached to the existing ECV."
"TERM_COND","STD EXCHANGE","TURBINE","LP",9,"Please note that this quotation is based on two visits, first visit for the removal and purging of the existing meter module and the second to install a new meter module after the service alteration."
"TERM_COND","STD EXCHANGE","TURBINE","MP",1,"Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order."
"TERM_COND","STD EXCHANGE","TURBINE","MP",2,"Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed."
"TERM_COND","STD EXCHANGE","TURBINE","MP",3,"Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed
"
"TERM_COND","STD EXCHANGE","TURBINE","MP",4,"The Supply Point must be suitably sized and positioned to provide a minimum pressure of nnn (insert design minimum pressure) mbar under Qmax load at the ECV outlet point."
"TERM_COND","STD EXCHANGE","TURBINE","MP",5,"This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided
The meter module offered is a single stream supply with only a nominal bypass facility. The bypass is only used during maintenance, and is only sized to maintain gas pressure downstream. Please note that during maintenance it will be necessary to disrupt supplies."
"TERM_COND","STD EXCHANGE","TURBINE","MP",6,"It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place."
"TERM_COND","STD EXCHANGE","TURBINE","MP",7,"The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh."
"TERM_COND","STD EXCHANGE","TURBINE","MP",8,"This quotation is based on the exchange being completed on the same day and the new meter module being attached to the existing ECV."
"TERM_COND","STD EXCHANGE","TURBINE","MP",9,"Please note that this quotation is based on two visits, first visit for the removal and purging of the existing meter module and the second to install a new meter module after the service alteration."
"TERM_COND","STD INSTALL","DIAPHRAGM","LP",1,"Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order."
"TERM_COND","STD INSTALL","DIAPHRAGM","LP",2,"Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed."
"TERM_COND","STD INSTALL","DIAPHRAGM","LP",3,"Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed."
"TERM_COND","STD INSTALL","DIAPHRAGM","LP",4,"The Supply Point must be suitably sized and positioned to provide a minimum pressure of 25 mbar under Qmax load at the ECV outlet point."
"TERM_COND","STD INSTALL","DIAPHRAGM","LP",5,"This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided
The meter module is a single stream supply with no bypass facility. During maintenance operations on the meter installation it may be necessary to isolate the supply temporarily."
"TERM_COND","STD INSTALL","DIAPHRAGM","LP",6,"It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place."
"TERM_COND","STD INSTALL","DIAPHRAGM","LP",7,"The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh.
"
"TERM_COND","STD INSTALL","DIAPHRAGM","MP",1,"Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order."
"TERM_COND","STD INSTALL","DIAPHRAGM","MP",2,"Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed."
"TERM_COND","STD INSTALL","DIAPHRAGM","MP",3,"Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed."
"TERM_COND","STD INSTALL","DIAPHRAGM","MP",4,"The Supply Point must be suitably sized and positioned to provide a minimum pressure of nnn (insert design minimum pressure) mbar under Qmax load at the ECV outlet point."
"TERM_COND","STD INSTALL","DIAPHRAGM","MP",5,"This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided
The meter module offered is a xxxx (twin/single) stream supply with only a nominal bypass facility. The bypass is only used during maintenance, and is only sized to maintain gas pressure downstream. Please note that during maintenance it will be necessary to disrupt supplies."
"TERM_COND","STD INSTALL","DIAPHRAGM","MP",6,"It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place."
"TERM_COND","STD INSTALL","DIAPHRAGM","MP",7,"The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh."
"TERM_COND","STD INSTALL","ROTARY","LP",1,"Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order."
"TERM_COND","STD INSTALL","ROTARY","LP",2,"Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed."
"TERM_COND","STD INSTALL","ROTARY","LP",3,"Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed."
"TERM_COND","STD INSTALL","ROTARY","LP",4,"The Supply Point must be suitably sized and positioned to provide a minimum pressure of 25 mbar under Qmax load at the ECV outlet point."
"TERM_COND","STD INSTALL","ROTARY","LP",5,"This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided
The meter module is a single stream supply with no bypass facility. During maintenance operations on the meter installation it may be necessary to isolate the supply temporarily."
"TERM_COND","STD INSTALL","ROTARY","LP",6,"It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place."
"TERM_COND","STD INSTALL","ROTARY","LP",7,"The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh."
"TERM_COND","STD INSTALL","ROTARY","MP",1,"Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order."
"TERM_COND","STD INSTALL","ROTARY","MP",2,"Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed."
"TERM_COND","STD INSTALL","ROTARY","MP",3,"Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed."
"TERM_COND","STD INSTALL","ROTARY","MP",4,"The Supply Point must be suitably sized and positioned to provide a minimum pressure of nnn (insert design minimum pressure) mbar under Qmax load at the ECV outlet point."
"TERM_COND","STD INSTALL","ROTARY","MP",5,"This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided
The meter module offered is a xxxx (twin/single) stream supply with only a nominal bypass facility. The bypass is only used during maintenance, and is only sized to maintain gas pressure downstream. Please note that during maintenance it will be necessary to disrupt supplies."
"TERM_COND","STD INSTALL","ROTARY","MP",6,"It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place."
"TERM_COND","STD INSTALL","ROTARY","MP",7,"The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh."
"TERM_COND","STD INSTALL","TURBINE","LP",1,"Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order."
"TERM_COND","STD INSTALL","TURBINE","LP",2,"Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed."
"TERM_COND","STD INSTALL","TURBINE","LP",3,"Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed.
"
"TERM_COND","STD INSTALL","TURBINE","LP",4,"The Supply Point must be suitably sized and positioned to provide a minimum pressure of 25 mbar under Qmax load at the ECV outlet point."
"TERM_COND","STD INSTALL","TURBINE","LP",5,"This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided
The meter module is a single stream supply with no bypass facility. During maintenance operations on the meter installation it may be necessary to isolate the supply temporarily."
"TERM_COND","STD INSTALL","TURBINE","LP",6,"It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place."
"TERM_COND","STD INSTALL","TURBINE","LP",7,"The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh."
"TERM_COND","STD INSTALL","TURBINE","MP",1,"Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order."
"TERM_COND","STD INSTALL","TURBINE","MP",2,"Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed."
"TERM_COND","STD INSTALL","TURBINE","MP",3,"Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed.
"
"TERM_COND","STD INSTALL","TURBINE","MP",4,"The Supply Point must be suitably sized and positioned to provide a minimum pressure of nnn (insert design minimum pressure) mbar under Qmax load at the ECV outlet point."
"TERM_COND","STD INSTALL","TURBINE","MP",5,"This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided
The meter module offered is a xxxx (twin/single) stream supply with only a nominal bypass facility. The bypass is only used during maintenance, and is only sized to maintain gas pressure downstream. Please note that during maintenance it will be necessary to disrupt supplies.
"
"TERM_COND","STD INSTALL","TURBINE","MP",6,"It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place."
"TERM_COND","STD INSTALL","TURBINE","MP",7,"The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh."
"TERM_COND","STD REMOVE","DIAPHRAGM","LP",1,"This quotation is based on a low pressure service tier. If the pressure tier if found not to be low pressure, this will be subject to a new quotation or variation and planned meter works will not commence."
"TERM_COND","STD REMOVE","DIAPHRAGM","LP",2,"Where purging of downstream supplies is necessary but has not been requested as part of the meter removal work, the meter will not be removed until the downstream supplies have been made safe by purging."
1 DOCUMENT_POSITION ENTY_CODE METY_CODE SVCPT_CODE SORT_ORDER TEXT
2 CONT_SUM ADVERSARIAL DIAPHRAGM LP 1 plus purging on time and materials basis.
3 CONT_SUM ADVERSARIAL DIAPHRAGM MP 1 plus purging on time and materials basis.
4 CONT_SUM ADVERSARIAL ROTARY LP 1 plus purging on time and materials basis.
5 CONT_SUM ADVERSARIAL ROTARY MP 1 plus purging on time and materials basis.
6 CONT_SUM ADVERSARIAL TURBINE LP 1 plus purging on time and materials basis.
7 CONT_SUM ADVERSARIAL TURBINE MP 1 plus purging on time and materials basis.
8 CONT_SUM STD REMOVE DIAPHRAGM LP 1 plus purging on time and materials basis.
9 CONT_SUM_QA ADVERSARIAL DIAPHRAGM LP 1 plus purging on time and materials basis.
10 CONT_SUM_QA ADVERSARIAL DIAPHRAGM MP 1 plus purging on time and materials basis.
11 CONT_SUM_QA ADVERSARIAL ROTARY LP 1 plus purging on time and materials basis.
12 CONT_SUM_QA ADVERSARIAL ROTARY MP 1 plus purging on time and materials basis.
13 CONT_SUM_QA ADVERSARIAL TURBINE LP 1 plus purging on time and materials basis.
14 CONT_SUM_QA ADVERSARIAL TURBINE MP 1 plus purging on time and materials basis.
15 CONT_SUM_QA STD REMOVE DIAPHRAGM LP 1 plus purging on time and materials basis.
16 DESC_WORK ADVERSARIAL DIAPHRAGM LP 1 Purging of downstream pipework.
17 DESC_WORK ADVERSARIAL DIAPHRAGM MP 1 Purging of downstream pipework.
18 DESC_WORK ADVERSARIAL ROTARY LP 1 Purging of downstream pipework.
19 DESC_WORK ADVERSARIAL ROTARY MP 1 Purging of downstream pipework.
20 DESC_WORK ADVERSARIAL TURBINE LP 1 Purging of downstream pipework.
21 DESC_WORK ADVERSARIAL TURBINE MP 1 Purging of downstream pipework.
22 DESC_WORK EXCHANGE DIAPHRAGM LP 1 Any service alteration required will need to be actioned by the UIP. Any outlet pipework alterations and the outlet pipework connection to the meter module will need to be actioned by others.
23 DESC_WORK EXCHANGE DIAPHRAGM MP 1 Any service alteration required will need to be actioned by the UIP. Any outlet pipework alterations and the outlet pipework connection to the meter module will need to be actioned by others.
24 DESC_WORK EXCHANGE ROTARY LP 1 Any service alteration required will need to be actioned by the UIP. Any outlet pipework alterations and the outlet pipework connection to the meter module will need to be actioned by others.
25 DESC_WORK EXCHANGE ROTARY MP 1 Any service alteration required will need to be actioned by the UIP. Any outlet pipework alterations and the outlet pipework connection to the meter module will need to be actioned by others.
26 DESC_WORK EXCHANGE TURBINE LP 1 Any service alteration required will need to be actioned by the UIP. Any outlet pipework alterations and the outlet pipework connection to the meter module will need to be actioned by others.
27 DESC_WORK EXCHANGE TURBINE MP 1 Any service alteration required will need to be actioned by the UIP. Any outlet pipework alterations and the outlet pipework connection to the meter module will need to be actioned by others.
28 DESC_WORK REMOVE DIAPHRAGM LP 1 Purging of downstream pipework.
29 DESC_WORK REMOVE DIAPHRAGM MP 1 Purging of downstream pipework.
30 DESC_WORK REMOVE ROTARY LP 1 Purging of downstream pipework.
31 DESC_WORK REMOVE ROTARY MP 1 Purging of downstream pipework.
32 DESC_WORK REMOVE TURBINE LP 1 Purging of downstream pipework.
33 DESC_WORK REMOVE TURBINE MP 1 Purging of downstream pipework.
34 DESC_WORK STD EXCHANGE DIAPHRAGM LP 1 Any service alteration required will need to be actioned by the UIP. Any outlet pipework alterations and the outlet pipework connection to the meter module will need to be actioned by others.
35 DESC_WORK STD EXCHANGE DIAPHRAGM MP 1 Any service alteration required will need to be actioned by the UIP. Any outlet pipework alterations and the outlet pipework connection to the meter module will need to be actioned by others.
36 DESC_WORK STD EXCHANGE ROTARY LP 1 Any service alteration required will need to be actioned by the UIP. Any outlet pipework alterations and the outlet pipework connection to the meter module will need to be actioned by others.
37 DESC_WORK STD EXCHANGE ROTARY MP 1 Any service alteration required will need to be actioned by the UIP. Any outlet pipework alterations and the outlet pipework connection to the meter module will need to be actioned by others.
38 DESC_WORK STD EXCHANGE TURBINE LP 1 Any service alteration required will need to be actioned by the UIP. Any outlet pipework alterations and the outlet pipework connection to the meter module will need to be actioned by others.
39 DESC_WORK STD EXCHANGE TURBINE MP 1 Any service alteration required will need to be actioned by the UIP. Any outlet pipework alterations and the outlet pipework connection to the meter module will need to be actioned by others.
40 DESC_WORK STD REMOVE DIAPHRAGM LP 1 Purging of downstream pipework.
41 TERM_COND ADDON DIAPHRAGM LP 1 This quotation is based on there being a working LF connection on the existing meter.
42 TERM_COND ADDON DIAPHRAGM LP 2 This quotation does not include for the provision of a separate instrumentation cabinet.
43 TERM_COND ADDON DIAPHRAGM LP 3 Electrical Connections to gas meters are subject to the assessment of the hazardous area around the meter. This is largely affected by the ventilation in the housing. Should the ventilation be found to be inadequate the connection will not be made and the requirements to allow the connection reported to you.
44 TERM_COND ADDON DIAPHRAGM MP 1 This quotation is based on there being a working LF connection on the existing meter.
45 TERM_COND ADDON DIAPHRAGM MP 2 This quotation does not include for the provision of a separate instrumentation cabinet.
46 TERM_COND ADDON DIAPHRAGM MP 3 Electrical Connections to gas meters are subject to the assessment of the hazardous area around the meter. This is largely affected by the ventilation in the housing. Should the ventilation be found to be inadequate the connection will not be made and the requirements to allow the connection reported to you.
47 TERM_COND ADDON ROTARY LP 1 This quotation is based on there being a working LF connection on the existing meter.
48 TERM_COND ADDON ROTARY LP 2 This quotation does not include for the provision of a separate instrumentation cabinet.
49 TERM_COND ADDON ROTARY LP 3 Electrical Connections to gas meters are subject to the assessment of the hazardous area around the meter. This is largely affected by the ventilation in the housing. Should the ventilation be found to be inadequate the connection will not be made and the requirements to allow the connection reported to you.
50 TERM_COND ADDON ROTARY MP 1 This quotation is based on there being a working LF connection on the existing meter.
51 TERM_COND ADDON ROTARY MP 2 This quotation does not include for the provision of a separate instrumentation cabinet.
52 TERM_COND ADDON ROTARY MP 3 Electrical Connections to gas meters are subject to the assessment of the hazardous area around the meter. This is largely affected by the ventilation in the housing. Should the ventilation be found to be inadequate the connection will not be made and the requirements to allow the connection reported to you.
53 TERM_COND ADDON TURBINE LP 1 This quotation is based on there being a working LF connection on the existing meter.
54 TERM_COND ADDON TURBINE LP 2 This quotation does not include for the provision of a separate instrumentation cabinet.
55 TERM_COND ADDON TURBINE LP 3 Electrical Connections to gas meters are subject to the assessment of the hazardous area around the meter. This is largely affected by the ventilation in the housing. Should the ventilation be found to be inadequate the connection will not be made and the requirements to allow the connection reported to you.
56 TERM_COND ADDON TURBINE MP 1 This quotation is based on there being a working LF connection on the existing meter.
57 TERM_COND ADDON TURBINE MP 2 This quotation does not include for the provision of a separate instrumentation cabinet.
58 TERM_COND ADDON TURBINE MP 3 Electrical Connections to gas meters are subject to the assessment of the hazardous area around the meter. This is largely affected by the ventilation in the housing. Should the ventilation be found to be inadequate the connection will not be made and the requirements to allow the connection reported to you.
59 TERM_COND ADVERSARIAL DIAPHRAGM LP 1 This quotation is based on a low pressure service tier. If the pressure tier if found not to be low pressure, this will be subject to a new quotation or variation and planned meter works will not commence.
60 TERM_COND ADVERSARIAL ROTARY LP 1 This quotation is based on a low pressure service tier. If the pressure tier if found not to be low pressure, this will be subject to a new quotation or variation and planned meter works will not commence.
61 TERM_COND ADVERSARIAL ROTARY LP 2 Lifting gear if required will be charged at a rate of 400 per day.
62 TERM_COND ADVERSARIAL ROTARY MP 1 Lifting gear if required will be charged at a rate of 400 per day.
63 TERM_COND ADVERSARIAL TURBINE LP 1 This quotation is based on a low pressure service tier. If the pressure tier if found not to be low pressure, this will be subject to a new quotation or variation and planned meter works will not commence.
64 TERM_COND ADVERSARIAL TURBINE LP 2 Lifting gear if required will be charged at a rate of 400 per day.
65 TERM_COND ADVERSARIAL TURBINE MP 1 Lifting gear if required will be charged at a rate of 400 per day.
66 TERM_COND EXCHANGE DIAPHRAGM LP 1 Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order.
67 TERM_COND EXCHANGE DIAPHRAGM LP 2 Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed.
68 TERM_COND EXCHANGE DIAPHRAGM LP 3 Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed.
69 TERM_COND EXCHANGE DIAPHRAGM LP 4 The Supply Point must be suitably sized and positioned to provide a minimum pressure of 25 mbar under Qmax load at the ECV outlet point.
70 TERM_COND EXCHANGE DIAPHRAGM LP 5 This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided. The meter module is a single stream supply with no bypass facility. During maintenance operations on the meter installation it may be necessary to isolate the supply temporarily.
71 TERM_COND EXCHANGE DIAPHRAGM LP 6 It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place.
72 TERM_COND EXCHANGE DIAPHRAGM LP 7 The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh.
73 TERM_COND EXCHANGE DIAPHRAGM LP 8 This quotation is based on the exchange being completed on the same day and the new meter module being attached to the existing ECV.
74 TERM_COND EXCHANGE DIAPHRAGM LP 9 Please note that this quotation is based on two visits, first visit for the removal and purging of the existing meter module and the second to install a new meter module after the service alteration.
75 TERM_COND EXCHANGE DIAPHRAGM MP 1 Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order.
76 TERM_COND EXCHANGE DIAPHRAGM MP 2 Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed.
77 TERM_COND EXCHANGE DIAPHRAGM MP 3 Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed.
78 TERM_COND EXCHANGE DIAPHRAGM MP 4 The Supply Point must be suitably sized and positioned to provide a minimum pressure of nnn (insert design minimum pressure) mbar under Qmax load at the ECV outlet point.
79 TERM_COND EXCHANGE DIAPHRAGM MP 5 This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided The meter module offered is a singlestream supply with only a nominal bypass facility. The bypass is only used during maintenance, and is only sized to maintain gas pressure downstream. Please note that during maintenance it will be necessary to disrupt supplies.
80 TERM_COND EXCHANGE DIAPHRAGM MP 6 It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place.
81 TERM_COND EXCHANGE DIAPHRAGM MP 7 The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh.
82 TERM_COND EXCHANGE DIAPHRAGM MP 8 This quotation is based on the exchange being completed on the same day and the new meter module being attached to the existing ECV.
83 TERM_COND EXCHANGE DIAPHRAGM MP 9 Please note that this quotation is based on two visits, first visit for the removal and purging of the existing meter module and the second to install a new meter module after the service alteration.
84 TERM_COND EXCHANGE ROTARY LP 1 Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order.
85 TERM_COND EXCHANGE ROTARY LP 2 Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed.
86 TERM_COND EXCHANGE ROTARY LP 3 Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed.
87 TERM_COND EXCHANGE ROTARY LP 4 The Supply Point must be suitably sized and positioned to provide a minimum pressure of 25 mbar under Qmax load at the ECV outlet point.
88 TERM_COND EXCHANGE ROTARY LP 5 This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided The meter module is a single stream supply with no bypass facility. During maintenance operations on the meter installation it may be necessary to isolate the supply temporarily.
89 TERM_COND EXCHANGE ROTARY LP 6 It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place.
90 TERM_COND EXCHANGE ROTARY LP 7 The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh.
91 TERM_COND EXCHANGE ROTARY LP 8 This quotation is based on the exchange being completed on the same day and the new meter module being attached to the existing ECV.
92 TERM_COND EXCHANGE ROTARY LP 9 Please note that this quotation is based on two visits, first visit for the removal and purging of the existing meter module and the second to install a new meter module after the service alteration.
93 TERM_COND EXCHANGE ROTARY MP 1 Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order.
94 TERM_COND EXCHANGE ROTARY MP 2 Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed.
95 TERM_COND EXCHANGE ROTARY MP 3 Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed.
96 TERM_COND EXCHANGE ROTARY MP 4 The Supply Point must be suitably sized and positioned to provide a minimum pressure of nnn (insert design minimum pressure) mbar under Qmax load at the ECV outlet point.
97 TERM_COND EXCHANGE ROTARY MP 5 This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided The meter module offered is a single stream supply with only a nominal bypass facility. The bypass is only used during maintenance, and is only sized to maintain gas pressure downstream. Please note that during maintenance it will be necessary to disrupt supplies.
98 TERM_COND EXCHANGE ROTARY MP 6 It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place.
99 TERM_COND EXCHANGE ROTARY MP 7 The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh.
100 TERM_COND EXCHANGE ROTARY MP 8 This quotation is based on the exchange being completed on the same day and the new meter module being attached to the existing ECV.
101 TERM_COND EXCHANGE ROTARY MP 9 Please note that this quotation is based on two visits, first visit for the removal and purging of the existing meter module and the second to install a new meter module after the service alteration.
102 TERM_COND EXCHANGE TURBINE LP 1 Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order.
103 TERM_COND EXCHANGE TURBINE LP 2 Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed.
104 TERM_COND EXCHANGE TURBINE LP 3 Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed.
105 TERM_COND EXCHANGE TURBINE LP 4 The Supply Point must be suitably sized and positioned to provide a minimum pressure of 25 mbar under Qmax load at the ECV outlet point.
106 TERM_COND EXCHANGE TURBINE LP 5 This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided The meter module is a single stream supply with no bypass facility. During maintenance operations on the meter installation it may be necessary to isolate the supply temporarily.
107 TERM_COND EXCHANGE TURBINE LP 6 It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place.
108 TERM_COND EXCHANGE TURBINE LP 7 The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh.
109 TERM_COND EXCHANGE TURBINE LP 8 This quotation is based on the exchange being completed on the same day and the new meter module being attached to the existing ECV.
110 TERM_COND EXCHANGE TURBINE LP 9 Please note that this quotation is based on two visits, first visit for the removal and purging of the existing meter module and the second to install a new meter module after the service alteration.
111 TERM_COND EXCHANGE TURBINE MP 1 Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order.
112 TERM_COND EXCHANGE TURBINE MP 2 Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed.
113 TERM_COND EXCHANGE TURBINE MP 3 Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed
114 TERM_COND EXCHANGE TURBINE MP 4 The Supply Point must be suitably sized and positioned to provide a minimum pressure of nnn (insert design minimum pressure) mbar under Qmax load at the ECV outlet point.
115 TERM_COND EXCHANGE TURBINE MP 5 This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided The meter module offered is a single stream supply with only a nominal bypass facility. The bypass is only used during maintenance, and is only sized to maintain gas pressure downstream. Please note that during maintenance it will be necessary to disrupt supplies.
116 TERM_COND EXCHANGE TURBINE MP 6 It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place.
117 TERM_COND EXCHANGE TURBINE MP 7 The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh.
118 TERM_COND EXCHANGE TURBINE MP 8 This quotation is based on the exchange being completed on the same day and the new meter module being attached to the existing ECV.
119 TERM_COND EXCHANGE TURBINE MP 9 Please note that this quotation is based on two visits, first visit for the removal and purging of the existing meter module and the second to install a new meter module after the service alteration.
120 TERM_COND INSTALL DIAPHRAGM LP 1 Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order.
121 TERM_COND INSTALL DIAPHRAGM LP 2 Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed.
122 TERM_COND INSTALL DIAPHRAGM LP 3 Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed.
123 TERM_COND INSTALL DIAPHRAGM LP 4 The Supply Point must be suitably sized and positioned to provide a minimum pressure of 25 mbar under Qmax load at the ECV outlet point.
124 TERM_COND INSTALL DIAPHRAGM LP 5 This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided The meter module is a single stream supply with no bypass facility. During maintenance operations on the meter installation it may be necessary to isolate the supply temporarily.
125 TERM_COND INSTALL DIAPHRAGM LP 6 It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place.
126 TERM_COND INSTALL DIAPHRAGM LP 7 The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh.
127 TERM_COND INSTALL DIAPHRAGM MP 1 Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order.
128 TERM_COND INSTALL DIAPHRAGM MP 2 Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed.
129 TERM_COND INSTALL DIAPHRAGM MP 3 Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed.
130 TERM_COND INSTALL DIAPHRAGM MP 4 The Supply Point must be suitably sized and positioned to provide a minimum pressure of nnn (insert design minimum pressure) mbar under Qmax load at the ECV outlet point.
131 TERM_COND INSTALL DIAPHRAGM MP 5 This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided The meter module offered is a xxxx (twin/single) stream supply with only a nominal bypass facility. The bypass is only used during maintenance, and is only sized to maintain gas pressure downstream. Please note that during maintenance it will be necessary to disrupt supplies.
132 TERM_COND INSTALL DIAPHRAGM MP 6 It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place.
133 TERM_COND INSTALL DIAPHRAGM MP 7 The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh.
134 TERM_COND INSTALL ROTARY LP 1 Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order.
135 TERM_COND INSTALL ROTARY LP 2 Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed.
136 TERM_COND INSTALL ROTARY LP 3 Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed.
137 TERM_COND INSTALL ROTARY LP 4 The Supply Point must be suitably sized and positioned to provide a minimum pressure of 25 mbar under Qmax load at the ECV outlet point.
138 TERM_COND INSTALL ROTARY LP 5 This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided The meter module is a single stream supply with no bypass facility. During maintenance operations on the meter installation it may be necessary to isolate the supply temporarily.
139 TERM_COND INSTALL ROTARY LP 6 It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place.
140 TERM_COND INSTALL ROTARY LP 7 The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh.
141 TERM_COND INSTALL ROTARY MP 1 Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order.
142 TERM_COND INSTALL ROTARY MP 2 Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed.
143 TERM_COND INSTALL ROTARY MP 3 Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed.
144 TERM_COND INSTALL ROTARY MP 4 The Supply Point must be suitably sized and positioned to provide a minimum pressure of nnn (insert design minimum pressure) mbar under Qmax load at the ECV outlet point.
145 TERM_COND INSTALL ROTARY MP 5 This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided The meter module offered is a xxxx (twin/single) stream supply with only a nominal bypass facility. The bypass is only used during maintenance, and is only sized to maintain gas pressure downstream. Please note that during maintenance it will be necessary to disrupt supplies.
146 TERM_COND INSTALL ROTARY MP 6 It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place.
147 TERM_COND INSTALL ROTARY MP 7 The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh.
148 TERM_COND INSTALL TURBINE LP 1 Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order.
149 TERM_COND INSTALL TURBINE LP 2 Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed.
150 TERM_COND INSTALL TURBINE LP 3 Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed.
151 TERM_COND INSTALL TURBINE LP 4 The Supply Point must be suitably sized and positioned to provide a minimum pressure of 25 mbar under Qmax load at the ECV outlet point.
152 TERM_COND INSTALL TURBINE LP 5 This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided The meter module is a single stream supply with no bypass facility. During maintenance operations on the meter installation it may be necessary to isolate the supply temporarily.
153 TERM_COND INSTALL TURBINE LP 6 It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place.
154 TERM_COND INSTALL TURBINE LP 7 The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh.
155 TERM_COND INSTALL TURBINE MP 1 Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order.
156 TERM_COND INSTALL TURBINE MP 2 Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed.
157 TERM_COND INSTALL TURBINE MP 3 Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed.
158 TERM_COND INSTALL TURBINE MP 4 The Supply Point must be suitably sized and positioned to provide a minimum pressure of nnn (insert design minimum pressure) mbar under Qmax load at the ECV outlet point.
159 TERM_COND INSTALL TURBINE MP 5 This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided The meter module offered is a xxxx (twin/single) stream supply with only a nominal bypass facility. The bypass is only used during maintenance, and is only sized to maintain gas pressure downstream. Please note that during maintenance it will be necessary to disrupt supplies.
160 TERM_COND INSTALL TURBINE MP 6 It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place.
161 TERM_COND INSTALL TURBINE MP 7 The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh.
162 TERM_COND OFMAT DIAPHRAGM LP 1 This charge will only be applicable if the meter accuracy test identifies the meter to be working correctly.
163 TERM_COND OFMAT DIAPHRAGM MP 1 This charge will only be applicable if the meter accuracy test identifies the meter to be working correctly.
164 TERM_COND OFMAT ROTARY LP 1 This charge will only be applicable if the meter accuracy test identifies the meter to be working correctly.
165 TERM_COND OFMAT ROTARY MP 1 This charge will only be applicable if the meter accuracy test identifies the meter to be working correctly.
166 TERM_COND OFMAT TURBINE LP 1 This charge will only be applicable if the meter accuracy test identifies the meter to be working correctly.
167 TERM_COND OFMAT TURBINE MP 1 This charge will only be applicable if the meter accuracy test identifies the meter to be working correctly.
168 TERM_COND REMOVE DIAPHRAGM LP 1 This quotation is based on a low pressure service tier. If the pressure tier if found not to be low pressure, this will be subject to a new quotation or variation and planned meter works will not commence.
169 TERM_COND REMOVE DIAPHRAGM LP 2 Where purging of downstream supplies is necessary but has not been requested as part of the meter removal work, the meter will not be removed until the downstream supplies have been made safe by purging.
170 TERM_COND REMOVE DIAPHRAGM MP 1 Where purging of downstream supplies is necessary but has not been requested as part of the meter removal work, the meter will not be removed until the downstream supplies have been made safe by purging.
171 TERM_COND REMOVE ROTARY LP 1 This quotation is based on a low pressure service tier. If the pressure tier if found not to be low pressure, this will be subject to a new quotation or variation and planned meter works will not commence.
172 TERM_COND REMOVE ROTARY LP 2 Where purging of downstream supplies is necessary but has not been requested as part of the meter removal work, the meter will not be removed until the downstream supplies have been made safe by purging.
173 TERM_COND REMOVE ROTARY MP 1 Where purging of downstream supplies is necessary but has not been requested as part of the meter removal work, the meter will not be removed until the downstream supplies have been made safe by purging.
174 TERM_COND REMOVE TURBINE LP 1 This quotation is based on a low pressure service tier. If the pressure tier if found not to be low pressure, this will be subject to a new quotation or variation and planned meter works will not commence.
175 TERM_COND REMOVE TURBINE LP 2 Where purging of downstream supplies is necessary but has not been requested as part of the meter removal work, the meter will not be removed until the downstream supplies have been made safe by purging.
176 TERM_COND REMOVE TURBINE LP 2 Where purging of downstream supplies is necessary but has not been requested as part of the meter removal work, the meter will not be removed until the downstream supplies have been made safe by purging.
177 TERM_COND REMOVE TURBINE MP 1 Where purging of downstream supplies is necessary but has not been requested as part of the meter removal work, the meter will not be removed until the downstream supplies have been made safe by purging.
178 TERM_COND STD EXCHANGE DIAPHRAGM LP 1 Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order.
179 TERM_COND STD EXCHANGE DIAPHRAGM LP 2 Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed.
180 TERM_COND STD EXCHANGE DIAPHRAGM LP 3 Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed.
181 TERM_COND STD EXCHANGE DIAPHRAGM LP 4 The Supply Point must be suitably sized and positioned to provide a minimum pressure of 25 mbar under Qmax load at the ECV outlet point.
182 TERM_COND STD EXCHANGE DIAPHRAGM LP 5 This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided. The meter module is a single stream supply with no bypass facility. During maintenance operations on the meter installation it may be necessary to isolate the supply temporarily.
183 TERM_COND STD EXCHANGE DIAPHRAGM LP 6 It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place.
184 TERM_COND STD EXCHANGE DIAPHRAGM LP 7 The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh.
185 TERM_COND STD EXCHANGE DIAPHRAGM LP 8 This quotation is based on the exchange being completed on the same day and the new meter module being attached to the existing ECV.
186 TERM_COND STD EXCHANGE DIAPHRAGM LP 9 Please note that this quotation is based on two visits, first visit for the removal and purging of the existing meter module and the second to install a new meter module after the service alteration.
187 TERM_COND STD EXCHANGE DIAPHRAGM MP 1 Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order.
188 TERM_COND STD EXCHANGE DIAPHRAGM MP 2 Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed.
189 TERM_COND STD EXCHANGE DIAPHRAGM MP 3 Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed.
190 TERM_COND STD EXCHANGE DIAPHRAGM MP 4 The Supply Point must be suitably sized and positioned to provide a minimum pressure of nnn (insert design minimum pressure) mbar under Qmax load at the ECV outlet point.
191 TERM_COND STD EXCHANGE DIAPHRAGM MP 5 This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided The meter module offered is a singlestream supply with only a nominal bypass facility. The bypass is only used during maintenance, and is only sized to maintain gas pressure downstream. Please note that during maintenance it will be necessary to disrupt supplies.
192 TERM_COND STD EXCHANGE DIAPHRAGM MP 6 It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place.
193 TERM_COND STD EXCHANGE DIAPHRAGM MP 7 The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh.
194 TERM_COND STD EXCHANGE DIAPHRAGM MP 8 This quotation is based on the exchange being completed on the same day and the new meter module being attached to the existing ECV.
195 TERM_COND STD EXCHANGE DIAPHRAGM MP 9 Please note that this quotation is based on two visits, first visit for the removal and purging of the existing meter module and the second to install a new meter module after the service alteration.
196 TERM_COND STD EXCHANGE ROTARY LP 1 Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order.
197 TERM_COND STD EXCHANGE ROTARY LP 2 Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed.
198 TERM_COND STD EXCHANGE ROTARY LP 3 Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed.
199 TERM_COND STD EXCHANGE ROTARY LP 4 The Supply Point must be suitably sized and positioned to provide a minimum pressure of 25 mbar under Qmax load at the ECV outlet point.
200 TERM_COND STD EXCHANGE ROTARY LP 5 This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided The meter module is a single stream supply with no bypass facility. During maintenance operations on the meter installation it may be necessary to isolate the supply temporarily.
201 TERM_COND STD EXCHANGE ROTARY LP 6 It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place.
202 TERM_COND STD EXCHANGE ROTARY LP 7 The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh.
203 TERM_COND STD EXCHANGE ROTARY LP 8 This quotation is based on the exchange being completed on the same day and the new meter module being attached to the existing ECV.
204 TERM_COND STD EXCHANGE ROTARY LP 9 Please note that this quotation is based on two visits, first visit for the removal and purging of the existing meter module and the second to install a new meter module after the service alteration.
205 TERM_COND STD EXCHANGE ROTARY MP 1 Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order.
206 TERM_COND STD EXCHANGE ROTARY MP 2 Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed.
207 TERM_COND STD EXCHANGE ROTARY MP 3 Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed.
208 TERM_COND STD EXCHANGE ROTARY MP 4 The Supply Point must be suitably sized and positioned to provide a minimum pressure of nnn (insert design minimum pressure) mbar under Qmax load at the ECV outlet point.
209 TERM_COND STD EXCHANGE ROTARY MP 5 This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided The meter module offered is a single stream supply with only a nominal bypass facility. The bypass is only used during maintenance, and is only sized to maintain gas pressure downstream. Please note that during maintenance it will be necessary to disrupt supplies.
210 TERM_COND STD EXCHANGE ROTARY MP 6 It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place.
211 TERM_COND STD EXCHANGE ROTARY MP 7 The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh.
212 TERM_COND STD EXCHANGE ROTARY MP 8 This quotation is based on the exchange being completed on the same day and the new meter module being attached to the existing ECV.
213 TERM_COND STD EXCHANGE ROTARY MP 9 Please note that this quotation is based on two visits, first visit for the removal and purging of the existing meter module and the second to install a new meter module after the service alteration.
214 TERM_COND STD EXCHANGE TURBINE LP 1 Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order.
215 TERM_COND STD EXCHANGE TURBINE LP 2 Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed.
216 TERM_COND STD EXCHANGE TURBINE LP 3 Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed.
217 TERM_COND STD EXCHANGE TURBINE LP 4 The Supply Point must be suitably sized and positioned to provide a minimum pressure of 25 mbar under Qmax load at the ECV outlet point.
218 TERM_COND STD EXCHANGE TURBINE LP 5 This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided The meter module is a single stream supply with no bypass facility. During maintenance operations on the meter installation it may be necessary to isolate the supply temporarily.
219 TERM_COND STD EXCHANGE TURBINE LP 6 It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place.
220 TERM_COND STD EXCHANGE TURBINE LP 7 The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh.
221 TERM_COND STD EXCHANGE TURBINE LP 8 This quotation is based on the exchange being completed on the same day and the new meter module being attached to the existing ECV.
222 TERM_COND STD EXCHANGE TURBINE LP 9 Please note that this quotation is based on two visits, first visit for the removal and purging of the existing meter module and the second to install a new meter module after the service alteration.
223 TERM_COND STD EXCHANGE TURBINE MP 1 Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order.
224 TERM_COND STD EXCHANGE TURBINE MP 2 Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed.
225 TERM_COND STD EXCHANGE TURBINE MP 3 Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed
226 TERM_COND STD EXCHANGE TURBINE MP 4 The Supply Point must be suitably sized and positioned to provide a minimum pressure of nnn (insert design minimum pressure) mbar under Qmax load at the ECV outlet point.
227 TERM_COND STD EXCHANGE TURBINE MP 5 This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided The meter module offered is a single stream supply with only a nominal bypass facility. The bypass is only used during maintenance, and is only sized to maintain gas pressure downstream. Please note that during maintenance it will be necessary to disrupt supplies.
228 TERM_COND STD EXCHANGE TURBINE MP 6 It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place.
229 TERM_COND STD EXCHANGE TURBINE MP 7 The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh.
230 TERM_COND STD EXCHANGE TURBINE MP 8 This quotation is based on the exchange being completed on the same day and the new meter module being attached to the existing ECV.
231 TERM_COND STD EXCHANGE TURBINE MP 9 Please note that this quotation is based on two visits, first visit for the removal and purging of the existing meter module and the second to install a new meter module after the service alteration.
232 TERM_COND STD INSTALL DIAPHRAGM LP 1 Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order.
233 TERM_COND STD INSTALL DIAPHRAGM LP 2 Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed.
234 TERM_COND STD INSTALL DIAPHRAGM LP 3 Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed.
235 TERM_COND STD INSTALL DIAPHRAGM LP 4 The Supply Point must be suitably sized and positioned to provide a minimum pressure of 25 mbar under Qmax load at the ECV outlet point.
236 TERM_COND STD INSTALL DIAPHRAGM LP 5 This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided The meter module is a single stream supply with no bypass facility. During maintenance operations on the meter installation it may be necessary to isolate the supply temporarily.
237 TERM_COND STD INSTALL DIAPHRAGM LP 6 It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place.
238 TERM_COND STD INSTALL DIAPHRAGM LP 7 The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh.
239 TERM_COND STD INSTALL DIAPHRAGM MP 1 Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order.
240 TERM_COND STD INSTALL DIAPHRAGM MP 2 Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed.
241 TERM_COND STD INSTALL DIAPHRAGM MP 3 Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed.
242 TERM_COND STD INSTALL DIAPHRAGM MP 4 The Supply Point must be suitably sized and positioned to provide a minimum pressure of nnn (insert design minimum pressure) mbar under Qmax load at the ECV outlet point.
243 TERM_COND STD INSTALL DIAPHRAGM MP 5 This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided The meter module offered is a xxxx (twin/single) stream supply with only a nominal bypass facility. The bypass is only used during maintenance, and is only sized to maintain gas pressure downstream. Please note that during maintenance it will be necessary to disrupt supplies.
244 TERM_COND STD INSTALL DIAPHRAGM MP 6 It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place.
245 TERM_COND STD INSTALL DIAPHRAGM MP 7 The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh.
246 TERM_COND STD INSTALL ROTARY LP 1 Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order.
247 TERM_COND STD INSTALL ROTARY LP 2 Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed.
248 TERM_COND STD INSTALL ROTARY LP 3 Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed.
249 TERM_COND STD INSTALL ROTARY LP 4 The Supply Point must be suitably sized and positioned to provide a minimum pressure of 25 mbar under Qmax load at the ECV outlet point.
250 TERM_COND STD INSTALL ROTARY LP 5 This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided The meter module is a single stream supply with no bypass facility. During maintenance operations on the meter installation it may be necessary to isolate the supply temporarily.
251 TERM_COND STD INSTALL ROTARY LP 6 It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place.
252 TERM_COND STD INSTALL ROTARY LP 7 The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh.
253 TERM_COND STD INSTALL ROTARY MP 1 Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order.
254 TERM_COND STD INSTALL ROTARY MP 2 Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed.
255 TERM_COND STD INSTALL ROTARY MP 3 Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed.
256 TERM_COND STD INSTALL ROTARY MP 4 The Supply Point must be suitably sized and positioned to provide a minimum pressure of nnn (insert design minimum pressure) mbar under Qmax load at the ECV outlet point.
257 TERM_COND STD INSTALL ROTARY MP 5 This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided The meter module offered is a xxxx (twin/single) stream supply with only a nominal bypass facility. The bypass is only used during maintenance, and is only sized to maintain gas pressure downstream. Please note that during maintenance it will be necessary to disrupt supplies.
258 TERM_COND STD INSTALL ROTARY MP 6 It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place.
259 TERM_COND STD INSTALL ROTARY MP 7 The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh.
260 TERM_COND STD INSTALL TURBINE LP 1 Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order.
261 TERM_COND STD INSTALL TURBINE LP 2 Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed.
262 TERM_COND STD INSTALL TURBINE LP 3 Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed.
263 TERM_COND STD INSTALL TURBINE LP 4 The Supply Point must be suitably sized and positioned to provide a minimum pressure of 25 mbar under Qmax load at the ECV outlet point.
264 TERM_COND STD INSTALL TURBINE LP 5 This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided The meter module is a single stream supply with no bypass facility. During maintenance operations on the meter installation it may be necessary to isolate the supply temporarily.
265 TERM_COND STD INSTALL TURBINE LP 6 It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place.
266 TERM_COND STD INSTALL TURBINE LP 7 The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh.
267 TERM_COND STD INSTALL TURBINE MP 1 Please note that all the sizes and dimensions stated are indicative and are based on current practice at the time of quotation. These are subject to change and must be confirmed at placement of order.
268 TERM_COND STD INSTALL TURBINE MP 2 Housings must have a free ventilation area equal to/exceeding 3% floor area. Minimum Housing requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure to provide adequate housing will result in the job not being completed.
269 TERM_COND STD INSTALL TURBINE MP 3 Minimum Base dimension requirements for this module are: L nnn mm x W nnn mm x H nnn mm . Failure not to provide accurate base will result in the job not being completed.
270 TERM_COND STD INSTALL TURBINE MP 4 The Supply Point must be suitably sized and positioned to provide a minimum pressure of nnn (insert design minimum pressure) mbar under Qmax load at the ECV outlet point.
271 TERM_COND STD INSTALL TURBINE MP 5 This quotation is based on a xxxxxx (insert inlet orientation) inlet and xxxxxx (insert outlet orientation) outlet and the ECV being installed to the dimensions provided The meter module offered is a xxxx (twin/single) stream supply with only a nominal bypass facility. The bypass is only used during maintenance, and is only sized to maintain gas pressure downstream. Please note that during maintenance it will be necessary to disrupt supplies.
272 TERM_COND STD INSTALL TURBINE MP 6 It is critical that the module inlet dimensions and orientation are given to the UIP when service works are taken place.
273 TERM_COND STD INSTALL TURBINE MP 7 The proposed meter module has a Qmin of nnn kWh and is based on the requested Qmax of nnn kWh.
274 TERM_COND STD REMOVE DIAPHRAGM LP 1 This quotation is based on a low pressure service tier. If the pressure tier if found not to be low pressure, this will be subject to a new quotation or variation and planned meter works will not commence.
275 TERM_COND STD REMOVE DIAPHRAGM LP 2 Where purging of downstream supplies is necessary but has not been requested as part of the meter removal work, the meter will not be removed until the downstream supplies have been made safe by purging.

295
Data/BulkLoad/COSTS.csv Normal file
View File

@@ -0,0 +1,295 @@
"REGI_CODE","SELLING_PRICE","COST_PRICE","DELIVERY_COST","VALID_FROM","VALID_TO","COST_TYPE","ENTY_CODE","MESC_CODE","SVCPT_CODE","METY_CODE","MODU_CODE","METR_CODE","HOU_CODE","BAS_CODE","ADIT_CODE"
,43.1,,0,,,"MOCO",,,,,"AD016S",,,,
,43.1,,0,,,"MOCO",,,,,"AD016SW",,,,
,67.65,,0,,,"MOCO",,,,,"AD025S",,,,
,67.65,,0,,,"MOCO",,,,,"AD025SW",,,,
,86.32,,0,,,"MOCO",,,,,"AD040S",,,,
,370.57,,0,,,"MOCO",,,,,"AD065S",,,,
,419.27,,0,,,"MOCO",,,,,"AD100S",,,,
,501.35,,0,,,"MOCO",,,,,"AD160S",,,,
,207.94,,25,,,"MOCO",,,,,"ARCMVV0025A",,,,
,207.94,,25,,,"MOCO",,,,,"ARCMVV0025AW",,,,
,275.43,,25,,,"MOCO",,,,,"ARCMVV0040AW",,,,
,275.43,,25,,,"MOCO",,,,,"ARCMVV0040A",,,,
,629.9,,55,,,"MOCO",,,,,"ARCMHH0065A",,,,
,629.9,,55,,,"MOCO",,,,,"ARCMVV0065A",,,,
,629.9,,55,,,"MOCO",,,,,"ARCMVH0065A",,,,
,629.9,,55,,,"MOCO",,,,,"ARCMHV0065A",,,,
,629.9,,55,,,"MOCO",,,,,"ARCMHH0100A",,,,
,629.9,,55,,,"MOCO",,,,,"ARCMVV0100A",,,,
,629.9,,55,,,"MOCO",,,,,"ARCMVH0100A",,,,
,629.9,,55,,,"MOCO",,,,,"ARCMHV0100A",,,,
,868.74,,55,,,"MOCO",,,,,"ARCMVV0160A",,,,
,868.74,,55,,,"MOCO",,,,,"ARCMHH0160A",,,,
,868.74,,55,,,"MOCO",,,,,"ARCMVH0160A",,,,
,868.74,,55,,,"MOCO",,,,,"ARCMHV0160A",,,,
,868.74,,55,,,"MOCO",,,,,"ARCMVV0200A",,,,
,868.74,,55,,,"MOCO",,,,,"ARCMHH0200A",,,,
,868.74,,55,,,"MOCO",,,,,"ARCMVH0200A",,,,
,868.74,,55,,,"MOCO",,,,,"ARCMHV0200A",,,,
,868.74,,55,,,"MOCO",,,,,"ARCMVV0250A",,,,
,868.74,,55,,,"MOCO",,,,,"ARCMHH0250A",,,,
,868.74,,55,,,"MOCO",,,,,"ARCMVH0250A",,,,
,868.74,,55,,,"MOCO",,,,,"ARCMHV0250A",,,,
,1707.52,,55,,,"MOCO",,,,,"ARVV0250AP",,,,
,1707.52,,55,,,"MOCO",,,,,"ARHH0250AP",,,,
,1707.52,,55,,,"MOCO",,,,,"ARVH0250AP",,,,
,1707.52,,55,,,"MOCO",,,,,"ARHV0250AP",,,,
,1120.79,,55,,,"MOCO",,,,,"ARVV0300A",,,,
,1120.79,,55,,,"MOCO",,,,,"ARHH0300A",,,,
,1120.79,,55,,,"MOCO",,,,,"ARVH0300A",,,,
,1120.79,,55,,,"MOCO",,,,,"ARHV0300A",,,,
,2589.43,,90,,,"MOCO",,,,,"ARVV0300AP",,,,
,2589.43,,90,,,"MOCO",,,,,"ARHH0300AP",,,,
,2589.43,,90,,,"MOCO",,,,,"ARVH0300AP",,,,
,2589.43,,90,,,"MOCO",,,,,"ARHV0300AP",,,,
,1512.26,,55,,,"MOCO",,,,,"ARVV0400A",,,,
,1512.26,,55,,,"MOCO",,,,,"ARHH0400A",,,,
,1512.26,,55,,,"MOCO",,,,,"ARVH0400A",,,,
,1512.26,,55,,,"MOCO",,,,,"ARHV0400A",,,,
,1738.05,,90,,,"MOCO",,,,,"ARVV0650A",,,,
,1738.05,,90,,,"MOCO",,,,,"ARHH0650A",,,,
,1738.05,,90,,,"MOCO",,,,,"ARVH0650A",,,,
,1738.05,,90,,,"MOCO",,,,,"ARHV0650A",,,,
,3848.8,,500,,,"MOCO",,,,,"ARVV0650AP",,,,
,3848.8,,500,,,"MOCO",,,,,"ARHH0650AP",,,,
,3848.8,,500,,,"MOCO",,,,,"ARVH0650AP",,,,
,3848.8,,500,,,"MOCO",,,,,"ARHV0650AP",,,,
,1759.89,,90,,,"MOCO",,,,,"ARVV1000A",,,,
,1759.89,,90,,,"MOCO",,,,,"ARHH1000A",,,,
,1759.89,,90,,,"MOCO",,,,,"ARVH1000A",,,,
,1759.89,,90,,,"MOCO",,,,,"ARHV1000A",,,,
,4357.59,,500,,,"MOCO",,,,,"ARVV1000AP",,,,
,4357.59,,500,,,"MOCO",,,,,"ARHH1000AP",,,,
,4357.59,,500,,,"MOCO",,,,,"ARVH1000AP",,,,
,4357.59,,500,,,"MOCO",,,,,"ARHV1000AP",,,,
,323.14,,84,,,"MOCO",,,,,"ASD016A",,,,
,376.64,,84,,,"MOCO",,,,,"ASD025A",,,,
,531.62,,84,,,"MOCO",,,,,"ASD040A",,,,
,1009.01,,84,,,"MOCO",,,,,"ASD065A",,,,
,1437.89,,84,,,"MOCO",,,,,"ASD100A",,,,
,1459.65,,84,,,"MOCO",,,,,"ASD160A",,,,
,508.25,,84,,,"MOCO",,,,,"ASR0025A",,,,
,519.16,,84,,,"MOCO",,,,,"ASR0040A",,,,
,1455.88,,84,,,"MOCO",,,,,"ASR0100A",,,,
,1631.75,,84,,,"MOCO",,,,,"ASR0160A",,,,
,1872.86,,84,,,"MOCO",,,,,"ASR0200A",,,,
,2722.36,,84,,,"MOCO",,,,,"ASR0250A",,,,
,2958.96,,84,,,"MOCO",,,,,"ASR0300A",,,,
,3291.32,,84,,,"MOCO",,,,,"ASR0400A",,,,
,3504.74,,500,,,"MOCO",,,,,"ASR0650A",,,,
,4111.42,,500,,,"MOCO",,,,,"ASR1000A",,,,
,938.47,,70,,,"MOCO",,,,,"ASR0025D",,,,
,938.47,,70,,,"MOCO",,,,,"ASR0040D",,,,
,938.47,,70,,,"MOCO",,,,,"ASR0065D",,,,
,2383.9,,70,,,"MOCO",,,,,"ASR0100D",,,,
,2498.4,,70,,,"MOCO",,,,,"ASR0160D",,,,
,2800,,90,,,"MOCO",,,,,"ASR0250D",,,,
,2949.7,,90,,,"MOCO",,,,,"ASR0310D",,,,
,3170.8,,150,,,"MOCO",,,,,"ASR0450D",,,,
,3170.8,,150,,,"MOCO",,,,,"ASR0450DP",,,,
,4753.7,,190,,,"MOCO",,,,,"ASR0650D",,,,
,6263.9,,190,,,"MOCO",,,,,"ASR1075D",,,,
,7463.9,,250,,,"MOCO",,,,,"ASR1600D",,,,
,11450.4,,450,,,"MOCO",,,,,"ASR2885D",,,,
,,,0,,,"MOCO",,,,,"Meter Only (Notes)",,,,
,323.14,,84,,,"MOCO",,,,,"ASD016AW",,,,
,441.57,,,,,"MECO",,,,,,"MRA25A",,,
,490.19,,,,,"MECO",,,,,,"MRA40A",,,
,635.51,,,,,"MECO",,,,,,"MRA65B",,,
,635.51,,,,,"MECO",,,,,,"MRA100B",,,
,786.11,,,,,"MECO",,,,,,"MRA160C",,,
,1062.35,,,,,"MECO",,,,,,"MRA200C",,,
,1117.65,,,,,"MECO",,,,,,"MRA250C",,,
,1177.37,,,,,"MECO",,,,,,"MRA300D",,,
,1258.72,,,,,"MECO",,,,,,"MRA400D",,,
,3216.29,,,,,"MECO",,,,,,"MRA650E",,,
,3788.23,,,,,"MECO",,,,,,"MRA1000E",,,
,0,,0,,,"MECO",,,,,,"MRD0025B4B",,,
,0,,0,,,"MECO",,,,,,"MRD0040B4B",,,
,0,,0,,,"MECO",,,,,,"MRD0065B4B",,,
,0,,0,,,"MECO",,,,,,"MRD0100B4B",,,
,0,,0,,,"MECO",,,,,,"MRD0160B4C",,,
,0,,0,,,"MECO",,,,,,"MRD0250B4D",,,
,0,,0,,,"MECO",,,,,,"MRD0310B4D",,,
,0,,0,,,"MECO",,,,,,"MRD0450B4D",,,
,0,,0,,,"MECO",,,,,,"MRD0650B4E",,,
,0,,0,,,"MECO",,,,,,"MRD1075B4E",,,
,0,,0,,,"MECO",,,,,,"MRD2885A",,,
,0,,0,,,"MECO",,,,,,"MDA16",,,
,0,,0,,,"MECO",,,,,,"MDA25",,,
,0,,0,,,"MECO",,,,,,"MDA40",,,
,0,,0,,,"MECO",,,,,,"MDA65",,,
,0,,0,,,"MECO",,,,,,"MDA100",,,
,0,,0,,,"MECO",,,,,,"MDA160",,,
,0,,0,,,"MECO",,,,,,"MRD1600B4F",,,
,0,,0,,,"MECO",,,,,,"MRA1000SE",,,
,0,,0,,,"MECO",,,,,,"MRA1000+",,,
,0,,0,,,"MECO",,,,,,"MRA650SE",,,
,0,,0,,,"MECO",,,,,,"MRD2885A10",,,
,199.5,185,14.5,,,"HOCO",,,,,,,"GC2",,
,244.5,220,15.5,,,"HOCO",,,,,,,"GC2FS",,
,251.75,235,14.5,,,"HOCO",,,,,,,"GC2MP",,
,301.36,270,14.5,,,"HOCO",,,,,,,"GC3",,
,316.5,295,21.5,,,"HOCO",,,,,,,"GC4",,
,532,495,37,,,"HOCO",,,,,,,"GC4+",,
,627,585,42,,,"HOCO",,,,,,,"GC5",,
,713.46,665,58,,,"HOCO",,,,,,,"GC6",,
,903,830,73,,,"HOCO",,,,,,,"GC7",,
,1040.5,965,75.5,,,"HOCO",,,,,,,"GC7+",,
,2185,1990,195,,,"HOCO",,,,,,,"GC8",,
,244.5,254,0,,,"HOCO",,,,,,,"Gas Cab No 2 (Multi)",,
,301.36,299,0,,,"HOCO",,,,,,,"Gas Cab No 4",,
,713.46,699,0,,,"HOCO",,,,,,,"Gas Cab No 6",,
,0,2760,0,,,"HOCO",,,,,,,"Custom1",,
,0,3071,0,,,"HOCO",,,,,,,"Custom2",,
,0,3191,0,,,"HOCO",,,,,,,"Custom3",,
,0,2959,0,,,"HOCO",,,,,,,"Custom4",,
,0,3268,0,,,"HOCO",,,,,,,"Custom5",,
,0,3850,0,,,"HOCO",,,,,,,"Custom6",,
,0,0,0,,,"HOCO",,,,,,,"CustomK",,
,2519,2519,0,,,"HOCO",,,,,,,"KP1",,
,2725,2725,0,,,"HOCO",,,,,,,"KP2",,
,2879,2879,0,,,"HOCO",,,,,,,"KP3",,
,3416,3416,0,,,"HOCO",,,,,,,"KP4",,
,3503,3503,0,,,"HOCO",,,,,,,"KP5",,
,188.91,254,0,,,"HOCO",,,,,,,"Gas Cab No 2BB",,
,301.36,299,0,,,"HOCO",,,,,,,"Gas Cab No 4BB25",,
,310.99,299,0,,,"HOCO",,,,,,,"Gas Cab No 4BB40",,
,713.46,699,0,,,"HOCO",,,,,,,"Gas Cab No 6BB",,
,188.91,220,15.5,,,"HOCO",,,,,,,"GC2FSBB",,
,301.36,270,14.5,,,"HOCO",,,,,,,"GC3BB",,
,301.36,295,21.5,,,"HOCO",,,,,,,"GC4BB25",,
,310.99,295,21.5,,,"HOCO",,,,,,,"GC4BB40",,
,689.19,585,42,,,"HOCO",,,,,,,"GC5BB",,
,713.46,665,58,,,"HOCO",,,,,,,"GC6BB",,
,188.91,185,14.5,,,"HOCO",,,,,,,"GC2BB",,
,251.75,254,0,,,"HOCO",,,,,,,"Gas Cab No 2MP",,
,0,,,,,"BACO",,,,,,,,"0",
,0,,,,,"BACO",,,,,,,,"CustomB",
,625,,,,,"BACO",,,,,,,,"RA0025LPB",
,625,,,,,"BACO",,,,,,,,"RA0025MPB",
,625,,,,,"BACO",,,,,,,,"RA0040LPB",
,625,,,,,"BACO",,,,,,,,"RA0040MPB",
,1025,,,,,"BACO",,,,,,,,"RA0065LPB",
,1025,,,,,"BACO",,,,,,,,"RA0100LPB",
,625,,,,,"BACO",,,,,,,,"RA0100MPB",
,1025,,,,,"BACO",,,,,,,,"RA0160LPB",
,625,,,,,"BACO",,,,,,,,"RA0160MPB",
,1025,,,,,"BACO",,,,,,,,"RA0200LPB",
,625,,,,,"BACO",,,,,,,,"RA0200MPB",
,1025,,,,,"BACO",,,,,,,,"RA0250+LPB",
,1025,,,,,"BACO",,,,,,,,"RA0250LPB",
,1025,,,,,"BACO",,,,,,,,"RA0250MPB",
,1275,,,,,"BACO",,,,,,,,"RA0300+LPB",
,1025,,,,,"BACO",,,,,,,,"RA0300LPB",
,1025,,,,,"BACO",,,,,,,,"RA0300MPB",
,1275,,,,,"BACO",,,,,,,,"RA0400LPB",
,1025,,,,,"BACO",,,,,,,,"RA0400MPB",
,1425,,,,,"BACO",,,,,,,,"RA0650+LPB",
,1275,,,,,"BACO",,,,,,,,"RA0650LPB",
,1275,,,,,"BACO",,,,,,,,"RA0650MPB",
,1425,,,,,"BACO",,,,,,,,"RA1000+LPB",
,1275,,,,,"BACO",,,,,,,,"RA1000LPB",
,1275,,,,,"BACO",,,,,,,,"RA1000MPB",
,625,,,,,"BACO",,,,,,,,"RD0025MPB",
,625,,,,,"BACO",,,,,,,,"RD0040MPB",
,625,,,,,"BACO",,,,,,,,"RD0065MPB",
,625,,,,,"BACO",,,,,,,,"RD0100MPB",
,0,,,,,"BACO",,,,,,,,"RD0160MPB",
,1025,,,,,"BACO",,,,,,,,"RD0250MPB",
,1025,,,,,"BACO",,,,,,,,"RD0310MPB",
,1025,,,,,"BACO",,,,,,,,"RD0450+MPB",
,1025,,,,,"BACO",,,,,,,,"RD0450MPB",
,1275,,,,,"BACO",,,,,,,,"RD0650MPB",
,1275,,,,,"BACO",,,,,,,,"RD1075MPB",
,1275,,,,,"BACO",,,,,,,,"RD1600MPB",
,0,,,,,"BACO",,,,,,,,"RD2885MPB",
,625,,,,,"BACO",,,,,,,,"U016LPB",
,625,,,,,"BACO",,,,,,,,"U016MPB",
,625,,,,,"BACO",,,,,,,,"U025LPB",
,625,,,,,"BACO",,,,,,,,"U025MPB",
,625,,,,,"BACO",,,,,,,,"U040LPB",
,625,,,,,"BACO",,,,,,,,"U040MPB",
,625,,,,,"BACO",,,,,,,,"U065LPB",
,1025,,,,,"BACO",,,,,,,,"U065MPB",
,1025,,,,,"BACO",,,,,,,,"U100LPB",
,1025,,,,,"BACO",,,,,,,,"U100MPB",
,1025,,,,,"BACO",,,,,,,,"U160LPB",
,1025,,,,,"BACO",,,,,,,,"U160MPB",
,999,,,,,"AICO",,,,,,,,,"AMR"
,999,,,,,"AICO",,,,,,,,,"EMS"
,220,,,,,"AICO",,,,,,,,,"LIFTING GEAR"
,0,,,,,"AICO",,,,,,,,,"PURGING"
,999.01,,,,,"LACO","ADDON",,"LP","DIAPHRAGM",,,,,
,999.02,,,,,"LACO","ADVERSARIAL",,"LP","DIAPHRAGM",,,,,
,999.03,,,,,"LACO","CHANGE CAPACITY",,"LP","DIAPHRAGM",,,,,
,999.04,,,,,"LACO","EXCHANGE",,"LP","DIAPHRAGM",,,,,
,999.05,,,,,"LACO","INSTALL",,"LP","DIAPHRAGM",,,,,
,999.06,,,,,"LACO","OFMAT",,"LP","DIAPHRAGM",,,,,
,999.07,,,,,"LACO","OTHER",,"LP","DIAPHRAGM",,,,,
,999.08,,,,,"LACO","ALTERATION",,"LP","DIAPHRAGM",,,,,
,999.09,,,,,"LACO","REMOVE",,"LP","DIAPHRAGM",,,,,
,999.1,,,,,"LACO","STD EXCHANGE",,"LP","DIAPHRAGM",,,,,
,999.11,,,,,"LACO","STD INSTALL",,"LP","DIAPHRAGM",,,,,
,999.12,,,,,"LACO","STD REMOVE",,"LP","DIAPHRAGM",,,,,
,999.01,,,,,"LACO","ADDON",,"MP","DIAPHRAGM",,,,,
,999.02,,,,,"LACO","ADVERSARIAL",,"MP","DIAPHRAGM",,,,,
,999.03,,,,,"LACO","CHANGE CAPACITY",,"MP","DIAPHRAGM",,,,,
,999.04,,,,,"LACO","EXCHANGE",,"MP","DIAPHRAGM",,,,,
,999.05,,,,,"LACO","INSTALL",,"MP","DIAPHRAGM",,,,,
,999.06,,,,,"LACO","OFMAT",,"MP","DIAPHRAGM",,,,,
,999.07,,,,,"LACO","OTHER",,"MP","DIAPHRAGM",,,,,
,999.08,,,,,"LACO","ALTERATION",,"MP","DIAPHRAGM",,,,,
,999.09,,,,,"LACO","REMOVE",,"MP","DIAPHRAGM",,,,,
,999.1,,,,,"LACO","STD EXCHANGE",,"MP","DIAPHRAGM",,,,,
,999.11,,,,,"LACO","STD INSTALL",,"MP","DIAPHRAGM",,,,,
,999.12,,,,,"LACO","STD REMOVE",,"MP","DIAPHRAGM",,,,,
,999.01,,,,,"LACO","ADDON",,"HP","DIAPHRAGM",,,,,
,999.02,,,,,"LACO","ADVERSARIAL",,"HP","DIAPHRAGM",,,,,
,999.03,,,,,"LACO","CHANGE CAPACITY",,"HP","DIAPHRAGM",,,,,
,999.04,,,,,"LACO","EXCHANGE",,"HP","DIAPHRAGM",,,,,
,999.05,,,,,"LACO","INSTALL",,"HP","DIAPHRAGM",,,,,
,999.06,,,,,"LACO","OFMAT",,"HP","DIAPHRAGM",,,,,
,999.07,,,,,"LACO","OTHER",,"HP","DIAPHRAGM",,,,,
,999.08,,,,,"LACO","ALTERATION",,"HP","DIAPHRAGM",,,,,
,999.09,,,,,"LACO","REMOVE",,"HP","DIAPHRAGM",,,,,
,999.1,,,,,"LACO","STD EXCHANGE",,"HP","DIAPHRAGM",,,,,
,999.11,,,,,"LACO","STD INSTALL",,"HP","DIAPHRAGM",,,,,
,999.12,,,,,"LACO","STD REMOVE",,"HP","DIAPHRAGM",,,,,
,999.01,,,,,"LACO","ADDON",,"LP","ROTARY",,,,,
,999.02,,,,,"LACO","ADVERSARIAL",,"LP","ROTARY",,,,,
,999.03,,,,,"LACO","CHANGE CAPACITY",,"LP","ROTARY",,,,,
,999.04,,,,,"LACO","EXCHANGE",,"LP","ROTARY",,,,,
,999.05,,,,,"LACO","INSTALL",,"LP","ROTARY",,,,,
,999.06,,,,,"LACO","OFMAT",,"LP","ROTARY",,,,,
,999.07,,,,,"LACO","OTHER",,"LP","ROTARY",,,,,
,999.08,,,,,"LACO","ALTERATION",,"LP","ROTARY",,,,,
,999.09,,,,,"LACO","REMOVE",,"LP","ROTARY",,,,,
,999.1,,,,,"LACO","STD EXCHANGE",,"LP","ROTARY",,,,,
,999.11,,,,,"LACO","STD INSTALL",,"LP","ROTARY",,,,,
,999.12,,,,,"LACO","STD REMOVE",,"LP","ROTARY",,,,,
,999.01,,,,,"LACO","ADDON",,"MP","ROTARY",,,,,
,999.02,,,,,"LACO","ADVERSARIAL",,"MP","ROTARY",,,,,
,999.03,,,,,"LACO","CHANGE CAPACITY",,"MP","ROTARY",,,,,
,999.04,,,,,"LACO","EXCHANGE",,"MP","ROTARY",,,,,
,999.05,,,,,"LACO","INSTALL",,"MP","ROTARY",,,,,
,999.06,,,,,"LACO","OFMAT",,"MP","ROTARY",,,,,
,999.07,,,,,"LACO","OTHER",,"MP","ROTARY",,,,,
,999.08,,,,,"LACO","ALTERATION",,"MP","ROTARY",,,,,
,999.09,,,,,"LACO","REMOVE",,"MP","ROTARY",,,,,
,999.1,,,,,"LACO","STD EXCHANGE",,"MP","ROTARY",,,,,
,999.11,,,,,"LACO","STD INSTALL",,"MP","ROTARY",,,,,
,999.12,,,,,"LACO","STD REMOVE",,"MP","ROTARY",,,,,
,999.01,,,,,"LACO","ADDON",,"HP","ROTARY",,,,,
,999.02,,,,,"LACO","ADVERSARIAL",,"HP","ROTARY",,,,,
,999.03,,,,,"LACO","CHANGE CAPACITY",,"HP","ROTARY",,,,,
,999.04,,,,,"LACO","EXCHANGE",,"HP","ROTARY",,,,,
,999.05,,,,,"LACO","INSTALL",,"HP","ROTARY",,,,,
,999.06,,,,,"LACO","OFMAT",,"HP","ROTARY",,,,,
,999.07,,,,,"LACO","OTHER",,"HP","ROTARY",,,,,
,999.08,,,,,"LACO","ALTERATION",,"HP","ROTARY",,,,,
,999.09,,,,,"LACO","REMOVE",,"HP","ROTARY",,,,,
,999.1,,,,,"LACO","STD EXCHANGE",,"HP","ROTARY",,,,,
,999.11,,,,,"LACO","STD INSTALL",,"HP","ROTARY",,,,,
,999.12,,,,,"LACO","STD REMOVE",,"HP","ROTARY",,,,,
1 REGI_CODE SELLING_PRICE COST_PRICE DELIVERY_COST VALID_FROM VALID_TO COST_TYPE ENTY_CODE MESC_CODE SVCPT_CODE METY_CODE MODU_CODE METR_CODE HOU_CODE BAS_CODE ADIT_CODE
2 43.1 0 MOCO AD016S
3 43.1 0 MOCO AD016SW
4 67.65 0 MOCO AD025S
5 67.65 0 MOCO AD025SW
6 86.32 0 MOCO AD040S
7 370.57 0 MOCO AD065S
8 419.27 0 MOCO AD100S
9 501.35 0 MOCO AD160S
10 207.94 25 MOCO ARCMVV0025A
11 207.94 25 MOCO ARCMVV0025AW
12 275.43 25 MOCO ARCMVV0040AW
13 275.43 25 MOCO ARCMVV0040A
14 629.9 55 MOCO ARCMHH0065A
15 629.9 55 MOCO ARCMVV0065A
16 629.9 55 MOCO ARCMVH0065A
17 629.9 55 MOCO ARCMHV0065A
18 629.9 55 MOCO ARCMHH0100A
19 629.9 55 MOCO ARCMVV0100A
20 629.9 55 MOCO ARCMVH0100A
21 629.9 55 MOCO ARCMHV0100A
22 868.74 55 MOCO ARCMVV0160A
23 868.74 55 MOCO ARCMHH0160A
24 868.74 55 MOCO ARCMVH0160A
25 868.74 55 MOCO ARCMHV0160A
26 868.74 55 MOCO ARCMVV0200A
27 868.74 55 MOCO ARCMHH0200A
28 868.74 55 MOCO ARCMVH0200A
29 868.74 55 MOCO ARCMHV0200A
30 868.74 55 MOCO ARCMVV0250A
31 868.74 55 MOCO ARCMHH0250A
32 868.74 55 MOCO ARCMVH0250A
33 868.74 55 MOCO ARCMHV0250A
34 1707.52 55 MOCO ARVV0250AP
35 1707.52 55 MOCO ARHH0250AP
36 1707.52 55 MOCO ARVH0250AP
37 1707.52 55 MOCO ARHV0250AP
38 1120.79 55 MOCO ARVV0300A
39 1120.79 55 MOCO ARHH0300A
40 1120.79 55 MOCO ARVH0300A
41 1120.79 55 MOCO ARHV0300A
42 2589.43 90 MOCO ARVV0300AP
43 2589.43 90 MOCO ARHH0300AP
44 2589.43 90 MOCO ARVH0300AP
45 2589.43 90 MOCO ARHV0300AP
46 1512.26 55 MOCO ARVV0400A
47 1512.26 55 MOCO ARHH0400A
48 1512.26 55 MOCO ARVH0400A
49 1512.26 55 MOCO ARHV0400A
50 1738.05 90 MOCO ARVV0650A
51 1738.05 90 MOCO ARHH0650A
52 1738.05 90 MOCO ARVH0650A
53 1738.05 90 MOCO ARHV0650A
54 3848.8 500 MOCO ARVV0650AP
55 3848.8 500 MOCO ARHH0650AP
56 3848.8 500 MOCO ARVH0650AP
57 3848.8 500 MOCO ARHV0650AP
58 1759.89 90 MOCO ARVV1000A
59 1759.89 90 MOCO ARHH1000A
60 1759.89 90 MOCO ARVH1000A
61 1759.89 90 MOCO ARHV1000A
62 4357.59 500 MOCO ARVV1000AP
63 4357.59 500 MOCO ARHH1000AP
64 4357.59 500 MOCO ARVH1000AP
65 4357.59 500 MOCO ARHV1000AP
66 323.14 84 MOCO ASD016A
67 376.64 84 MOCO ASD025A
68 531.62 84 MOCO ASD040A
69 1009.01 84 MOCO ASD065A
70 1437.89 84 MOCO ASD100A
71 1459.65 84 MOCO ASD160A
72 508.25 84 MOCO ASR0025A
73 519.16 84 MOCO ASR0040A
74 1455.88 84 MOCO ASR0100A
75 1631.75 84 MOCO ASR0160A
76 1872.86 84 MOCO ASR0200A
77 2722.36 84 MOCO ASR0250A
78 2958.96 84 MOCO ASR0300A
79 3291.32 84 MOCO ASR0400A
80 3504.74 500 MOCO ASR0650A
81 4111.42 500 MOCO ASR1000A
82 938.47 70 MOCO ASR0025D
83 938.47 70 MOCO ASR0040D
84 938.47 70 MOCO ASR0065D
85 2383.9 70 MOCO ASR0100D
86 2498.4 70 MOCO ASR0160D
87 2800 90 MOCO ASR0250D
88 2949.7 90 MOCO ASR0310D
89 3170.8 150 MOCO ASR0450D
90 3170.8 150 MOCO ASR0450DP
91 4753.7 190 MOCO ASR0650D
92 6263.9 190 MOCO ASR1075D
93 7463.9 250 MOCO ASR1600D
94 11450.4 450 MOCO ASR2885D
95 0 MOCO Meter Only (Notes)
96 323.14 84 MOCO ASD016AW
97 441.57 MECO MRA25A
98 490.19 MECO MRA40A
99 635.51 MECO MRA65B
100 635.51 MECO MRA100B
101 786.11 MECO MRA160C
102 1062.35 MECO MRA200C
103 1117.65 MECO MRA250C
104 1177.37 MECO MRA300D
105 1258.72 MECO MRA400D
106 3216.29 MECO MRA650E
107 3788.23 MECO MRA1000E
108 0 0 MECO MRD0025B4B
109 0 0 MECO MRD0040B4B
110 0 0 MECO MRD0065B4B
111 0 0 MECO MRD0100B4B
112 0 0 MECO MRD0160B4C
113 0 0 MECO MRD0250B4D
114 0 0 MECO MRD0310B4D
115 0 0 MECO MRD0450B4D
116 0 0 MECO MRD0650B4E
117 0 0 MECO MRD1075B4E
118 0 0 MECO MRD2885A
119 0 0 MECO MDA16
120 0 0 MECO MDA25
121 0 0 MECO MDA40
122 0 0 MECO MDA65
123 0 0 MECO MDA100
124 0 0 MECO MDA160
125 0 0 MECO MRD1600B4F
126 0 0 MECO MRA1000SE
127 0 0 MECO MRA1000+
128 0 0 MECO MRA650SE
129 0 0 MECO MRD2885A10
130 199.5 185 14.5 HOCO GC2
131 244.5 220 15.5 HOCO GC2FS
132 251.75 235 14.5 HOCO GC2MP
133 301.36 270 14.5 HOCO GC3
134 316.5 295 21.5 HOCO GC4
135 532 495 37 HOCO GC4+
136 627 585 42 HOCO GC5
137 713.46 665 58 HOCO GC6
138 903 830 73 HOCO GC7
139 1040.5 965 75.5 HOCO GC7+
140 2185 1990 195 HOCO GC8
141 244.5 254 0 HOCO Gas Cab No 2 (Multi)
142 301.36 299 0 HOCO Gas Cab No 4
143 713.46 699 0 HOCO Gas Cab No 6
144 0 2760 0 HOCO Custom1
145 0 3071 0 HOCO Custom2
146 0 3191 0 HOCO Custom3
147 0 2959 0 HOCO Custom4
148 0 3268 0 HOCO Custom5
149 0 3850 0 HOCO Custom6
150 0 0 0 HOCO CustomK
151 2519 2519 0 HOCO KP1
152 2725 2725 0 HOCO KP2
153 2879 2879 0 HOCO KP3
154 3416 3416 0 HOCO KP4
155 3503 3503 0 HOCO KP5
156 188.91 254 0 HOCO Gas Cab No 2BB
157 301.36 299 0 HOCO Gas Cab No 4BB25
158 310.99 299 0 HOCO Gas Cab No 4BB40
159 713.46 699 0 HOCO Gas Cab No 6BB
160 188.91 220 15.5 HOCO GC2FSBB
161 301.36 270 14.5 HOCO GC3BB
162 301.36 295 21.5 HOCO GC4BB25
163 310.99 295 21.5 HOCO GC4BB40
164 689.19 585 42 HOCO GC5BB
165 713.46 665 58 HOCO GC6BB
166 188.91 185 14.5 HOCO GC2BB
167 251.75 254 0 HOCO Gas Cab No 2MP
168 0 BACO 0
169 0 BACO CustomB
170 625 BACO RA0025LPB
171 625 BACO RA0025MPB
172 625 BACO RA0040LPB
173 625 BACO RA0040MPB
174 1025 BACO RA0065LPB
175 1025 BACO RA0100LPB
176 625 BACO RA0100MPB
177 1025 BACO RA0160LPB
178 625 BACO RA0160MPB
179 1025 BACO RA0200LPB
180 625 BACO RA0200MPB
181 1025 BACO RA0250+LPB
182 1025 BACO RA0250LPB
183 1025 BACO RA0250MPB
184 1275 BACO RA0300+LPB
185 1025 BACO RA0300LPB
186 1025 BACO RA0300MPB
187 1275 BACO RA0400LPB
188 1025 BACO RA0400MPB
189 1425 BACO RA0650+LPB
190 1275 BACO RA0650LPB
191 1275 BACO RA0650MPB
192 1425 BACO RA1000+LPB
193 1275 BACO RA1000LPB
194 1275 BACO RA1000MPB
195 625 BACO RD0025MPB
196 625 BACO RD0040MPB
197 625 BACO RD0065MPB
198 625 BACO RD0100MPB
199 0 BACO RD0160MPB
200 1025 BACO RD0250MPB
201 1025 BACO RD0310MPB
202 1025 BACO RD0450+MPB
203 1025 BACO RD0450MPB
204 1275 BACO RD0650MPB
205 1275 BACO RD1075MPB
206 1275 BACO RD1600MPB
207 0 BACO RD2885MPB
208 625 BACO U016LPB
209 625 BACO U016MPB
210 625 BACO U025LPB
211 625 BACO U025MPB
212 625 BACO U040LPB
213 625 BACO U040MPB
214 625 BACO U065LPB
215 1025 BACO U065MPB
216 1025 BACO U100LPB
217 1025 BACO U100MPB
218 1025 BACO U160LPB
219 1025 BACO U160MPB
220 999 AICO AMR
221 999 AICO EMS
222 220 AICO LIFTING GEAR
223 0 AICO PURGING
224 999.01 LACO ADDON LP DIAPHRAGM
225 999.02 LACO ADVERSARIAL LP DIAPHRAGM
226 999.03 LACO CHANGE CAPACITY LP DIAPHRAGM
227 999.04 LACO EXCHANGE LP DIAPHRAGM
228 999.05 LACO INSTALL LP DIAPHRAGM
229 999.06 LACO OFMAT LP DIAPHRAGM
230 999.07 LACO OTHER LP DIAPHRAGM
231 999.08 LACO ALTERATION LP DIAPHRAGM
232 999.09 LACO REMOVE LP DIAPHRAGM
233 999.1 LACO STD EXCHANGE LP DIAPHRAGM
234 999.11 LACO STD INSTALL LP DIAPHRAGM
235 999.12 LACO STD REMOVE LP DIAPHRAGM
236 999.01 LACO ADDON MP DIAPHRAGM
237 999.02 LACO ADVERSARIAL MP DIAPHRAGM
238 999.03 LACO CHANGE CAPACITY MP DIAPHRAGM
239 999.04 LACO EXCHANGE MP DIAPHRAGM
240 999.05 LACO INSTALL MP DIAPHRAGM
241 999.06 LACO OFMAT MP DIAPHRAGM
242 999.07 LACO OTHER MP DIAPHRAGM
243 999.08 LACO ALTERATION MP DIAPHRAGM
244 999.09 LACO REMOVE MP DIAPHRAGM
245 999.1 LACO STD EXCHANGE MP DIAPHRAGM
246 999.11 LACO STD INSTALL MP DIAPHRAGM
247 999.12 LACO STD REMOVE MP DIAPHRAGM
248 999.01 LACO ADDON HP DIAPHRAGM
249 999.02 LACO ADVERSARIAL HP DIAPHRAGM
250 999.03 LACO CHANGE CAPACITY HP DIAPHRAGM
251 999.04 LACO EXCHANGE HP DIAPHRAGM
252 999.05 LACO INSTALL HP DIAPHRAGM
253 999.06 LACO OFMAT HP DIAPHRAGM
254 999.07 LACO OTHER HP DIAPHRAGM
255 999.08 LACO ALTERATION HP DIAPHRAGM
256 999.09 LACO REMOVE HP DIAPHRAGM
257 999.1 LACO STD EXCHANGE HP DIAPHRAGM
258 999.11 LACO STD INSTALL HP DIAPHRAGM
259 999.12 LACO STD REMOVE HP DIAPHRAGM
260 999.01 LACO ADDON LP ROTARY
261 999.02 LACO ADVERSARIAL LP ROTARY
262 999.03 LACO CHANGE CAPACITY LP ROTARY
263 999.04 LACO EXCHANGE LP ROTARY
264 999.05 LACO INSTALL LP ROTARY
265 999.06 LACO OFMAT LP ROTARY
266 999.07 LACO OTHER LP ROTARY
267 999.08 LACO ALTERATION LP ROTARY
268 999.09 LACO REMOVE LP ROTARY
269 999.1 LACO STD EXCHANGE LP ROTARY
270 999.11 LACO STD INSTALL LP ROTARY
271 999.12 LACO STD REMOVE LP ROTARY
272 999.01 LACO ADDON MP ROTARY
273 999.02 LACO ADVERSARIAL MP ROTARY
274 999.03 LACO CHANGE CAPACITY MP ROTARY
275 999.04 LACO EXCHANGE MP ROTARY
276 999.05 LACO INSTALL MP ROTARY
277 999.06 LACO OFMAT MP ROTARY
278 999.07 LACO OTHER MP ROTARY
279 999.08 LACO ALTERATION MP ROTARY
280 999.09 LACO REMOVE MP ROTARY
281 999.1 LACO STD EXCHANGE MP ROTARY
282 999.11 LACO STD INSTALL MP ROTARY
283 999.12 LACO STD REMOVE MP ROTARY
284 999.01 LACO ADDON HP ROTARY
285 999.02 LACO ADVERSARIAL HP ROTARY
286 999.03 LACO CHANGE CAPACITY HP ROTARY
287 999.04 LACO EXCHANGE HP ROTARY
288 999.05 LACO INSTALL HP ROTARY
289 999.06 LACO OFMAT HP ROTARY
290 999.07 LACO OTHER HP ROTARY
291 999.08 LACO ALTERATION HP ROTARY
292 999.09 LACO REMOVE HP ROTARY
293 999.1 LACO STD EXCHANGE HP ROTARY
294 999.11 LACO STD INSTALL HP ROTARY
295 999.12 LACO STD REMOVE HP ROTARY

39
Data/BulkLoad/HOUSINGS.csv Normal file
View File

@@ -0,0 +1,39 @@
"CODE","MANU_REF","DRWG_CODE","HOTY_CODE","DESCRIPTION","DIM_W","DIM_H","DIM_L","WEIGHT"
"GC2","Gas Care","LO","Lift Off",,400,650,650,16
"GC2FS","Gas Care","LO","Lift Off",,425,830,730,17
"GC2MP","Gas Care","LO","Lift Off",,360,850,700,19
"GC3","Gas Care","LO","Lift Off",,360,850,900,22
"GC4","Gas Care","LO","Lift Off",,540,960,1000,30
"GC4+","Gas Care","LO","Lift Off",,750,1200,1200,48
"GC5","Gas Care","LO","Lift Off",,750,1350,1475,60
"GC6","Gas Care","LO","Lift Off",,850,1450,1600,74
"GC7","Gas Care","LO","Lift Off",,850,1595,1600,86
"GC7+","Gas Care","LO","Lift Off",,850,1750,1600,0
"GC8","Gas Care","LO","Lift Off",,1200,1800,2400,225
"Gas Cab No 2 (Multi)","Kingsley","LO","Lift Off",,425,835,730,12
"Gas Cab No 4","Kingsley","LO","Lift Off",,540,960,1000,25
"Gas Cab No 6","Kingsley","LO","Lift Off",,855,1456,1610,52
"Custom1","Kingsley","WT","Walk Thru",,1750,2250,3000,561
"Custom2","Kingsley","WT","Walk Thru",,2000,2500,3000,664
"Custom3","Kingsley","WT","Walk Thru",,2000,2750,3000,710
"Custom4","Kingsley","WT","Walk Thru",,1750,2250,3500,626
"Custom5","Kingsley","WT","Walk Thru",,2000,2250,4000,731
"Custom6","Kingsley","WT","Walk Thru",,2750,2250,4500,925
"CustomK","Kingsley","WT","Walk Thru",,0,0,0,0
"KP1","Kingsley","WT","Walk Thru",,1600,2250,2500,529
"KP2","Kingsley","WT","Walk Thru",,1600,2250,3000,599
"KP3","Kingsley","WT","Walk Thru",,1600,2250,3500,664
"KP4","Kingsley","WT","Walk Thru",,2500,2250,3750,856
"KP5","Kingsley","WT","Walk Thru",,2500,2250,4000,894
"Gas Cab No 2BB","Kingsley","LO","Lift Off",,425,835,730,12
"Gas Cab No 4BB25","Kingsley","LO","Lift Off",,540,960,1000,25
"Gas Cab No 4BB40","Kingsley","LO","Lift Off",,540,960,1000,25
"Gas Cab No 6BB","Kingsley","LO","Lift Off",,855,1456,1610,52
"GC2FSBB","Gas Care","LO","Lift Off",,425,830,730,17
"GC3BB","Gas Care","LO","Lift Off",,360,850,900,22
"GC4BB25","Gas Care","LO","Lift Off",,540,960,1000,30
"GC4BB40","Gas Care","LO","Lift Off",,540,960,1000,30
"GC5BB","Gas Care","LO","Lift Off",,750,1350,1475,60
"GC6BB","Gas Care","LO","Lift Off",,850,1450,1600,74
"GC2BB","Gas Care","LO","Lift Off",,400,650,650,16
"Gas Cab No 2MP","Kingsley","LO","Lift Off",,425,835,730,12
1 CODE MANU_REF DRWG_CODE HOTY_CODE DESCRIPTION DIM_W DIM_H DIM_L WEIGHT
2 GC2 Gas Care LO Lift Off 400 650 650 16
3 GC2FS Gas Care LO Lift Off 425 830 730 17
4 GC2MP Gas Care LO Lift Off 360 850 700 19
5 GC3 Gas Care LO Lift Off 360 850 900 22
6 GC4 Gas Care LO Lift Off 540 960 1000 30
7 GC4+ Gas Care LO Lift Off 750 1200 1200 48
8 GC5 Gas Care LO Lift Off 750 1350 1475 60
9 GC6 Gas Care LO Lift Off 850 1450 1600 74
10 GC7 Gas Care LO Lift Off 850 1595 1600 86
11 GC7+ Gas Care LO Lift Off 850 1750 1600 0
12 GC8 Gas Care LO Lift Off 1200 1800 2400 225
13 Gas Cab No 2 (Multi) Kingsley LO Lift Off 425 835 730 12
14 Gas Cab No 4 Kingsley LO Lift Off 540 960 1000 25
15 Gas Cab No 6 Kingsley LO Lift Off 855 1456 1610 52
16 Custom1 Kingsley WT Walk Thru 1750 2250 3000 561
17 Custom2 Kingsley WT Walk Thru 2000 2500 3000 664
18 Custom3 Kingsley WT Walk Thru 2000 2750 3000 710
19 Custom4 Kingsley WT Walk Thru 1750 2250 3500 626
20 Custom5 Kingsley WT Walk Thru 2000 2250 4000 731
21 Custom6 Kingsley WT Walk Thru 2750 2250 4500 925
22 CustomK Kingsley WT Walk Thru 0 0 0 0
23 KP1 Kingsley WT Walk Thru 1600 2250 2500 529
24 KP2 Kingsley WT Walk Thru 1600 2250 3000 599
25 KP3 Kingsley WT Walk Thru 1600 2250 3500 664
26 KP4 Kingsley WT Walk Thru 2500 2250 3750 856
27 KP5 Kingsley WT Walk Thru 2500 2250 4000 894
28 Gas Cab No 2BB Kingsley LO Lift Off 425 835 730 12
29 Gas Cab No 4BB25 Kingsley LO Lift Off 540 960 1000 25
30 Gas Cab No 4BB40 Kingsley LO Lift Off 540 960 1000 25
31 Gas Cab No 6BB Kingsley LO Lift Off 855 1456 1610 52
32 GC2FSBB Gas Care LO Lift Off 425 830 730 17
33 GC3BB Gas Care LO Lift Off 360 850 900 22
34 GC4BB25 Gas Care LO Lift Off 540 960 1000 30
35 GC4BB40 Gas Care LO Lift Off 540 960 1000 30
36 GC5BB Gas Care LO Lift Off 750 1350 1475 60
37 GC6BB Gas Care LO Lift Off 850 1450 1600 74
38 GC2BB Gas Care LO Lift Off 400 650 650 16
39 Gas Cab No 2MP Kingsley LO Lift Off 425 835 730 12

64
Data/BulkLoad/METERS.csv
View File

@@ -1,30 +1,34 @@
"CODE","DRWG_CODE","METY_CODE","PRTY_ID","DIM_A","DIM_B","CENTRES","DIM_C","WEIGHT","QMAX","VALID_FROM","VALID_TO","QNOM","QMIN"
"MRA25A",,"ROTARY",100,121,96,0,159,2.7,25,13/02/2007,,25,1.3
"MRA40A",,"ROTARY",100,121,96,0,189,3.4,40,13/02/2007,,40,2
"MRA65B",,"ROTARY",100,171,96,0,307,3.4,65,13/02/2007,,65,2
"MRA100B",,"ROTARY",100,171,182,0,307,11,100,13/02/2007,,92.53,5
"MRA160C",,"ROTARY",100,171,182,0,382,15,160,13/02/2007,,160,8
"MRA200C",,"ROTARY",100,171,182,0,428,17,200,13/02/2007,,187.79,10
"MRA250C",,"ROTARY",100,241,235,0,409,29,250,13/02/2007,,201.91,12.5
"MRA300D",,"ROTARY",100,241,235,0,479,34,300,13/02/2007,,264.69,15
"MRA400D",,"ROTARY",100,241,235,0,615,43,400,13/02/2007,,329.15,20
"MRA650E",,"ROTARY",100,450,308,0,665,104,650,13/02/2007,,534.87,32.5
"MRA1000E",,"ROTARY",100,500,400,0,820,197,1000,13/02/2007,,666.4,50
"MRD0025B4B",,"ROTARY",101,171,152,0,316,8,25,13/02/2007,,25,1.25
"MRD0040B4B",,"ROTARY",101,171,152,0,353,10,40,13/02/2007,,40,2
"MRD0065B4B",,"ROTARY",101,171,177,0,357,12,65,13/02/2007,,57,3.25
"MRD0100B4B",,"ROTARY",101,171,177,0,388,14,100,13/02/2007,,81,5
"MRD0160B4C",,"ROTARY",101,171,177,0,460,17,160,13/02/2007,,130,8
"MRD0250B4D",,"ROTARY",101,241,226,0,485,28,250,13/02/2007,,230,12.5
"MRD0310B4D",,"ROTARY",101,241,226,0,502,29,310,13/02/2007,,285,15.5
"MRD0450B4D",,"ROTARY",101,241,226,0,620,38,450,13/02/2007,,362,22.5
"MRD0650B4E",,"ROTARY",101,406,457,0,684,94,650,13/02/2007,,547,32.5
"MRD1075B4E",,"ROTARY",101,533,457,0,822,116,1075,13/02/2007,,710,54
"MRD2885B4F",,"ROTARY",101,711,754,0,1295,1055,2885,13/02/2007,,2137,144
"MDA16",,"DIAPHRAGM",100,0,0,0,0,0,16,13/02/2007,,16,0.8
"MDA25",,"DIAPHRAGM",100,0,0,0,0,0,25,13/02/2007,,25,1.25
"MDA40",,"DIAPHRAGM",100,0,0,0,0,0,40,13/02/2007,,40,2
"MDA65",,"DIAPHRAGM",100,0,0,0,0,0,65,13/02/2007,,65,3.25
"MDA100",,"DIAPHRAGM",100,0,0,0,0,0,100,13/02/2007,,99,5
"MDA160",,"DIAPHRAGM",100,0,0,0,0,0,160,13/02/2007,,136,8
"MRD1600B4F",,"ROTARY",101,533,457,0,922,284,1600,13/02/2007,,1181,80
"CODE","DRWG_CODE","METY_CODE","MANU_REF","DIM_A","DIM_B","CENTRES","DIM_C","WEIGHT","QMAX","VALID_FROM","VALID_TO","QNOM","QMIN"
"MRA25A",,"ROTARY","ACTARIS",121,96,0,159,2.7,25,,,25,1.3
"MRA40A",,"ROTARY","ACTARIS",121,96,0,189,3.4,40,,,40,2
"MRA65B",,"ROTARY","ACTARIS",171,96,0,307,3.4,65,,,65,2
"MRA100B",,"ROTARY","ACTARIS",171,182,0,307,11,100,,,92.53,5
"MRA160C",,"ROTARY","ACTARIS",171,182,0,382,15,160,,,160,8
"MRA200C",,"ROTARY","ACTARIS",171,182,0,428,17,200,,,187.79,10
"MRA250C",,"ROTARY","ACTARIS",241,235,0,409,29,250,,,201.91,12.5
"MRA300D",,"ROTARY","ACTARIS",241,235,0,479,34,300,,,264.69,15
"MRA400D",,"ROTARY","ACTARIS",241,235,0,615,43,400,,,329.15,20
"MRA650E",,"ROTARY","ACTARIS",450,308,0,665,104,650,,,534.87,32.5
"MRA1000E",,"ROTARY","ACTARIS",500,400,0,820,197,1000,,,666.4,50
"MRD0025B4B",,"ROTARY","DRESSER",171,152,0,316,8,25,,,25,1.25
"MRD0040B4B",,"ROTARY","DRESSER",171,152,0,353,10,40,,,40,2
"MRD0065B4B",,"ROTARY","DRESSER",171,177,0,357,12,65,,,57,3.25
"MRD0100B4B",,"ROTARY","DRESSER",171,177,0,388,14,100,,,81,5
"MRD0160B4C",,"ROTARY","DRESSER",171,177,0,460,17,160,,,130,8
"MRD0250B4D",,"ROTARY","DRESSER",241,226,0,485,28,250,,,230,12.5
"MRD0310B4D",,"ROTARY","DRESSER",241,226,0,502,29,310,,,285,15.5
"MRD0450B4D",,"ROTARY","DRESSER",241,226,0,620,38,450,,,362,22.5
"MRD0650B4E",,"ROTARY","DRESSER",406,457,0,684,94,650,,,547,32.5
"MRD1075B4E",,"ROTARY","DRESSER",533,457,0,822,116,1075,,,710,54
"MRD2885A",,"ROTARY","DRESSER",711,754,0,1295,1055,2885,,,2137,144
"MDA16",,"DIAPHRAGM","ACTARIS",0,0,0,0,0,16,,,16,0.8
"MDA25",,"DIAPHRAGM","ACTARIS",0,0,0,0,0,25,,,25,1.25
"MDA40",,"DIAPHRAGM","ACTARIS",0,0,0,0,0,40,,,40,2
"MDA65",,"DIAPHRAGM","ACTARIS",0,0,0,0,0,65,,,65,3.25
"MDA100",,"DIAPHRAGM","ACTARIS",0,0,0,0,0,100,,,99,5
"MDA160",,"DIAPHRAGM","ACTARIS",0,0,0,0,0,160,,,136,8
"MRD1600B4F",,"ROTARY","DRESSER",533,457,0,922,284,1600,,,1181,80
"MRA1000SE",,"ROTARY","ACTARIS",0,0,0,0,0,1000,,,517,50
"MRA1000+",,"ROTARY","ACTARIS",0,0,0,0,0,1000,,,663,50
"MRA650SE",,"ROTARY","ACTARIS",0,0,0,0,0,650,,,450,23.5
"MRD2885A10",,"ROTARY","DRESSER",0,0,0,0,0,2885,,,2137,144
1 CODE DRWG_CODE METY_CODE PRTY_ID MANU_REF DIM_A DIM_B CENTRES DIM_C WEIGHT QMAX VALID_FROM VALID_TO QNOM QMIN
2 MRA25A ROTARY 100 ACTARIS 121 96 0 159 2.7 25 13/02/2007 25 1.3
3 MRA40A ROTARY 100 ACTARIS 121 96 0 189 3.4 40 13/02/2007 40 2
4 MRA65B ROTARY 100 ACTARIS 171 96 0 307 3.4 65 13/02/2007 65 2
5 MRA100B ROTARY 100 ACTARIS 171 182 0 307 11 100 13/02/2007 92.53 5
6 MRA160C ROTARY 100 ACTARIS 171 182 0 382 15 160 13/02/2007 160 8
7 MRA200C ROTARY 100 ACTARIS 171 182 0 428 17 200 13/02/2007 187.79 10
8 MRA250C ROTARY 100 ACTARIS 241 235 0 409 29 250 13/02/2007 201.91 12.5
9 MRA300D ROTARY 100 ACTARIS 241 235 0 479 34 300 13/02/2007 264.69 15
10 MRA400D ROTARY 100 ACTARIS 241 235 0 615 43 400 13/02/2007 329.15 20
11 MRA650E ROTARY 100 ACTARIS 450 308 0 665 104 650 13/02/2007 534.87 32.5
12 MRA1000E ROTARY 100 ACTARIS 500 400 0 820 197 1000 13/02/2007 666.4 50
13 MRD0025B4B ROTARY 101 DRESSER 171 152 0 316 8 25 13/02/2007 25 1.25
14 MRD0040B4B ROTARY 101 DRESSER 171 152 0 353 10 40 13/02/2007 40 2
15 MRD0065B4B ROTARY 101 DRESSER 171 177 0 357 12 65 13/02/2007 57 3.25
16 MRD0100B4B ROTARY 101 DRESSER 171 177 0 388 14 100 13/02/2007 81 5
17 MRD0160B4C ROTARY 101 DRESSER 171 177 0 460 17 160 13/02/2007 130 8
18 MRD0250B4D ROTARY 101 DRESSER 241 226 0 485 28 250 13/02/2007 230 12.5
19 MRD0310B4D ROTARY 101 DRESSER 241 226 0 502 29 310 13/02/2007 285 15.5
20 MRD0450B4D ROTARY 101 DRESSER 241 226 0 620 38 450 13/02/2007 362 22.5
21 MRD0650B4E ROTARY 101 DRESSER 406 457 0 684 94 650 13/02/2007 547 32.5
22 MRD1075B4E ROTARY 101 DRESSER 533 457 0 822 116 1075 13/02/2007 710 54
23 MRD2885B4F MRD2885A ROTARY 101 DRESSER 711 754 0 1295 1055 2885 13/02/2007 2137 144
24 MDA16 DIAPHRAGM 100 ACTARIS 0 0 0 0 0 16 13/02/2007 16 0.8
25 MDA25 DIAPHRAGM 100 ACTARIS 0 0 0 0 0 25 13/02/2007 25 1.25
26 MDA40 DIAPHRAGM 100 ACTARIS 0 0 0 0 0 40 13/02/2007 40 2
27 MDA65 DIAPHRAGM 100 ACTARIS 0 0 0 0 0 65 13/02/2007 65 3.25
28 MDA100 DIAPHRAGM 100 ACTARIS 0 0 0 0 0 100 13/02/2007 99 5
29 MDA160 DIAPHRAGM 100 ACTARIS 0 0 0 0 0 160 13/02/2007 136 8
30 MRD1600B4F ROTARY 101 DRESSER 533 457 0 922 284 1600 13/02/2007 1181 80
31 MRA1000SE ROTARY ACTARIS 0 0 0 0 0 1000 517 50
32 MRA1000+ ROTARY ACTARIS 0 0 0 0 0 1000 663 50
33 MRA650SE ROTARY ACTARIS 0 0 0 0 0 650 450 23.5
34 MRD2885A10 ROTARY DRESSER 0 0 0 0 0 2885 2137 144

235
Data/BulkLoad/MODULES.csv
View File

@@ -1,141 +1,96 @@
"CODE","OUTLET_CNTY_CODE","INLET_CNTY_CODE","DRWG_CODE","METR_CODE","REVA_CODE","SLVA_CODE","SVCP_CODE","WEIGHT","INLET_HEIGHT","INLET_SIZE","OUTLET_PRESSURE","OUTLET_HEIGHT","OUTLET_SIZE","BAS_CODE","HOU_CODE","DIM_A","DIM_B","DIM_C","DIM_D","DIM_E","DIM_H","VALID_FROM","VALID_TO","REGU_CODE","FLTR_CODE","INLET_CNOR_CODE","OUTLET_CNOR_CODE","LEAD_TIME","MANU_REF"
"ARILHH300A","(MM) PN16","(MM) PN16","lphhstd","MRA300D","BADDATA","BADDATA","LP",300,570,100,21,570,150,"3316HH1",3316,0,1677,287,300,331,1180,15/11/2007,,"J48-100","LOW LOSS STRAINER-100","HORIZONTAL LEFT","HORIZONTAL RIGHT",25,"ACTARIS"
"ARILHH400A","(MM) PN16","(MM) PN16","lphhstd","MRA400D","BADDATA","BADDATA","LP",400,700,150,21,700,150,"3516HH1",3516,0,2001,287,350,350,1400,15/11/2007,,"J48-150","LOW LOSS STRAINER-150","HORIZONTAL LEFT","HORIZONTAL RIGHT",25,"ACTARIS"
"ARILHH650A","(MM) PN16","(MM) PN16","lphhstd","MRA650E","BADDATA","BADDATA","LP",470,700,150,21,700,150,"3816HH1",3816,0,2199,287,350,376,1400,15/11/2007,,"DONKIN 226-150","LOW LOSS STRAINER-150","HORIZONTAL LEFT","HORIZONTAL RIGHT",25,"ACTARIS"
"ARILHH1000A","(MM) PN16","(MM) PN16","lphhstd","MRA1000E","BADDATA","BADDATA","LP",620,700,150,21,700,150,"3816HH1",3816,0,2249,287,350,475,1513,15/11/2007,,"DONKIN 226-150","LOW LOSS STRAINER-150","HORIZONTAL LEFT","HORIZONTAL RIGHT",25,"ACTARIS"
"ARCMHH100A","(MM) PN16","(MM) PN16","lphhcompac","MRA100B","BADDATA","BADDATA","LP",125,985,80,21,250,80,"A4EHH1","A4E",0,755,235,325,325,1350,15/11/2007,,"J90 ANGLED-80","LOW LOSS STRAINER-80","HORIZONTAL LEFT","HORIZONTAL RIGHT",25,"ACTARIS"
"ARCMHH160A","(MM) PN16","(MM) PN16","lphhcompac","MRA160C","BADDATA","BADDATA","LP",140,945,80,21,250,100,"A4EHH1","A4E",0,800,225,325,325,1315,15/11/2007,,"J90 ANGLED-80","LOW LOSS STRAINER-80","HORIZONTAL LEFT","HORIZONTAL RIGHT",25,"ACTARIS"
"ARCMHH200A","(MM) PN16","(MM) PN16","lphhcompac","MRA200C","BADDATA","BADDATA","LP",140,945,80,21,250,100,"A4EHH1","A4E",0,800,225,325,325,1315,15/11/2007,,"J90 ANGLED-80","LOW LOSS STRAINER-80","HORIZONTAL LEFT","HORIZONTAL RIGHT",25,"ACTARIS"
"ARCMHH250A","(MM) PN16","(MM) PN16","lphhcompac","MRA250C","BADDATA","BADDATA","LP",140,1015,80,21,250,100,"A4EHH1","A4E",0,785,240,325,325,1388,15/11/2007,,"J90 ANGLED-80","LOW LOSS STRAINER-80","HORIZONTAL LEFT","HORIZONTAL RIGHT",25,"ACTARIS"
"ARCMHH300A","(MM) PN16","(MM) PN16","lphhcompac","MRA300D","BADDATA","BADDATA","LP",175,1150,100,21,250,100,"A4EHH1","A4E",0,1000,230,327,328,1523,15/11/2007,,"J90 ANGLED-80","LOW LOSS STRAINER-100","HORIZONTAL LEFT","HORIZONTAL RIGHT",25,"ACTARIS"
"ARCMVV25A","(MM) BSPT","(MM) BSPT","lpvvcom25","MRA25A","BADDATA","BADDATA","LP",25,105,40,21,0,40,"A1C","A1",37,310,48,80,125,410,15/11/2007,,"DONKIN 226-40","FIXED IN UNION-40","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ARCMVV40A","(MM) BSPT","(MM) BSPT","lpvvcom40","MRA40A","BADDATA","BADDATA","LP",40,238,50,21,0,40,"A1H","A1",46,356,48,128,127,545,15/11/2007,,"DONKIN 226-50","FIXED IN UNION-40","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ARCMVV100A","(MM) PN16","(MM) PN16","lpvvcompac","MRA100B","BADDATA","BADDATA","LP",105,350,80,21,100,80,"A4EC1","A4E",100,485,350,245,245,1411,15/11/2007,,"J90 ANGLED-80","LOW LOSS STRAINER-80","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ARCMVV160A","(MM) PN16","(MM) PN16","lpvvcompac","MRA160C","BADDATA","BADDATA","LP",115,350,80,21,100,100,"A4EC1","A4E",100,485,350,245,245,1411,15/11/2007,,"J90 ANGLED-80","LOW LOSS STRAINER-80","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ARCMVV200A","(MM) PN16","(MM) PN16","lpvvcompac","MRA200C","BADDATA","BADDATA","LP",115,350,80,21,100,100,"A4EC1","A4E",100,485,350,245,245,1411,15/11/2007,,"J90 ANGLED-80","LOW LOSS STRAINER-80","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ARCMVV250A","(MM) PN16","(MM) PN16","lpvvcompac","MRA250C","BADDATA","BADDATA","LP",125,350,80,21,50,100,"A4EC1","A4E",100,485,350,245,245,1382,15/11/2007,,"J90 ANGLED-80","LOW LOSS STRAINER-80","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ARCMVV300A","(MM) PN16","(MM) PN16","lpvvcompac","MRA300D","BADDATA","BADDATA","LP",145,400,100,21,100,100,"A4EC2","A4E",115,635,300,245,245,1342,15/11/2007,,"J90 ANGLED-100","LOW LOSS STRAINER-100","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ARCMVH100A","(MM) PN16","(MM) PN16","lpvhcompac","MRA100B","BADDATA","BADDATA","LP",95,350,80,21,250,80,"A4EVH1","A4E",100,845,225,245,245,1315,15/11/2007,,"J90 ANGLED-80","LOW LOSS STRAINER-80","VERTICAL DOWN","HORIZONTAL RIGHT",25,"ACTARIS"
"ARCMVH160A","(MM) PN16","(MM) PN16","lpvhcompac","MRA160C","BADDATA","BADDATA","LP",140,350,80,21,250,100,"A4EVH1","A4E",100,885,225,245,245,1315,15/11/2007,,"J90 ANGLED-80","LOW LOSS STRAINER-80","VERTICAL DOWN","HORIZONTAL RIGHT",25,"ACTARIS"
"ARCMVH200A","(MM) PN16","(MM) PN16","lpvhcompac","MRA200C","BADDATA","BADDATA","LP",140,350,80,21,250,100,"A4EVH1","A4E",100,885,225,325,325,1315,15/11/2007,,"J90 ANGLED-80","LOW LOSS STRAINER-80","VERTICAL DOWN","HORIZONTAL RIGHT",25,"ACTARIS"
"ARCMVH250A","(MM) PN16","(MM) PN16","lpvhcompac","MRA250C","BADDATA","BADDATA","LP",145,350,80,21,250,100,"A4EVH1","A4E",100,885,225,325,325,1315,15/11/2007,,"J90 ANGLED-80","LOW LOSS STRAINER-80","VERTICAL DOWN","HORIZONTAL RIGHT",25,"ACTARIS"
"ARCMVH300A","(MM) PN16","(MM) PN16","lpvhcompac","MRA300D","BADDATA","BADDATA","LP",145,400,100,21,250,100,"A4EVH1","A4E",115,1160,225,322,322,1356,15/11/2007,,"J90 ANGLED-80","LOW LOSS STRAINER-100","VERTICAL DOWN","HORIZONTAL RIGHT",25,"ACTARIS"
"ASD16VV35A","BADDATA","BADDATA","BADDATA","MDA16","BADDATA","BADDATA","MP35",45,0,0,21,0,0,,"A2",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASD25VV35A","BADDATA","BADDATA","BADDATA","MDA25","BADDATA","BADDATA","MP35",45,0,0,21,0,0,,"A2",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASD40VV35A","BADDATA","BADDATA","BADDATA","MDA40","BADDATA","BADDATA","MP35",130,0,0,21,0,0,,"A2",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASD65VV35A","BADDATA","BADDATA","BADDATA","MDA65","BADDATA","BADDATA","MP35",137,0,0,21,0,0,,"A3",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASD100VV35","BADDATA","BADDATA","BADDATA","MDA100","BADDATA","BADDATA","MP35",145,0,0,21,0,0,,"A4E",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASD160VV35A","BADDATA","BADDATA","BADDATA","MDA160","BADDATA","BADDATA","MP35",205,0,0,21,0,0,,"A4E",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASR25VV35A","(MM) PN16","(MM) PN16","BADDATA","MRA25A","BADDATA","BADDATA","MP35",70,0,0,21,0,0,"A2","A2",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ARILHH100A","(MM) PN16","(MM) PN16","lphhstd","MRA100B","BADDATA","BADDATA","LP",100,540,80,21,540,80,"2016HH1",2016,0,1390,172,200,200,915,15/11/2007,,"J48-80","LOW LOSS STRAINER-80","HORIZONTAL LEFT","HORIZONTAL RIGHT",25,"ACTARIS"
"ARILHH160A","(MM) PN16","(MM) PN16","lphhstd","MRA160C","BADDATA","BADDATA","LP",125,540,80,21,540,100,"2016HH1",2016,0,1376,204,250,250,915,15/11/2007,,"J48-80","LOW LOSS STRAINER-80","HORIZONTAL LEFT","HORIZONTAL RIGHT",25,"ACTARIS"
"ASR40VV35A","(MM) PN16","(MM) PN16","BADDATA","MRA40A","BADDATA","BADDATA","MP35",75,0,0,21,0,0,"A2","A2",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ARILHH200A","(MM) PN16","(MM) PN16","lphhstd","MRA200C","BADDATA","BADDATA","LP",125,540,80,21,540,100,"2516HH1",2516,0,1376,204,250,250,915,15/11/2007,,"J48-80","LOW LOSS STRAINER-80","HORIZONTAL LEFT","HORIZONTAL RIGHT",25,"ACTARIS"
"ARILHH250A","(MM) PN16","(MM) PN16","lphhstd","MRA250C","BADDATA","BADDATA","LP",125,540,80,21,540,100,"2816HH1",2816,0,1446,204,250,250,915,15/11/2007,,"J48-80","LOW LOSS STRAINER-80","HORIZONTAL LEFT","HORIZONTAL RIGHT",25,"ACTARIS"
"ASR200VV180A","(MM) PN16","(MM) PN16","BADDATA","MRA200C","BADDATA","BADDATA","MP180",100,0,0,21,0,0,,"A3",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR250VV180A","(MM) PN16","(MM) PN16","BADDATA","MRA250C","BADDATA","BADDATA","MP180",160,0,0,21,0,0,,"A3",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR300VV180A","(MM) PN16","(MM) PN16","BADDATA","MRA300D","BADDATA","BADDATA","MP180",350,0,0,21,0,0,,"A4E",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR400VV180A","(MM) PN16","(MM) PN16","BADDATA","MRA400D","BADDATA","BADDATA","MP180",375,0,0,21,0,0,,"A4E",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR650VV180A","(MM) PN16","(MM) PN16","BADDATA","MRA650E","BADDATA","BADDATA","MP180",500,0,0,21,0,0,,2516,0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR1000VV180A","(MM) PN16","(MM) PN16","BADDATA","MRA1000E","BADDATA","BADDATA","MP180",750,0,0,21,0,0,,3016,0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASD16VV270A","BADDATA","BADDATA","BADDATA","MDA16","BADDATA","BADDATA","MP270",30,0,0,21,0,0,,"A2",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASD25VV270A","BADDATA","BADDATA","BADDATA","MDA25","BADDATA","BADDATA","MP270",40,0,0,21,0,0,,"A2",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASD40VV270A","BADDATA","BADDATA","BADDATA","MDA40","BADDATA","BADDATA","MP270",60,0,0,21,0,0,,"A2",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASD65VV270A","BADDATA","BADDATA","BADDATA","MDA65","BADDATA","BADDATA","MP270",98,0,0,21,0,0,,"A3",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASD100VV270A","BADDATA","BADDATA","BADDATA","MDA100","BADDATA","BADDATA","MP270",137,0,0,21,0,0,,"A4E",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASD160VV270A","BADDATA","BADDATA","BADDATA","MDA160","BADDATA","BADDATA","MP270",193,0,0,21,0,0,,"A4E",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASR25VV270A","(MM) PN16","(MM) PN16","BADDATA","MRA25A","BADDATA","BADDATA","MP270",50,0,0,21,0,0,,"A1",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR40VV270A","(MM) PN16","(MM) PN16","BADDATA","MRA40A","BADDATA","BADDATA","MP270",55,0,0,21,0,0,,"A1",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR100VV270A","(MM) PN16","(MM) PN16","BADDATA","MRA100B","BADDATA","BADDATA","MP270",70,0,0,21,0,0,,"A2",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR160VV270A","(MM) PN16","(MM) PN16","BADDATA","MRA160C","BADDATA","BADDATA","MP270",100,0,0,21,0,0,,"A3",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR200VV270A","(MM) PN16","(MM) PN16","BADDATA","MRA200C","BADDATA","BADDATA","MP270",100,0,0,21,0,0,,"A3",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR250VV270A","(MM) PN16","(MM) PN16","BADDATA","MRA250C","BADDATA","BADDATA","MP270",160,0,0,21,0,0,,"A3",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR300VV270A","(MM) PN16","(MM) PN16","BADDATA","MRA300D","BADDATA","BADDATA","MP270",350,0,0,21,0,0,,"A4E",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR400VV270A","(MM) PN16","(MM) PN16","BADDATA","MRA400D","BADDATA","BADDATA","MP270",375,0,0,21,0,0,,"A4E",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR650VV270A","(MM) PN16","(MM) PN16","BADDATA","MRA650E","BADDATA","BADDATA","MP270",500,0,0,21,0,0,,2516,0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR1000VV270A","(MM) PN16","(MM) PN16","BADDATA","MRA1000E","BADDATA","BADDATA","MP270",750,0,0,21,0,0,,3016,0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR25D","(MM) BSPT","(MM) BSPT","mpvvstdrot","MRD0025B4B","INTEGRAL-15","INTEGRAL-40","MP270",17,74,40,21,65,50,"A2VV2","A2",186,500,76,119,197,955,15/11/2007,,"DONKIN FIG 270R-40","Y TYPE-40","VERTICAL DOWN","VERTICAL DOWN",25,"DRESSER"
"ASR40D","(MM) BSPT","(MM) BSPT","mpvvstdrot","MRD0040B4B","INTEGRAL-15","INTEGRAL-40","MP270",19,74,40,21,65,50,"A2VV2","A2",186,500,76,137,216,955,15/11/2007,,"DONKIN FIG 270R-40","Y TYPE-40","VERTICAL DOWN","VERTICAL DOWN",25,"DRESSER"
"ASR65D","(MM) BSPT","(MM) BSPT","mpvvstdrot","MRD0065B4B","INTEGRAL-15","INTEGRAL-40","MP270",21,74,40,21,65,50,"A2VV2","A2",186,500,78,200,230,925,15/11/2007,,"DONKIN FIG 270R-40","Y TYPE-40","VERTICAL DOWN","VERTICAL DOWN",25,"DRESSER"
"ASR100D","(MM) PN16","(MM) PN16","mpvvstdrot","MRD0100B4B","INTEGRAL-15","INTEGRAL-50","MP270",82,150,50,21,150,50,"A3VV4","A3",200,640,80,200,420,1250,15/11/2007,,"DONKIN FIG 270R-50","Y TYPE-50","VERTICAL DOWN","VERTICAL DOWN",25,"DRESSER"
"ASR160D","(MM) PN16","(MM) PN16","mpvvstdrot","MRD0160B4C","INTEGRAL-15","INTEGRAL-50","MP270",84,150,50,21,150,80,"A3VV4","A3",160,640,120,200,420,1250,15/11/2007,,"DONKIN FIG 270R-50","Y TYPE-50","VERTICAL DOWN","VERTICAL DOWN",25,"DRESSER"
"ASR450D","(MM) PN16","(MM) PN16","mpvvlooprot","MRD0450B4D","10L-25","DONKIN FIG 305-50","MP270",246,365,100,21,300,100,"3215VV1",3215,166,400,1700,310,385,1400,15/11/2007,,"DONKIN FIG 280-50","ANGLE PATTERN-100","VERTICAL DOWN","VERTICAL DOWN",25,"DRESSER"
"ASR650D","(MM) PN16","(MM) PN16","mpvvlooprot","MRD0650B4E","10L-25","DONKIN FIG 305-80","MP270",322,365,100,21,200,150,"3416VV1",3416,206,400,1830,350,350,1300,15/11/2007,,"DONKIN FIG 280-80","ANGLE PATTERN-100","VERTICAL DOWN","VERTICAL DOWN",25,"DRESSER"
"ASR1075D","(MM) PN16","(MM) PN16","mpvvlooprot","MRD1075B4E","10L-25","DONKIN FIG 305-80","MP270",376,250,150,21,200,150,"3416VV2",3416,165,400,1815,381,442,1300,15/11/2007,,"DONKIN FIG 280-80","ANGLE PATTERN-150","VERTICAL DOWN","VERTICAL DOWN",25,"DRESSER"
"ASR1600D","(MM) PN16","(MM) PN16","mpvvlooprot","MRD1600B4F","10L-25","DONKIN FIG 305-100","MP270",611,416,150,21,158,200,"3820VV1",3820,210,450,2150,428,527,1795,15/11/2007,,"DONKIN FIG 280-100","ANGLE PATTERN-150","VERTICAL DOWN","VERTICAL DOWN",25,"DRESSER"
"AR25D","(MM) BSPT","(MM) BSPT","BADDATA","MRD0025B4B","BADDATA","BADDATA","LP",500,130,50,21,50,50,,,999,330,999,999,999,752,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"DRESSER"
"AR40D","(MM) BSPT","(MM) BSPT","BADDATA","MRD0040B4B","BADDATA","BADDATA","LP",500,130,50,21,50,50,,,999,330,999,999,999,752,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"DRESSER"
"AR50D","(MM) BSPT","(MM) BSPT","BADDATA","MRD0065B4B","BADDATA","BADDATA","LP",500,130,50,21,50,50,,,999,330,999,999,999,752,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"DRESSER"
"AR81D","(MM) PN16","(MM) PN16","BADDATA","MRD0100B4B","BADDATA","BADDATA","LP",950,175,80,21,150,80,,,999,450,999,999,999,1400,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"DRESSER"
"AR130D","(MM) PN16","(MM) PN16","BADDATA","MRD0160B4C","BADDATA","BADDATA","LP",950,175,80,21,150,80,,,999,450,999,999,999,1350,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"DRESSER"
"AR229D","(MM) PN16","(MM) PN16","BADDATA","MRD0250B4D","BADDATA","BADDATA","LP",950,410,100,21,150,100,,,999,500,999,999,999,1420,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"DRESSER"
"AR283D","(MM) PN16","(MM) PN16","BADDATA","MRD0310B4D","BADDATA","BADDATA","LP",1000,385,100,21,341,150,,,999,1991,999,999,999,1180,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"DRESSER"
"AR362D","(MM) PN16","(MM) PN16","BADDATA","MRD0450B4D","BADDATA","BADDATA","LP",2630,435,150,21,341,150,,,999,1930,999,999,999,1515,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"DRESSER"
"AR538D","(MM) PN16","(MM) PN16","BADDATA","MRD0650B4E","BADDATA","BADDATA","LP",2765,538,150,21,382,150,,,999,2025,999,999,999,1515,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"DRESSER"
"AR708D","(MM) PN16","(MM) PN16","BADDATA","MRD1075B4E","BADDATA","BADDATA","LP",3070,547,150,21,461,150,,,999,2780,999,999,999,1510,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"DRESSER"
"AR1076D","(MM) PN16","(MM) PN16","BADDATA","MRD1600B4F","BADDATA","BADDATA","LP",3615,520,150,21,300,150,,,999,3407,999,999,999,1490,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"DRESSER"
"ASR25A","(MM) BSPT","(MM) BSPT","mpvvstdrot","MRA25A","INTEGRAL-15","INTEGRAL-25","MP270",50,110,20,21,86,40,"A1VV1","A1",25,399,47,86,103,575,15/11/2007,,"RBI 2111-25","Y TYPE-20","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR40A","(MM) BSPT","(MM) BSPT","mpvvstdrot","MRA40A","INTEGRAL-15","INTEGRAL-25","MP270",55,98,25,21,81,40,"A1VV2","A1",30,479,47,86,103,573,15/11/2007,,"RBI 2611-25","Y TYPE-20","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR100A","(MM) BSPT","(MM) BSPT","mpvvstdrot","MRA100B","VS811-25","INTEGRAL-25","MP270",70,80,40,21,125,50,"A2VV1","A2",180,680,90,128,272,1072,15/11/2007,,"RBE 4011-25","Y TYPE-40","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR160A","(MM) PN16","(MM) BSPT","mpvvstdrot","MRA160C","VS811-25","INTEGRAL-40","MP270",100,460,50,21,80,80,"A3VV1","A3",90,1280,101,200,250,1189,15/11/2007,,"RBE 1711-40","ANGLE PATTERN-50","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR200A","(MM) PN16","(MM) BSPT","mpvvstdrot","MRA200C","VS811-25","INTEGRAL-40","MP270",100,450,50,21,80,80,"A3VV2","A3",90,1223,100,210,286,1177,15/11/2007,,"RBE 1711-40","ANGLE PATTERN-50","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR250A","(MM) PN16","(MM) PN16","mpvvstdrot","MRA250C","VS811-25","INTEGRAL-40","MP270",160,355,80,21,80,80,"A3VV3","A3",113,1240,93,210,286,1270,15/11/2007,,"RBE 1711-40","ANGLE PATTERN-80","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR300A","(MM) PN16","(MM) PN16","mpvvstdrot","MRA300D","VS811-25","INTEGRAL-40","MP270",350,355,80,21,80,100,"A4EVV1","A4E",109,1310,111,240,335,1395,15/11/2007,,"RBE 4011-40","ANGLE PATTERN-80","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR400A","(MM) PN16","(MM) PN16","mpvvstdrot","MRA400D","VS811-25","INTEGRAL-40","MP270",375,355,80,21,80,100,"A4EVV2","A4E",104,1310,106,290,460,1400,15/11/2007,,"RBE 4011-40","ANGLE PATTERN-80","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR650A","(MM) PN16","(MM) PN16","mpvvstdrot","MRA650E","VS811-25","INTEGRAL-50","MP270",500,381,100,21,150,150,"2516VV1",2516,150,1467,250,300,465,1918,15/11/2007,,"RBE 4011-50","ANGLE PATTERN-100","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR1000A","(MM) PN16","(MM) PN16","mpvvstdrot","MRA1000E","VS811-25","INTEGRAL-80","MP270",750,419,150,21,150,150,"3016VV1",3016,157,1515,230,310,590,1967,15/11/2007,,"RBE 4011-80","ANGLE PATTERN-150","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASD16A","(MM) BSPT","(MM) BSPT","mpvvstddia","MDA16","INTEGRAL-15","INTEGRAL-25","MP270",30,213,20,21,326,40,"A1HVO2","A1",25,363,95,170,180,682,15/11/2007,,"RBI 2011-25","Y TYPE-20","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASD25A","(MM) BSPT","(MM) BSPT","mpvvstddia","MDA25","INTEGRAL-15","INTEGRAL-25","MP270",40,102,25,21,485,50,"A2HVO3","A2",140,529,76,143,165,691,15/11/2007,,"RBI 2111-25","Y TYPE-25","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASD40A","(MM) BSPT","(MM) BSPT","mpvvstddia","MDA40","INTEGRAL-15","INTEGRAL-25","MP270",60,175,25,21,634,50,"A2HVO4","A2",60,678,137,178,203,914,15/11/2007,,"RBI 2611-25","Y TYPE-25","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASD65A","(MM) PN16","(MM) BSPT","mpvvstddia","MDA65","INTEGRAL-15","INTEGRAL-40","MP270",98,151,40,21,797,80,"A3HVO4","A3",60,762,250,190,195,1006,15/11/2007,,"RBI 3211-40","Y TYPE-40","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASD100A","(MM) PN16","(MM) BSPT","mpvvstddia","MDA100","VS811-25","INTEGRAL-25","MP270",137,134,40,21,937,80,"A3HVO5","A3",180,828,172,271,330,1319,15/11/2007,,"RBE 4011-25","Y TYPE-40","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASR650VV35A","(MM) PN16","(MM) PN16","BADDATA","MRA650E","BADDATA","BADDATA","MP35",633,0,0,21,0,0,4516,4516,0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR1000VV35A","(MM) PN16","(MM) PN16","BADDATA","MRA1000E","BADDATA","BADDATA","MP35",883,0,0,21,0,0,4520,4520,0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASD16VV65A","BADDATA","BADDATA","BADDATA","MDA16","BADDATA","BADDATA","MP65",35,0,0,21,0,0,,"A2",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASD25VV65A","BADDATA","BADDATA","BADDATA","MDA25","BADDATA","BADDATA","MP65",45,0,0,21,0,0,,"A2",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASD40VV65A","BADDATA","BADDATA","BADDATA","MDA40","BADDATA","BADDATA","MP65",130,0,0,21,0,0,,"A2",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASD65VV65A","BADDATA","BADDATA","BADDATA","MDA65","BADDATA","BADDATA","MP65",137,0,0,21,0,0,,"A3",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASD100VV65A","BADDATA","BADDATA","BADDATA","MDA100","BADDATA","BADDATA","MP65",145,0,0,21,0,0,,"A3",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASD160VV65A","BADDATA","BADDATA","BADDATA","MDA160","BADDATA","BADDATA","MP65",205,0,0,21,0,0,,"A3",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASR25VV65A","(MM) PN16","(MM) PN16","BADDATA","MRA25A","BADDATA","BADDATA","MP65",70,0,0,21,0,0,,"A2",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR40VV65A","(MM) PN16","(MM) PN16","BADDATA","MRA40A","BADDATA","BADDATA","MP65",75,0,0,21,0,0,,"A2",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR100VV65A","(MM) PN16","(MM) PN16","BADDATA","MRA100B","BADDATA","BADDATA","MP65",90,0,0,21,0,0,,"A3",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR160VV65A","(MM) PN16","(MM) PN16","BADDATA","MRA160C","BADDATA","BADDATA","MP65",120,0,0,21,0,0,,"A4E",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR200VV65A","(MM) PN16","(MM) PN16","BADDATA","MRA200C","BADDATA","BADDATA","MP65",120,0,0,21,0,0,,"A4E",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR250VV65A","(MM) PN16","(MM) PN16","BADDATA","MRA250C","BADDATA","BADDATA","MP65",210,0,0,21,0,0,,2516,0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR300VV65A","(MM) PN16","(MM) PN16","BADDATA","MRA300D","BADDATA","BADDATA","MP65",380,0,0,21,0,0,,2516,0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR400VV65A","(MM) PN16","(MM) PN16","BADDATA","MRA400D","BADDATA","BADDATA","MP65",500,0,0,21,0,0,,3316,0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR650VV65A","(MM) PN16","(MM) PN16","BADDATA","MRA650E","BADDATA","BADDATA","MP65",625,0,0,21,0,0,,3516,0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR1000VV65A","(MM) PN16","(MM) PN16","BADDATA","MRA1000E","BADDATA","BADDATA","MP65",875,0,0,21,0,0,,3516,0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASD16VV105A","BADDATA","BADDATA","BADDATA","MDA16","BADDATA","BADDATA","MP105",30,0,0,21,0,0,,"A2",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASD25VV105A","BADDATA","BADDATA","BADDATA","MDA25","BADDATA","BADDATA","MP105",40,0,0,21,0,0,,"A2",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASD40VV105A","BADDATA","BADDATA","BADDATA","MDA40","BADDATA","BADDATA","MP105",60,0,0,21,0,0,,"A2",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASD65VV105A","BADDATA","BADDATA","BADDATA","MDA65","BADDATA","BADDATA","MP105",98,0,0,21,0,0,,"A3",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASD100Vv105A","BADDATA","BADDATA","BADDATA","MDA100","BADDATA","BADDATA","MP105",137,0,0,21,0,0,,"A3",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASD160VV105A","BADDATA","BADDATA","BADDATA","MDA160","BADDATA","BADDATA","MP105",193,0,0,21,0,0,,"A3",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASR25VV105A","(MM) PN16","(MM) PN16","BADDATA","MRA25A","BADDATA","BADDATA","MP105",50,0,0,21,0,0,,"A1",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR40VV105A","(MM) PN16","(MM) PN16","BADDATA","MRA40A","BADDATA","BADDATA","MP105",55,0,0,21,0,0,,"A1",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR100VV105A","(MM) PN16","(MM) PN16","BADDATA","MRA100B","BADDATA","BADDATA","MP105",70,0,0,21,0,0,,"A2",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR160VV105A","(MM) PN16","(MM) PN16","BADDATA","MRA160C","BADDATA","BADDATA","MP105",100,0,0,21,0,0,,"A3",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR200VV105A","(MM) PN16","(MM) PN16","BADDATA","MRA200C","BADDATA","BADDATA","MP105",100,0,0,21,0,0,,"A3",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR250VV105A","(MM) PN16","(MM) PN16","BADDATA","MRA250C","BADDATA","BADDATA","MP105",160,0,0,21,0,0,,"A3",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR300VV105A","(MM) PN16","(MM) PN16","BADDATA","MRA300D","BADDATA","BADDATA","MP105",350,0,0,21,0,0,,"A4E",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR400VV105A","(MM) PN16","(MM) PN16","BADDATA","MRA400D","BADDATA","BADDATA","MP105",375,0,0,21,0,0,,"A4E",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR650VV105A","(MM) PN16","(MM) PN16","BADDATA","MRA650E","BADDATA","BADDATA","MP105",750,0,0,21,0,0,,3016,0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR1000VV105A","(MM) PN16","(MM) PN16","BADDATA","MRA1000E","BADDATA","BADDATA","MP105",750,0,0,21,0,0,,3516,0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASD16VV180A","BADDATA","BADDATA","BADDATA","MDA16","BADDATA","BADDATA","MP180",30,0,0,21,0,0,,"A1",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASD25VV180A","BADDATA","BADDATA","BADDATA","MDA25","BADDATA","BADDATA","MP180",40,0,0,21,0,0,,"A2",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASD40VV180A","BADDATA","BADDATA","BADDATA","MDA40","BADDATA","BADDATA","MP180",60,0,0,21,0,0,,"A2",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASD65VV180A","BADDATA","BADDATA","BADDATA","MDA65","BADDATA","BADDATA","MP180",98,0,0,21,0,0,,"A3",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASD100Vv180A","BADDATA","BADDATA","BADDATA","MDA100","BADDATA","BADDATA","MP180",137,0,0,21,0,0,,"A3",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASD160VV180A","BADDATA","BADDATA","BADDATA","MDA160","BADDATA","BADDATA","MP180",193,0,0,21,0,0,,"A3",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ASR25VV180A","(MM) PN16","(MM) PN16","BADDATA","MRA25A","BADDATA","BADDATA","MP180",50,0,0,21,0,0,,"A1",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR40VV180A","(MM) PN16","(MM) PN16","BADDATA","MRA40A","BADDATA","BADDATA","MP180",55,0,0,21,0,0,,"A1",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR100VV180A","(MM) PN16","(MM) PN16","BADDATA","MRA100B","BADDATA","BADDATA","MP180",70,0,0,21,0,0,,"A2",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ASR160VV180A","(MM) PN16","(MM) PN16","BADDATA","MRA160C","BADDATA","BADDATA","MP180",100,0,0,21,0,0,,"A3",0,0,0,0,0,0,15/11/2007,,"BADDATA","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"AR10265H","BADDATA","BADDATA","BADDATA","MRD1600B4F","BADDATA","BADDATA","LP",3615,520,150,21,300,150,"2016HH1","1765H",999,3407,999,999,999,1490,04/12/2007,03/12/08,"J48-100","BADDATA","VERTICAL DOWN","VERTICAL DOWN",25,"DRESSER"
"ASD160A","(MM) PN16","(MM) BSPT","mpvvstddia","MDA160","VS811-25","INTEGRAL-40","MP270",193,122,50,21,904,100,"A3HVO6","A3",180,840,250,305,340,1329,15/11/2007,,"RBE 1711-40","Y TYPE-50","VERTICAL DOWN","VERTICAL UP",25,"ACTARIS"
"ARILHH65A","(MM) PN16","(MM) PN16","lphhstd","MRA65B","BADDATA","BADDATA","LP",100,540,80,21,540,80,"2016HH1",2016,0,1390,172,200,200,915,15/11/2007,,"J48-80","LOW LOSS STRAINER-80","HORIZONTAL LEFT","HORIZONTAL RIGHT",25,"ACTARIS"
"ARCMHH65A","(MM) PN16","(MM) PN16","lphhcompac","MRA65B","BADDATA","BADDATA","LP",125,985,80,21,250,80,"A4EHH1","A4E",0,755,235,325,325,1350,15/11/2007,,"J90 ANGLED-80","LOW LOSS STRAINER-80","HORIZONTAL LEFT","HORIZONTAL RIGHT",25,"ACTARIS"
"ARCMVV65A","(MM) PN16","(MM) PN16","lpvvcompac","MRA65B","BADDATA","BADDATA","LP",105,350,80,21,100,80,"A4EC1","A4E",100,485,350,245,245,1411,15/11/2007,,"J90 ANGLED-80","LOW LOSS STRAINER-80","VERTICAL DOWN","VERTICAL DOWN",25,"ACTARIS"
"ARCMVH65A","(MM) PN16","(MM) PN16","lpvhcompac","MRA65B","BADDATA","BADDATA","LP",95,350,80,21,250,80,"A4EVH1","A4E",100,845,225,245,245,1315,15/11/2007,,"J90 ANGLED-80","LOW LOSS STRAINER-80","VERTICAL DOWN","HORIZONTAL RIGHT",25,"ACTARIS"
"AD016S","(mm) BSPT","(mm) BS 746","lpvvstddia","MDA16",,,"LP",0,265,25,15,356,40,"U016LPB","GC2FSBB",550,320,95,170,180,556,,,"Speryn G1000","Gause","Vertical Down","Vertical Up",,"Actaris"
"AD016SW","(mm) BSPT","(mm) BS 746","lpvvstddia","MDA16",,,"LP",0,265,25,15,356,40,"0","Gas Cab No 2BB",550,320,95,170,180,556,,,"Speryn G1000","Gause","Vertical Down","Vertical Up",,"Actaris"
"AD025S","(mm) BSPT","(mm) BS 746","lpvvstddia","MDA25",,,"LP",0,265,50,15,475,50,"U025LPB","GC4BB25",637,270,78,143,165,675,,,"Speryn G1000","Gause","Vertical Down","Vertical Up",,"Actaris"
"AD025SW","(mm) BSPT","(mm) BS 746","lpvvstddia","MDA25",,,"LP",0,265,50,15,475,50,"0","GC3BB",637,270,78,143,165,675,,,"Speryn G1000","Gause","Vertical Down","Vertical Up",,"Actaris"
"AD040S","(mm) BSPT","(mm) BS 746","lpvvstddia","MDA40",,,"LP",0,265,50,15,675,50,"U040LPB","GC4BB40",750,350,137,178,203,765,,,"Speryn G1000","Gause","Vertical Down","Vertical Up",,"Actaris"
"AD065S","(mm) PN16","(mm) BS 746","lpvvstddia","MDA65",,,"LP",0,265,80,15,800,80,"U065LPB","GC5BB",835,400,145,190,195,1065,,,"Speryn G1000","Gause","Vertical Down","Vertical Up",,"Actaris"
"AD100S","(mm) PN16","(mm) PN16","lpvvstddia","MDA100",,,"LP",0,500,80,15,873,80,"U100LPB","Gas Cab No 6BB",1061,510,172,271,172,1140,,,"Speryn G1000","Gause","Vertical Down","Vertical Up",,"Actaris"
"AD160S","(mm) PN16","(mm) PN16","lpvvstddia","MDA160",,,"LP",0,500,100,15,939,100,"U160LPB","Gas Cab No 6BB",1115,530,172,305,250,1175,,,"Speryn G1000","Gause","Vertical Down","Vertical Up",,"Actaris"
"ARCMVV0025A","(mm) BSPT","(mm) BSPT","lpcompact4","MRA25A","0","0","LP",125,200,40,15,95,40,"RA0025LPB","Gas Cab No 2 (Multi)",395,205,310,0,0,565,,,"Fig 226","Flat Strainer","Vertical Down","Vertical Down",,"Actaris"
"ARCMVV0025AW","(mm) BSPT","(mm) BSPT","lpcompact4","MRA25A","0","0","LP",125,200,40,15,95,40,"0","GC2",395,205,310,0,0,500,,,"Fig 226","Flat Strainer","Vertical Down","Vertical Down",,"Actaris"
"ARCMVV0040AW","(mm) BSPT","(mm) BSPT","lpcompact4","MRA40A","0","0","LP",125,288,50,15,50,40,"0","GC2",450,225,356,0,0,595,,,"Fig 226","Flat Strainer","Vertical Down","Vertical Down",,"Actaris"
"ARCMVV0040A","(mm) BSPT","(mm) BSPT","lpcompact4","MRA40A","0","0","LP",125,288,50,15,50,40,"RA0040LPB","Gas Cab No 2 (Multi)",450,225,356,0,0,595,,,"Fig 226","Flat Strainer","Vertical Down","Vertical Down",,"Actaris"
"ARCMHH0065A","(mm) BSPT","(mm) PN16","lpvvhhcompact2","MRA65B","0","0","LP",105,800,80,15,105,50,"RA0065LPB","Gas Cab No 6",960,490,486,800,105,1424,,,"J90 ANGLED","Witches Hat Strainer","Horizontal Left","Horizontal Right",,"Actaris"
"ARCMVV0065A","(mm) BSPT","(mm) PN16","lpvvhhcompact2","MRA65B","0","0","LP",105,500,80,15,163,50,"RA0065LPB","Gas Cab No 6",960,490,486,0,0,1424,,,"J90 ANGLED","Witches Hat Strainer","Vertical Down","Vertical Down",,"Actaris"
"ARCMVH0065A","(mm) BSPT","(mm) PN16","lpvvhhcompact2","MRA65B","0","0","LP",105,500,80,15,105,50,"RA0065LPB","Gas Cab No 6",960,490,486,0,105,1424,,,"J90 ANGLED","Witches Hat Strainer","Vertical Down","Horizontal Right",,"Actaris"
"ARCMHV0065A","(mm) BSPT","(mm) PN16","lpvvhhcompact2","MRA65B","0","0","LP",105,800,80,15,163,50,"RA0065LPB","Gas Cab No 6",960,490,486,800,0,1424,,,"J90 ANGLED","Witches Hat Strainer","Horizontal Left","Vertical Down",,"Actaris"
"ARCMHH0100A","(mm) BSPT","(mm) PN16","lpvvhhcompact2","MRA100B","0","0","LP",105,800,80,15,105,50,"RA0100LPB","Gas Cab No 6",960,490,486,800,105,1424,,,"J90 ANGLED","Witches Hat Strainer","Horizontal Left","Horizontal Right",,"Actaris"
"ARCMVV0100A","(mm) BSPT","(mm) PN16","lpvvhhcompact2","MRA100B","0","0","LP",105,500,80,15,163,50,"RA0100LPB","Gas Cab No 6",960,490,486,0,0,1424,,,"J90 ANGLED","Witches Hat Strainer","Vertical Down","Vertical Down",,"Actaris"
"ARCMVH0100A","(mm) BSPT","(mm) PN16","lpvvhhcompact2","MRA100B","0","0","LP",105,500,80,15,105,50,"RA0100LPB","Gas Cab No 6",960,490,486,0,105,1424,,,"J90 ANGLED","Witches Hat Strainer","Vertical Down","Horizontal Right",,"Actaris"
"ARCMHV0100A","(mm) BSPT","(mm) PN16","lpvvhhcompact2","MRA100B","0","0","LP",105,800,80,15,163,50,"RA0100LPB","Gas Cab No 6",960,490,486,800,0,1424,,,"J90 ANGLED","Witches Hat Strainer","Horizontal Left","Vertical Down",,"Actaris"
"ARCMVV0160A","(mm) PN16","(mm) PN16","lpvvhhcompact1","MRA160C","0","0","LP",115,500,80,15,250,80,"RA0160LPB","Gas Cab No 6",960,490,486,0,0,1424,,,"J90 ANGLED","LOW LOSS STRAINER","Vertical Down","Vertical Down",,"Actaris"
"ARCMHH0160A","(mm) PN16","(mm) PN16","lpvvhhcompact1","MRA160C","0","0","LP",115,800,80,15,124,80,"RA0160LPB","Gas Cab No 6",960,490,486,800,124,1424,,,"J90 ANGLED","LOW LOSS STRAINER","Horizontal Left","Horizontal Right",,"Actaris"
"ARCMVH0160A","(mm) PN16","(mm) PN16","lpvvhhcompact1","MRA160C","0","0","LP",115,500,80,15,124,80,"RA0160LPB","Gas Cab No 6",960,490,486,0,124,1424,,,"J90 ANGLED","LOW LOSS STRAINER","Vertical Down","Horizontal Right",,"Actaris"
"ARCMHV0160A","(mm) PN16","(mm) PN16","lpvvhhcompact1","MRA160C","0","0","LP",115,800,80,15,250,80,"RA0160LPB","Gas Cab No 6",960,490,486,800,0,1424,,,"J90 ANGLED","LOW LOSS STRAINER","Horizontal Left","Vertical Down",,"Actaris"
"ARCMVV0200A","(mm) PN16","(mm) PN16","lpvvhhcompact1","MRA200C","0","0","LP",115,500,80,15,250,80,"RA0200LPB","Gas Cab No 6",960,490,486,0,0,1424,,,"J90 ANGLED","LOW LOSS STRAINER","Vertical Down","Vertical Down",,"Actaris"
"ARCMHH0200A","(mm) PN16","(mm) PN16","lpvvhhcompact1","MRA200C","0","0","LP",115,800,80,15,124,80,"RA0200LPB","Gas Cab No 6",960,490,486,800,124,1424,,,"J90 ANGLED","LOW LOSS STRAINER","Horizontal Left","Horizontal Right",,"Actaris"
"ARCMVH0200A","(mm) PN16","(mm) PN16","lpvvhhcompact1","MRA200C","0","0","LP",115,500,80,15,124,80,"RA0200LPB","Gas Cab No 6",960,490,486,0,124,1424,,,"J90 ANGLED","LOW LOSS STRAINER","Vertical Down","Horizontal Right",,"Actaris"
"ARCMHV0200A","(mm) PN16","(mm) PN16","lpvvhhcompact1","MRA200C","0","0","LP",115,800,80,15,250,80,"RA0200LPB","Gas Cab No 6",960,490,486,800,0,1424,,,"J90 ANGLED","LOW LOSS STRAINER","Horizontal Left","Vertical Down",,"Actaris"
"ARCMVV0250A","(mm) PN16","(mm) PN16","lpvvhhcompact1","MRA250C","0","0","LP",115,500,80,15,250,80,"RA0250LPB","GC7",960,490,486,0,0,1544,,,"J90 ANGLED","LOW LOSS STRAINER","Vertical Down","Vertical Down",,"Actaris"
"ARCMHH0250A","(mm) PN16","(mm) PN16","lpvvhhcompact1","MRA250C","0","0","LP",115,800,80,15,124,80,"RA0250LPB","GC7",960,490,486,800,124,1544,,,"J90 ANGLED","LOW LOSS STRAINER","Horizontal Left","Horizontal Right",,"Actaris"
"ARCMVH0250A","(mm) PN16","(mm) PN16","lpvvhhcompact1","MRA250C","0","0","LP",115,500,80,15,124,80,"RA0250LPB","GC7",960,490,486,0,124,1544,,,"J90 ANGLED","LOW LOSS STRAINER","Vertical Down","Horizontal Right",,"Actaris"
"ARCMHV0250A","(mm) PN16","(mm) PN16","lpvvhhcompact1","MRA250C","0","0","LP",115,800,80,15,250,80,"RA0250LPB","GC7",960,490,486,800,0,1544,,,"J90 ANGLED","LOW LOSS STRAINER","Horizontal Left","Vertical Down",,"Actaris"
"ARVV0250AP","(mm) PN16","(mm) PN16","lpvvhhcompact3","MRA250C","0","0","LP",175,500,100,15,277,80,"RA0250+LPB","GC8",1391,500,1082,0,0,1560,,,"Fig 226","LOW LOSS STRAINER","Vertical Down","Vertical Down",,"Actaris"
"ARHH0250AP","(mm) PN16","(mm) PN16","lpvvhhcompact3","MRA250C","0","0","LP",175,800,100,15,152,80,"RA0250+LPB","GC8",1391,500,1082,800,152,1560,,,"Fig 226","LOW LOSS STRAINER","Horizontal Left","Horizontal Right",,"Actaris"
"ARVH0250AP","(mm) PN16","(mm) PN16","lpvvhhcompact3","MRA250C","0","0","LP",175,500,100,15,152,80,"RA0250+LPB","GC8",1391,500,1082,0,152,1560,,,"Fig 226","LOW LOSS STRAINER","Vertical Down","Horizontal Right",,"Actaris"
"ARHV0250AP","(mm) PN16","(mm) PN16","lpvvhhcompact3","MRA250C","0","0","LP",175,800,100,15,277,80,"RA0250+LPB","GC8",1391,500,1082,800,0,1560,,,"Fig 226","LOW LOSS STRAINER","Horizontal Left","Vertical Down",,"Actaris"
"ARVV0300A","(mm) PN16","(mm) PN16","lplmvvhh1","MRA300D","0","0","LP",300,500,100,15,638,100,"RA0300LPB","GC8",2058,600,1838,0,0,1410,,,"Fig 226","LOW LOSS STRAINER","Vertical Down","Vertical Down",,"Actaris"
"ARHH0300A","(mm) PN16","(mm) PN16","lplmvvhh1","MRA300D","0","0","LP",300,800,100,15,800,100,"RA0300LPB","GC8",2058,600,1838,800,800,1410,,,"Fig 226","LOW LOSS STRAINER","Horizontal Left","Horizontal Right",,"Actaris"
"ARVH0300A","(mm) PN16","(mm) PN16","lplmvvhh1","MRA300D","0","0","LP",300,500,100,15,800,100,"RA0300LPB","GC8",2058,600,1838,0,800,1410,,,"Fig 226","LOW LOSS STRAINER","Vertical Down","Horizontal Right",,"Actaris"
"ARHV0300A","(mm) PN16","(mm) PN16","lplmvvhh1","MRA300D","0","0","LP",300,800,100,15,638,100,"RA0300LPB","GC8",2058,600,1838,800,0,1410,,,"Fig 226","LOW LOSS STRAINER","Horizontal Left","Vertical Down",,"Actaris"
"ARVV0300AP","(mm) PN16","(mm) PN16","lplmvvhh1","MRA300D","0","0","LP",400,500,150,15,638,100,"RA0300+LPB","Custom4",2342,700,2089,0,0,1492,,,"J48B","LOW LOSS STRAINER","Vertical Down","Vertical Down",,"Actaris"
"ARHH0300AP","(mm) PN16","(mm) PN16","lplmvvhh1","MRA300D","0","0","LP",400,800,150,15,800,100,"RA0300+LPB","Custom4",2342,700,2089,800,800,1492,,,"J48B","LOW LOSS STRAINER","Horizontal Left","Horizontal Right",,"Actaris"
"ARVH0300AP","(mm) PN16","(mm) PN16","lplmvvhh1","MRA300D","0","0","LP",400,500,150,15,800,100,"RA0300+LPB","Custom4",2342,700,2089,0,800,1492,,,"J48B","LOW LOSS STRAINER","Vertical Down","Horizontal Right",,"Actaris"
"ARHV0300AP","(mm) PN16","(mm) PN16","lplmvvhh1","MRA300D","0","0","LP",400,800,150,15,638,100,"RA0300+LPB","Custom4",2342,700,2089,800,0,1492,,,"J48B","LOW LOSS STRAINER","Horizontal Left","Vertical Down",,"Actaris"
"ARVV0400A","(mm) PN16","(mm) PN16","lplmvvhh1","MRA400D","0","0","LP",400,500,150,15,638,100,"RA0400LPB","Custom4",2324,700,1907,0,0,1613,,,"Fig 226","LOW LOSS STRAINER","Vertical Down","Vertical Down",,"Actaris"
"ARHH0400A","(mm) PN16","(mm) PN16","lplmvvhh1","MRA400D","0","0","LP",400,800,150,15,800,100,"RA0400LPB","Custom4",2324,700,1907,800,800,1613,,,"Fig 226","LOW LOSS STRAINER","Horizontal Left","Horizontal Right",,"Actaris"
"ARVH0400A","(mm) PN16","(mm) PN16","lplmvvhh1","MRA400D","0","0","LP",400,500,150,15,800,100,"RA0400LPB","Custom4",2324,700,1907,0,800,1613,,,"Fig 226","LOW LOSS STRAINER","Vertical Down","Horizontal Right",,"Actaris"
"ARHV0400A","(mm) PN16","(mm) PN16","lplmvvhh1","MRA400D","0","0","LP",400,800,150,15,638,100,"RA0400LPB","Custom4",2324,700,1907,800,0,1613,,,"Fig 226","LOW LOSS STRAINER","Horizontal Left","Vertical Down",,"Actaris"
"ARVV0650A","(mm) PN16","(mm) PN16","lplmvvhh1","MRA650E","0","0","LP",470,500,150,15,562,150,"RA0650LPB","Custom5",2861,726,2576,0,0,1492,,,"J48","LOW LOSS STRAINER","Vertical Down","Vertical Down",,"Actaris"
"ARHH0650A","(mm) PN16","(mm) PN16","lplmvvhh1","MRA650E","0","0","LP",470,800,150,15,800,150,"RA0650LPB","Custom5",2861,726,2576,800,800,1492,,,"J48","LOW LOSS STRAINER","Horizontal Left","Horizontal Right",,"Actaris"
"ARVH0650A","(mm) PN16","(mm) PN16","lplmvvhh1","MRA650E","0","0","LP",470,500,150,15,800,150,"RA0650LPB","Custom5",2861,726,2576,0,800,1492,,,"J48","LOW LOSS STRAINER","Vertical Down","Horizontal Right",,"Actaris"
"ARHV0650A","(mm) PN16","(mm) PN16","lplmvvhh1","MRA650E","0","0","LP",470,800,150,15,562,150,"RA0650LPB","Custom5",2861,726,2576,800,0,1492,,,"J48","LOW LOSS STRAINER","Horizontal Left","Vertical Down",,"Actaris"
"ARVV0650AP","(mm) PN16","(mm) PN16","lplmvvhh1","MRA650E","0","0","LP",800,500,150,15,561,150,"RA0650+LPB","Custom6",3219,1322,2776,0,0,1492,,,"J48B","LOW LOSS STRAINER","Vertical Down","Vertical Down",,"Actaris"
"ARHH0650AP","(mm) PN16","(mm) PN16","lplmvvhh1","MRA650E","0","0","LP",800,800,150,15,800,150,"RA0650+LPB","Custom6",3219,1322,2776,800,800,1492,,,"J48B","LOW LOSS STRAINER","Horizontal Left","Horizontal Right",,"Actaris"
"ARVH0650AP","(mm) PN16","(mm) PN16","lplmvvhh1","MRA650E","0","0","LP",800,500,150,15,800,150,"RA0650+LPB","Custom6",3219,1322,2776,0,800,1492,,,"J48B","LOW LOSS STRAINER","Vertical Down","Horizontal Right",,"Actaris"
"ARHV0650AP","(mm) PN16","(mm) PN16","lplmvvhh1","MRA650E","0","0","LP",800,800,150,15,561,150,"RA0650+LPB","Custom6",3219,1322,2776,800,0,1492,,,"J48B","LOW LOSS STRAINER","Horizontal Left","Vertical Down",,"Actaris"
"ARVV1000A","(mm) PN16","(mm) PN16","lplmvvhh1","MRA1000SE","0","0","LP",620,500,150,15,562,150,"RA1000LPB","Custom5",2800,825,2515,0,0,1613,,,"Fig 226","LOW LOSS STRAINER","Vertical Down","Vertical Down",,"Actaris"
"ARHH1000A","(mm) PN16","(mm) PN16","lplmvvhh1","MRA1000SE","0","0","LP",620,800,150,15,800,150,"RA1000LPB","Custom5",2800,825,2515,800,800,1613,,,"Fig 226","LOW LOSS STRAINER","Horizontal Left","Horizontal Right",,"Actaris"
"ARVH1000A","(mm) PN16","(mm) PN16","lplmvvhh1","MRA1000SE","0","0","LP",620,500,150,15,800,150,"RA1000LPB","Custom5",2800,825,2515,0,800,1613,,,"Fig 226","LOW LOSS STRAINER","Vertical Down","Horizontal Right",,"Actaris"
"ARHV1000A","(mm) PN16","(mm) PN16","lplmvvhh1","MRA1000SE","0","0","LP",620,800,150,15,562,150,"RA1000LPB","Custom5",2800,825,2515,800,0,1613,,,"Fig 226","LOW LOSS STRAINER","Horizontal Left","Vertical Down",,"Actaris"
"ARVV1000AP","(mm) PN16","(mm) PN16","lplmvvhh1","MRA1000+","0","0","LP",1000,500,150,15,561,150,"RA1000+LPB","Custom6",3245,1345,2801,0,0,1613,,,"Fig 226","LOW LOSS STRAINER","Vertical Down","Vertical Down",,"Actaris"
"ARHH1000AP","(mm) PN16","(mm) PN16","lplmvvhh1","MRA1000+","0","0","LP",1000,800,150,15,800,150,"RA1000+LPB","Custom6",3245,1345,2801,800,800,1613,,,"Fig 226","LOW LOSS STRAINER","Horizontal Left","Horizontal Right",,"Actaris"
"ARVH1000AP","(mm) PN16","(mm) PN16","lplmvvhh1","MRA1000+","0","0","LP",1000,500,150,15,800,150,"RA1000+LPB","Custom6",3245,1345,2801,0,800,1613,,,"Fig 226","LOW LOSS STRAINER","Vertical Down","Horizontal Right",,"Actaris"
"ARHV1000AP","(mm) PN16","(mm) PN16","lplmvvhh1","MRA1000+","0","0","MP270",1000,800,150,15,561,150,"RA1000+LPB","Custom6",3245,1345,2801,800,0,1613,,,"Fig 226","LOW LOSS STRAINER","Horizontal Left","Vertical Down",,"Actaris"
"ASD016A","(mm) BSPT","(mm) BSPT","mpvvstddia","MDA16","Integral","Integral","MP270",30,265,20,21,337,40,"U016MPB","Gas Cab No 2MP",483,346,363,0,0,653,,,"RBI 2011","Y Type","Vertical Down","Vertical Up",,"Actaris"
"ASD025A","(mm) BSPT","(mm) BSPT","mpvvstddia","MDA25","Integral","Integral","MP270",40,265,25,21,471,50,"U025MPB","GC4+",797,308,579,0,0,854,,,"RBI 2111","Y Type","Vertical Down","Vertical Up",,"Actaris"
"ASD040A","(mm) BSPT","(mm) BSPT","mpvvstddia","MDA40","Integral","Integral","MP270",60,265,25,21,649,50,"U040MPB","GC4+",875,381,678,0,0,954,,,"RBE2611","Y Type","Vertical Down","Vertical Up",,"Actaris"
"ASD065A","(mm) PN16","(mm) BSPT","mpvvstddia","MDA65","Integral","Integral","MP270",98,265,50,21,1106,80,"U065MPB","Gas Cab No 6",1072,385,762,0,0,1117,,,"RBI 3211","Y Type","Vertical Down","Vertical Up",,"Actaris"
"ASD100A","(mm) PN16","(mm) BSPT","mpvvstddia","MDA100","VS811","Integral","MP270",137,265,50,21,957,80,"U100MPB","Gas Cab No 6",1180,601,828,0,0,1341,,,"RBE 4011","Y Type","Vertical Down","Vertical Up",,"Actaris"
"ASD160A","(mm) PN16","(mm) BSPT","mpvvstddia","MDA160","VS811","Integral","MP270",193,265,50,21,1000,100,"U160MPB","Gas Cab No 6",1301,645,816,0,0,1324,,,"RBE1811","Y Type","Vertical Down","Vertical Up",,"Actaris"
"ASR0025A","(mm) BSPT","(mm) BSPT","actmp1","MRA25A","Integral","Integral","MP270",50,265,25,21,225,40,"RA0025MPB","Gas Cab No 2 (Multi)",627,260,400,0,0,711,,,"RBI 2111","Y Type","Vertical Down","Vertical Down",,"Actaris"
"ASR0040A","(mm) BSPT","(mm) BSPT","actmp1","MRA40A","Integral","Integral","MP270",55,265,25,21,303,40,"RA0040MPB","GC4+",861,260,686,0,0,672,,,"RBI 2611","Y Type","Vertical Down","Vertical Down",,"Actaris"
"ASR0100A","(mm) BSPT","(mm) BSPT","actmp2","MRA100B","VS811","Integral","MP270",70,265,50,21,316,50,"RA0100MPB","GC5",1070,484,800,0,0,1268,,,"RBE 4011","Y Type","Vertical Down","Vertical Down",,"Actaris"
"ASR0160A","(mm) PN16","(mm) BSPT","actmp3","MRA160C","VS811","Integral","MP270",100,265,50,21,101,80,"RA0160MPB","GC8",1470,450,1280,0,0,1210,,,"RBE1811","Angle Pattern","Vertical Down","Vertical Down",,"Actaris"
"ASR0200A","(mm) PN16","(mm) BSPT","actmp4","MRA200C","VS811","Integral","MP270",100,265,50,21,102,80,"RA0200MPB","GC8",1413,496,1223,0,0,1198,,,"RBE1811","Angle Pattern","Vertical Down","Vertical Down",,"Actaris"
"ASR0250A","(mm) PN16","(mm) PN16","actmp4","MRA250C","VS811","Integral","MP270",160,500,80,21,222,80,"RA0250MPB","GC8",1446,495,1240,0,0,1392,,,"RBE1811","Angle Pattern","Vertical Down","Vertical Down",,"Actaris"
"ASR0300A","(mm) PN16","(mm) PN16","actmp4","MRA300D","VS811","Integral","MP270",350,500,80,21,200,100,"RA0300MPB","GC8",1537,585,1310,0,0,1365,,,"RBE 4011","Angle Pattern","Vertical Down","Vertical Down",,"Actaris"
"ASR0400A","(mm) PN16","(mm) PN16","actmp5","MRA400D","VS811","Integral","MP270",375,500,80,21,104,100,"RA0400MPB","GC8",1537,749,1310,0,0,1400,,,"RBE 4011","Angle Pattern","Vertical Down","Vertical Down",,"Actaris"
"ASR0650A","(mm) PN16","(mm) PN16","actmp6","MRA650SE","VS811","Integral","MP270",500,500,100,21,151,150,"RA0650MPB","Custom2",1832,765,1467,0,0,1918,,,"RBE 4011","Angle Pattern","Vertical Down","Vertical Down",,"Actaris"
"ASR1000A","(mm) PN16","(mm) PN16","actmp7","MRA1000SE","VS811","Integral","MP270",750,500,150,21,85,150,"RA1000MPB","Custom3",1843,848,1515,0,0,2067,,,"RBE 4011","Angle Pattern","Vertical Down","Vertical Down",,"Actaris"
"ASR0025D"," 2"" BSPT","1.5"" BSPT","dremp1","MRD0025B4B","Integral","Integral","MP270",65,265,40,21,200,50,"RD0025MPB","GC4+",760,375,500,0,0,1130,,,"Donkin Fig 270R/309LP","Y Type","Vertical Down","Vertical Down",,"Dresser"
"ASR0040D","(mm) BSPT","(mm) BSPT","dremp1","MRD0040B4B","Integral","Integral","MP270",65,265,40,21,340,50,"RD0040MPB","GC4+",825,550,550,0,0,1122,,,"Donkin Fig 270R/309LP","Y Type","Vertical Down","Vertical Down",,"Dresser"
"ASR0065D","(mm) BSPT","(mm) BSPT","dremp1","MRD0065B4B","Integral","Integral","MP270",65,265,40,21,340,50,"RD0065MPB","GC4+",825,550,550,0,0,1125,,,"Donkin Fig 270R/309LP","Y Type","Vertical Down","Vertical Down",,"Dresser"
"ASR0100D","(mm) BSPT","(mm) BSPT","dremp1","MRD0100B4B","Integral","Integral","MP270",65,265,40,21,340,50,"RD0100MPB","GC4+",825,550,550,0,0,1125,,,"Donkin Fig 270R/309LP","Y Type","Vertical Down","Vertical Down",,"Dresser"
"ASR0160D","(mm) PN16","(mm) PN16","nodraw1","MRD0160B4C","Integral","Integral","MP270",84,150,50,21,150,80,"RD0160MPB",,160,640,120,200,420,1250,,,"Donkin Fig 270R","Y Type","Vertical Down","Vertical Down",,"Dresser"
"ASR0250D","(mm) PN16","(mm) PN16","dremp2","MRD0250B4D","10L","Integral","MP270",270,500,80,21,250,80,"RD0250MPB","GC8",1490,600,1192,0,0,1550,,,"Donkin Fig 280/309","Angle Pattern","Vertical Down","Vertical Down",,"Dresser"
"ASR0310D","(mm) PN16","(mm) PN16","dremp2","MRD0310B4D","10L","Integral","MP270",280,500,80,21,250,100,"RD0310MPB","GC8",1490,600,1205,0,0,1550,,,"Donkin Fig 280/309","Angle Pattern","Vertical Down","Vertical Down",,"Dresser"
"ASR0450D","(mm) PN16","(mm) PN16","dremp3","MRD0450B4D","10L","Donkin Fig 305","MP270",410,500,80,21,340,100,"RD0450MPB","Custom1",2035,750,400,0,0,1450,,,"Donkin Fig 280","Angle Pattern","Vertical Down","Vertical Down",,"Dresser"
"ASR0450DP","(mm) PN16","(mm) PN16","dremp3","MRD0450B4D","10L","Donkin Fig 305","MP270",425,500,100,21,435,100,"RD0450+MPB","Custom1",2070,750,400,0,0,1545,,,"Donkin Fig 280","Angle Pattern","Vertical Down","Vertical Down",,"Dresser"
"ASR0650D","(mm) PN16","(mm) PN16","dremp3","MRD0650B4E","10L","Donkin Fig 305","MP270",600,500,100,21,215,150,"RD0650MPB","Custom4",2450,800,400,0,0,1590,,,"Donkin Fig 280","Angle Pattern","Vertical Down","Vertical Down",,"Dresser"
"ASR1075D","(mm) PN16","(mm) PN16","dremp4","MRD1075B4E","10L","Donkin Fig 305","MP270",750,500,150,21,200,150,"RD1075MPB","Custom5",2720,796,400,0,0,1725,,,"Donkin Fig 280","Angle Pattern","Vertical Down","Vertical Down",,"Dresser"
"ASR1600D","(mm) PN16","(mm) PN16","dremp3","MRD1600B4F","10L","Donkin Fig 305","MP270",1000,500,150,21,200,200,"RD1600MPB","Custom5",2970,925,450,0,0,1900,,,"Donkin Fig 280","Angle Pattern","Vertical Down","Vertical Down",,"Dresser"
"ASR2885D","(mm) PN16","(mm) PN16","nodraw1","MRD2885A10","10L","Donkin Fig 305","MP270",1680,463,200,21,160,250,"RD2885MPB",,275,550,2625,750,750,1895,,,"Donkin Fig 280","Angle Pattern","Vertical Down","Vertical Down",,"Dresser"
"Meter Only (Notes)",,,"nodraw1",,,,"MP270",,,,,,,,,,,,,,,,,,,,,,
"ASD016AW","(mm) BSPT","(mm) BSPT","mpvvstddia","MDA16","Integral","Integral",,30,265,20,21,337,40,"U016MPB","GC2MP",483,346,363,0,0,653,,,"RBI 2011","Y Type","Vertical Down","Vertical Up",,"Actaris"
1 CODE OUTLET_CNTY_CODE INLET_CNTY_CODE DRWG_CODE METR_CODE REVA_CODE SLVA_CODE SVCP_CODE WEIGHT INLET_HEIGHT INLET_SIZE OUTLET_PRESSURE OUTLET_HEIGHT OUTLET_SIZE BAS_CODE HOU_CODE DIM_A DIM_B DIM_C DIM_D DIM_E DIM_H VALID_FROM VALID_TO REGU_CODE FLTR_CODE INLET_CNOR_CODE OUTLET_CNOR_CODE LEAD_TIME MANU_REF
2 ARILHH300A AD016S (MM) PN16 (mm) BSPT (MM) PN16 (mm) BS 746 lphhstd lpvvstddia MRA300D MDA16 BADDATA BADDATA LP 300 0 570 265 100 25 21 15 570 356 150 40 3316HH1 U016LPB 3316 GC2FSBB 0 550 1677 320 287 95 300 170 331 180 1180 556 15/11/2007 J48-100 Speryn G1000 LOW LOSS STRAINER-100 Gause HORIZONTAL LEFT Vertical Down HORIZONTAL RIGHT Vertical Up 25 ACTARIS Actaris
3 ARILHH400A AD016SW (MM) PN16 (mm) BSPT (MM) PN16 (mm) BS 746 lphhstd lpvvstddia MRA400D MDA16 BADDATA BADDATA LP 400 0 700 265 150 25 21 15 700 356 150 40 3516HH1 0 3516 Gas Cab No 2BB 0 550 2001 320 287 95 350 170 350 180 1400 556 15/11/2007 J48-150 Speryn G1000 LOW LOSS STRAINER-150 Gause HORIZONTAL LEFT Vertical Down HORIZONTAL RIGHT Vertical Up 25 ACTARIS Actaris
4 ARILHH650A AD025S (MM) PN16 (mm) BSPT (MM) PN16 (mm) BS 746 lphhstd lpvvstddia MRA650E MDA25 BADDATA BADDATA LP 470 0 700 265 150 50 21 15 700 475 150 50 3816HH1 U025LPB 3816 GC4BB25 0 637 2199 270 287 78 350 143 376 165 1400 675 15/11/2007 DONKIN 226-150 Speryn G1000 LOW LOSS STRAINER-150 Gause HORIZONTAL LEFT Vertical Down HORIZONTAL RIGHT Vertical Up 25 ACTARIS Actaris
5 ARILHH1000A AD025SW (MM) PN16 (mm) BSPT (MM) PN16 (mm) BS 746 lphhstd lpvvstddia MRA1000E MDA25 BADDATA BADDATA LP 620 0 700 265 150 50 21 15 700 475 150 50 3816HH1 0 3816 GC3BB 0 637 2249 270 287 78 350 143 475 165 1513 675 15/11/2007 DONKIN 226-150 Speryn G1000 LOW LOSS STRAINER-150 Gause HORIZONTAL LEFT Vertical Down HORIZONTAL RIGHT Vertical Up 25 ACTARIS Actaris
6 ARCMHH100A AD040S (MM) PN16 (mm) BSPT (MM) PN16 (mm) BS 746 lphhcompac lpvvstddia MRA100B MDA40 BADDATA BADDATA LP 125 0 985 265 80 50 21 15 250 675 80 50 A4EHH1 U040LPB A4E GC4BB40 0 750 755 350 235 137 325 178 325 203 1350 765 15/11/2007 J90 ANGLED-80 Speryn G1000 LOW LOSS STRAINER-80 Gause HORIZONTAL LEFT Vertical Down HORIZONTAL RIGHT Vertical Up 25 ACTARIS Actaris
7 ARCMHH160A AD065S (MM) PN16 (mm) PN16 (MM) PN16 (mm) BS 746 lphhcompac lpvvstddia MRA160C MDA65 BADDATA BADDATA LP 140 0 945 265 80 21 15 250 800 100 80 A4EHH1 U065LPB A4E GC5BB 0 835 800 400 225 145 325 190 325 195 1315 1065 15/11/2007 J90 ANGLED-80 Speryn G1000 LOW LOSS STRAINER-80 Gause HORIZONTAL LEFT Vertical Down HORIZONTAL RIGHT Vertical Up 25 ACTARIS Actaris
8 ARCMHH200A AD100S (MM) PN16 (mm) PN16 (MM) PN16 (mm) PN16 lphhcompac lpvvstddia MRA200C MDA100 BADDATA BADDATA LP 140 0 945 500 80 21 15 250 873 100 80 A4EHH1 U100LPB A4E Gas Cab No 6BB 0 1061 800 510 225 172 325 271 325 172 1315 1140 15/11/2007 J90 ANGLED-80 Speryn G1000 LOW LOSS STRAINER-80 Gause HORIZONTAL LEFT Vertical Down HORIZONTAL RIGHT Vertical Up 25 ACTARIS Actaris
9 ARCMHH250A AD160S (MM) PN16 (mm) PN16 (MM) PN16 (mm) PN16 lphhcompac lpvvstddia MRA250C MDA160 BADDATA BADDATA LP 140 0 1015 500 80 100 21 15 250 939 100 A4EHH1 U160LPB A4E Gas Cab No 6BB 0 1115 785 530 240 172 325 305 325 250 1388 1175 15/11/2007 J90 ANGLED-80 Speryn G1000 LOW LOSS STRAINER-80 Gause HORIZONTAL LEFT Vertical Down HORIZONTAL RIGHT Vertical Up 25 ACTARIS Actaris
10 ARCMHH300A ARCMVV0025A (MM) PN16 (mm) BSPT (MM) PN16 (mm) BSPT lphhcompac lpcompact4 MRA300D MRA25A BADDATA 0 BADDATA 0 LP 175 125 1150 200 100 40 21 15 250 95 100 40 A4EHH1 RA0025LPB A4E Gas Cab No 2 (Multi) 0 395 1000 205 230 310 327 0 328 0 1523 565 15/11/2007 J90 ANGLED-80 Fig 226 LOW LOSS STRAINER-100 Flat Strainer HORIZONTAL LEFT Vertical Down HORIZONTAL RIGHT Vertical Down 25 ACTARIS Actaris
11 ARCMVV25A ARCMVV0025AW (MM) BSPT (mm) BSPT (MM) BSPT (mm) BSPT lpvvcom25 lpcompact4 MRA25A BADDATA 0 BADDATA 0 LP 25 125 105 200 40 21 15 0 95 40 A1C 0 A1 GC2 37 395 310 205 48 310 80 0 125 0 410 500 15/11/2007 DONKIN 226-40 Fig 226 FIXED IN UNION-40 Flat Strainer VERTICAL DOWN Vertical Down VERTICAL DOWN Vertical Down 25 ACTARIS Actaris
12 ARCMVV40A ARCMVV0040AW (MM) BSPT (mm) BSPT (MM) BSPT (mm) BSPT lpvvcom40 lpcompact4 MRA40A BADDATA 0 BADDATA 0 LP 40 125 238 288 50 21 15 0 50 40 A1H 0 A1 GC2 46 450 356 225 48 356 128 0 127 0 545 595 15/11/2007 DONKIN 226-50 Fig 226 FIXED IN UNION-40 Flat Strainer VERTICAL DOWN Vertical Down VERTICAL DOWN Vertical Down 25 ACTARIS Actaris
13 ARCMVV100A ARCMVV0040A (MM) PN16 (mm) BSPT (MM) PN16 (mm) BSPT lpvvcompac lpcompact4 MRA100B MRA40A BADDATA 0 BADDATA 0 LP 105 125 350 288 80 50 21 15 100 50 80 40 A4EC1 RA0040LPB A4E Gas Cab No 2 (Multi) 100 450 485 225 350 356 245 0 245 0 1411 595 15/11/2007 J90 ANGLED-80 Fig 226 LOW LOSS STRAINER-80 Flat Strainer VERTICAL DOWN Vertical Down VERTICAL DOWN Vertical Down 25 ACTARIS Actaris
14 ARCMVV160A ARCMHH0065A (MM) PN16 (mm) BSPT (MM) PN16 (mm) PN16 lpvvcompac lpvvhhcompact2 MRA160C MRA65B BADDATA 0 BADDATA 0 LP 115 105 350 800 80 21 15 100 105 100 50 A4EC1 RA0065LPB A4E Gas Cab No 6 100 960 485 490 350 486 245 800 245 105 1411 1424 15/11/2007 J90 ANGLED-80 J90 ANGLED LOW LOSS STRAINER-80 Witches Hat Strainer VERTICAL DOWN Horizontal Left VERTICAL DOWN Horizontal Right 25 ACTARIS Actaris
15 ARCMVV200A ARCMVV0065A (MM) PN16 (mm) BSPT (MM) PN16 (mm) PN16 lpvvcompac lpvvhhcompact2 MRA200C MRA65B BADDATA 0 BADDATA 0 LP 115 105 350 500 80 21 15 100 163 100 50 A4EC1 RA0065LPB A4E Gas Cab No 6 100 960 485 490 350 486 245 0 245 0 1411 1424 15/11/2007 J90 ANGLED-80 J90 ANGLED LOW LOSS STRAINER-80 Witches Hat Strainer VERTICAL DOWN Vertical Down VERTICAL DOWN Vertical Down 25 ACTARIS Actaris
16 ARCMVV250A ARCMVH0065A (MM) PN16 (mm) BSPT (MM) PN16 (mm) PN16 lpvvcompac lpvvhhcompact2 MRA250C MRA65B BADDATA 0 BADDATA 0 LP 125 105 350 500 80 21 15 50 105 100 50 A4EC1 RA0065LPB A4E Gas Cab No 6 100 960 485 490 350 486 245 0 245 105 1382 1424 15/11/2007 J90 ANGLED-80 J90 ANGLED LOW LOSS STRAINER-80 Witches Hat Strainer VERTICAL DOWN Vertical Down VERTICAL DOWN Horizontal Right 25 ACTARIS Actaris
17 ARCMVV300A ARCMHV0065A (MM) PN16 (mm) BSPT (MM) PN16 (mm) PN16 lpvvcompac lpvvhhcompact2 MRA300D MRA65B BADDATA 0 BADDATA 0 LP 145 105 400 800 100 80 21 15 100 163 100 50 A4EC2 RA0065LPB A4E Gas Cab No 6 115 960 635 490 300 486 245 800 245 0 1342 1424 15/11/2007 J90 ANGLED-100 J90 ANGLED LOW LOSS STRAINER-100 Witches Hat Strainer VERTICAL DOWN Horizontal Left VERTICAL DOWN Vertical Down 25 ACTARIS Actaris
18 ARCMVH100A ARCMHH0100A (MM) PN16 (mm) BSPT (MM) PN16 (mm) PN16 lpvhcompac lpvvhhcompact2 MRA100B BADDATA 0 BADDATA 0 LP 95 105 350 800 80 21 15 250 105 80 50 A4EVH1 RA0100LPB A4E Gas Cab No 6 100 960 845 490 225 486 245 800 245 105 1315 1424 15/11/2007 J90 ANGLED-80 J90 ANGLED LOW LOSS STRAINER-80 Witches Hat Strainer VERTICAL DOWN Horizontal Left HORIZONTAL RIGHT Horizontal Right 25 ACTARIS Actaris
19 ARCMVH160A ARCMVV0100A (MM) PN16 (mm) BSPT (MM) PN16 (mm) PN16 lpvhcompac lpvvhhcompact2 MRA160C MRA100B BADDATA 0 BADDATA 0 LP 140 105 350 500 80 21 15 250 163 100 50 A4EVH1 RA0100LPB A4E Gas Cab No 6 100 960 885 490 225 486 245 0 245 0 1315 1424 15/11/2007 J90 ANGLED-80 J90 ANGLED LOW LOSS STRAINER-80 Witches Hat Strainer VERTICAL DOWN Vertical Down HORIZONTAL RIGHT Vertical Down 25 ACTARIS Actaris
20 ARCMVH200A ARCMVH0100A (MM) PN16 (mm) BSPT (MM) PN16 (mm) PN16 lpvhcompac lpvvhhcompact2 MRA200C MRA100B BADDATA 0 BADDATA 0 LP 140 105 350 500 80 21 15 250 105 100 50 A4EVH1 RA0100LPB A4E Gas Cab No 6 100 960 885 490 225 486 325 0 325 105 1315 1424 15/11/2007 J90 ANGLED-80 J90 ANGLED LOW LOSS STRAINER-80 Witches Hat Strainer VERTICAL DOWN Vertical Down HORIZONTAL RIGHT Horizontal Right 25 ACTARIS Actaris
21 ARCMVH250A ARCMHV0100A (MM) PN16 (mm) BSPT (MM) PN16 (mm) PN16 lpvhcompac lpvvhhcompact2 MRA250C MRA100B BADDATA 0 BADDATA 0 LP 145 105 350 800 80 21 15 250 163 100 50 A4EVH1 RA0100LPB A4E Gas Cab No 6 100 960 885 490 225 486 325 800 325 0 1315 1424 15/11/2007 J90 ANGLED-80 J90 ANGLED LOW LOSS STRAINER-80 Witches Hat Strainer VERTICAL DOWN Horizontal Left HORIZONTAL RIGHT Vertical Down 25 ACTARIS Actaris
22 ARCMVH300A ARCMVV0160A (MM) PN16 (mm) PN16 (MM) PN16 (mm) PN16 lpvhcompac lpvvhhcompact1 MRA300D MRA160C BADDATA 0 BADDATA 0 LP 145 115 400 500 100 80 21 15 250 100 80 A4EVH1 RA0160LPB A4E Gas Cab No 6 115 960 1160 490 225 486 322 0 322 0 1356 1424 15/11/2007 J90 ANGLED-80 J90 ANGLED LOW LOSS STRAINER-100 LOW LOSS STRAINER VERTICAL DOWN Vertical Down HORIZONTAL RIGHT Vertical Down 25 ACTARIS Actaris
23 ASD16VV35A ARCMHH0160A BADDATA (mm) PN16 BADDATA (mm) PN16 BADDATA lpvvhhcompact1 MDA16 MRA160C BADDATA 0 BADDATA 0 MP35 LP 45 115 0 800 0 80 21 15 0 124 0 80 RA0160LPB A2 Gas Cab No 6 0 960 0 490 0 486 0 800 0 124 0 1424 15/11/2007 BADDATA J90 ANGLED BADDATA LOW LOSS STRAINER VERTICAL DOWN Horizontal Left VERTICAL UP Horizontal Right 25 ACTARIS Actaris
24 ASD25VV35A ARCMVH0160A BADDATA (mm) PN16 BADDATA (mm) PN16 BADDATA lpvvhhcompact1 MDA25 MRA160C BADDATA 0 BADDATA 0 MP35 LP 45 115 0 500 0 80 21 15 0 124 0 80 RA0160LPB A2 Gas Cab No 6 0 960 0 490 0 486 0 0 124 0 1424 15/11/2007 BADDATA J90 ANGLED BADDATA LOW LOSS STRAINER VERTICAL DOWN Vertical Down VERTICAL UP Horizontal Right 25 ACTARIS Actaris
25 ASD40VV35A ARCMHV0160A BADDATA (mm) PN16 BADDATA (mm) PN16 BADDATA lpvvhhcompact1 MDA40 MRA160C BADDATA 0 BADDATA 0 MP35 LP 130 115 0 800 0 80 21 15 0 250 0 80 RA0160LPB A2 Gas Cab No 6 0 960 0 490 0 486 0 800 0 0 1424 15/11/2007 BADDATA J90 ANGLED BADDATA LOW LOSS STRAINER VERTICAL DOWN Horizontal Left VERTICAL UP Vertical Down 25 ACTARIS Actaris
26 ASD65VV35A ARCMVV0200A BADDATA (mm) PN16 BADDATA (mm) PN16 BADDATA lpvvhhcompact1 MDA65 MRA200C BADDATA 0 BADDATA 0 MP35 LP 137 115 0 500 0 80 21 15 0 250 0 80 RA0200LPB A3 Gas Cab No 6 0 960 0 490 0 486 0 0 0 1424 15/11/2007 BADDATA J90 ANGLED BADDATA LOW LOSS STRAINER VERTICAL DOWN Vertical Down VERTICAL UP Vertical Down 25 ACTARIS Actaris
27 ASD100VV35 ARCMHH0200A BADDATA (mm) PN16 BADDATA (mm) PN16 BADDATA lpvvhhcompact1 MDA100 MRA200C BADDATA 0 BADDATA 0 MP35 LP 145 115 0 800 0 80 21 15 0 124 0 80 RA0200LPB A4E Gas Cab No 6 0 960 0 490 0 486 0 800 0 124 0 1424 15/11/2007 BADDATA J90 ANGLED BADDATA LOW LOSS STRAINER VERTICAL DOWN Horizontal Left VERTICAL UP Horizontal Right 25 ACTARIS Actaris
28 ASD160VV35A ARCMVH0200A BADDATA (mm) PN16 BADDATA (mm) PN16 BADDATA lpvvhhcompact1 MDA160 MRA200C BADDATA 0 BADDATA 0 MP35 LP 205 115 0 500 0 80 21 15 0 124 0 80 RA0200LPB A4E Gas Cab No 6 0 960 0 490 0 486 0 0 124 0 1424 15/11/2007 BADDATA J90 ANGLED BADDATA LOW LOSS STRAINER VERTICAL DOWN Vertical Down VERTICAL UP Horizontal Right 25 ACTARIS Actaris
29 ASR25VV35A ARCMHV0200A (MM) PN16 (mm) PN16 (MM) PN16 (mm) PN16 BADDATA lpvvhhcompact1 MRA25A MRA200C BADDATA 0 BADDATA 0 MP35 LP 70 115 0 800 0 80 21 15 0 250 0 80 A2 RA0200LPB A2 Gas Cab No 6 0 960 0 490 0 486 0 800 0 0 1424 15/11/2007 BADDATA J90 ANGLED BADDATA LOW LOSS STRAINER VERTICAL DOWN Horizontal Left VERTICAL DOWN Vertical Down 25 ACTARIS Actaris
30 ARILHH100A ARCMVV0250A (MM) PN16 (mm) PN16 (MM) PN16 (mm) PN16 lphhstd lpvvhhcompact1 MRA100B MRA250C BADDATA 0 BADDATA 0 LP 100 115 540 500 80 21 15 540 250 80 2016HH1 RA0250LPB 2016 GC7 0 960 1390 490 172 486 200 0 200 0 915 1544 15/11/2007 J48-80 J90 ANGLED LOW LOSS STRAINER-80 LOW LOSS STRAINER HORIZONTAL LEFT Vertical Down HORIZONTAL RIGHT Vertical Down 25 ACTARIS Actaris
31 ARILHH160A ARCMHH0250A (MM) PN16 (mm) PN16 (MM) PN16 (mm) PN16 lphhstd lpvvhhcompact1 MRA160C MRA250C BADDATA 0 BADDATA 0 LP 125 115 540 800 80 21 15 540 124 100 80 2016HH1 RA0250LPB 2016 GC7 0 960 1376 490 204 486 250 800 250 124 915 1544 15/11/2007 J48-80 J90 ANGLED LOW LOSS STRAINER-80 LOW LOSS STRAINER HORIZONTAL LEFT Horizontal Left HORIZONTAL RIGHT Horizontal Right 25 ACTARIS Actaris
32 ASR40VV35A ARCMVH0250A (MM) PN16 (mm) PN16 (MM) PN16 (mm) PN16 BADDATA lpvvhhcompact1 MRA40A MRA250C BADDATA 0 BADDATA 0 MP35 LP 75 115 0 500 0 80 21 15 0 124 0 80 A2 RA0250LPB A2 GC7 0 960 0 490 0 486 0 0 124 0 1544 15/11/2007 BADDATA J90 ANGLED BADDATA LOW LOSS STRAINER VERTICAL DOWN Vertical Down VERTICAL DOWN Horizontal Right 25 ACTARIS Actaris
33 ARILHH200A ARCMHV0250A (MM) PN16 (mm) PN16 (MM) PN16 (mm) PN16 lphhstd lpvvhhcompact1 MRA200C MRA250C BADDATA 0 BADDATA 0 LP 125 115 540 800 80 21 15 540 250 100 80 2516HH1 RA0250LPB 2516 GC7 0 960 1376 490 204 486 250 800 250 0 915 1544 15/11/2007 J48-80 J90 ANGLED LOW LOSS STRAINER-80 LOW LOSS STRAINER HORIZONTAL LEFT Horizontal Left HORIZONTAL RIGHT Vertical Down 25 ACTARIS Actaris
34 ARILHH250A ARVV0250AP (MM) PN16 (mm) PN16 (MM) PN16 (mm) PN16 lphhstd lpvvhhcompact3 MRA250C BADDATA 0 BADDATA 0 LP 125 175 540 500 80 100 21 15 540 277 100 80 2816HH1 RA0250+LPB 2816 GC8 0 1391 1446 500 204 1082 250 0 250 0 915 1560 15/11/2007 J48-80 Fig 226 LOW LOSS STRAINER-80 LOW LOSS STRAINER HORIZONTAL LEFT Vertical Down HORIZONTAL RIGHT Vertical Down 25 ACTARIS Actaris
35 ASR200VV180A ARHH0250AP (MM) PN16 (mm) PN16 (MM) PN16 (mm) PN16 BADDATA lpvvhhcompact3 MRA200C MRA250C BADDATA 0 BADDATA 0 MP180 LP 100 175 0 800 0 100 21 15 0 152 0 80 RA0250+LPB A3 GC8 0 1391 0 500 0 1082 0 800 0 152 0 1560 15/11/2007 BADDATA Fig 226 BADDATA LOW LOSS STRAINER VERTICAL DOWN Horizontal Left VERTICAL DOWN Horizontal Right 25 ACTARIS Actaris
36 ASR250VV180A ARVH0250AP (MM) PN16 (mm) PN16 (MM) PN16 (mm) PN16 BADDATA lpvvhhcompact3 MRA250C BADDATA 0 BADDATA 0 MP180 LP 160 175 0 500 0 100 21 15 0 152 0 80 RA0250+LPB A3 GC8 0 1391 0 500 0 1082 0 0 152 0 1560 15/11/2007 BADDATA Fig 226 BADDATA LOW LOSS STRAINER VERTICAL DOWN Vertical Down VERTICAL DOWN Horizontal Right 25 ACTARIS Actaris
37 ASR300VV180A ARHV0250AP (MM) PN16 (mm) PN16 (MM) PN16 (mm) PN16 BADDATA lpvvhhcompact3 MRA300D MRA250C BADDATA 0 BADDATA 0 MP180 LP 350 175 0 800 0 100 21 15 0 277 0 80 RA0250+LPB A4E GC8 0 1391 0 500 0 1082 0 800 0 0 1560 15/11/2007 BADDATA Fig 226 BADDATA LOW LOSS STRAINER VERTICAL DOWN Horizontal Left VERTICAL DOWN Vertical Down 25 ACTARIS Actaris
38 ASR400VV180A ARVV0300A (MM) PN16 (mm) PN16 (MM) PN16 (mm) PN16 BADDATA lplmvvhh1 MRA400D MRA300D BADDATA 0 BADDATA 0 MP180 LP 375 300 0 500 0 100 21 15 0 638 0 100 RA0300LPB A4E GC8 0 2058 0 600 0 1838 0 0 0 1410 15/11/2007 BADDATA Fig 226 BADDATA LOW LOSS STRAINER VERTICAL DOWN Vertical Down VERTICAL DOWN Vertical Down 25 ACTARIS Actaris
39 ASR650VV180A ARHH0300A (MM) PN16 (mm) PN16 (MM) PN16 (mm) PN16 BADDATA lplmvvhh1 MRA650E MRA300D BADDATA 0 BADDATA 0 MP180 LP 500 300 0 800 0 100 21 15 0 800 0 100 RA0300LPB 2516 GC8 0 2058 0 600 0 1838 0 800 0 800 0 1410 15/11/2007 BADDATA Fig 226 BADDATA LOW LOSS STRAINER VERTICAL DOWN Horizontal Left VERTICAL DOWN Horizontal Right 25 ACTARIS Actaris
40 ASR1000VV180A ARVH0300A (MM) PN16 (mm) PN16 (MM) PN16 (mm) PN16 BADDATA lplmvvhh1 MRA1000E MRA300D BADDATA 0 BADDATA 0 MP180 LP 750 300 0 500 0 100 21 15 0 800 0 100 RA0300LPB 3016 GC8 0 2058 0 600 0 1838 0 0 800 0 1410 15/11/2007 BADDATA Fig 226 BADDATA LOW LOSS STRAINER VERTICAL DOWN Vertical Down VERTICAL DOWN Horizontal Right 25 ACTARIS Actaris
41 ASD16VV270A ARHV0300A BADDATA (mm) PN16 BADDATA (mm) PN16 BADDATA lplmvvhh1 MDA16 MRA300D BADDATA 0 BADDATA 0 MP270 LP 30 300 0 800 0 100 21 15 0 638 0 100 RA0300LPB A2 GC8 0 2058 0 600 0 1838 0 800 0 0 1410 15/11/2007 BADDATA Fig 226 BADDATA LOW LOSS STRAINER VERTICAL DOWN Horizontal Left VERTICAL UP Vertical Down 25 ACTARIS Actaris
42 ASD25VV270A ARVV0300AP BADDATA (mm) PN16 BADDATA (mm) PN16 BADDATA lplmvvhh1 MDA25 MRA300D BADDATA 0 BADDATA 0 MP270 LP 40 400 0 500 0 150 21 15 0 638 0 100 RA0300+LPB A2 Custom4 0 2342 0 700 0 2089 0 0 0 1492 15/11/2007 BADDATA J48B BADDATA LOW LOSS STRAINER VERTICAL DOWN Vertical Down VERTICAL UP Vertical Down 25 ACTARIS Actaris
43 ASD40VV270A ARHH0300AP BADDATA (mm) PN16 BADDATA (mm) PN16 BADDATA lplmvvhh1 MDA40 MRA300D BADDATA 0 BADDATA 0 MP270 LP 60 400 0 800 0 150 21 15 0 800 0 100 RA0300+LPB A2 Custom4 0 2342 0 700 0 2089 0 800 0 800 0 1492 15/11/2007 BADDATA J48B BADDATA LOW LOSS STRAINER VERTICAL DOWN Horizontal Left VERTICAL UP Horizontal Right 25 ACTARIS Actaris
44 ASD65VV270A ARVH0300AP BADDATA (mm) PN16 BADDATA (mm) PN16 BADDATA lplmvvhh1 MDA65 MRA300D BADDATA 0 BADDATA 0 MP270 LP 98 400 0 500 0 150 21 15 0 800 0 100 RA0300+LPB A3 Custom4 0 2342 0 700 0 2089 0 0 800 0 1492 15/11/2007 BADDATA J48B BADDATA LOW LOSS STRAINER VERTICAL DOWN Vertical Down VERTICAL UP Horizontal Right 25 ACTARIS Actaris
45 ASD100VV270A ARHV0300AP BADDATA (mm) PN16 BADDATA (mm) PN16 BADDATA lplmvvhh1 MDA100 MRA300D BADDATA 0 BADDATA 0 MP270 LP 137 400 0 800 0 150 21 15 0 638 0 100 RA0300+LPB A4E Custom4 0 2342 0 700 0 2089 0 800 0 0 1492 15/11/2007 BADDATA J48B BADDATA LOW LOSS STRAINER VERTICAL DOWN Horizontal Left VERTICAL UP Vertical Down 25 ACTARIS Actaris
46 ASD160VV270A ARVV0400A BADDATA (mm) PN16 BADDATA (mm) PN16 BADDATA lplmvvhh1 MDA160 MRA400D BADDATA 0 BADDATA 0 MP270 LP 193 400 0 500 0 150 21 15 0 638 0 100 RA0400LPB A4E Custom4 0 2324 0 700 0 1907 0 0 0 1613 15/11/2007 BADDATA Fig 226 BADDATA LOW LOSS STRAINER VERTICAL DOWN Vertical Down VERTICAL UP Vertical Down 25 ACTARIS Actaris
47 ASR25VV270A ARHH0400A (MM) PN16 (mm) PN16 (MM) PN16 (mm) PN16 BADDATA lplmvvhh1 MRA25A MRA400D BADDATA 0 BADDATA 0 MP270 LP 50 400 0 800 0 150 21 15 0 800 0 100 RA0400LPB A1 Custom4 0 2324 0 700 0 1907 0 800 0 800 0 1613 15/11/2007 BADDATA Fig 226 BADDATA LOW LOSS STRAINER VERTICAL DOWN Horizontal Left VERTICAL DOWN Horizontal Right 25 ACTARIS Actaris
48 ASR40VV270A ARVH0400A (MM) PN16 (mm) PN16 (MM) PN16 (mm) PN16 BADDATA lplmvvhh1 MRA40A MRA400D BADDATA 0 BADDATA 0 MP270 LP 55 400 0 500 0 150 21 15 0 800 0 100 RA0400LPB A1 Custom4 0 2324 0 700 0 1907 0 0 800 0 1613 15/11/2007 BADDATA Fig 226 BADDATA LOW LOSS STRAINER VERTICAL DOWN Vertical Down VERTICAL DOWN Horizontal Right 25 ACTARIS Actaris
49 ASR100VV270A ARHV0400A (MM) PN16 (mm) PN16 (MM) PN16 (mm) PN16 BADDATA lplmvvhh1 MRA100B MRA400D BADDATA 0 BADDATA 0 MP270 LP 70 400 0 800 0 150 21 15 0 638 0 100 RA0400LPB A2 Custom4 0 2324 0 700 0 1907 0 800 0 0 1613 15/11/2007 BADDATA Fig 226 BADDATA LOW LOSS STRAINER VERTICAL DOWN Horizontal Left VERTICAL DOWN Vertical Down 25 ACTARIS Actaris
50 ASR160VV270A ARVV0650A (MM) PN16 (mm) PN16 (MM) PN16 (mm) PN16 BADDATA lplmvvhh1 MRA160C MRA650E BADDATA 0 BADDATA 0 MP270 LP 100 470 0 500 0 150 21 15 0 562 0 150 RA0650LPB A3 Custom5 0 2861 0 726 0 2576 0 0 0 1492 15/11/2007 BADDATA J48 BADDATA LOW LOSS STRAINER VERTICAL DOWN Vertical Down VERTICAL DOWN Vertical Down 25 ACTARIS Actaris
51 ASR200VV270A ARHH0650A (MM) PN16 (mm) PN16 (MM) PN16 (mm) PN16 BADDATA lplmvvhh1 MRA200C MRA650E BADDATA 0 BADDATA 0 MP270 LP 100 470 0 800 0 150 21 15 0 800 0 150 RA0650LPB A3 Custom5 0 2861 0 726 0 2576 0 800 0 800 0 1492 15/11/2007 BADDATA J48 BADDATA LOW LOSS STRAINER VERTICAL DOWN Horizontal Left VERTICAL DOWN Horizontal Right 25 ACTARIS Actaris
52 ASR250VV270A ARVH0650A (MM) PN16 (mm) PN16 (MM) PN16 (mm) PN16 BADDATA lplmvvhh1 MRA250C MRA650E BADDATA 0 BADDATA 0 MP270 LP 160 470 0 500 0 150 21 15 0 800 0 150 RA0650LPB A3 Custom5 0 2861 0 726 0 2576 0 0 800 0 1492 15/11/2007 BADDATA J48 BADDATA LOW LOSS STRAINER VERTICAL DOWN Vertical Down VERTICAL DOWN Horizontal Right 25 ACTARIS Actaris
53 ASR300VV270A ARHV0650A (MM) PN16 (mm) PN16 (MM) PN16 (mm) PN16 BADDATA lplmvvhh1 MRA300D MRA650E BADDATA 0 BADDATA 0 MP270 LP 350 470 0 800 0 150 21 15 0 562 0 150 RA0650LPB A4E Custom5 0 2861 0 726 0 2576 0 800 0 0 1492 15/11/2007 BADDATA J48 BADDATA LOW LOSS STRAINER VERTICAL DOWN Horizontal Left VERTICAL DOWN Vertical Down 25 ACTARIS Actaris
54 ASR400VV270A ARVV0650AP (MM) PN16 (mm) PN16 (MM) PN16 (mm) PN16 BADDATA lplmvvhh1 MRA400D MRA650E BADDATA 0 BADDATA 0 MP270 LP 375 800 0 500 0 150 21 15 0 561 0 150 RA0650+LPB A4E Custom6 0 3219 0 1322 0 2776 0 0 0 1492 15/11/2007 BADDATA J48B BADDATA LOW LOSS STRAINER VERTICAL DOWN Vertical Down VERTICAL DOWN Vertical Down 25 ACTARIS Actaris
55 ASR650VV270A ARHH0650AP (MM) PN16 (mm) PN16 (MM) PN16 (mm) PN16 BADDATA lplmvvhh1 MRA650E BADDATA 0 BADDATA 0 MP270 LP 500 800 0 800 0 150 21 15 0 800 0 150 RA0650+LPB 2516 Custom6 0 3219 0 1322 0 2776 0 800 0 800 0 1492 15/11/2007 BADDATA J48B BADDATA LOW LOSS STRAINER VERTICAL DOWN Horizontal Left VERTICAL DOWN Horizontal Right 25 ACTARIS Actaris
56 ASR1000VV270A ARVH0650AP (MM) PN16 (mm) PN16 (MM) PN16 (mm) PN16 BADDATA lplmvvhh1 MRA1000E MRA650E BADDATA 0 BADDATA 0 MP270 LP 750 800 0 500 0 150 21 15 0 800 0 150 RA0650+LPB 3016 Custom6 0 3219 0 1322 0 2776 0 0 800 0 1492 15/11/2007 BADDATA J48B BADDATA LOW LOSS STRAINER VERTICAL DOWN Vertical Down VERTICAL DOWN Horizontal Right 25 ACTARIS Actaris
57 ASR25D ARHV0650AP (MM) BSPT (mm) PN16 (MM) BSPT (mm) PN16 mpvvstdrot lplmvvhh1 MRD0025B4B MRA650E INTEGRAL-15 0 INTEGRAL-40 0 MP270 LP 17 800 74 800 40 150 21 15 65 561 50 150 A2VV2 RA0650+LPB A2 Custom6 186 3219 500 1322 76 2776 119 800 197 0 955 1492 15/11/2007 DONKIN FIG 270R-40 J48B Y TYPE-40 LOW LOSS STRAINER VERTICAL DOWN Horizontal Left VERTICAL DOWN Vertical Down 25 DRESSER Actaris
58 ASR40D ARVV1000A (MM) BSPT (mm) PN16 (MM) BSPT (mm) PN16 mpvvstdrot lplmvvhh1 MRD0040B4B MRA1000SE INTEGRAL-15 0 INTEGRAL-40 0 MP270 LP 19 620 74 500 40 150 21 15 65 562 50 150 A2VV2 RA1000LPB A2 Custom5 186 2800 500 825 76 2515 137 0 216 0 955 1613 15/11/2007 DONKIN FIG 270R-40 Fig 226 Y TYPE-40 LOW LOSS STRAINER VERTICAL DOWN Vertical Down VERTICAL DOWN Vertical Down 25 DRESSER Actaris
59 ASR65D ARHH1000A (MM) BSPT (mm) PN16 (MM) BSPT (mm) PN16 mpvvstdrot lplmvvhh1 MRD0065B4B MRA1000SE INTEGRAL-15 0 INTEGRAL-40 0 MP270 LP 21 620 74 800 40 150 21 15 65 800 50 150 A2VV2 RA1000LPB A2 Custom5 186 2800 500 825 78 2515 200 800 230 800 925 1613 15/11/2007 DONKIN FIG 270R-40 Fig 226 Y TYPE-40 LOW LOSS STRAINER VERTICAL DOWN Horizontal Left VERTICAL DOWN Horizontal Right 25 DRESSER Actaris
60 ASR100D ARVH1000A (MM) PN16 (mm) PN16 (MM) PN16 (mm) PN16 mpvvstdrot lplmvvhh1 MRD0100B4B MRA1000SE INTEGRAL-15 0 INTEGRAL-50 0 MP270 LP 82 620 150 500 50 150 21 15 150 800 50 150 A3VV4 RA1000LPB A3 Custom5 200 2800 640 825 80 2515 200 0 420 800 1250 1613 15/11/2007 DONKIN FIG 270R-50 Fig 226 Y TYPE-50 LOW LOSS STRAINER VERTICAL DOWN Vertical Down VERTICAL DOWN Horizontal Right 25 DRESSER Actaris
61 ASR160D ARHV1000A (MM) PN16 (mm) PN16 (MM) PN16 (mm) PN16 mpvvstdrot lplmvvhh1 MRD0160B4C MRA1000SE INTEGRAL-15 0 INTEGRAL-50 0 MP270 LP 84 620 150 800 50 150 21 15 150 562 80 150 A3VV4 RA1000LPB A3 Custom5 160 2800 640 825 120 2515 200 800 420 0 1250 1613 15/11/2007 DONKIN FIG 270R-50 Fig 226 Y TYPE-50 LOW LOSS STRAINER VERTICAL DOWN Horizontal Left VERTICAL DOWN Vertical Down 25 DRESSER Actaris
62 ASR450D ARVV1000AP (MM) PN16 (mm) PN16 (MM) PN16 (mm) PN16 mpvvlooprot lplmvvhh1 MRD0450B4D MRA1000+ 10L-25 0 DONKIN FIG 305-50 0 MP270 LP 246 1000 365 500 100 150 21 15 300 561 100 150 3215VV1 RA1000+LPB 3215 Custom6 166 3245 400 1345 1700 2801 310 0 385 0 1400 1613 15/11/2007 DONKIN FIG 280-50 Fig 226 ANGLE PATTERN-100 LOW LOSS STRAINER VERTICAL DOWN Vertical Down VERTICAL DOWN Vertical Down 25 DRESSER Actaris
63 ASR650D ARHH1000AP (MM) PN16 (mm) PN16 (MM) PN16 (mm) PN16 mpvvlooprot lplmvvhh1 MRD0650B4E MRA1000+ 10L-25 0 DONKIN FIG 305-80 0 MP270 LP 322 1000 365 800 100 150 21 15 200 800 150 3416VV1 RA1000+LPB 3416 Custom6 206 3245 400 1345 1830 2801 350 800 350 800 1300 1613 15/11/2007 DONKIN FIG 280-80 Fig 226 ANGLE PATTERN-100 LOW LOSS STRAINER VERTICAL DOWN Horizontal Left VERTICAL DOWN Horizontal Right 25 DRESSER Actaris
64 ASR1075D ARVH1000AP (MM) PN16 (mm) PN16 (MM) PN16 (mm) PN16 mpvvlooprot lplmvvhh1 MRD1075B4E MRA1000+ 10L-25 0 DONKIN FIG 305-80 0 MP270 LP 376 1000 250 500 150 21 15 200 800 150 3416VV2 RA1000+LPB 3416 Custom6 165 3245 400 1345 1815 2801 381 0 442 800 1300 1613 15/11/2007 DONKIN FIG 280-80 Fig 226 ANGLE PATTERN-150 LOW LOSS STRAINER VERTICAL DOWN Vertical Down VERTICAL DOWN Horizontal Right 25 DRESSER Actaris
65 ASR1600D ARHV1000AP (MM) PN16 (mm) PN16 (MM) PN16 (mm) PN16 mpvvlooprot lplmvvhh1 MRD1600B4F MRA1000+ 10L-25 0 DONKIN FIG 305-100 0 MP270 611 1000 416 800 150 21 15 158 561 200 150 3820VV1 RA1000+LPB 3820 Custom6 210 3245 450 1345 2150 2801 428 800 527 0 1795 1613 15/11/2007 DONKIN FIG 280-100 Fig 226 ANGLE PATTERN-150 LOW LOSS STRAINER VERTICAL DOWN Horizontal Left VERTICAL DOWN Vertical Down 25 DRESSER Actaris
66 AR25D ASD016A (MM) BSPT (mm) BSPT (MM) BSPT (mm) BSPT BADDATA mpvvstddia MRD0025B4B MDA16 BADDATA Integral BADDATA Integral LP MP270 500 30 130 265 50 20 21 50 337 50 40 U016MPB Gas Cab No 2MP 999 483 330 346 999 363 999 0 999 0 752 653 15/11/2007 BADDATA RBI 2011 BADDATA Y Type VERTICAL DOWN Vertical Down VERTICAL DOWN Vertical Up 25 DRESSER Actaris
67 AR40D ASD025A (MM) BSPT (mm) BSPT (MM) BSPT (mm) BSPT BADDATA mpvvstddia MRD0040B4B MDA25 BADDATA Integral BADDATA Integral LP MP270 500 40 130 265 50 25 21 50 471 50 U025MPB GC4+ 999 797 330 308 999 579 999 0 999 0 752 854 15/11/2007 BADDATA RBI 2111 BADDATA Y Type VERTICAL DOWN Vertical Down VERTICAL DOWN Vertical Up 25 DRESSER Actaris
68 AR50D ASD040A (MM) BSPT (mm) BSPT (MM) BSPT (mm) BSPT BADDATA mpvvstddia MRD0065B4B MDA40 BADDATA Integral BADDATA Integral LP MP270 500 60 130 265 50 25 21 50 649 50 U040MPB GC4+ 999 875 330 381 999 678 999 0 999 0 752 954 15/11/2007 BADDATA RBE2611 BADDATA Y Type VERTICAL DOWN Vertical Down VERTICAL DOWN Vertical Up 25 DRESSER Actaris
69 AR81D ASD065A (MM) PN16 (mm) PN16 (MM) PN16 (mm) BSPT BADDATA mpvvstddia MRD0100B4B MDA65 BADDATA Integral BADDATA Integral LP MP270 950 98 175 265 80 50 21 150 1106 80 U065MPB Gas Cab No 6 999 1072 450 385 999 762 999 0 999 0 1400 1117 15/11/2007 BADDATA RBI 3211 BADDATA Y Type VERTICAL DOWN Vertical Down VERTICAL DOWN Vertical Up 25 DRESSER Actaris
70 AR130D ASD100A (MM) PN16 (mm) PN16 (MM) PN16 (mm) BSPT BADDATA mpvvstddia MRD0160B4C MDA100 BADDATA VS811 BADDATA Integral LP MP270 950 137 175 265 80 50 21 150 957 80 U100MPB Gas Cab No 6 999 1180 450 601 999 828 999 0 999 0 1350 1341 15/11/2007 BADDATA RBE 4011 BADDATA Y Type VERTICAL DOWN Vertical Down VERTICAL DOWN Vertical Up 25 DRESSER Actaris
71 AR229D ASD160A (MM) PN16 (mm) PN16 (MM) PN16 (mm) BSPT BADDATA mpvvstddia MRD0250B4D MDA160 BADDATA VS811 BADDATA Integral LP MP270 950 193 410 265 100 50 21 150 1000 100 U160MPB Gas Cab No 6 999 1301 500 645 999 816 999 0 999 0 1420 1324 15/11/2007 BADDATA RBE1811 BADDATA Y Type VERTICAL DOWN Vertical Down VERTICAL DOWN Vertical Up 25 DRESSER Actaris
72 AR283D ASR0025A (MM) PN16 (mm) BSPT (MM) PN16 (mm) BSPT BADDATA actmp1 MRD0310B4D MRA25A BADDATA Integral BADDATA Integral LP MP270 1000 50 385 265 100 25 21 341 225 150 40 RA0025MPB Gas Cab No 2 (Multi) 999 627 1991 260 999 400 999 0 999 0 1180 711 15/11/2007 BADDATA RBI 2111 BADDATA Y Type VERTICAL DOWN Vertical Down VERTICAL DOWN Vertical Down 25 DRESSER Actaris
73 AR362D ASR0040A (MM) PN16 (mm) BSPT (MM) PN16 (mm) BSPT BADDATA actmp1 MRD0450B4D MRA40A BADDATA Integral BADDATA Integral LP MP270 2630 55 435 265 150 25 21 341 303 150 40 RA0040MPB GC4+ 999 861 1930 260 999 686 999 0 999 0 1515 672 15/11/2007 BADDATA RBI 2611 BADDATA Y Type VERTICAL DOWN Vertical Down VERTICAL DOWN Vertical Down 25 DRESSER Actaris
74 AR538D ASR0100A (MM) PN16 (mm) BSPT (MM) PN16 (mm) BSPT BADDATA actmp2 MRD0650B4E MRA100B BADDATA VS811 BADDATA Integral LP MP270 2765 70 538 265 150 50 21 382 316 150 50 RA0100MPB GC5 999 1070 2025 484 999 800 999 0 999 0 1515 1268 15/11/2007 BADDATA RBE 4011 BADDATA Y Type VERTICAL DOWN Vertical Down VERTICAL DOWN Vertical Down 25 DRESSER Actaris
75 AR708D ASR0160A (MM) PN16 (mm) PN16 (MM) PN16 (mm) BSPT BADDATA actmp3 MRD1075B4E MRA160C BADDATA VS811 BADDATA Integral LP MP270 3070 100 547 265 150 50 21 461 101 150 80 RA0160MPB GC8 999 1470 2780 450 999 1280 999 0 999 0 1510 1210 15/11/2007 BADDATA RBE1811 BADDATA Angle Pattern VERTICAL DOWN Vertical Down VERTICAL DOWN Vertical Down 25 DRESSER Actaris
76 AR1076D ASR0200A (MM) PN16 (mm) PN16 (MM) PN16 (mm) BSPT BADDATA actmp4 MRD1600B4F MRA200C BADDATA VS811 BADDATA Integral LP MP270 3615 100 520 265 150 50 21 300 102 150 80 RA0200MPB GC8 999 1413 3407 496 999 1223 999 0 999 0 1490 1198 15/11/2007 BADDATA RBE1811 BADDATA Angle Pattern VERTICAL DOWN Vertical Down VERTICAL DOWN Vertical Down 25 DRESSER Actaris
77 ASR25A ASR0250A (MM) BSPT (mm) PN16 (MM) BSPT (mm) PN16 mpvvstdrot actmp4 MRA25A MRA250C INTEGRAL-15 VS811 INTEGRAL-25 Integral MP270 50 160 110 500 20 80 21 86 222 40 80 A1VV1 RA0250MPB A1 GC8 25 1446 399 495 47 1240 86 0 103 0 575 1392 15/11/2007 RBI 2111-25 RBE1811 Y TYPE-20 Angle Pattern VERTICAL DOWN Vertical Down VERTICAL DOWN Vertical Down 25 ACTARIS Actaris
78 ASR40A ASR0300A (MM) BSPT (mm) PN16 (MM) BSPT (mm) PN16 mpvvstdrot actmp4 MRA40A MRA300D INTEGRAL-15 VS811 INTEGRAL-25 Integral MP270 55 350 98 500 25 80 21 81 200 40 100 A1VV2 RA0300MPB A1 GC8 30 1537 479 585 47 1310 86 0 103 0 573 1365 15/11/2007 RBI 2611-25 RBE 4011 Y TYPE-20 Angle Pattern VERTICAL DOWN Vertical Down VERTICAL DOWN Vertical Down 25 ACTARIS Actaris
79 ASR100A ASR0400A (MM) BSPT (mm) PN16 (MM) BSPT (mm) PN16 mpvvstdrot actmp5 MRA100B MRA400D VS811-25 VS811 INTEGRAL-25 Integral MP270 70 375 80 500 40 80 21 125 104 50 100 A2VV1 RA0400MPB A2 GC8 180 1537 680 749 90 1310 128 0 272 0 1072 1400 15/11/2007 RBE 4011-25 RBE 4011 Y TYPE-40 Angle Pattern VERTICAL DOWN Vertical Down VERTICAL DOWN Vertical Down 25 ACTARIS Actaris
80 ASR160A ASR0650A (MM) PN16 (mm) PN16 (MM) BSPT (mm) PN16 mpvvstdrot actmp6 MRA160C MRA650SE VS811-25 VS811 INTEGRAL-40 Integral MP270 100 500 460 500 50 100 21 80 151 80 150 A3VV1 RA0650MPB A3 Custom2 90 1832 1280 765 101 1467 200 0 250 0 1189 1918 15/11/2007 RBE 1711-40 RBE 4011 ANGLE PATTERN-50 Angle Pattern VERTICAL DOWN Vertical Down VERTICAL DOWN Vertical Down 25 ACTARIS Actaris
81 ASR200A ASR1000A (MM) PN16 (mm) PN16 (MM) BSPT (mm) PN16 mpvvstdrot actmp7 MRA200C MRA1000SE VS811-25 VS811 INTEGRAL-40 Integral MP270 100 750 450 500 50 150 21 80 85 80 150 A3VV2 RA1000MPB A3 Custom3 90 1843 1223 848 100 1515 210 0 286 0 1177 2067 15/11/2007 RBE 1711-40 RBE 4011 ANGLE PATTERN-50 Angle Pattern VERTICAL DOWN Vertical Down VERTICAL DOWN Vertical Down 25 ACTARIS Actaris
82 ASR250A ASR0025D (MM) PN16 2" BSPT (MM) PN16 1.5" BSPT mpvvstdrot dremp1 MRA250C MRD0025B4B VS811-25 Integral INTEGRAL-40 Integral MP270 160 65 355 265 80 40 21 80 200 80 50 A3VV3 RD0025MPB A3 GC4+ 113 760 1240 375 93 500 210 0 286 0 1270 1130 15/11/2007 RBE 1711-40 Donkin Fig 270R/309LP ANGLE PATTERN-80 Y Type VERTICAL DOWN Vertical Down VERTICAL DOWN Vertical Down 25 ACTARIS Dresser
83 ASR300A ASR0040D (MM) PN16 (mm) BSPT (MM) PN16 (mm) BSPT mpvvstdrot dremp1 MRA300D MRD0040B4B VS811-25 Integral INTEGRAL-40 Integral MP270 350 65 355 265 80 40 21 80 340 100 50 A4EVV1 RD0040MPB A4E GC4+ 109 825 1310 550 111 550 240 0 335 0 1395 1122 15/11/2007 RBE 4011-40 Donkin Fig 270R/309LP ANGLE PATTERN-80 Y Type VERTICAL DOWN Vertical Down VERTICAL DOWN Vertical Down 25 ACTARIS Dresser
84 ASR400A ASR0065D (MM) PN16 (mm) BSPT (MM) PN16 (mm) BSPT mpvvstdrot dremp1 MRA400D MRD0065B4B VS811-25 Integral INTEGRAL-40 Integral MP270 375 65 355 265 80 40 21 80 340 100 50 A4EVV2 RD0065MPB A4E GC4+ 104 825 1310 550 106 550 290 0 460 0 1400 1125 15/11/2007 RBE 4011-40 Donkin Fig 270R/309LP ANGLE PATTERN-80 Y Type VERTICAL DOWN Vertical Down VERTICAL DOWN Vertical Down 25 ACTARIS Dresser
85 ASR650A ASR0100D (MM) PN16 (mm) BSPT (MM) PN16 (mm) BSPT mpvvstdrot dremp1 MRA650E MRD0100B4B VS811-25 Integral INTEGRAL-50 Integral MP270 500 65 381 265 100 40 21 150 340 150 50 2516VV1 RD0100MPB 2516 GC4+ 150 825 1467 550 250 550 300 0 465 0 1918 1125 15/11/2007 RBE 4011-50 Donkin Fig 270R/309LP ANGLE PATTERN-100 Y Type VERTICAL DOWN Vertical Down VERTICAL DOWN Vertical Down 25 ACTARIS Dresser
86 ASR1000A ASR0160D (MM) PN16 (mm) PN16 (MM) PN16 (mm) PN16 mpvvstdrot nodraw1 MRA1000E MRD0160B4C VS811-25 Integral INTEGRAL-80 Integral MP270 750 84 419 150 150 50 21 150 150 80 3016VV1 RD0160MPB 3016 157 160 1515 640 230 120 310 200 590 420 1967 1250 15/11/2007 RBE 4011-80 Donkin Fig 270R ANGLE PATTERN-150 Y Type VERTICAL DOWN Vertical Down VERTICAL DOWN Vertical Down 25 ACTARIS Dresser
87 ASD16A ASR0250D (MM) BSPT (mm) PN16 (MM) BSPT (mm) PN16 mpvvstddia dremp2 MDA16 MRD0250B4D INTEGRAL-15 10L INTEGRAL-25 Integral MP270 30 270 213 500 20 80 21 326 250 40 80 A1HVO2 RD0250MPB A1 GC8 25 1490 363 600 95 1192 170 0 180 0 682 1550 15/11/2007 RBI 2011-25 Donkin Fig 280/309 Y TYPE-20 Angle Pattern VERTICAL DOWN Vertical Down VERTICAL UP Vertical Down 25 ACTARIS Dresser
88 ASD25A ASR0310D (MM) BSPT (mm) PN16 (MM) BSPT (mm) PN16 mpvvstddia dremp2 MDA25 MRD0310B4D INTEGRAL-15 10L INTEGRAL-25 Integral MP270 40 280 102 500 25 80 21 485 250 50 100 A2HVO3 RD0310MPB A2 GC8 140 1490 529 600 76 1205 143 0 165 0 691 1550 15/11/2007 RBI 2111-25 Donkin Fig 280/309 Y TYPE-25 Angle Pattern VERTICAL DOWN Vertical Down VERTICAL UP Vertical Down 25 ACTARIS Dresser
89 ASD40A ASR0450D (MM) BSPT (mm) PN16 (MM) BSPT (mm) PN16 mpvvstddia dremp3 MDA40 MRD0450B4D INTEGRAL-15 10L INTEGRAL-25 Donkin Fig 305 MP270 60 410 175 500 25 80 21 634 340 50 100 A2HVO4 RD0450MPB A2 Custom1 60 2035 678 750 137 400 178 0 203 0 914 1450 15/11/2007 RBI 2611-25 Donkin Fig 280 Y TYPE-25 Angle Pattern VERTICAL DOWN Vertical Down VERTICAL UP Vertical Down 25 ACTARIS Dresser
90 ASD65A ASR0450DP (MM) PN16 (mm) PN16 (MM) BSPT (mm) PN16 mpvvstddia dremp3 MDA65 MRD0450B4D INTEGRAL-15 10L INTEGRAL-40 Donkin Fig 305 MP270 98 425 151 500 40 100 21 797 435 80 100 A3HVO4 RD0450+MPB A3 Custom1 60 2070 762 750 250 400 190 0 195 0 1006 1545 15/11/2007 RBI 3211-40 Donkin Fig 280 Y TYPE-40 Angle Pattern VERTICAL DOWN Vertical Down VERTICAL UP Vertical Down 25 ACTARIS Dresser
91 ASD100A ASR0650D (MM) PN16 (mm) PN16 (MM) BSPT (mm) PN16 mpvvstddia dremp3 MDA100 MRD0650B4E VS811-25 10L INTEGRAL-25 Donkin Fig 305 MP270 137 600 134 500 40 100 21 937 215 80 150 A3HVO5 RD0650MPB A3 Custom4 180 2450 828 800 172 400 271 0 330 0 1319 1590 15/11/2007 RBE 4011-25 Donkin Fig 280 Y TYPE-40 Angle Pattern VERTICAL DOWN Vertical Down VERTICAL UP Vertical Down 25 ACTARIS Dresser
92 ASR650VV35A ASR1075D (MM) PN16 (mm) PN16 (MM) PN16 (mm) PN16 BADDATA dremp4 MRA650E MRD1075B4E BADDATA 10L BADDATA Donkin Fig 305 MP35 MP270 633 750 0 500 0 150 21 0 200 0 150 4516 RD1075MPB 4516 Custom5 0 2720 0 796 0 400 0 0 0 1725 15/11/2007 BADDATA Donkin Fig 280 BADDATA Angle Pattern VERTICAL DOWN Vertical Down VERTICAL DOWN Vertical Down 25 ACTARIS Dresser
93 ASR1000VV35A ASR1600D (MM) PN16 (mm) PN16 (MM) PN16 (mm) PN16 BADDATA dremp3 MRA1000E MRD1600B4F BADDATA 10L BADDATA Donkin Fig 305 MP35 MP270 883 1000 0 500 0 150 21 0 200 0 200 4520 RD1600MPB 4520 Custom5 0 2970 0 925 0 450 0 0 0 1900 15/11/2007 BADDATA Donkin Fig 280 BADDATA Angle Pattern VERTICAL DOWN Vertical Down VERTICAL DOWN Vertical Down 25 ACTARIS Dresser
94 ASD16VV65A ASR2885D BADDATA (mm) PN16 BADDATA (mm) PN16 BADDATA nodraw1 MDA16 MRD2885A10 BADDATA 10L BADDATA Donkin Fig 305 MP65 MP270 35 1680 0 463 0 200 21 0 160 0 250 RD2885MPB A2 0 275 0 550 0 2625 0 750 0 750 0 1895 15/11/2007 BADDATA Donkin Fig 280 BADDATA Angle Pattern VERTICAL DOWN Vertical Down VERTICAL UP Vertical Down 25 ACTARIS Dresser
95 ASD25VV65A Meter Only (Notes) BADDATA BADDATA BADDATA nodraw1 MDA25 BADDATA BADDATA MP65 MP270 45 0 0 21 0 0 A2 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL UP 25 ACTARIS
96 ASD40VV65A ASD016AW BADDATA (mm) BSPT BADDATA (mm) BSPT BADDATA mpvvstddia MDA40 MDA16 BADDATA Integral BADDATA Integral MP65 130 30 0 265 0 20 21 0 337 0 40 U016MPB A2 GC2MP 0 483 0 346 0 363 0 0 0 653 15/11/2007 BADDATA RBI 2011 BADDATA Y Type VERTICAL DOWN Vertical Down VERTICAL UP Vertical Up 25 ACTARIS Actaris
ASD65VV65A BADDATA BADDATA BADDATA MDA65 BADDATA BADDATA MP65 137 0 0 21 0 0 A3 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL UP 25 ACTARIS
ASD100VV65A BADDATA BADDATA BADDATA MDA100 BADDATA BADDATA MP65 145 0 0 21 0 0 A3 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL UP 25 ACTARIS
ASD160VV65A BADDATA BADDATA BADDATA MDA160 BADDATA BADDATA MP65 205 0 0 21 0 0 A3 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL UP 25 ACTARIS
ASR25VV65A (MM) PN16 (MM) PN16 BADDATA MRA25A BADDATA BADDATA MP65 70 0 0 21 0 0 A2 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL DOWN 25 ACTARIS
ASR40VV65A (MM) PN16 (MM) PN16 BADDATA MRA40A BADDATA BADDATA MP65 75 0 0 21 0 0 A2 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL DOWN 25 ACTARIS
ASR100VV65A (MM) PN16 (MM) PN16 BADDATA MRA100B BADDATA BADDATA MP65 90 0 0 21 0 0 A3 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL DOWN 25 ACTARIS
ASR160VV65A (MM) PN16 (MM) PN16 BADDATA MRA160C BADDATA BADDATA MP65 120 0 0 21 0 0 A4E 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL DOWN 25 ACTARIS
ASR200VV65A (MM) PN16 (MM) PN16 BADDATA MRA200C BADDATA BADDATA MP65 120 0 0 21 0 0 A4E 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL DOWN 25 ACTARIS
ASR250VV65A (MM) PN16 (MM) PN16 BADDATA MRA250C BADDATA BADDATA MP65 210 0 0 21 0 0 2516 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL DOWN 25 ACTARIS
ASR300VV65A (MM) PN16 (MM) PN16 BADDATA MRA300D BADDATA BADDATA MP65 380 0 0 21 0 0 2516 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL DOWN 25 ACTARIS
ASR400VV65A (MM) PN16 (MM) PN16 BADDATA MRA400D BADDATA BADDATA MP65 500 0 0 21 0 0 3316 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL DOWN 25 ACTARIS
ASR650VV65A (MM) PN16 (MM) PN16 BADDATA MRA650E BADDATA BADDATA MP65 625 0 0 21 0 0 3516 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL DOWN 25 ACTARIS
ASR1000VV65A (MM) PN16 (MM) PN16 BADDATA MRA1000E BADDATA BADDATA MP65 875 0 0 21 0 0 3516 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL DOWN 25 ACTARIS
ASD16VV105A BADDATA BADDATA BADDATA MDA16 BADDATA BADDATA MP105 30 0 0 21 0 0 A2 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL UP 25 ACTARIS
ASD25VV105A BADDATA BADDATA BADDATA MDA25 BADDATA BADDATA MP105 40 0 0 21 0 0 A2 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL UP 25 ACTARIS
ASD40VV105A BADDATA BADDATA BADDATA MDA40 BADDATA BADDATA MP105 60 0 0 21 0 0 A2 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL UP 25 ACTARIS
ASD65VV105A BADDATA BADDATA BADDATA MDA65 BADDATA BADDATA MP105 98 0 0 21 0 0 A3 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL UP 25 ACTARIS
ASD100Vv105A BADDATA BADDATA BADDATA MDA100 BADDATA BADDATA MP105 137 0 0 21 0 0 A3 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL UP 25 ACTARIS
ASD160VV105A BADDATA BADDATA BADDATA MDA160 BADDATA BADDATA MP105 193 0 0 21 0 0 A3 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL UP 25 ACTARIS
ASR25VV105A (MM) PN16 (MM) PN16 BADDATA MRA25A BADDATA BADDATA MP105 50 0 0 21 0 0 A1 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL DOWN 25 ACTARIS
ASR40VV105A (MM) PN16 (MM) PN16 BADDATA MRA40A BADDATA BADDATA MP105 55 0 0 21 0 0 A1 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL DOWN 25 ACTARIS
ASR100VV105A (MM) PN16 (MM) PN16 BADDATA MRA100B BADDATA BADDATA MP105 70 0 0 21 0 0 A2 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL DOWN 25 ACTARIS
ASR160VV105A (MM) PN16 (MM) PN16 BADDATA MRA160C BADDATA BADDATA MP105 100 0 0 21 0 0 A3 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL DOWN 25 ACTARIS
ASR200VV105A (MM) PN16 (MM) PN16 BADDATA MRA200C BADDATA BADDATA MP105 100 0 0 21 0 0 A3 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL DOWN 25 ACTARIS
ASR250VV105A (MM) PN16 (MM) PN16 BADDATA MRA250C BADDATA BADDATA MP105 160 0 0 21 0 0 A3 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL DOWN 25 ACTARIS
ASR300VV105A (MM) PN16 (MM) PN16 BADDATA MRA300D BADDATA BADDATA MP105 350 0 0 21 0 0 A4E 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL DOWN 25 ACTARIS
ASR400VV105A (MM) PN16 (MM) PN16 BADDATA MRA400D BADDATA BADDATA MP105 375 0 0 21 0 0 A4E 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL DOWN 25 ACTARIS
ASR650VV105A (MM) PN16 (MM) PN16 BADDATA MRA650E BADDATA BADDATA MP105 750 0 0 21 0 0 3016 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL DOWN 25 ACTARIS
ASR1000VV105A (MM) PN16 (MM) PN16 BADDATA MRA1000E BADDATA BADDATA MP105 750 0 0 21 0 0 3516 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL DOWN 25 ACTARIS
ASD16VV180A BADDATA BADDATA BADDATA MDA16 BADDATA BADDATA MP180 30 0 0 21 0 0 A1 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL UP 25 ACTARIS
ASD25VV180A BADDATA BADDATA BADDATA MDA25 BADDATA BADDATA MP180 40 0 0 21 0 0 A2 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL UP 25 ACTARIS
ASD40VV180A BADDATA BADDATA BADDATA MDA40 BADDATA BADDATA MP180 60 0 0 21 0 0 A2 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL UP 25 ACTARIS
ASD65VV180A BADDATA BADDATA BADDATA MDA65 BADDATA BADDATA MP180 98 0 0 21 0 0 A3 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL UP 25 ACTARIS
ASD100Vv180A BADDATA BADDATA BADDATA MDA100 BADDATA BADDATA MP180 137 0 0 21 0 0 A3 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL UP 25 ACTARIS
ASD160VV180A BADDATA BADDATA BADDATA MDA160 BADDATA BADDATA MP180 193 0 0 21 0 0 A3 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL UP 25 ACTARIS
ASR25VV180A (MM) PN16 (MM) PN16 BADDATA MRA25A BADDATA BADDATA MP180 50 0 0 21 0 0 A1 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL DOWN 25 ACTARIS
ASR40VV180A (MM) PN16 (MM) PN16 BADDATA MRA40A BADDATA BADDATA MP180 55 0 0 21 0 0 A1 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL DOWN 25 ACTARIS
ASR100VV180A (MM) PN16 (MM) PN16 BADDATA MRA100B BADDATA BADDATA MP180 70 0 0 21 0 0 A2 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL DOWN 25 ACTARIS
ASR160VV180A (MM) PN16 (MM) PN16 BADDATA MRA160C BADDATA BADDATA MP180 100 0 0 21 0 0 A3 0 0 0 0 0 0 15/11/2007 BADDATA BADDATA VERTICAL DOWN VERTICAL DOWN 25 ACTARIS
AR10265H BADDATA BADDATA BADDATA MRD1600B4F BADDATA BADDATA LP 3615 520 150 21 300 150 2016HH1 1765H 999 3407 999 999 999 1490 04/12/2007 03/12/08 J48-100 BADDATA VERTICAL DOWN VERTICAL DOWN 25 DRESSER
ASD160A (MM) PN16 (MM) BSPT mpvvstddia MDA160 VS811-25 INTEGRAL-40 MP270 193 122 50 21 904 100 A3HVO6 A3 180 840 250 305 340 1329 15/11/2007 RBE 1711-40 Y TYPE-50 VERTICAL DOWN VERTICAL UP 25 ACTARIS
ARILHH65A (MM) PN16 (MM) PN16 lphhstd MRA65B BADDATA BADDATA LP 100 540 80 21 540 80 2016HH1 2016 0 1390 172 200 200 915 15/11/2007 J48-80 LOW LOSS STRAINER-80 HORIZONTAL LEFT HORIZONTAL RIGHT 25 ACTARIS
ARCMHH65A (MM) PN16 (MM) PN16 lphhcompac MRA65B BADDATA BADDATA LP 125 985 80 21 250 80 A4EHH1 A4E 0 755 235 325 325 1350 15/11/2007 J90 ANGLED-80 LOW LOSS STRAINER-80 HORIZONTAL LEFT HORIZONTAL RIGHT 25 ACTARIS
ARCMVV65A (MM) PN16 (MM) PN16 lpvvcompac MRA65B BADDATA BADDATA LP 105 350 80 21 100 80 A4EC1 A4E 100 485 350 245 245 1411 15/11/2007 J90 ANGLED-80 LOW LOSS STRAINER-80 VERTICAL DOWN VERTICAL DOWN 25 ACTARIS
ARCMVH65A (MM) PN16 (MM) PN16 lpvhcompac MRA65B BADDATA BADDATA LP 95 350 80 21 250 80 A4EVH1 A4E 100 845 225 245 245 1315 15/11/2007 J90 ANGLED-80 LOW LOSS STRAINER-80 VERTICAL DOWN HORIZONTAL RIGHT 25 ACTARIS

15170
Data/BulkLoad/POSTCODES.csv Normal file
View File

File diff suppressed because it is too large Load Diff

87
Data/Seed/DatabaseItemToFunctionalSpecificationReference.csv
View File

@@ -14,43 +14,41 @@ SECOND_CONTACT_FAX,Contact Address.Fax,O,O,O,O,O,O,O,O,O,O,O,O
FIRST_ALT_POSTCODE,Contact Address.Post Code,O,O,O,O,O,O,O,O,O,O,O,O
SECOND_CONTACT_NAME,Contact Address.Second Contact Name,O,O,O,O,O,O,O,O,O,O,O,O
FIRST_ALT_STREET,Contact Address.Street,O,O,O,O,O,O,O,O,O,O,O,O
FIRST_ALT_SUB_BUILDING,Contact Address.Sub Building,O,O,O,O,O,O,O,O,O,O,O,O
FIRST_CONTACT_TELEPHONE_1,Contact Address.Telephone1,M,M,M,M,M,M,M,M,M,M,M,M
SECOND_CONTACT_TELEPHONE_1,Contact Address.Telephone1,O,O,O,O,O,O,O,O,O,O,O,O
FIRST_CONTACT_TELEPHONE_2,Contact Address.Telephone2,O,O,O,O,O,O,O,O,O,O,O,O
SECOND_CONTACT_TELEPHONE_2,Contact Address.Telephone2,O,O,O,O,O,O,O,O,O,O,O,O
AMR_REQUIRED,Job Information.Additional Services.AMR,M,M,M,M,M,M,M,M,M,M,M,M
BASE_REQUIRED,Job Information.Additional Services.Base,M,M,M,M,M,M,M,M,M,M,M,M
BYPASS_REQUIRED,Job Information.Additional Services.By-pass,M,M,M,M,M,M,M,M,M,M,M,M
CONVERTOR_REQUIRED,Job Information.Additional Services.Convertor,M,M,M,M,M,M,M,M,M,M,M,M
EMS_REQUIRED,Job Information.Additional Services.EMS,M,M,M,M,M,M,M,M,M,M,M,M
HOUSING_REQUIRED,Job Information.Additional Services.Housing,M,M,M,M,M,M,M,M,M,M,M,M
LOGGER_REQUIRED,Job Information.Additional Services.Logger,M,M,M,M,M,M,M,M,M,M,M,M
TWIN_STREAM_REQUIRED,Job Information.Additional Services.Twin Stream,O,O,O,O,O,O,O,O,O,O,O,O
ANNUAL_QUANTITY,Job Information.Annual Quantity,M,M,M,M,M,M,M,M,M,M,M,M
INDICATIVE_TIME,Job Information.Appointment Preference,O,O,O,O,O,O,O,O,O,O,O,O
DOWNSTREAM_BOOSTER_OR_COMPRESS,Job Information.Booster/Compressor,M,O,M,M,O,M,O,M,M,M,M,M
EXISTING_METER_SERIAL_NO,Job Information.Existing Asset Serial Number,NA,NA,M,M,M,M,M,O,M,O,M,O
EXISTING_MESC_CODE,Job Information.Existing Meter Size,NA,NA,M,M,M,M,M,M,M,M,O,O
METY_CODE,Job Information.Meter Type Existing ,NA,NA,M,M,M,M,M,M,M,M,O,O
EXISTING_SVCP_CODE,Job Information.Existing Pressure Category,NA,NA,M,M,M,M,M,M,M,M,O,O
EXISTING_METER_OWNER,Job Information.Gas Act Owner,O,O,O,M,M,M,M,O,O,O,O,O
INDICATIVE_DATE,Job Information.Indicative Substantial Completion Date,O,O,O,O,O,O,O,O,O,O,O,O
REQUIRED_IP_DETAILS,Job Information.IP Details,M3,NA,O3,O3,NA,O3,NA,O3,M3,M3,O3,O3
REQUIRED_IP_MBAR,Job Information.IP Mbar,O3,NA,O3,O3,NA,O3,NA,O3,O3,O3,O3,O3
JOB_DESCRIPTION,Job Information.Job Description,O,O,O,O,O,O,O,O,O,O,O,O
ENTY_CODE,Job Information.Job Type,M,M,M,M,M,M,M,M,M,M,M,M
LOAD_CONTROL_TYPE,Job Information.Load Control Type,M,M,O,M,M,O,O,O,O,O,O,O
MARKET_SECTOR_CODE,Job Information.Market Sector Code,O,O,O,O,O,O,O,O,O,O,O,O
QMAX,Job Information.Measuring Capacity Qmax,M,M2,M,M,M,M,M,M,M,M,M,M
QMIN,Job Information.Measuring Capacity Qmin,O,O,O,O,O,O,O,O,O,O,O,O
REQUIRED_MESC_CODE,Job Information.Meter Size,NA,OM2,NA,NA,NA,NA,NA,NA,NA,NA,NA,NA
EXISTING_METER_MODEL,Job Information.Model Code,NA,NA,O,O,O,O,O,O,O,O,O,O
OTHER_INFORMATION,Job Information.Other Information,O,O,O,O,O,O,O,O,O,O,O,O
OTHER_PROJECT_REFERENCE,Job Information.Other Related Projects,O,O,O,O,O,O,O,O,O,O,O,O
REQUIRED_METERING_PRESSURE,Job Information.Required Meter Pressure,M,M,M,M,M,M,M,M,M,M,M,M
REQUIRED_SVCP_CODE,Job Information.Service Pressure,M3,M,O3,O3,M,O3,M,O3,M3,M3,O3,O3
EXISTING_METER_ASSET_PROVIDER,Job Information.Supplier / Job Information.Consumer,O,O,O,M,M,M,M,O,M,O,O,O
FIRST_ALT_SUB_BUILDING,Contact Address.Sub Building,O,O,O,O,O,O,O,O,O,O,O,O,
FIRST_CONTACT_TELEPHONE_1,Contact Address.Telephone1,M,M,M,M,M,M,M,M,M,M,M,M,
SECOND_CONTACT_TELEPHONE_1,Contact Address.Telephone1,O,O,O,O,O,O,O,O,O,O,O,O,
FIRST_CONTACT_TELEPHONE_2,Contact Address.Telephone2,O,O,O,O,O,O,O,O,O,O,O,O,
SECOND_CONTACT_TELEPHONE_2,Contact Address.Telephone2,O,O,O,O,O,O,O,O,O,O,O,O,
AMR_REQUIRED,Job Information.Additional Services.AMR,M,M,H,M,M,H,H,H,M,M,M,M,"The AMR may only be available for the Tripartite suppliers or BG, GW to confirm!"
BASE_REQUIRED,Job Information.Additional Services.Base,M,M,H,M,M,H,H,H,M,M,H,M,
BYPASS_REQUIRED,Job Information.Additional Services.By-pass,O,O,H,O,O,H,H,H,O,O,O,O,"If yes, warn user if twin stream is no"
CONVERTOR_REQUIRED,Job Information.Additional Services.Convertor,M,M,H,M,M,M,M,M,M,M,M,M,this can be an add-on for removals
EMS_REQUIRED,Job Information.Additional Services.EMS,M,M,H,M,M,H,H,H,M,M,M,M,
HOUSING_REQUIRED,Job Information.Additional Services.Housing,M,M,H,M,M,H,H,H,M,M,H,M,
TWIN_STREAM_REQUIRED,Job Information.Additional Services.Twin Stream,M,M,H,M,M,H,H,H,M,M,H,M,
ANNUAL_QUANTITY,Job Information.Annual Quantity,O,O,O,O,O,H,H,H,O,O,O,O,if > 732 mwh go bespoke
INDICATIVE_TIME,Job Information.Appointment Preference,O,O,O,O,O,O,O,O,O,O,O,O,
DOWNSTREAM_BOOSTER_OR_COMPRESS,Job Information.Booster/Compressor,M,M,M,M,M,H,H,H,M,M,M,M,
EXISTING_METER_SERIAL_NO,Job Information.Existing Asset Serial Number,H,H,M,M,M,M,M,M,M,M,M,O,
EXISTING_MESC_CODE,Job Information.Existing Meter Size,H,H,M,M,M,M,M,M,M,M,O,O,
METY_CODE,Job Information.Meter Type Existing ,H,H,M,M,M,M,M,M,M,M,O,O,
EXISTING_METER_OWNER,Job Information.Gas Act Owner,O,O,M,M,M,M,M,M,M,M,M,O,
INDICATIVE_DATE,Job Information.Indicative Substantial Completion Date,O,O,O,O,O,O,O,O,O,O,O,O,
REQUIRED_IP_DETAILS,Job Information.IP Details,O3,H,O3,O3,H,O3,H,O3,M3,M3,O3,O3,if service pressure is IP
REQUIRED_IP_MBAR,Job Information.IP Mbar,M3,H,O3,M3,H,O3,H,O3,O3,M3,O3,O3,if service pressure is IP
JOB_DESCRIPTION,Job Information.Job Description,O,O,O,O,O,O,O,O,O,O,O,O,
ENTY_CODE,Job Information.Job Type,M,M,M,M,M,M,M,M,M,M,M,M,
LOAD_CONTROL_TYPE,Job Information.Load Control Type,M,M,H,M,M,H,H,H,O,M,O,O,
MARKET_SECTOR_CODE,Job Information.Market Sector Code,O,O,O,O,O,O,O,O,O,O,O,O,
QMAX,Job Information.Measuring Capacity Qmax,M,M2,O,M,M2,O,O,O,O,M,O,O,
QMIN,Job Information.Measuring Capacity Qmin,O,O,O,O,O,O,O,O,O,O,O,O,
REQUIRED_MESC_CODE,Job Information.Meter Size,H,OM2,H,H,OM2,H,H,H,H,O,H,O,
EXISTING_METER_MODEL,Job Information.Model Code,H,H,O,O,O,O,O,O,O,O,O,O,
OTHER_INFORMATION,Job Information.Other Information,O,O,O,O,O,O,O,O,O,O,O,O,
OTHER_PROJECT_REFERENCE,Job Information.Other Related Projects,O,O,O,O,O,O,O,O,O,O,O,O,
REQUIRED_METERING_PRESSURE,Job Information.Required Meter Pressure,M,M,M,M,M,M,M,M,M,M,O,O
REQUIRED_SVCP_CODE,Job Information.Service Pressure,M3,M,M3,M3,M,M3,M,M3,M3,M3,O3,O3
EXISTING_METER_ASSET_PROVIDER,Job Information.Supplier / Job Information.Consumer(Meter Asset Manager),O,O,O,O,O,O,O,O,O,O,O,O
TRANSACTION_REFERENCE,Job Site Details.Transaction Reference,O,O,O,O,O,O,O,O,O,O,O,O
SECOND_ALT_BUILDING,Second Contact Address.Building,O,O,O,O,O,O,O,O,O,O,O,O
SECOND_ALT_CITY,Second Contact Address.City,O,O,O,O,O,O,O,O,O,O,O,O
@@ -59,15 +57,18 @@ SECOND_ALT_STREET,Second Contact Address.Street,O,O,O,O,O,O,O,O,O,O,O,O
SECOND_ALT_SUB_BUILDING,Second Contact Address.Sub Building,O,O,O,O,O,O,O,O,O,O,O,O
ACCESS_ADDITIONAL,Site Detail.Access Instructions,O,O,O,O,O,O,O,O,O,O,O,O
ACCESS_PASSWORD,Site Detail.Access Password,O,O,O,O,O,O,O,O,O,O,O,O
MPRN_ALT,Site Detail.Additional Information,M4,M4,M4,M4,M4,M4,M4,M4,M4,M4,M4,M4
MPRN_ALT,Site Detail.Additional Information,M4,M4,O,O,O,O,O,O,O,O,O,O
ALTY_CODE,Site Detail.Asset Location Code,M,M,M,M,M,M,M,M,M,M,M,M
ASSET_LOCATION_NOTES,Site Detail.Asset Location Notes,O,O,O,O,O,O,O,O,O,O,O,O
CACA_CODE,Site Detail.Care Category,O,O,O,O,O,O,O,O,O,O,O,O
MPRN,Site Detail.MPRN,M4,M4,M4,M4,M4,M4,M4,M4,M4,M4,M4,M4
MPRN,Site Detail.MPRN,OM4,OM4,M,M,M,M,M,M,M,M,M,O
AGENT_COMT_CODE,Supplier Agent.Telephone1/Telephone2/Fax/Email,M,M,M,M,M,M,M,M,M,M,M,M
AGENT_CONTACT_VALUE,Supplier Agent.Telephone1/Telephone2/Fax/Email,M,M,M,M,M,M,M,M,M,M,M,M
ID,Enquiry Reference (not in spec appendix),M,M,M,M,M,M,M,M,M,M,M,M
CREATED_BY,,,,,,,,,,,,,
CREATED_ON,,,,,,,,,,,,,
UPDATED_BY,,,,,,,,,,,,,
UPDATED_ON,,,,,,,,,,,,,
LOGGER_REQUIRED,Job Information.Logger,H,H,H,O,O,O,O,O,O,O,O,O
,,,,,,,,,,,,,
,,,,,,,,,,,,,
,,,,,,,,,,,,,
,,,,,,,,,,,,,
,Tripartite,Y,Y,Y,Y,Y,Y,Y,Y,Don't care,Don't care,Y,Don't care
,Non-Tripartite,N,N,Y,N,N,Y,Y,Y,Don't care,Don't care,Y,Don't care
1 COLUMN_NAME Appendix Reference INSTALL STD INSTALL OFMAT EXCHANGE STD EXCHANGE REMOVE STD REMOVE ADVERSARIAL ALTERATION CAPACITY CHANGE ADDONS(EMS,AMR) OTHER
14 FIRST_ALT_POSTCODE Contact Address.Post Code O O O O O O O O O O O O
15 SECOND_CONTACT_NAME Contact Address.Second Contact Name O O O O O O O O O O O O
16 FIRST_ALT_STREET Contact Address.Street O O O O O O O O O O O O
17 FIRST_ALT_SUB_BUILDING Contact Address.Sub Building O O O O O O O O O O O O
18 FIRST_CONTACT_TELEPHONE_1 Contact Address.Telephone1 M M M M M M M M M M M M
19 SECOND_CONTACT_TELEPHONE_1 Contact Address.Telephone1 O O O O O O O O O O O O
20 FIRST_CONTACT_TELEPHONE_2 Contact Address.Telephone2 O O O O O O O O O O O O
21 SECOND_CONTACT_TELEPHONE_2 Contact Address.Telephone2 O O O O O O O O O O O O
22 AMR_REQUIRED Job Information.Additional Services.AMR M M M H M M M H M H M H M M M M
23 BASE_REQUIRED Job Information.Additional Services.Base M M M H M M M H M H M H M M M H M
24 BYPASS_REQUIRED Job Information.Additional Services.By-pass M O M O M H M O M O M H M H M H M O M O M O M O
25 CONVERTOR_REQUIRED Job Information.Additional Services.Convertor M M M H M M M M M M M M M
26 EMS_REQUIRED Job Information.Additional Services.EMS M M M H M M M H M H M H M M M M
27 HOUSING_REQUIRED Job Information.Additional Services.Housing M M M H M M M H M H M H M M M H M
28 LOGGER_REQUIRED TWIN_STREAM_REQUIRED Job Information.Additional Services.Logger Job Information.Additional Services.Twin Stream M M M H M M M H M H M H M M M H M
29 TWIN_STREAM_REQUIRED ANNUAL_QUANTITY Job Information.Additional Services.Twin Stream Job Information.Annual Quantity O O O O O O H O H O H O O O O
30 ANNUAL_QUANTITY INDICATIVE_TIME Job Information.Annual Quantity Job Information.Appointment Preference M O M O M O M O M O M O M O M O M O M O M O M O
31 INDICATIVE_TIME DOWNSTREAM_BOOSTER_OR_COMPRESS Job Information.Appointment Preference Job Information.Booster/Compressor O M O M O M O M O M O H O H O H O M O M O M O M
32 DOWNSTREAM_BOOSTER_OR_COMPRESS EXISTING_METER_SERIAL_NO Job Information.Booster/Compressor Job Information.Existing Asset Serial Number M H O H M M O M M O M M M M M M O
33 EXISTING_METER_SERIAL_NO EXISTING_MESC_CODE Job Information.Existing Asset Serial Number Job Information.Existing Meter Size NA H NA H M M M M M O M M O M M O O
34 EXISTING_MESC_CODE METY_CODE Job Information.Existing Meter Size Job Information.Meter Type Existing NA H NA H M M M M M M M M O O
35 METY_CODE EXISTING_METER_OWNER Job Information.Meter Type Existing Job Information.Gas Act Owner NA O NA O M M M M M M M M O M O
36 EXISTING_SVCP_CODE INDICATIVE_DATE Job Information.Existing Pressure Category Job Information.Indicative Substantial Completion Date NA O NA O M O M O M O M O M O M O M O M O O O
37 EXISTING_METER_OWNER REQUIRED_IP_DETAILS Job Information.Gas Act Owner Job Information.IP Details O O3 O H O O3 M O3 M H M O3 M H O O3 O M3 O M3 O O3 O O3
38 INDICATIVE_DATE REQUIRED_IP_MBAR Job Information.Indicative Substantial Completion Date Job Information.IP Mbar O M3 O H O O3 O M3 O H O O3 O H O O3 O O3 O M3 O O3 O O3
39 REQUIRED_IP_DETAILS JOB_DESCRIPTION Job Information.IP Details Job Information.Job Description M3 O NA O O3 O O3 O NA O O3 O NA O O3 O M3 O M3 O O3 O O3 O
40 REQUIRED_IP_MBAR ENTY_CODE Job Information.IP Mbar Job Information.Job Type O3 M NA M O3 M O3 M NA M O3 M NA M O3 M O3 M O3 M O3 M O3 M
41 JOB_DESCRIPTION LOAD_CONTROL_TYPE Job Information.Job Description Job Information.Load Control Type O M O M O H O M O M O H O H O H O O M O O
42 ENTY_CODE MARKET_SECTOR_CODE Job Information.Job Type Job Information.Market Sector Code M O M O M O M O M O M O M O M O M O M O M O M O
43 LOAD_CONTROL_TYPE QMAX Job Information.Load Control Type Job Information.Measuring Capacity Qmax M M M2 O M M M2 O O O O O M O O
44 MARKET_SECTOR_CODE QMIN Job Information.Market Sector Code Job Information.Measuring Capacity Qmin O O O O O O O O O O O O
45 QMAX REQUIRED_MESC_CODE Job Information.Measuring Capacity Qmax Job Information.Meter Size M H M2 OM2 M H M H M OM2 M H M H M H M H M O M H M O
46 QMIN EXISTING_METER_MODEL Job Information.Measuring Capacity Qmin Job Information.Model Code O H O H O O O O O O O O O O
47 REQUIRED_MESC_CODE OTHER_INFORMATION Job Information.Meter Size Job Information.Other Information NA O OM2 O NA O NA O NA O NA O NA O NA O NA O NA O NA O NA O
48 EXISTING_METER_MODEL OTHER_PROJECT_REFERENCE Job Information.Model Code Job Information.Other Related Projects NA O NA O O O O O O O O O O O
49 OTHER_INFORMATION REQUIRED_METERING_PRESSURE Job Information.Other Information Job Information.Required Meter Pressure O M O M O M O M O M O M O M O M O M O M O O
50 OTHER_PROJECT_REFERENCE REQUIRED_SVCP_CODE Job Information.Other Related Projects Job Information.Service Pressure O M3 O M O M3 O M3 O M O M3 O M O M3 O M3 O M3 O O3 O O3
51 REQUIRED_METERING_PRESSURE EXISTING_METER_ASSET_PROVIDER Job Information.Required Meter Pressure Job Information.Supplier / Job Information.Consumer(Meter Asset Manager) M O M O M O M O M O M O M O M O M O M O M O M O
REQUIRED_SVCP_CODE Job Information.Service Pressure M3 M O3 O3 M O3 M O3 M3 M3 O3 O3
EXISTING_METER_ASSET_PROVIDER Job Information.Supplier / Job Information.Consumer O O O M M M M O M O O O
52 TRANSACTION_REFERENCE Job Site Details.Transaction Reference O O O O O O O O O O O O
53 SECOND_ALT_BUILDING Second Contact Address.Building O O O O O O O O O O O O
54 SECOND_ALT_CITY Second Contact Address.City O O O O O O O O O O O O
57 SECOND_ALT_SUB_BUILDING Second Contact Address.Sub Building O O O O O O O O O O O O
58 ACCESS_ADDITIONAL Site Detail.Access Instructions O O O O O O O O O O O O
59 ACCESS_PASSWORD Site Detail.Access Password O O O O O O O O O O O O
60 MPRN_ALT Site Detail.Additional Information M4 M4 M4 O M4 O M4 O M4 O M4 O M4 O M4 O M4 O M4 O M4 O
61 ALTY_CODE Site Detail.Asset Location Code M M M M M M M M M M M M
62 ASSET_LOCATION_NOTES Site Detail.Asset Location Notes O O O O O O O O O O O O
63 CACA_CODE Site Detail.Care Category O O O O O O O O O O O O
64 MPRN Site Detail.MPRN M4 OM4 M4 OM4 M4 M M4 M M4 M M4 M M4 M M4 M M4 M M4 M M4 M M4 O
65 AGENT_COMT_CODE Supplier Agent.Telephone1/Telephone2/Fax/Email M M M M M M M M M M M M
66 AGENT_CONTACT_VALUE Supplier Agent.Telephone1/Telephone2/Fax/Email M M M M M M M M M M M M
67 ID Enquiry Reference (not in spec appendix) M M M M M M M M M M M M
68 CREATED_BY LOGGER_REQUIRED Job Information.Logger H H H O O O O O O O O O
69 CREATED_ON
70 UPDATED_BY
71 UPDATED_ON
72
73 Tripartite Y Y Y Y Y Y Y Y Don't care Don't care Y Don't care
74 Non-Tripartite N N Y N N Y Y Y Don't care Don't care Y Don't care

19
Data/Seed/InstallSeed.cmd
View File

@@ -26,32 +26,18 @@ sqlldr %1 control=enst
sqlldr %1 control=enty
sqlldr %1 control=fity
sqlldr %1 control=hoty
sqlldr %1 control=mety
sqlldr %1 control=prtp
sqlldr %1 control=qust
sqlldr %1 control=rety
sqlldr %1 control=rvty
sqlldr %1 control=svcpt
sqlldr %1 control=svcp
sqlldr %1 control=slty
sqlldr %1 control=cnty
sqlldr %1 control=cnor
sqlldr %1 control=slva
sqlldr %1 control=caca
sqlldr %1 control=mesc
@@ -62,13 +48,12 @@ sqlldr %1 control=dir_import
sqlldr %1 control=regi
sqlldr %1 control=poco
sqlldr %1 control=syco
sqlldr %1 control=adit
sqlplus %1 @enable_constraints
sqlplus %1 @create_passwords
goto :done

25
Data/Seed/MESC.ctl
View File

@@ -5,19 +5,20 @@ REPLACE
FIELDS TERMINATED BY '|'
(
code
,description
,qmax
,valid_for_new_meter
,valid_for_existing_meter
,valid_for_new_meter
)
BEGINDATA
U16|12.8|YES|YES
U25|20|YES|YES
U40|32|YES|YES
U65|52|YES|YES
U100|80|YES|YES
U160|128|YES|YES
Rotary/Turbine 2"|999|NO|YES
Rotary/Turbine 3"|9999|NO|YES
Rotary/Turbine 4"|99999|NO|YES
Rotary/Turbine 6"|999999|NO|YES
Other|9999999|NO|YES
U16|U16|12.8|YES|YES
U25|U25|20|YES|YES
U40|U40|32|YES|YES
U65|U65|52|YES|YES
U100|U100|80|YES|YES
U160|U160|128|YES|YES
Rotary/Turbine 2"|Rotary/Turbine 2"|999|YES|NO
Rotary/Turbine 3"|Rotary/Turbine 3"|9999|YES|NO
Rotary/Turbine 4"|Rotary/Turbine 4"|99999|YES|NO
Rotary/Turbine 6"|Rotary/Turbine 6"|999999|YES|NO
Other|Other|9999999|YES|YES

17
Data/Seed/adit.ctl Normal file
View File

@@ -0,0 +1,17 @@
LOAD DATA
INFILE *
INTO TABLE additional_items
REPLACE
FIELDS TERMINATED BY '|'
(
code
,description
,lead_time
)
BEGINDATA
BYPASS|Bypass|9999
LOGGER|Data Logger|15
AMR|Automatic Meter Reading|15
EMS|Energy Management System|15
PURGING|Purging (if required) (On Time and Materials Basis)|0
LIFTING GEAR|Lifting Gear (if required) (Per Day)|0

16
Data/Seed/apau.ctl
View File

@@ -10,9 +10,17 @@ rt_code
,privilege
)
BEGINDATA
MIPADMIN|adminmenu|C|A
SUPPADMIN|adminmenu|C|A
MIPADMIN|10|P|A
MIPADMIN|32|P|A
MIPADMIN|21|P|A
MIPADMIN|20|P|A
MIPADMIN|13|P|A
AGENT|11|P|A
CS|11|P|A
MIPADMIN|11|P|A
MIPADMIN|13|P|A
MIPADMIN|20|P|A
MIPADMIN|21|P|A
AGENT|32|P|A
CS|32|P|A
ICU|32|P|A
MIPADMIN|32|P|A
CS|32|P|R

13
Data/Seed/cnty.ctl
View File

@@ -1,13 +0,0 @@
LOAD DATA
INFILE *
INTO TABLE connection_types
REPLACE
FIELDS TERMINATED BY '|'
(
description
,code
)
BEGINDATA
(mm) BSPT|MMBSTP
(mm) PN16|MMPN16
INCH BS 746|INCHBS

2
Data/Seed/enty.ctl
View File

@@ -14,7 +14,7 @@ OFMAT|Request for OFGEM Meter Accuracy Test (OFMAT)
EXCHANGE|Exchange of non-Standard meter
REMOVE|Removal of non-Standard meter
STD REMOVE|Removal of a Standard meter
RELOCATE|Relocation of a meter
ALTERATION|Alteration (relocation or reposition) of an existing meter
ADDON|Purchase of standard add-ons for an existing meter module
OTHER|Other
CHANGE CAPACITY|Change of capacity

16
Data/Seed/fity.ctl
View File

@@ -1,16 +0,0 @@
LOAD DATA
INFILE *
INTO TABLE filter_types
REPLACE
FIELDS TERMINATED BY '|'
(
code
,description
)
BEGINDATA
LOW LOSS STRAINER|Low Loss Strainer
FIXED IN UNION|Fixed in Union
Y TYPE|Y Type
INLINE|InLine
ANGLE PATTERN|Angle Pattern
GAUZE|Gauze

13
Data/Seed/hoty.ctl
View File

@@ -1,13 +0,0 @@
LOAD DATA
INFILE *
INTO TABLE housing_types
REPLACE
FIELDS TERMINATED BY '|'
(
code
,description
)
BEGINDATA
LIFT OFF|Lift Off
WALK IN|Walk In
WALK THROUGH|Walk Through

1
Data/Seed/parl.ctl
View File

@@ -13,4 +13,3 @@ prty_id
)
BEGINDATA
1|MIPADMIN|1001|08-NOV-07|||

15374
Data/Seed/poco.ctl
View File

File diff suppressed because it is too large Load Diff

21
Data/Seed/qust.ctl
View File

@@ -1,16 +1,17 @@
LOAD DATA
INFILE *
REPLACE
INTO TABLE quote_statuses
FIELDS TERMINATED BY ","
REPLACE
FIELDS TERMINATED BY '|'
(
CODE
,DESCRIPTION
code
,description
)
BEGINDATA
INP,In Progress
AV,Available
ACC,Accepted
USERREJ,Rejected by user
ACCREJ,Rejected because associated quote accepted
LAPSE,Lapsed
SELECTED|Selected by user for detailed quote
INP|In Progress
AV|Available
ACCEPTED|Accepted
REJECTED|Rejected by user
SELREJ|Rejected because associated quote selected for detailed quote
LAPSED|Lapsed

23
Data/Seed/rety.ctl
View File

@@ -1,23 +0,0 @@
LOAD DATA
INFILE *
INTO TABLE regulator_types
REPLACE
FIELDS TERMINATED BY '|'
(
code
,description
)
BEGINDATA
J90 ANGLED|J90 Angled
DONKIN FIG 270R|Donkin Fig 270R
DONKIN FIG 280/309|Donkin Fig 280/309
DONKIN FIG 280|Donkin Fig 280
RBI 2111|RBI 2111
RBI 2011|RBI 2011
RBI 2611|RBI 2611
RBI 3211|RBI 3211
RBE 1711|RBE 1711
RBE 4011|RBE 4011
SPERYN G1000|SPERYN G1000
J48|J48
DONKIN 226|Donkin 226

13
Data/Seed/rvty.ctl
View File

@@ -1,13 +0,0 @@
LOAD DATA
INFILE *
INTO TABLE relief_valve_types
REPLACE
FIELDS TERMINATED BY '|'
(
code
,description
)
BEGINDATA
INTEGRAL|Integral
10L|10L
VS811|VS811

12
Data/Seed/slty.ctl
View File

@@ -1,12 +0,0 @@
LOAD DATA
INFILE *
REPLACE
INTO TABLE slamshut_types
FIELDS TERMINATED BY ","
(
CODE
,DESCRIPTION
)
BEGINDATA
INTEGRAL,Integral
DF305,Donkin Fig 305

12
Data/Seed/slva.ctl
View File

@@ -1,12 +0,0 @@
LOAD DATA
INFILE *
INTO TABLE slamshut_types
REPLACE
FIELDS TERMINATED BY '|'
(
code
,description
)
BEGINDATA
INTEGRAL|Integral
DF305|Donkin Fig 305

BIN
Documentation/Design/ERD_CAVEAT_TEXTS.png Normal file
View File

Binary file not shown.
Side by Side

After

Width:  |  Height:  |  Size: 24 KiB

BIN
Documentation/Design/ERD_QUOTE.png
View File

Binary file not shown.
Side by Side Swipe Overlay

Before

Width:  |  Height:  |  Size: 32 KiB

After

Width:  |  Height:  |  Size: 211 KiB

BIN
Documentation/SupportingDocumentation/QuotationStateDiagram.png
View File

Binary file not shown.
Side by Side Swipe Overlay

Before

Width:  |  Height:  |  Size: 8.5 KiB

After

Width:  |  Height:  |  Size: 11 KiB

147
Documentation/SupportingDocumentation/VioletDiagrams/Quotation.state.violet
View File

@@ -1,5 +1,5 @@
<?xml version="1.0" encoding="UTF-8"?>
<java version="1.6.0_02" class="java.beans.XMLDecoder">
<java version="1.6.0_01" class="java.beans.XMLDecoder">
<object class="com.horstmann.violet.StateDiagramGraph">
<void method="addNode">
<object id="StateNode0" class="com.horstmann.violet.StateNode">
@@ -35,8 +35,8 @@
</object>
<object class="java.awt.geom.Point2D$Double">
<void method="setLocation">
<double>586.0</double>
<double>442.0</double>
<double>602.648899610038</double>
<double>413.4590292399347</double>
</void>
</object>
</void>
@@ -74,8 +74,8 @@
</object>
<object class="java.awt.geom.Point2D$Double">
<void method="setLocation">
<double>768.0</double>
<double>365.0</double>
<double>725.188543859902</double>
<double>323.37775097490476</double>
</void>
</object>
</void>
@@ -89,8 +89,8 @@
</object>
<object class="java.awt.geom.Point2D$Double">
<void method="setLocation">
<double>154.0</double>
<double>313.0</double>
<double>142.0</double>
<double>276.3511003899619</double>
</void>
</object>
</void>
@@ -104,8 +104,74 @@
</object>
<object class="java.awt.geom.Point2D$Double">
<void method="setLocation">
<double>352.0</double>
<double>519.0</double>
<double>527.0026530204027</double>
<double>520.1892071150027</double>
</void>
</object>
</void>
<void method="addNode">
<object id="StateNode6" class="com.horstmann.violet.StateNode">
<void property="name">
<void property="text">
<string>Selected</string>
</void>
</void>
</object>
<object class="java.awt.geom.Point2D$Double">
<void method="setLocation">
<double>222.3524269001633</double>
<double>457.29713596497555</double>
</void>
</object>
</void>
<void method="addNode">
<object id="StateNode7" class="com.horstmann.violet.StateNode">
<void property="name">
<void property="text">
<string>Rejected</string>
</void>
</void>
</object>
<object class="java.awt.geom.Point2D$Double">
<void method="setLocation">
<double>450.70949658603126</double>
<double>652.8747061364937</double>
</void>
</object>
</void>
<void method="addNode">
<object id="NoteNode0" class="com.horstmann.violet.NoteNode">
<void property="text">
<void property="text">
<string>Record reason for rejection</string>
</void>
</void>
</object>
<object class="java.awt.geom.Point2D$Double">
<void method="setLocation">
<double>166.48899610038097</double>
<double>608.874042881393</double>
</void>
</object>
</void>
<void method="addNode">
<object id="PointNode0" class="com.horstmann.violet.PointNode">
<void id="Rectangle2D$Double0" property="bounds">
<void method="setRect">
<double>386.4923123758843</double>
<double>575.576243661317</double>
<double>0.0</double>
<double>0.0</double>
</void>
</void>
<void property="bounds">
<object idref="Rectangle2D$Double0"/>
</void>
</object>
<object class="java.awt.geom.Point2D$Double">
<void method="setLocation">
<double>386.4923123758843</double>
<double>575.576243661317</double>
</void>
</object>
</void>
@@ -127,15 +193,6 @@
<object idref="StateNode2"/>
<object idref="StateNode4"/>
</void>
<void method="connect">
<object class="com.horstmann.violet.StateTransitionEdge">
<void property="label">
<string>Accepted by User</string>
</void>
</object>
<object idref="StateNode4"/>
<object idref="StateNode5"/>
</void>
<void method="connect">
<object class="com.horstmann.violet.StateTransitionEdge">
<void property="label">
@@ -167,7 +224,7 @@
<void method="connect">
<object class="com.horstmann.violet.StateTransitionEdge">
<void property="label">
<string>Other Quote Accepted</string>
<string>Other Quote Selected for Detailed Quote</string>
</void>
</object>
<object idref="StateNode4"/>
@@ -198,25 +255,47 @@
<object idref="StateNode4"/>
<object idref="StateNode1"/>
</void>
<void method="connect">
<object class="com.horstmann.violet.StateTransitionEdge"/>
<object idref="StateNode4"/>
<object idref="StateNode5"/>
</void>
<void method="connect">
<object class="com.horstmann.violet.StateTransitionEdge"/>
<object idref="StateNode4"/>
<object idref="StateNode5"/>
</void>
<void method="connect">
<object class="com.horstmann.violet.StateTransitionEdge"/>
<object idref="StateNode4"/>
<object idref="StateNode5"/>
</void>
<void method="connect">
<object class="com.horstmann.violet.StateTransitionEdge"/>
<object idref="StateNode0"/>
<object idref="CircularFinalStateNode0"/>
</void>
<void method="connect">
<object class="com.horstmann.violet.StateTransitionEdge">
<void property="label">
<string>Selected by User for Detailed Quote</string>
</void>
</object>
<object idref="StateNode4"/>
<object idref="StateNode6"/>
</void>
<void method="connect">
<object class="com.horstmann.violet.StateTransitionEdge">
<void property="label">
<string>Detailed Quote Accepted</string>
</void>
</object>
<object idref="StateNode6"/>
<object idref="StateNode5"/>
</void>
<void method="connect">
<object class="com.horstmann.violet.StateTransitionEdge">
<void property="label">
<string>Detailed Quote Rejected</string>
</void>
</object>
<object idref="StateNode6"/>
<object idref="StateNode7"/>
</void>
<void method="connect">
<object class="com.horstmann.violet.StateTransitionEdge"/>
<object idref="StateNode7"/>
<object idref="CircularFinalStateNode0"/>
</void>
<void method="connect">
<object class="com.horstmann.violet.NoteEdge"/>
<object idref="NoteNode0"/>
<object idref="PointNode0"/>
</void>
</object>
</java>

53
Documentation/pldoc/frame_index.html
View File

@@ -3,12 +3,54 @@
<TABLE CLASS="SUB_TABLE">
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM" nowrap>
&nbsp;&nbsp;&nbsp;<A HREF="cout_assert.html" TITLE="Package of assertion routines to make it easy to validate assumptions in a declarative fashion.">cout_assert</A>
</TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM" nowrap>
&nbsp;&nbsp;&nbsp;<A HREF="cout_err.html" TITLE="">cout_err</A>
</TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM" nowrap>
&nbsp;&nbsp;&nbsp;<A HREF="cout_system_configuration.html" TITLE="Package containing the common utility system configuration routines used by the Access Manager application">cout_system_configuration</A>
</TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM" nowrap>
&nbsp;&nbsp;&nbsp;<A HREF="export_xml_pkg.html" TITLE="">export_xml_pkg</A>
</TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM" nowrap>
&nbsp;&nbsp;&nbsp;<A HREF="mip_contact_details.html" TITLE="">mip_contact_details</A>
</TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM" nowrap>
&nbsp;&nbsp;&nbsp;<A HREF="mip_email.html" TITLE="">mip_email</A>
</TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM" nowrap>
&nbsp;&nbsp;&nbsp;<A HREF="MIP_ENQUIRIES_HELPER.html" TITLE="">MIP_ENQUIRIES_HELPER</A>
</TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM" nowrap>
&nbsp;&nbsp;&nbsp;<A HREF="mip_enquiry.html" TITLE="">mip_enquiry</A>
</TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM" nowrap>
&nbsp;&nbsp;&nbsp;<A HREF="MIP_FILES.html" TITLE="">MIP_FILES</A>
</TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM" nowrap>
&nbsp;&nbsp;&nbsp;<A HREF="mip_mandatory.html" TITLE="">mip_mandatory</A>
</TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM" nowrap>
&nbsp;&nbsp;&nbsp;<A HREF="mip_parties.html" TITLE="">mip_parties</A>
</TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM" nowrap>
&nbsp;&nbsp;&nbsp;<A HREF="mip_quotation.html" TITLE="">mip_quotation</A>
</TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM" nowrap>
&nbsp;&nbsp;&nbsp;<A HREF="mip_quotation_document.html" TITLE="">mip_quotation_document</A>
</TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM" nowrap>
&nbsp;&nbsp;&nbsp;<A HREF="mip_regions.html" TITLE="">mip_regions</A>
</TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM" nowrap>
&nbsp;&nbsp;&nbsp;<A HREF="mip_security.html" TITLE="Handle authentication and authorization processes for the MIP project">mip_security</A>
</TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM" nowrap>
&nbsp;&nbsp;&nbsp;<A HREF="mip_table_constraints.html" TITLE="">mip_table_constraints</A>
</TD></TR>
</TABLE>
@@ -29,6 +71,17 @@
</TABLE>
<TABLE CLASS="SUB_TABLE"><TR>
<TD CLASS="SUB_TITLE" nowrap>&nbsp;Tables</TD></TR></TABLE>
<TABLE CLASS="SUB_TABLE">
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM" nowrap>
&nbsp;&nbsp;&nbsp;<A HREF="ROLE_TYPES.html" TITLE="">ROLE_TYPES</A>
</TD></TR>
</TABLE>
<TABLE CLASS="SUB_TABLE"><TR>
<TD CLASS="SUB_TITLE" nowrap>&nbsp;Views</TD></TR></TABLE>

55
Documentation/pldoc/index.html
View File

@@ -16,12 +16,54 @@
<TABLE CLASS="SUB_TABLE">
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM">
<A HREF="cout_assert.html">cout_assert</A>
</TD><TD CLASS="DESC_TEXT" WIDTH=95%>Package of assertion routines to make it easy to validate assumptions in a declarative fashion.</TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM">
<A HREF="cout_err.html">cout_err</A>
</TD><TD CLASS="DESC_TEXT" WIDTH=95%></TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM">
<A HREF="cout_system_configuration.html">cout_system_configuration</A>
</TD><TD CLASS="DESC_TEXT" WIDTH=95%>Package containing the common utility system configuration routines used by the Access Manager application</TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM">
<A HREF="export_xml_pkg.html">export_xml_pkg</A>
</TD><TD CLASS="DESC_TEXT" WIDTH=95%></TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM">
<A HREF="mip_contact_details.html">mip_contact_details</A>
</TD><TD CLASS="DESC_TEXT" WIDTH=95%></TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM">
<A HREF="mip_email.html">mip_email</A>
</TD><TD CLASS="DESC_TEXT" WIDTH=95%></TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM">
<A HREF="MIP_ENQUIRIES_HELPER.html">MIP_ENQUIRIES_HELPER</A>
</TD><TD CLASS="DESC_TEXT" WIDTH=95%></TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM">
<A HREF="mip_enquiry.html">mip_enquiry</A>
</TD><TD CLASS="DESC_TEXT" WIDTH=95%></TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM">
<A HREF="MIP_FILES.html">MIP_FILES</A>
</TD><TD CLASS="DESC_TEXT" WIDTH=95%></TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM">
<A HREF="mip_mandatory.html">mip_mandatory</A>
</TD><TD CLASS="DESC_TEXT" WIDTH=95%></TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM">
<A HREF="mip_parties.html">mip_parties</A>
</TD><TD CLASS="DESC_TEXT" WIDTH=95%></TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM">
<A HREF="mip_quotation.html">mip_quotation</A>
</TD><TD CLASS="DESC_TEXT" WIDTH=95%></TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM">
<A HREF="mip_quotation_document.html">mip_quotation_document</A>
</TD><TD CLASS="DESC_TEXT" WIDTH=95%></TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM">
<A HREF="mip_regions.html">mip_regions</A>
</TD><TD CLASS="DESC_TEXT" WIDTH=95%></TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM">
<A HREF="mip_security.html">mip_security</A>
</TD><TD CLASS="DESC_TEXT" WIDTH=95%>Handle authentication and authorization processes for the MIP project</TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM">
<A HREF="mip_table_constraints.html">mip_table_constraints</A>
</TD><TD CLASS="DESC_TEXT" WIDTH=95%></TD></TR>
</TABLE>
@@ -44,6 +86,19 @@
</TABLE>
<HR>
<A NAME="TABLES"></A>
<TABLE CLASS="SUB_TABLE"><TR>
<TD CLASS="SUB_TITLE">Tables</TD></TR></TABLE>
<TABLE CLASS="SUB_TABLE">
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM">
<A HREF="ROLE_TYPES.html">ROLE_TYPES</A>
</TD><TD CLASS="DESC_TEXT" WIDTH=95%></TD></TR>
</TABLE>
<HR>
<A NAME="VIEWS"></A>
<TABLE CLASS="SUB_TABLE"><TR>

46
Documentation/pldoc/mip_regions.html
View File

@@ -28,6 +28,11 @@ Program units
</TD><TD CLASS="DESC_TEXT" WIDTH=95%>
Attempts to validate that the format of the given string matches a standard postcode format
</TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM">
<A HREF="#get_region_for_postcode">get_region_for_postcode</A>&nbsp;&nbsp;
</TD><TD CLASS="DESC_TEXT" WIDTH=95%>
Find the region with which the given postcode is associated
</TD></TR>
</TABLE>
<BR>
<HR>
@@ -69,6 +74,47 @@ Returns
</TD><TD CLASS="DESC_TEXT" WIDTH=95%>
TRUE if the given string matches a known postcode format<br>
</TD></TR>
</TABLE>
<BR>
<HR>
<A NAME="get_region_for_postcode"></A>
<P CLASS="TYPE_TITLE">
get_region_for_postcode
</P>
<PRE CLASS="DECL_TEXT">
FUNCTION get_region_for_postcode(p_postcode IN VARCHAR2)
RETURN postcodes.regi_code%TYPE
</PRE>
<P CLASS="DESC_TEXT">
Find the region with which the given postcode is associated<br>
<BR>
</P>
<A NAME="Parameters"></A>
<TABLE CLASS="LIST_TABLE"><TR><TD CLASS="LIST_TITLE">
Parameters
</TD></TR></TABLE>
<TABLE CLASS="LIST_TABLE">
<TR><TD VALIGN="TOP" CLASS="LIST_ITEM" WIDTH=1%>
</TD><TD VALIGN="TOP" CLASS="LIST_ITEM" WIDTH=1%>
p_postcode&nbsp;&nbsp;
</TD><TD CLASS="DESC_TEXT" WIDTH=95%>
correctly formatted postcode<br>
</TD></TR>
</TABLE>
<BR>
<A NAME="Returns"></A>
<TABLE CLASS="LIST_TABLE"><TR><TD CLASS="LIST_TITLE">
Returns
</TD></TR></TABLE>
<TABLE CLASS="LIST_TABLE">
<TR><TD VALIGN="TOP" CLASS="LIST_ITEM" WIDTH=1%>
</TD><TD CLASS="DESC_TEXT" WIDTH=95%>
region code or NULL<br>
</TD></TR>
</TABLE>
<BR>

59
Documentation/pldoc/mip_security.html
View File

@@ -32,7 +32,7 @@ Perform user authentication and login An authenticated login for an expired pass
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM">
<A HREF="#get_hash">get_hash</A>&nbsp;&nbsp;
</TD><TD CLASS="DESC_TEXT" WIDTH=95%>
Generate a hash from the given username and password
</TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM">
<A HREF="#valid_user2">valid_user2</A>&nbsp;&nbsp;
@@ -63,6 +63,21 @@ Authenticates the given username and password
<A HREF="#new_password">new_password</A>&nbsp;&nbsp;
</TD><TD CLASS="DESC_TEXT" WIDTH=95%>
</TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM">
<A HREF="#other_user_password">other_user_password</A>&nbsp;&nbsp;
</TD><TD CLASS="DESC_TEXT" WIDTH=95%>
</TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM">
<A HREF="#get_user_status">get_user_status</A>&nbsp;&nbsp;
</TD><TD CLASS="DESC_TEXT" WIDTH=95%>
</TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM">
<A HREF="#set_user_status">set_user_status</A>&nbsp;&nbsp;
</TD><TD CLASS="DESC_TEXT" WIDTH=95%>
Updates the user status
</TD></TR>
<TR><TD VALIGN="TOP" CLASS="TYPE_ITEM">
<A HREF="#page_authorization">page_authorization</A>&nbsp;&nbsp;
@@ -143,6 +158,13 @@ FUNCTION get_hash(p_username IN VARCHAR2
,p_password IN VARCHAR2) RETURN VARCHAR2
</PRE>
<P CLASS="DESC_TEXT">
Generate a hash from the given username and password<br>
&nbsp;<br>
The system does not record users passwords 'in the plain', instead we recordThe resultant hash is recorded as the username 'password hash'<br>
<BR>
</P>
<HR>
<A NAME="valid_user2"></A>
<P CLASS="TYPE_TITLE">
@@ -257,6 +279,41 @@ PROCEDURE new_password(p_username IN VARCHAR2
</PRE>
<HR>
<A NAME="other_user_password"></A>
<P CLASS="TYPE_TITLE">
other_user_password
</P>
<PRE CLASS="DECL_TEXT">
PROCEDURE other_user_password(p_prty_id IN NUMBER
,p_username IN VARCHAR2
,p_password IN VARCHAR2)
</PRE>
<HR>
<A NAME="get_user_status"></A>
<P CLASS="TYPE_TITLE">
get_user_status
</P>
<PRE CLASS="DECL_TEXT">
FUNCTION get_user_status(p_username IN VARCHAR2) RETURN VARCHAR2
</PRE>
<HR>
<A NAME="set_user_status"></A>
<P CLASS="TYPE_TITLE">
set_user_status
</P>
<PRE CLASS="DECL_TEXT">
PROCEDURE set_user_status(p_username IN VARCHAR2
,p_status IN VARCHAR2)
</PRE>
<P CLASS="DESC_TEXT">
Updates the user status<br>
<BR>
</P>
<HR>
<A NAME="page_authorization"></A>
<P CLASS="TYPE_TITLE">
page_authorization

16
InstallMIP.cmd
View File

@@ -9,19 +9,21 @@ if "%5"=="" goto :usage
@echo Install Schema
sqlplus /nolog @Schema\InstallMIP %1 %2 %3 %4 %5
@echo Install Modules
sqlplus %3/%4@%5 @Modules\Modules.sql
@echo Install Seed
cd Data\Seed
call InstallSeed %3/%4@%5
cd ..\..
@echo Seed Complete
if "%6"=="" goto :done
@echo Install Modules
sqlplus %3/%4@%5 @Modules\Modules.sql
@echo Modules Complete
sqlplus %3/%4@%5 @Data\Seed\create_passwords.sql
if "%6"=="" goto :done
if "%6"=="demo" goto :demo
if "%6"=="test" goto :test
@@ -49,6 +51,6 @@ goto :done
:usage
echo usage InstallMIP sys_name sys_password app_name app_password db_connect_string demo/test
echo "usage InstallMIP sys_name sys_password app_name app_password db_connect_string [demo|test]"
:done

54
Modules/MIP_DIRLIST.jsp Normal file
View File

@@ -0,0 +1,54 @@
CREATE OR REPLACE AND RESOLVE JAVA SOURCE NAMED DirList AS
import java.io.*;
import java.sql.*;
import java.util.Date;
import java.text.SimpleDateFormat;
public class DirList
{
public static void getList(String directory)
throws SQLException
{
File path = new File( directory );
String[] list = path.list();
String element;
for(int i = 0; i < list.length; i++)
{
element = list[i];
String fpath=directory+"/"+list[i];
File f = new File(fpath);
long len;
Date date;
String ftype;
String sqldate;
SimpleDateFormat df = new SimpleDateFormat("yyyy-MM-dd kk:mm:ss");
if (f.isFile()) {
len = f.length();
date = new Date(f.lastModified());
sqldate = df.format(date) ;
ftype = "F";
} else {
len = 0;
sqldate = null;
ftype = "D";
}
#sql { INSERT INTO GTT_DIR_LIST (FILENAME, filelength, filetype, filemodified)
VALUES (:element, :len, :ftype, to_date(:sqldate,'YYYY-MM-DD HH24:MI:SS')) };
}
}
}
/

12
Modules/Modules.sql
View File

@@ -3,16 +3,14 @@ set define off
@@gen_mandatory.prc
begin
gen_mandatory;
end;
/
exec gen_mandatory
@@mip_mandatory.pck
@@mip_files.pck
@@mip_security.pck
@@mip_parties.pck
@@mip_quotation_document.pck
@@mip_quotation.pck
@@mip_enquiry.pck
@@mip_regions.pck
@@ -20,6 +18,8 @@ end;
@@cout_err.pck
@@cout_system_configuration.pck
@@mip_contact_details.pck
@@mip_dirlist.jsp
@@get_quote_items.fnc
exit
@@mip_bulk_Load.pck
@@compile.sql
exit

31
Modules/compile.sql Normal file
View File

@@ -0,0 +1,31 @@
set define on
PROMPT *
PROMPT * Compile Schema
exec dbms_utility.compile_schema(USER)
SET SCAN ON
SET DEFINE ON
SET ARRAYSIZE 1
SET FEEDBACK OFF
SET LINESIZE 116
SET PAGESIZE 50
SET SERVEROUTPUT ON
COLUMN LABEL NEW_VALUE LABEL_VALUE NOPRINT
COLUMN RTYPE NOPRINT
COLUMN SEQ NOPRINT
COLUMN TEXT FORMAT A70 TRUNCATE
COLUMN TYPE FORMAT A2
COLUMN COL FORMAT A3
COLUMN DLINE FORMAT 99999 HEADING LINE
COLUMN ELINE NOPRINT
DEFINE LABEL_VALUE = "There were no errors"
REM Create the compilation report
TTITLE SKIP 2 CENTER 'COMPILATION REPORT' SKIP 1
SET HEADING OFF
SELECT NULL FROM DUAL
/

3
Modules/get_dir_list.prc Normal file
View File

@@ -0,0 +1,3 @@
CREATE OR REPLACE PROCEDURE get_dir_list(p_directory IN VARCHAR2) AS
LANGUAGE JAVA NAME 'DirList.getList( java.lang.String )';
/

1498
Modules/mip_bulk_load.pck
View File

File diff suppressed because it is too large Load Diff

103
Modules/mip_quotation.pck
View File

@@ -28,6 +28,41 @@ CREATE OR REPLACE PACKAGE mip_quotation IS
%param p_id the id of the enquiry to be checked
*/
PROCEDURE produce_quotes(p_id IN enquiries.id%TYPE);
/** Accept a quote
%param p_qute_id id of the quote to be accepted
%param p_description optional description to be recorded with the event
%param p_event_date optional date for this event (defaults to now)
*/
PROCEDURE accept_quote(p_qute_id IN quotes.id%TYPE
,p_description quote_events.description%TYPE DEFAULT NULL
,p_event_date IN DATE DEFAULT SYSDATE);
/** Reject a quote
%param p_qute_id id of the quote to be rejected
%param p_description optional description to be recorded with the event
%param p_event_date optional date for this event (defaults to now)
*/
PROCEDURE reject_quote(p_qute_id IN quotes.id%TYPE
,p_description quote_events.description%TYPE DEFAULT NULL
,p_event_date IN DATE DEFAULT SYSDATE);
/** Reject all quotes associated with enquiry
%param p_enqu_id id of the enquiry for qhich all quotes are to be rejected
%param p_description optional description to be recorded with the event
%param p_event_date optional date for this event (defaults to now)
*/
PROCEDURE reject_all_quotes(p_enqu_id IN enquiries.id%TYPE
,p_description quote_events.description%TYPE DEFAULT NULL
,p_event_date IN DATE DEFAULT SYSDATE);
/** Select a quote for detailed quotation
%param p_qute_id id of the quote to be selected
%param p_description optional description to be recorded with the event
%param p_event_date optional date for this event (defaults to now)
*/
PROCEDURE select_quote(p_qute_id IN quotes.id%TYPE
,p_description quote_events.description%TYPE DEFAULT NULL
,p_event_date IN DATE DEFAULT SYSDATE);
END mip_quotation;
/
CREATE OR REPLACE PACKAGE BODY mip_quotation IS
@@ -53,6 +88,71 @@ CREATE OR REPLACE PACKAGE BODY mip_quotation IS
,cost_price costs.cost_price%TYPE
,delivery_cost costs.delivery_cost%TYPE);
PROCEDURE add_quote_event(p_qute_id IN quotes.id%TYPE
,p_qust_code quote_statuses.code%TYPE
,p_description quote_events.description%TYPE DEFAULT NULL
,p_event_date DATE DEFAULT SYSDATE) IS
BEGIN
NULL; --IF p_qust_code = 'ACCEPTED' THEN;
END add_quote_event;
PROCEDURE accept_quote(p_qute_id IN quotes.id%TYPE
,p_description quote_events.description%TYPE DEFAULT NULL
,p_event_date IN DATE DEFAULT SYSDATE) IS
BEGIN
add_quote_event(p_qute_id => p_qute_id
,p_qust_code => 'ACCEPTED'
,p_event_date => p_event_date
,p_description => p_description);
END accept_quote;
PROCEDURE reject_quote(p_qute_id IN quotes.id%TYPE
,p_description quote_events.description%TYPE DEFAULT NULL
,p_event_date IN DATE DEFAULT SYSDATE) IS
BEGIN
add_quote_event(p_qute_id => p_qute_id
,p_qust_code => 'REJECTED'
,p_event_date => p_event_date
,p_description => p_description);
END reject_quote;
PROCEDURE reject_all_quotes(p_enqu_id IN enquiries.id%TYPE
,p_description quote_events.description%TYPE DEFAULT NULL
,p_event_date IN DATE DEFAULT SYSDATE) IS
BEGIN
FOR l_rec IN (SELECT id
FROM quotes
WHERE enqu_id = p_enqu_id) LOOP
add_quote_event(p_qute_id => l_rec.id
,p_qust_code => 'REJECTED'
,p_event_date => p_event_date
,p_description => p_description);
END LOOP;
END reject_all_quotes;
PROCEDURE select_quote(p_qute_id IN quotes.id%TYPE
,p_description quote_events.description%TYPE DEFAULT NULL
,p_event_date IN DATE DEFAULT SYSDATE) IS
BEGIN
add_quote_event(p_qute_id => p_qute_id
,p_qust_code => 'SELECTED'
,p_event_date => p_event_date
,p_description => p_description);
FOR l_rec IN (SELECT id
FROM quotes
WHERE enqu_id = (SELECT enqu_id
FROM quotes
WHERE id = p_qute_id)
AND id <> p_qute_id) LOOP
add_quote_event(p_qute_id => l_rec.id
,p_qust_code => 'SELREJ'
,p_event_date => p_event_date);
END LOOP;
END select_quote;
PROCEDURE request_manual_quote(p_enqu_id IN enquiries.id%TYPE) IS
l_qute_id quotes.id%TYPE;
BEGIN
@@ -576,8 +676,7 @@ CREATE OR REPLACE PACKAGE BODY mip_quotation IS
AND modu.outlet_pressure =
p_enqu.required_metering_pressure
AND metr.code = modu.metr_code
AND metr.qmax >= p_enqu.qmax
) LOOP
AND metr.qmax >= p_enqu.qmax) LOOP
l_this_is_automatic_quote := TRUE;
add_quote_reason(p_enqu.id
,p_reason => 'Considering module : ' ||

12
Schema/InstallMIP.sql
View File

@@ -2,13 +2,23 @@ connect &1/&2@&5 as sysdba
drop user &3 cascade;
grant connect, resource, create any view, create any directory, debug connect session to &3 identified by &4;
grant connect, resource to &3 identified by &4;
grant create any view, create any directory to &3;
grant debug connect session, javauserpriv to &3;
grant execute on dbms_sql to &3;
grant create any procedure to &3;
grant execute on plpdf.plpdf to &3;
grant execute on plpdf.plpdf_img to &3;
create synonym &3..plpdf for plpdf.plpdf;
create synonym &3..plpdf_img for plpdf.plpdf_img;
connect &3/&4@&5
@@mip
@@mipDirectories
@@mipExtTables
@@gtt_dir_list.pdc
@@mipViews
exit

102
Schema/ext_base.pdc Normal file
View File

@@ -0,0 +1,102 @@
DROP TABLE ext_bases
/
create table ext_bases
(
field_1 varchar2(240),
field_2 varchar2(240),
field_3 varchar2(240),
field_4 varchar2(240),
field_5 varchar2(240),
field_6 varchar2(240),
field_7 varchar2(240),
field_8 varchar2(240),
field_9 varchar2(240),
field_10 varchar2(240),
field_11 varchar2(240),
field_12 varchar2(240),
field_13 varchar2(240),
field_14 varchar2(240),
field_15 varchar2(240),
field_16 varchar2(240),
field_17 varchar2(240),
field_18 varchar2(240),
field_19 varchar2(240),
field_20 varchar2(240),
field_21 varchar2(240),
field_22 varchar2(240),
field_23 varchar2(240),
field_24 varchar2(240),
field_25 varchar2(240),
field_26 varchar2(240),
field_27 varchar2(240),
field_28 varchar2(240),
field_29 varchar2(240),
field_30 varchar2(240),
field_31 varchar2(240),
field_32 varchar2(240),
field_33 varchar2(240),
field_34 varchar2(240),
field_35 varchar2(240),
field_36 varchar2(240),
field_37 varchar2(240),
field_38 varchar2(240),
field_39 varchar2(240),
field_40 varchar2(240)
)
ORGANIZATION EXTERNAL
( type oracle_loader
default directory webmip_bulk_load
access parameters
( records delimited by NEWLINE
READSIZE 10485760
skip 1
fields terminated by ','
optionally enclosed BY '"'
missing field values are null
(
field_1,
field_2,
field_3,
field_4,
field_5,
field_6,
field_7,
field_8,
field_9,
field_10,
field_11,
field_12,
field_13,
field_14,
field_15,
field_16,
field_17,
field_18,
field_19,
field_20,
field_21,
field_22,
field_23,
field_24,
field_25,
field_26,
field_27,
field_28,
field_29,
field_30,
field_31,
field_32,
field_33,
field_34,
field_35,
field_36,
field_37,
field_38,
field_39,
field_40
)
)
location ('BASES.csv')
)
reject limit unlimited
/

34
Schema/ext_caveat.pdc Normal file
View File

@@ -0,0 +1,34 @@
DROP TABLE ext_caveats
/
create table ext_caveats
(
field_1 varchar2(240),
field_2 varchar2(240),
field_3 varchar2(240),
field_4 varchar2(240),
field_5 varchar2(240),
field_6 varchar2(4000)
)
ORGANIZATION EXTERNAL
( type oracle_loader
default directory webmip_bulk_load
access parameters
( records delimited by NEWLINE
READSIZE 10485760
skip 1
fields terminated by ','
optionally enclosed BY '"'
missing field values are null
(
field_1,
field_2,
field_3,
field_4,
field_5,
field_6 CHAR(2000)
)
)
location ('CAVEATS.csv')
)
reject limit unlimited
/

102
Schema/ext_cost.pdc Normal file
View File

@@ -0,0 +1,102 @@
DROP TABLE ext_costs
/
create table ext_costs
(
field_1 varchar2(240),
field_2 varchar2(240),
field_3 varchar2(240),
field_4 varchar2(240),
field_5 varchar2(240),
field_6 varchar2(240),
field_7 varchar2(240),
field_8 varchar2(240),
field_9 varchar2(240),
field_10 varchar2(240),
field_11 varchar2(240),
field_12 varchar2(240),
field_13 varchar2(240),
field_14 varchar2(240),
field_15 varchar2(240),
field_16 varchar2(240),
field_17 varchar2(240),
field_18 varchar2(240),
field_19 varchar2(240),
field_20 varchar2(240),
field_21 varchar2(240),
field_22 varchar2(240),
field_23 varchar2(240),
field_24 varchar2(240),
field_25 varchar2(240),
field_26 varchar2(240),
field_27 varchar2(240),
field_28 varchar2(240),
field_29 varchar2(240),
field_30 varchar2(240),
field_31 varchar2(240),
field_32 varchar2(240),
field_33 varchar2(240),
field_34 varchar2(240),
field_35 varchar2(240),
field_36 varchar2(240),
field_37 varchar2(240),
field_38 varchar2(240),
field_39 varchar2(240),
field_40 varchar2(240)
)
ORGANIZATION EXTERNAL
( type oracle_loader
default directory webmip_bulk_load
access parameters
( records delimited by NEWLINE
READSIZE 10485760
skip 1
fields terminated by ','
optionally enclosed BY '"'
missing field values are null
(
field_1,
field_2,
field_3,
field_4,
field_5,
field_6,
field_7,
field_8,
field_9,
field_10,
field_11,
field_12,
field_13,
field_14,
field_15,
field_16,
field_17,
field_18,
field_19,
field_20,
field_21,
field_22,
field_23,
field_24,
field_25,
field_26,
field_27,
field_28,
field_29,
field_30,
field_31,
field_32,
field_33,
field_34,
field_35,
field_36,
field_37,
field_38,
field_39,
field_40
)
)
location ('COSTS.csv')
)
reject limit unlimited
/

102
Schema/ext_housing.pdc Normal file
View File

@@ -0,0 +1,102 @@
DROP TABLE ext_housings
/
create table ext_housings
(
field_1 varchar2(240),
field_2 varchar2(240),
field_3 varchar2(240),
field_4 varchar2(240),
field_5 varchar2(240),
field_6 varchar2(240),
field_7 varchar2(240),
field_8 varchar2(240),
field_9 varchar2(240),
field_10 varchar2(240),
field_11 varchar2(240),
field_12 varchar2(240),
field_13 varchar2(240),
field_14 varchar2(240),
field_15 varchar2(240),
field_16 varchar2(240),
field_17 varchar2(240),
field_18 varchar2(240),
field_19 varchar2(240),
field_20 varchar2(240),
field_21 varchar2(240),
field_22 varchar2(240),
field_23 varchar2(240),
field_24 varchar2(240),
field_25 varchar2(240),
field_26 varchar2(240),
field_27 varchar2(240),
field_28 varchar2(240),
field_29 varchar2(240),
field_30 varchar2(240),
field_31 varchar2(240),
field_32 varchar2(240),
field_33 varchar2(240),
field_34 varchar2(240),
field_35 varchar2(240),
field_36 varchar2(240),
field_37 varchar2(240),
field_38 varchar2(240),
field_39 varchar2(240),
field_40 varchar2(240)
)
ORGANIZATION EXTERNAL
( type oracle_loader
default directory webmip_bulk_load
access parameters
( records delimited by NEWLINE
READSIZE 10485760
skip 1
fields terminated by ','
optionally enclosed BY '"'
missing field values are null
(
field_1,
field_2,
field_3,
field_4,
field_5,
field_6,
field_7,
field_8,
field_9,
field_10,
field_11,
field_12,
field_13,
field_14,
field_15,
field_16,
field_17,
field_18,
field_19,
field_20,
field_21,
field_22,
field_23,
field_24,
field_25,
field_26,
field_27,
field_28,
field_29,
field_30,
field_31,
field_32,
field_33,
field_34,
field_35,
field_36,
field_37,
field_38,
field_39,
field_40
)
)
location ('HOUSINGS.csv')
)
reject limit unlimited
/

26
Schema/ext_postcode.pdc Normal file
View File

@@ -0,0 +1,26 @@
DROP TABLE ext_postcodes
/
create table ext_postcodes
(
field_1 varchar2(240),
field_2 varchar2(240)
)
ORGANIZATION EXTERNAL
( type oracle_loader
default directory webmip_bulk_load
access parameters
( records delimited by NEWLINE
READSIZE 10485760
skip 1
fields terminated by ','
optionally enclosed BY '"'
missing field values are null
(
field_1,
field_2
)
)
location ('POSTCODES.csv')
)
reject limit unlimited
/

6
Schema/gtt_dir_list.pdc Normal file
View File

@@ -0,0 +1,6 @@
DROP TABLE gtt_dir_list
/
create GLOBAL temporary table gtt_dir_list
(filename varchar2(255) ,filelength NUMBER, filetype VARCHAR2(255), filemodified DATE)
on commit delete rows
/

504
Schema/mip.con
View File

@@ -1,6 +1,6 @@
-- C:\Andy\svn\WEBMIP\Schema\mip.con
--
-- Generated for Oracle 10g on Fri Dec 21 17:23:19 2007 by Server Generator 10.1.2.6.18
-- Generated for Oracle 10g on Tue Jan 15 17:47:32 2008 by Server Generator 10.1.2.6.18
PROMPT Creating Primary Key on 'SYSTEM_CONFIGURATION'
ALTER TABLE SYSTEM_CONFIGURATION
@@ -30,6 +30,37 @@ ALTER TABLE SERVICE_PRESSURE_TYPES
(CODE))
/
PROMPT Creating Primary Key on 'PARTY_ADDRESS_ROLES'
ALTER TABLE PARTY_ADDRESS_ROLES
ADD (CONSTRAINT PAR_PK PRIMARY KEY
(START_DATE
,PADDR_START_DATE
,PADDR_ADDR_CODE
,PADDR_PRTY_ID
,RT_CODE))
/
PROMPT Creating Primary Key on 'QUOTE_REASONING'
ALTER TABLE QUOTE_REASONING
ADD (CONSTRAINT QURE_PK PRIMARY KEY
(ID))
/
PROMPT Creating Primary Key on 'DATA_ITEM_ROLES'
ALTER TABLE DATA_ITEM_ROLES
ADD (CONSTRAINT DIR_PK PRIMARY KEY
(CONDITION
,ENTY_CODE
,DI_TABLE_NAME
,DI_FIELD_NAME))
/
PROMPT Creating Primary Key on 'CONTACT_MECHANISMS'
ALTER TABLE CONTACT_MECHANISMS
ADD (CONSTRAINT COME_PK PRIMARY KEY
(ID))
/
PROMPT Creating Primary Key on 'QUOTE_STATUSES'
ALTER TABLE QUOTE_STATUSES
ADD (CONSTRAINT QUST_PK PRIMARY KEY
@@ -56,34 +87,9 @@ ALTER TABLE RELIEF_VALVE_TYPES
(CODE))
/
PROMPT Creating Primary Key on 'CONTACT_MECHANISMS'
ALTER TABLE CONTACT_MECHANISMS
ADD (CONSTRAINT COME_PK PRIMARY KEY
(ID))
/
PROMPT Creating Primary Key on 'DATA_ITEM_ROLES'
ALTER TABLE DATA_ITEM_ROLES
ADD (CONSTRAINT DIR_PK PRIMARY KEY
(CONDITION
,ENTY_CODE
,DI_TABLE_NAME
,DI_FIELD_NAME))
/
PROMPT Creating Primary Key on 'PARTY_ADDRESS_ROLES'
ALTER TABLE PARTY_ADDRESS_ROLES
ADD (CONSTRAINT PAR_PK PRIMARY KEY
(START_DATE
,PADDR_START_DATE
,PADDR_ADDR_CODE
,PADDR_PRTY_ID
,RT_CODE))
/
PROMPT Creating Primary Key on 'QUOTE_REASONING'
ALTER TABLE QUOTE_REASONING
ADD (CONSTRAINT QURE_PK PRIMARY KEY
PROMPT Creating Primary Key on 'CAVEAT_TEXTS'
ALTER TABLE CAVEAT_TEXTS
ADD (CONSTRAINT CATE_PK PRIMARY KEY
(ID))
/
@@ -93,6 +99,12 @@ ALTER TABLE CONNECTION_ORIENTATIONS
(CODE))
/
PROMPT Creating Primary Key on 'REGIONS'
ALTER TABLE REGIONS
ADD (CONSTRAINT REGI_PK PRIMARY KEY
(CODE))
/
PROMPT Creating Primary Key on 'METER_SIZE_CODES'
ALTER TABLE METER_SIZE_CODES
ADD (CONSTRAINT MESC_PK PRIMARY KEY
@@ -105,10 +117,10 @@ ALTER TABLE COSTS
(ID))
/
PROMPT Creating Primary Key on 'REGIONS'
ALTER TABLE REGIONS
ADD (CONSTRAINT REGI_PK PRIMARY KEY
(CODE))
PROMPT Creating Primary Key on 'DOCUMENTS'
ALTER TABLE DOCUMENTS
ADD (CONSTRAINT DOCU_PK PRIMARY KEY
(ID))
/
PROMPT Creating Primary Key on 'CONTACT_MECHANISM_TYPES'
@@ -117,10 +129,10 @@ ALTER TABLE CONTACT_MECHANISM_TYPES
(CODE))
/
PROMPT Creating Primary Key on 'DOCUMENTS'
ALTER TABLE DOCUMENTS
ADD (CONSTRAINT DOCU_PK PRIMARY KEY
(ID))
PROMPT Creating Primary Key on 'FILTERS'
ALTER TABLE FILTERS
ADD (CONSTRAINT FLTR_PK PRIMARY KEY
(CODE))
/
PROMPT Creating Primary Key on 'PARTY_CONTACT_MECHANISM_ROLES'
@@ -133,12 +145,6 @@ ALTER TABLE PARTY_CONTACT_MECHANISM_ROLES
,RT_CODE))
/
PROMPT Creating Primary Key on 'FILTERS'
ALTER TABLE FILTERS
ADD (CONSTRAINT FLTR_PK PRIMARY KEY
(CODE))
/
PROMPT Creating Primary Key on 'QUOTE_ROLES'
ALTER TABLE QUOTE_ROLES
ADD (CONSTRAINT QURO_PK PRIMARY KEY
@@ -148,6 +154,12 @@ ALTER TABLE QUOTE_ROLES
,START_DATE))
/
PROMPT Creating Primary Key on 'QUOTES'
ALTER TABLE QUOTES
ADD (CONSTRAINT QUTE_PK PRIMARY KEY
(ID))
/
PROMPT Creating Primary Key on 'PARTY_RELATIONSHIPS'
ALTER TABLE PARTY_RELATIONSHIPS
ADD (CONSTRAINT PREL_PK PRIMARY KEY
@@ -160,12 +172,6 @@ ALTER TABLE PARTY_RELATIONSHIPS
,FROM_PARL_RT_CODE))
/
PROMPT Creating Primary Key on 'QUOTES'
ALTER TABLE QUOTES
ADD (CONSTRAINT QUTE_PK PRIMARY KEY
(ID))
/
PROMPT Creating Primary Key on 'QUOTE_EVENTS'
ALTER TABLE QUOTE_EVENTS
ADD (CONSTRAINT QUEV_PK PRIMARY KEY
@@ -173,12 +179,6 @@ ALTER TABLE QUOTE_EVENTS
,QUST_CODE))
/
PROMPT Creating Primary Key on 'SERVICE_PRESSURES'
ALTER TABLE SERVICE_PRESSURES
ADD (CONSTRAINT SVCP_PK PRIMARY KEY
(CODE))
/
PROMPT Creating Primary Key on 'PARTY_ADDRESSES'
ALTER TABLE PARTY_ADDRESSES
ADD (CONSTRAINT PADDR_PK PRIMARY KEY
@@ -187,6 +187,12 @@ ALTER TABLE PARTY_ADDRESSES
,PRTY_ID))
/
PROMPT Creating Primary Key on 'SERVICE_PRESSURES'
ALTER TABLE SERVICE_PRESSURES
ADD (CONSTRAINT SVCP_PK PRIMARY KEY
(CODE))
/
PROMPT Creating Primary Key on 'ENQUIRY_EVENTS'
ALTER TABLE ENQUIRY_EVENTS
ADD (CONSTRAINT ENEV_PK PRIMARY KEY
@@ -213,12 +219,6 @@ ALTER TABLE ENQUIRY_TYPES
(CODE))
/
PROMPT Creating Primary Key on 'DOCUMENT_ROLES'
ALTER TABLE DOCUMENT_ROLES
ADD (CONSTRAINT DORO_PK PRIMARY KEY
(ID))
/
PROMPT Creating Primary Key on 'DATA_ITEMS'
ALTER TABLE DATA_ITEMS
ADD (CONSTRAINT DI_PK PRIMARY KEY
@@ -226,6 +226,12 @@ ALTER TABLE DATA_ITEMS
,FIELD_NAME))
/
PROMPT Creating Primary Key on 'DOCUMENT_ROLES'
ALTER TABLE DOCUMENT_ROLES
ADD (CONSTRAINT DORO_PK PRIMARY KEY
(ID))
/
PROMPT Creating Primary Key on 'QUOTE_ITEMS'
ALTER TABLE QUOTE_ITEMS
ADD (CONSTRAINT QUIT_PK PRIMARY KEY
@@ -251,43 +257,15 @@ ALTER TABLE ASSET_LOCATION_TYPES
(CODE))
/
PROMPT Creating Primary Key on 'METERS'
ALTER TABLE METERS
ADD (CONSTRAINT METR_PK PRIMARY KEY
(CODE))
/
PROMPT Creating Primary Key on 'CONNECTION_TYPES'
ALTER TABLE CONNECTION_TYPES
ADD (CONSTRAINT CNTY_PK PRIMARY KEY
(CODE))
/
PROMPT Creating Primary Key on 'ERROR_LOGS'
ALTER TABLE ERROR_LOGS
ADD (CONSTRAINT ERLO_PK PRIMARY KEY
(ERLO_ID)
USING INDEX
INITRANS 2
MAXTRANS 255
PCTFREE 10
STORAGE
(
INITIAL 65536
MINEXTENTS 1
MAXEXTENTS UNLIMITED
))
/
PROMPT Creating Primary Key on 'ENQUIRY_STATUS_TYPES'
ALTER TABLE ENQUIRY_STATUS_TYPES
ADD (CONSTRAINT ENST_PK PRIMARY KEY
(CODE))
/
PROMPT Creating Primary Key on 'RELIEF_VALVES'
ALTER TABLE RELIEF_VALVES
ADD (CONSTRAINT REVA_PK PRIMARY KEY
PROMPT Creating Primary Key on 'METERS'
ALTER TABLE METERS
ADD (CONSTRAINT METR_PK PRIMARY KEY
(CODE))
/
@@ -306,16 +284,20 @@ ALTER TABLE ENQUIRY_ROLES
,START_DATE))
/
PROMPT Creating Primary Key on 'BASES'
ALTER TABLE BASES
ADD (CONSTRAINT BAS_PK PRIMARY KEY
(CODE))
/
PROMPT Creating Primary Key on 'HOUSING_TYPES'
ALTER TABLE HOUSING_TYPES
ADD (CONSTRAINT HOTY_PK PRIMARY KEY
(CODE))
PROMPT Creating Primary Key on 'ERROR_LOGS'
ALTER TABLE ERROR_LOGS
ADD (CONSTRAINT ERLO_PK PRIMARY KEY
(ERLO_ID)
USING INDEX
INITRANS 2
MAXTRANS 255
PCTFREE 10
STORAGE
(
INITIAL 65536
MINEXTENTS 1
MAXEXTENTS UNLIMITED
))
/
PROMPT Creating Primary Key on 'SLAMSHUT_TYPES'
@@ -324,12 +306,30 @@ ALTER TABLE SLAMSHUT_TYPES
(CODE))
/
PROMPT Creating Primary Key on 'ENQUIRY_STATUS_TYPES'
ALTER TABLE ENQUIRY_STATUS_TYPES
ADD (CONSTRAINT ENST_PK PRIMARY KEY
(CODE))
/
PROMPT Creating Primary Key on 'ENQUIRIES'
ALTER TABLE ENQUIRIES
ADD (CONSTRAINT ENQU_PK PRIMARY KEY
(ID))
/
PROMPT Creating Primary Key on 'RELIEF_VALVES'
ALTER TABLE RELIEF_VALVES
ADD (CONSTRAINT REVA_PK PRIMARY KEY
(CODE))
/
PROMPT Creating Primary Key on 'HOUSING_TYPES'
ALTER TABLE HOUSING_TYPES
ADD (CONSTRAINT HOTY_PK PRIMARY KEY
(CODE))
/
PROMPT Creating Primary Key on 'PARTY_RELATIONSHIP_TYPES'
ALTER TABLE PARTY_RELATIONSHIP_TYPES
ADD (CONSTRAINT PRTP_PK PRIMARY KEY
@@ -337,6 +337,12 @@ ALTER TABLE PARTY_RELATIONSHIP_TYPES
,FROM_RT_CODE))
/
PROMPT Creating Primary Key on 'BASES'
ALTER TABLE BASES
ADD (CONSTRAINT BAS_PK PRIMARY KEY
(CODE))
/
PROMPT Creating Primary Key on 'APEX_AUTHORIZATION'
ALTER TABLE APEX_AUTHORIZATION
ADD (CONSTRAINT AUTH_PK PRIMARY KEY
@@ -346,6 +352,12 @@ ALTER TABLE APEX_AUTHORIZATION
,RT_CODE))
/
PROMPT Creating Primary Key on 'REGULATOR_TYPES'
ALTER TABLE REGULATOR_TYPES
ADD (CONSTRAINT RETY_PK PRIMARY KEY
(CODE))
/
PROMPT Creating Primary Key on 'METER_TYPES'
ALTER TABLE METER_TYPES
ADD (CONSTRAINT METY_PK PRIMARY KEY
@@ -364,27 +376,15 @@ ALTER TABLE HOUSINGS
(CODE))
/
PROMPT Creating Primary Key on 'REGULATOR_TYPES'
ALTER TABLE REGULATOR_TYPES
ADD (CONSTRAINT RETY_PK PRIMARY KEY
(CODE))
/
PROMPT Creating Primary Key on 'BYPASS_REASONS'
ALTER TABLE BYPASS_REASONS
ADD (CONSTRAINT BYRE_PK PRIMARY KEY
(CODE))
/
PROMPT Creating Primary Key on 'REGI_ENQU_EXCLUSIONS'
ALTER TABLE REGI_ENQU_EXCLUSIONS
ADD (CONSTRAINT REEX_PK PRIMARY KEY
(ID))
/
PROMPT Creating Primary Key on 'FILTER_TYPES'
ALTER TABLE FILTER_TYPES
ADD (CONSTRAINT FITY_PK PRIMARY KEY
PROMPT Creating Primary Key on 'BYPASS_REASONS'
ALTER TABLE BYPASS_REASONS
ADD (CONSTRAINT BYRE_PK PRIMARY KEY
(CODE))
/
@@ -404,15 +404,9 @@ ALTER TABLE EXCEPTION_MESSAGES
))
/
PROMPT Creating Primary Key on 'ADDITIONAL_ITEMS'
ALTER TABLE ADDITIONAL_ITEMS
ADD (CONSTRAINT ADIT_PK PRIMARY KEY
(CODE))
/
PROMPT Creating Primary Key on 'DRAWINGS'
ALTER TABLE DRAWINGS
ADD (CONSTRAINT DRWG_PK PRIMARY KEY
PROMPT Creating Primary Key on 'FILTER_TYPES'
ALTER TABLE FILTER_TYPES
ADD (CONSTRAINT FITY_PK PRIMARY KEY
(CODE))
/
@@ -422,6 +416,12 @@ ALTER TABLE ADDRESSES
(CODE))
/
PROMPT Creating Primary Key on 'DRAWINGS'
ALTER TABLE DRAWINGS
ADD (CONSTRAINT DRWG_PK PRIMARY KEY
(CODE))
/
PROMPT Creating Primary Key on 'PARTY_ROLES'
ALTER TABLE PARTY_ROLES
ADD (CONSTRAINT PARL_PK PRIMARY KEY
@@ -430,6 +430,12 @@ ALTER TABLE PARTY_ROLES
,RT_CODE))
/
PROMPT Creating Primary Key on 'ADDITIONAL_ITEMS'
ALTER TABLE ADDITIONAL_ITEMS
ADD (CONSTRAINT ADIT_PK PRIMARY KEY
(CODE))
/
PROMPT Creating Unique Key on 'POSTCODES'
ALTER TABLE POSTCODES
@@ -454,57 +460,57 @@ ALTER TABLE REGI_ENQU_EXCLUSIONS
,COST_ID))
/
PROMPT Creating Check Constraint on 'METER_SIZE_CODES'
ALTER TABLE METER_SIZE_CODES
ADD (CONSTRAINT AVCON_1198257799_VALID_000 CHECK (VALID_FOR_EXISTING_METER IN ('YES', 'NO')))
ADD (CONSTRAINT AVCON_1200419251_VALID_000 CHECK (VALID_FOR_EXISTING_METER IN ('YES', 'NO')))
/
PROMPT Creating Check Constraint on 'METER_SIZE_CODES'
ALTER TABLE METER_SIZE_CODES
ADD (CONSTRAINT AVCON_1198257799_VALID_001 CHECK (VALID_FOR_NEW_METER IN ('YES', 'NO')))
ADD (CONSTRAINT AVCON_1200419251_VALID_001 CHECK (VALID_FOR_NEW_METER IN ('YES', 'NO')))
/
PROMPT Creating Check Constraint on 'COSTS'
ALTER TABLE COSTS
ADD (CONSTRAINT AVCON_1198257799_COST__000 CHECK (COST_TYPE
ADD (CONSTRAINT AVCON_1200419251_COST__000 CHECK (COST_TYPE
IN ('LACO', 'BACO', 'MOCO', 'MECO', 'AICO', 'HOCO', 'COST')))
/
PROMPT Creating Check Constraint on 'DOCUMENTS'
ALTER TABLE DOCUMENTS
ADD (CONSTRAINT AVCON_1198257799_DOCU__000 CHECK (DOCU_TYPE IN ('DOCU', 'INDO', 'EXDO', 'FIDO')))
ADD (CONSTRAINT AVCON_1200419251_DOCU__000 CHECK (DOCU_TYPE IN ('DOCU', 'INDO', 'EXDO', 'FIDO')))
/
PROMPT Creating Check Constraint on 'QUOTES'
ALTER TABLE QUOTES
ADD (CONSTRAINT AVCON_1200419251_QUTE__000 CHECK (QUTE_TYPE IN ('AQ', 'MQ', 'QUTE')))
/
PROMPT Creating Check Constraint on 'PARTY_RELATIONSHIPS'
ALTER TABLE PARTY_RELATIONSHIPS
ADD (CONSTRAINT PARL_PRTP_MISMATCH CHECK (from_parl_rt_code = from_prtp_rt_code
and
to_parl_rt_code = to_prtp_rt_code))
/
PROMPT Creating Check Constraint on 'QUOTES'
ALTER TABLE QUOTES
ADD (CONSTRAINT AVCON_1198257799_QUTE__000 CHECK (QUTE_TYPE IN ('AQ', 'MQ', 'QUTE')))
/
PROMPT Creating Check Constraint on 'PARTIES'
ALTER TABLE PARTIES
ADD (CONSTRAINT AVCON_1198257799_TRIPA_000 CHECK (TRIPARTITE_MEMBER IN ('YES', 'NO')))
ADD (CONSTRAINT AVCON_1200419251_TRIPA_000 CHECK (TRIPARTITE_MEMBER IN ('YES', 'NO')))
/
PROMPT Creating Check Constraint on 'PARTIES'
ALTER TABLE PARTIES
ADD (CONSTRAINT AVCON_1198257799_STATU_000 CHECK (STATUS IN ('OPEN', 'EXPIRED', 'LOCKED')))
ADD (CONSTRAINT AVCON_1200419251_STATU_000 CHECK (STATUS IN ('OPEN', 'EXPIRED', 'LOCKED')))
/
PROMPT Creating Check Constraint on 'PARTIES'
ALTER TABLE PARTIES
ADD (CONSTRAINT AVCON_1198257799_PRTY__000 CHECK (PRTY_TYPE
ADD (CONSTRAINT AVCON_1200419251_PRTY__000 CHECK (PRTY_TYPE
IN ('PRTY', 'IO', 'EO', 'MKTP', 'PERS', 'MANU', 'NEMP', 'EMP', 'ORG'
)))
/
PROMPT Creating Check Constraint on 'DOCUMENT_ROLES'
ALTER TABLE DOCUMENT_ROLES
ADD (CONSTRAINT DORO_CK CHECK ((
@@ -518,79 +524,84 @@ OR
PROMPT Creating Check Constraint on 'DOCUMENT_ROLES'
ALTER TABLE DOCUMENT_ROLES
ADD (CONSTRAINT AVCON_1198257799_DORO__000 CHECK (DORO_TYPE IN ('DRRO', 'DORO', 'ENDO', 'QUDO')))
ADD (CONSTRAINT AVCON_1200419251_DORO__000 CHECK (DORO_TYPE IN ('DRRO', 'DORO', 'ENDO', 'QUDO')))
/
PROMPT Creating Check Constraint on 'QUOTE_ITEMS'
ALTER TABLE QUOTE_ITEMS
ADD (CONSTRAINT AVCON_1198257799_QUIT__000 CHECK (QUIT_TYPE IN ('BQI', 'HQI', 'LQI', 'AQI', 'QUIT', 'MQI')))
ADD (CONSTRAINT AVCON_1200419251_QUIT__000 CHECK (QUIT_TYPE IN ('LQI', 'AQI', 'BQI', 'MQI', 'QUIT', 'HQI')))
/
PROMPT Creating Check Constraint on 'ROLE_TYPES'
ALTER TABLE ROLE_TYPES
ADD (CONSTRAINT AVCON_1198257799_RT_TY_000 CHECK (RT_TYPE IN ('DORT', 'PART', 'RT', 'PCMRT', 'QURT', 'ENRT', 'PRT')))
ADD (CONSTRAINT AVCON_1200419251_RT_TY_000 CHECK (RT_TYPE IN ('DORT', 'PART', 'RT', 'PCMRT', 'QURT', 'ENRT', 'PRT')))
/
PROMPT Creating Check Constraint on 'ENQUIRIES'
ALTER TABLE ENQUIRIES
ADD (CONSTRAINT AVCON_1198257799_HOUSI_000 CHECK (HOUSING_REQUIRED IN ('YES', 'NO')))
ADD (CONSTRAINT AVCON_1200419251_DOWNS_000 CHECK (DOWNSTREAM_BOOSTER_OR_COMPRESS IN ('YES', 'NO')))
/
PROMPT Creating Check Constraint on 'ENQUIRIES'
ALTER TABLE ENQUIRIES
ADD (CONSTRAINT AVCON_1198257799_BASE__000 CHECK (BASE_REQUIRED IN ('YES', 'NO')))
ADD (CONSTRAINT AVCON_1200419251_INDIC_000 CHECK (INDICATIVE_TIME IN ('DY', 'AM', 'PM')))
/
PROMPT Creating Check Constraint on 'ENQUIRIES'
ALTER TABLE ENQUIRIES
ADD (CONSTRAINT AVCON_1198257799_TWIN__000 CHECK (TWIN_STREAM_REQUIRED IN ('YES', 'NO')))
ADD (CONSTRAINT AVCON_1200419251_HOUSI_000 CHECK (HOUSING_REQUIRED IN ('YES', 'NO')))
/
PROMPT Creating Check Constraint on 'ENQUIRIES'
ALTER TABLE ENQUIRIES
ADD (CONSTRAINT AVCON_1198257799_INDIC_000 CHECK (INDICATIVE_TIME IN ('DY', 'AM', 'PM')))
ADD (CONSTRAINT AVCON_1200419251_BASE__000 CHECK (BASE_REQUIRED IN ('YES', 'NO')))
/
PROMPT Creating Check Constraint on 'ENQUIRIES'
ALTER TABLE ENQUIRIES
ADD (CONSTRAINT AVCON_1198257799_CONVE_000 CHECK (CONVERTOR_REQUIRED IN ('YES', 'NO')))
ADD (CONSTRAINT AVCON_1200419251_CONVE_000 CHECK (CONVERTOR_REQUIRED IN ('YES', 'NO')))
/
PROMPT Creating Check Constraint on 'ENQUIRIES'
ALTER TABLE ENQUIRIES
ADD (CONSTRAINT AVCON_1198257799_AMR_R_000 CHECK (AMR_REQUIRED IN ('YES', 'NO')))
ADD (CONSTRAINT AVCON_1200419251_AMR_R_000 CHECK (AMR_REQUIRED IN ('YES', 'NO')))
/
PROMPT Creating Check Constraint on 'ENQUIRIES'
ALTER TABLE ENQUIRIES
ADD (CONSTRAINT AVCON_1198257799_EMS_R_000 CHECK (EMS_REQUIRED IN ('YES', 'NO')))
ADD (CONSTRAINT AVCON_1200419251_EMS_R_000 CHECK (EMS_REQUIRED IN ('YES', 'NO')))
/
PROMPT Creating Check Constraint on 'ENQUIRIES'
ALTER TABLE ENQUIRIES
ADD (CONSTRAINT AVCON_1198257799_LOGGE_000 CHECK (LOGGER_REQUIRED IN ('YES', 'NO')))
ADD (CONSTRAINT AVCON_1200419251_TWIN__000 CHECK (TWIN_STREAM_REQUIRED IN ('YES', 'NO')))
/
PROMPT Creating Check Constraint on 'ENQUIRIES'
ALTER TABLE ENQUIRIES
ADD (CONSTRAINT AVCON_1198257799_LOAD__000 CHECK (LOAD_CONTROL_TYPE IN ('Constant', 'On/Off', 'Modulating')))
ADD (CONSTRAINT AVCON_1200419251_LOGGE_000 CHECK (LOGGER_REQUIRED IN ('YES', 'NO')))
/
PROMPT Creating Check Constraint on 'ENQUIRIES'
ALTER TABLE ENQUIRIES
ADD (CONSTRAINT AVCON_1198257799_MARKE_000 CHECK (MARKET_SECTOR_CODE IN ('I', 'D')))
ADD (CONSTRAINT AVCON_1200419251_LOAD__000 CHECK (LOAD_CONTROL_TYPE IN ('Constant', 'On/Off', 'Modulating')))
/
PROMPT Creating Check Constraint on 'ENQUIRIES'
ALTER TABLE ENQUIRIES
ADD (CONSTRAINT AVCON_1198257799_DOWNS_000 CHECK (DOWNSTREAM_BOOSTER_OR_COMPRESS IN ('YES', 'NO')))
ADD (CONSTRAINT AVCON_1200419251_EXIST_000 CHECK (EXISTING_METER_OWNER IN ('S', 'T', 'C')))
/
PROMPT Creating Check Constraint on 'ENQUIRIES'
ALTER TABLE ENQUIRIES
ADD (CONSTRAINT AVCON_1198257799_EXIST_000 CHECK (EXISTING_METER_OWNER IN ('S', 'T', 'C')))
ADD (CONSTRAINT AVCON_1200419251_EXIST_001 CHECK (EXISTING_CONVERTOR IN ('YES', 'NO')))
/
PROMPT Creating Check Constraint on 'ENQUIRIES'
ALTER TABLE ENQUIRIES
ADD (CONSTRAINT AVCON_1200419251_MARKE_000 CHECK (MARKET_SECTOR_CODE IN ('I', 'D')))
/
PROMPT Creating Foreign Key on 'REGULATORS'
ALTER TABLE REGULATORS ADD (CONSTRAINT
@@ -599,6 +610,54 @@ ALTER TABLE REGULATORS ADD (CONSTRAINT
(CODE))
/
PROMPT Creating Foreign Key on 'PARTY_ADDRESS_ROLES'
ALTER TABLE PARTY_ADDRESS_ROLES ADD (CONSTRAINT
PAR_PADDR_FK FOREIGN KEY
(PADDR_START_DATE
,PADDR_ADDR_CODE
,PADDR_PRTY_ID) REFERENCES PARTY_ADDRESSES
(START_DATE
,ADDR_CODE
,PRTY_ID))
/
PROMPT Creating Foreign Key on 'PARTY_ADDRESS_ROLES'
ALTER TABLE PARTY_ADDRESS_ROLES ADD (CONSTRAINT
PAR_RT_FK FOREIGN KEY
(RT_CODE) REFERENCES ROLE_TYPES
(CODE))
/
PROMPT Creating Foreign Key on 'QUOTE_REASONING'
ALTER TABLE QUOTE_REASONING ADD (CONSTRAINT
QURE_ENQU_FK FOREIGN KEY
(ENQU_ID) REFERENCES ENQUIRIES
(ID))
/
PROMPT Creating Foreign Key on 'DATA_ITEM_ROLES'
ALTER TABLE DATA_ITEM_ROLES ADD (CONSTRAINT
DIR_ENTY_FK FOREIGN KEY
(ENTY_CODE) REFERENCES ENQUIRY_TYPES
(CODE))
/
PROMPT Creating Foreign Key on 'DATA_ITEM_ROLES'
ALTER TABLE DATA_ITEM_ROLES ADD (CONSTRAINT
DIR_DI_FK FOREIGN KEY
(DI_TABLE_NAME
,DI_FIELD_NAME) REFERENCES DATA_ITEMS
(TABLE_NAME
,FIELD_NAME))
/
PROMPT Creating Foreign Key on 'CONTACT_MECHANISMS'
ALTER TABLE CONTACT_MECHANISMS ADD (CONSTRAINT
COME_COMT_FK FOREIGN KEY
(COMT_CODE) REFERENCES CONTACT_MECHANISM_TYPES
(CODE))
/
PROMPT Creating Foreign Key on 'PARTY_CONTACT_MECHANISMS'
ALTER TABLE PARTY_CONTACT_MECHANISMS ADD (CONSTRAINT
PCM_COME_FK FOREIGN KEY
@@ -624,54 +683,27 @@ ALTER TABLE PARTY_CONTACT_MECHANISMS ADD (CONSTRAINT
,PRTY_ID))
/
PROMPT Creating Foreign Key on 'CONTACT_MECHANISMS'
ALTER TABLE CONTACT_MECHANISMS ADD (CONSTRAINT
COME_COMT_FK FOREIGN KEY
(COMT_CODE) REFERENCES CONTACT_MECHANISM_TYPES
PROMPT Creating Foreign Key on 'CAVEAT_TEXTS'
ALTER TABLE CAVEAT_TEXTS ADD (CONSTRAINT
CATE_METY_FK FOREIGN KEY
(METY_CODE) REFERENCES METER_TYPES
(CODE))
/
PROMPT Creating Foreign Key on 'DATA_ITEM_ROLES'
ALTER TABLE DATA_ITEM_ROLES ADD (CONSTRAINT
DIR_ENTY_FK FOREIGN KEY
PROMPT Creating Foreign Key on 'CAVEAT_TEXTS'
ALTER TABLE CAVEAT_TEXTS ADD (CONSTRAINT
CATE_SVCPT_FK FOREIGN KEY
(SVCPT_CODE) REFERENCES SERVICE_PRESSURE_TYPES
(CODE))
/
PROMPT Creating Foreign Key on 'CAVEAT_TEXTS'
ALTER TABLE CAVEAT_TEXTS ADD (CONSTRAINT
CATE_ENTY_FK FOREIGN KEY
(ENTY_CODE) REFERENCES ENQUIRY_TYPES
(CODE))
/
PROMPT Creating Foreign Key on 'DATA_ITEM_ROLES'
ALTER TABLE DATA_ITEM_ROLES ADD (CONSTRAINT
DIR_DI_FK FOREIGN KEY
(DI_TABLE_NAME
,DI_FIELD_NAME) REFERENCES DATA_ITEMS
(TABLE_NAME
,FIELD_NAME))
/
PROMPT Creating Foreign Key on 'PARTY_ADDRESS_ROLES'
ALTER TABLE PARTY_ADDRESS_ROLES ADD (CONSTRAINT
PAR_PADDR_FK FOREIGN KEY
(PADDR_START_DATE
,PADDR_ADDR_CODE
,PADDR_PRTY_ID) REFERENCES PARTY_ADDRESSES
(START_DATE
,ADDR_CODE
,PRTY_ID))
/
PROMPT Creating Foreign Key on 'PARTY_ADDRESS_ROLES'
ALTER TABLE PARTY_ADDRESS_ROLES ADD (CONSTRAINT
PAR_RT_FK FOREIGN KEY
(RT_CODE) REFERENCES ROLE_TYPES
(CODE))
/
PROMPT Creating Foreign Key on 'QUOTE_REASONING'
ALTER TABLE QUOTE_REASONING ADD (CONSTRAINT
QURE_ENQU_FK FOREIGN KEY
(ENQU_ID) REFERENCES ENQUIRIES
(ID))
/
PROMPT Creating Foreign Key on 'COSTS'
ALTER TABLE COSTS ADD (CONSTRAINT
COST_ENTY_FK FOREIGN KEY
@@ -742,6 +774,13 @@ ALTER TABLE COSTS ADD (CONSTRAINT
(CODE))
/
PROMPT Creating Foreign Key on 'FILTERS'
ALTER TABLE FILTERS ADD (CONSTRAINT
FLTR_FITY_FK FOREIGN KEY
(FITY_CODE) REFERENCES FILTER_TYPES
(CODE))
/
PROMPT Creating Foreign Key on 'PARTY_CONTACT_MECHANISM_ROLES'
ALTER TABLE PARTY_CONTACT_MECHANISM_ROLES ADD (CONSTRAINT
PCMR_RT_FK FOREIGN KEY
@@ -760,13 +799,6 @@ ALTER TABLE PARTY_CONTACT_MECHANISM_ROLES ADD (CONSTRAINT
,COME_ID))
/
PROMPT Creating Foreign Key on 'FILTERS'
ALTER TABLE FILTERS ADD (CONSTRAINT
FLTR_FITY_FK FOREIGN KEY
(FITY_CODE) REFERENCES FILTER_TYPES
(CODE))
/
PROMPT Creating Foreign Key on 'QUOTE_ROLES'
ALTER TABLE QUOTE_ROLES ADD (CONSTRAINT
QURO_PRTY_FK FOREIGN KEY
@@ -788,6 +820,13 @@ ALTER TABLE QUOTE_ROLES ADD (CONSTRAINT
(CODE))
/
PROMPT Creating Foreign Key on 'QUOTES'
ALTER TABLE QUOTES ADD (CONSTRAINT
QUTE_ENQU_FK FOREIGN KEY
(ENQU_ID) REFERENCES ENQUIRIES
(ID))
/
PROMPT Creating Foreign Key on 'PARTY_RELATIONSHIPS'
ALTER TABLE PARTY_RELATIONSHIPS ADD (CONSTRAINT
PREL_PARL_TO_FK FOREIGN KEY
@@ -819,13 +858,6 @@ ALTER TABLE PARTY_RELATIONSHIPS ADD (CONSTRAINT
,RT_CODE))
/
PROMPT Creating Foreign Key on 'QUOTES'
ALTER TABLE QUOTES ADD (CONSTRAINT
QUTE_ENQU_FK FOREIGN KEY
(ENQU_ID) REFERENCES ENQUIRIES
(ID))
/
PROMPT Creating Foreign Key on 'QUOTE_EVENTS'
ALTER TABLE QUOTE_EVENTS ADD (CONSTRAINT
QUEV_QUTE_FK FOREIGN KEY
@@ -840,13 +872,6 @@ ALTER TABLE QUOTE_EVENTS ADD (CONSTRAINT
(CODE))
/
PROMPT Creating Foreign Key on 'SERVICE_PRESSURES'
ALTER TABLE SERVICE_PRESSURES ADD (CONSTRAINT
SVCP_SVCPT_FK FOREIGN KEY
(SVCPT_CODE) REFERENCES SERVICE_PRESSURE_TYPES
(CODE))
/
PROMPT Creating Foreign Key on 'PARTY_ADDRESSES'
ALTER TABLE PARTY_ADDRESSES ADD (CONSTRAINT
PADDR_PRTY_FK FOREIGN KEY
@@ -861,6 +886,13 @@ ALTER TABLE PARTY_ADDRESSES ADD (CONSTRAINT
(CODE))
/
PROMPT Creating Foreign Key on 'SERVICE_PRESSURES'
ALTER TABLE SERVICE_PRESSURES ADD (CONSTRAINT
SVCP_SVCPT_FK FOREIGN KEY
(SVCPT_CODE) REFERENCES SERVICE_PRESSURE_TYPES
(CODE))
/
PROMPT Creating Foreign Key on 'ENQUIRY_EVENTS'
ALTER TABLE ENQUIRY_EVENTS ADD (CONSTRAINT
ENEV_ENQU_FK FOREIGN KEY
@@ -1008,13 +1040,6 @@ ALTER TABLE METERS ADD (CONSTRAINT
(ID))
/
PROMPT Creating Foreign Key on 'RELIEF_VALVES'
ALTER TABLE RELIEF_VALVES ADD (CONSTRAINT
REVA_RVTY_FK FOREIGN KEY
(RVTY_CODE) REFERENCES RELIEF_VALVE_TYPES
(CODE))
/
PROMPT Creating Foreign Key on 'SLAMSHUT_VALVES'
ALTER TABLE SLAMSHUT_VALVES ADD (CONSTRAINT
SLVA_SLTY_FK FOREIGN KEY
@@ -1043,13 +1068,6 @@ ALTER TABLE ENQUIRY_ROLES ADD (CONSTRAINT
(CODE))
/
PROMPT Creating Foreign Key on 'BASES'
ALTER TABLE BASES ADD (CONSTRAINT
BAS_DRWG_FK FOREIGN KEY
(DRWG_CODE) REFERENCES DRAWINGS
(CODE))
/
PROMPT Creating Foreign Key on 'ENQUIRIES'
ALTER TABLE ENQUIRIES ADD (CONSTRAINT
ENQU_ALTY_FK FOREIGN KEY
@@ -1106,6 +1124,13 @@ ALTER TABLE ENQUIRIES ADD (CONSTRAINT
(CODE))
/
PROMPT Creating Foreign Key on 'RELIEF_VALVES'
ALTER TABLE RELIEF_VALVES ADD (CONSTRAINT
REVA_RVTY_FK FOREIGN KEY
(RVTY_CODE) REFERENCES RELIEF_VALVE_TYPES
(CODE))
/
PROMPT Creating Foreign Key on 'PARTY_RELATIONSHIP_TYPES'
ALTER TABLE PARTY_RELATIONSHIP_TYPES ADD (CONSTRAINT
PRTP_RT_FROM_FK FOREIGN KEY
@@ -1120,6 +1145,13 @@ ALTER TABLE PARTY_RELATIONSHIP_TYPES ADD (CONSTRAINT
(CODE))
/
PROMPT Creating Foreign Key on 'BASES'
ALTER TABLE BASES ADD (CONSTRAINT
BAS_DRWG_FK FOREIGN KEY
(DRWG_CODE) REFERENCES DRAWINGS
(CODE))
/
PROMPT Creating Foreign Key on 'APEX_AUTHORIZATION'
ALTER TABLE APEX_AUTHORIZATION ADD (CONSTRAINT
AUTH_RT_FK FOREIGN KEY

138
Schema/mip.ind
View File

@@ -1,6 +1,6 @@
-- C:\Andy\svn\WEBMIP\Schema\mip.ind
--
-- Generated for Oracle 10g on Fri Dec 21 17:23:19 2007 by Server Generator 10.1.2.6.18
-- Generated for Oracle 10g on Tue Jan 15 17:47:31 2008 by Server Generator 10.1.2.6.18
PROMPT Creating Index 'REGU_RETY_FK_I'
@@ -8,39 +8,6 @@ CREATE INDEX REGU_RETY_FK_I ON REGULATORS
(RETY_CODE)
/
PROMPT Creating Index 'PCM_COME_FK_I'
CREATE INDEX PCM_COME_FK_I ON PARTY_CONTACT_MECHANISMS
(COME_ID)
/
PROMPT Creating Index 'PCM_PRTY_FK_I'
CREATE INDEX PCM_PRTY_FK_I ON PARTY_CONTACT_MECHANISMS
(PRTY_ID)
/
PROMPT Creating Index 'PCM_PADDR_FK_I'
CREATE INDEX PCM_PADDR_FK_I ON PARTY_CONTACT_MECHANISMS
(PADDR_START_DATE
,PADDR_ADDR_CODE
,PADDR_PRTY_ID)
/
PROMPT Creating Index 'COME_COMT_FK_I'
CREATE INDEX COME_COMT_FK_I ON CONTACT_MECHANISMS
(COMT_CODE)
/
PROMPT Creating Index 'DIR_DI_FK_I'
CREATE INDEX DIR_DI_FK_I ON DATA_ITEM_ROLES
(DI_TABLE_NAME
,DI_FIELD_NAME)
/
PROMPT Creating Index 'DIR_ENTY_FK_I'
CREATE INDEX DIR_ENTY_FK_I ON DATA_ITEM_ROLES
(ENTY_CODE)
/
PROMPT Creating Index 'PAR_PADDR_FK_I'
CREATE INDEX PAR_PADDR_FK_I ON PARTY_ADDRESS_ROLES
(PADDR_START_DATE
@@ -58,6 +25,54 @@ CREATE INDEX QURE_ENQU_FK_I ON QUOTE_REASONING
(ENQU_ID)
/
PROMPT Creating Index 'DIR_DI_FK_I'
CREATE INDEX DIR_DI_FK_I ON DATA_ITEM_ROLES
(DI_TABLE_NAME
,DI_FIELD_NAME)
/
PROMPT Creating Index 'DIR_ENTY_FK_I'
CREATE INDEX DIR_ENTY_FK_I ON DATA_ITEM_ROLES
(ENTY_CODE)
/
PROMPT Creating Index 'COME_COMT_FK_I'
CREATE INDEX COME_COMT_FK_I ON CONTACT_MECHANISMS
(COMT_CODE)
/
PROMPT Creating Index 'PCM_COME_FK_I'
CREATE INDEX PCM_COME_FK_I ON PARTY_CONTACT_MECHANISMS
(COME_ID)
/
PROMPT Creating Index 'PCM_PRTY_FK_I'
CREATE INDEX PCM_PRTY_FK_I ON PARTY_CONTACT_MECHANISMS
(PRTY_ID)
/
PROMPT Creating Index 'PCM_PADDR_FK_I'
CREATE INDEX PCM_PADDR_FK_I ON PARTY_CONTACT_MECHANISMS
(PADDR_START_DATE
,PADDR_ADDR_CODE
,PADDR_PRTY_ID)
/
PROMPT Creating Index 'CATE_ENTY_FK_I'
CREATE INDEX CATE_ENTY_FK_I ON CAVEAT_TEXTS
(ENTY_CODE)
/
PROMPT Creating Index 'CATE_METY_FK_I'
CREATE INDEX CATE_METY_FK_I ON CAVEAT_TEXTS
(METY_CODE)
/
PROMPT Creating Index 'CATE_SVCPT_FK_I'
CREATE INDEX CATE_SVCPT_FK_I ON CAVEAT_TEXTS
(SVCPT_CODE)
/
PROMPT Creating Index 'COST_METY_FK_I'
CREATE INDEX COST_METY_FK_I ON COSTS
(METY_CODE)
@@ -73,6 +88,11 @@ CREATE INDEX COST_ADIT_FK_I ON COSTS
(ADIT_CODE)
/
PROMPT Creating Index 'COST_UK'
CREATE UNIQUE INDEX COST_UK ON COSTS
(VALID_FROM, REGI_CODE, COST_TYPE, CASE COST_TYPE WHEN 'MOCO' THEN MODU_CODE WHEN 'BACO' THEN BAS_CODE WHEN 'HOCO' THEN HOU_CODE WHEN 'MECO' THEN METR_CODE WHEN 'AICO' THEN ADIT_CODE WHEN 'LACO' THEN ENTY_CODE END, CASE COST_TYPE WHEN 'LACO' THEN SVCPT_CODE ELSE NULL END, CASE COST_TYPE WHEN 'LACO' THEN MESC_CODE ELSE NULL END, CASE COST_TYPE WHEN 'LACO' THEN METY_CODE ELSE NULL END)
/
PROMPT Creating Index 'COST_MESC_FK_I'
CREATE INDEX COST_MESC_FK_I ON COSTS
(MESC_CODE)
@@ -108,6 +128,11 @@ CREATE INDEX COST_HOU_FK_I ON COSTS
(HOU_CODE)
/
PROMPT Creating Index 'FLTR_FITY_FK_I'
CREATE INDEX FLTR_FITY_FK_I ON FILTERS
(FITY_CODE)
/
PROMPT Creating Index 'PCMR_PCM_FK_I'
CREATE INDEX PCMR_PCM_FK_I ON PARTY_CONTACT_MECHANISM_ROLES
(PCM_START_DATE
@@ -120,11 +145,6 @@ CREATE INDEX PCMR_RT_FK_I ON PARTY_CONTACT_MECHANISM_ROLES
(RT_CODE)
/
PROMPT Creating Index 'FLTR_FITY_FK_I'
CREATE INDEX FLTR_FITY_FK_I ON FILTERS
(FITY_CODE)
/
PROMPT Creating Index 'QURO_PRTY_FK_I'
CREATE INDEX QURO_PRTY_FK_I ON QUOTE_ROLES
(PRTY_ID)
@@ -140,6 +160,11 @@ CREATE INDEX QURO_RT_FK_I ON QUOTE_ROLES
(RT_CODE)
/
PROMPT Creating Index 'QUTE_ENQU_FK_I'
CREATE INDEX QUTE_ENQU_FK_I ON QUOTES
(ENQU_ID)
/
PROMPT Creating Index 'PREL_PRTP_FK_I'
CREATE INDEX PREL_PRTP_FK_I ON PARTY_RELATIONSHIPS
(TO_PRTP_RT_CODE
@@ -160,11 +185,6 @@ CREATE INDEX PREL_PARL_TO_FK_I ON PARTY_RELATIONSHIPS
,TO_PARL_RT_CODE)
/
PROMPT Creating Index 'QUTE_ENQU_FK_I'
CREATE INDEX QUTE_ENQU_FK_I ON QUOTES
(ENQU_ID)
/
PROMPT Creating Index 'QUEV_QUST_FK_I'
CREATE INDEX QUEV_QUST_FK_I ON QUOTE_EVENTS
(QUST_CODE)
@@ -175,11 +195,6 @@ CREATE INDEX QUEV_QUTE_FK_I ON QUOTE_EVENTS
(QUTE_ID)
/
PROMPT Creating Index 'SVCP_SVCPT_FK_I'
CREATE INDEX SVCP_SVCPT_FK_I ON SERVICE_PRESSURES
(SVCPT_CODE)
/
PROMPT Creating Index 'PADDR_ADDR_FK_I'
CREATE INDEX PADDR_ADDR_FK_I ON PARTY_ADDRESSES
(ADDR_CODE)
@@ -190,6 +205,11 @@ CREATE INDEX PADDR_PRTY_FK_I ON PARTY_ADDRESSES
(PRTY_ID)
/
PROMPT Creating Index 'SVCP_SVCPT_FK_I'
CREATE INDEX SVCP_SVCPT_FK_I ON SERVICE_PRESSURES
(SVCPT_CODE)
/
PROMPT Creating Index 'ENEV_ENST_FK_I'
CREATE INDEX ENEV_ENST_FK_I ON ENQUIRY_EVENTS
(ENST_CODE)
@@ -300,11 +320,6 @@ CREATE INDEX METR_PRTY_FK_I ON METERS
(PRTY_ID)
/
PROMPT Creating Index 'REVA_RVTY_FK_I'
CREATE INDEX REVA_RVTY_FK_I ON RELIEF_VALVES
(RVTY_CODE)
/
PROMPT Creating Index 'SLVA_SLTY_FK_I'
CREATE INDEX SLVA_SLTY_FK_I ON SLAMSHUT_VALVES
(SLTY_CODE)
@@ -325,11 +340,6 @@ CREATE INDEX ENRO_ENQU_FK_I ON ENQUIRY_ROLES
(ENQU_ID)
/
PROMPT Creating Index 'BAS_DRWG_FK_I'
CREATE INDEX BAS_DRWG_FK_I ON BASES
(DRWG_CODE)
/
PROMPT Creating Index 'ENQU_METY_FK_I'
CREATE INDEX ENQU_METY_FK_I ON ENQUIRIES
(METY_CODE)
@@ -370,6 +380,11 @@ CREATE INDEX ENQU_SVCP_REQUIRED_FK_I ON ENQUIRIES
(REQUIRED_SVCP_CODE)
/
PROMPT Creating Index 'REVA_RVTY_FK_I'
CREATE INDEX REVA_RVTY_FK_I ON RELIEF_VALVES
(RVTY_CODE)
/
PROMPT Creating Index 'PRTP_RT_TO_FK_I'
CREATE INDEX PRTP_RT_TO_FK_I ON PARTY_RELATIONSHIP_TYPES
(TO_RT_CODE)
@@ -380,6 +395,11 @@ CREATE INDEX PRTP_RT_FROM_FK_I ON PARTY_RELATIONSHIP_TYPES
(FROM_RT_CODE)
/
PROMPT Creating Index 'BAS_DRWG_FK_I'
CREATE INDEX BAS_DRWG_FK_I ON BASES
(DRWG_CODE)
/
PROMPT Creating Index 'AUTH_RT_FK_I'
CREATE INDEX AUTH_RT_FK_I ON APEX_AUTHORIZATION
(RT_CODE)

2
Schema/mip.sql
View File

@@ -1,6 +1,6 @@
-- C:\Andy\svn\WEBMIP\Schema\mip.sql
--
-- Generated for Oracle 10g on Fri Dec 21 17:23:19 2007 by Server Generator 10.1.2.6.18
-- Generated for Oracle 10g on Tue Jan 15 17:47:32 2008 by Server Generator 10.1.2.6.18
SPOOL mip.lst

69
Schema/mip.sqs
View File

@@ -1,7 +1,15 @@
-- C:\Andy\svn\WEBMIP\Schema\mip.sqs
--
-- Generated for Oracle 10g on Fri Dec 21 17:23:19 2007 by Server Generator 10.1.2.6.18
-- Generated for Oracle 10g on Tue Jan 15 17:47:32 2008 by Server Generator 10.1.2.6.18
PROMPT Creating Sequence 'FLTR_SEQ'
CREATE SEQUENCE FLTR_SEQ
START WITH 20080000
NOMAXVALUE
NOMINVALUE
NOCYCLE
/
PROMPT Creating Sequence 'QUIT_SEQ'
CREATE SEQUENCE QUIT_SEQ
START WITH 20080000
@@ -18,16 +26,8 @@ CREATE SEQUENCE ENQU_SEQ
NOCYCLE
/
PROMPT Creating Sequence 'COST_SEQ'
CREATE SEQUENCE COST_SEQ
START WITH 20080000
NOMAXVALUE
NOMINVALUE
NOCYCLE
/
PROMPT Creating Sequence 'PRTY_SEQ'
CREATE SEQUENCE PRTY_SEQ
PROMPT Creating Sequence 'ERLO_SEQ'
CREATE SEQUENCE ERLO_SEQ
START WITH 20080000
NOMAXVALUE
NOMINVALUE
@@ -42,6 +42,30 @@ CREATE SEQUENCE REEX_SEQ
NOCYCLE
/
PROMPT Creating Sequence 'PRTY_SEQ'
CREATE SEQUENCE PRTY_SEQ
START WITH 20080000
NOMAXVALUE
NOMINVALUE
NOCYCLE
/
PROMPT Creating Sequence 'COST_SEQ'
CREATE SEQUENCE COST_SEQ
START WITH 20080000
NOMAXVALUE
NOMINVALUE
NOCYCLE
/
PROMPT Creating Sequence 'CNOR_SEQ'
CREATE SEQUENCE CNOR_SEQ
START WITH 20080000
NOMAXVALUE
NOMINVALUE
NOCYCLE
/
PROMPT Creating Sequence 'DORO_SEQ'
CREATE SEQUENCE DORO_SEQ
START WITH 20080000
@@ -50,6 +74,14 @@ CREATE SEQUENCE DORO_SEQ
NOCYCLE
/
PROMPT Creating Sequence 'MOCO_SEQ'
CREATE SEQUENCE MOCO_SEQ
START WITH 20080000
NOMAXVALUE
NOMINVALUE
NOCYCLE
/
PROMPT Creating Sequence 'QUTE_SEQ'
CREATE SEQUENCE QUTE_SEQ
START WITH 20080000
@@ -82,6 +114,13 @@ CREATE SEQUENCE QURE_SEQ
NOCYCLE
/
PROMPT Creating Sequence 'CATE_SEQ'
CREATE SEQUENCE CATE_SEQ
NOMAXVALUE
NOMINVALUE
NOCYCLE
/
PROMPT Creating Sequence 'COME_SEQ'
CREATE SEQUENCE COME_SEQ
START WITH 20080000
@@ -90,3 +129,11 @@ CREATE SEQUENCE COME_SEQ
NOCYCLE
/
PROMPT Creating Sequence 'REGU_SEQ'
CREATE SEQUENCE REGU_SEQ
START WITH 20080000
NOMAXVALUE
NOMINVALUE
NOCYCLE
/

495
Schema/mip.tab
View File

@@ -1,6 +1,6 @@
-- C:\Andy\svn\WEBMIP\Schema\mip.tab
--
-- Generated for Oracle 10g on Fri Dec 21 17:23:19 2007 by Server Generator 10.1.2.6.18
-- Generated for Oracle 10g on Tue Jan 15 17:47:31 2008 by Server Generator 10.1.2.6.18
@@ -30,6 +30,65 @@ CREATE TABLE SERVICE_PRESSURE_TYPES
)
/
PROMPT Creating Table 'DATA_ITEM_ROLES_IMPORT'
CREATE TABLE DATA_ITEM_ROLES_IMPORT
(FIELD_NAME VARCHAR2(240)
,TABLE_NAME VARCHAR2(240)
,INSTALL VARCHAR2(80)
,STD_INSTALL VARCHAR2(80)
,OFMAT VARCHAR2(80)
,EXCHANGE VARCHAR2(80)
,STD_EXCHANGE VARCHAR2(80)
,REMOVE VARCHAR2(80)
,STD_REMOVE VARCHAR2(80)
,ADVERSARIAL VARCHAR2(80)
,ALTERATION VARCHAR2(80)
,CHANGE_CAPACITY VARCHAR2(80)
,ADDON VARCHAR2(80)
,OTHER VARCHAR2(80)
,DESCRIPTION VARCHAR2(80)
)
/
PROMPT Creating Table 'PARTY_ADDRESS_ROLES'
CREATE TABLE PARTY_ADDRESS_ROLES
(PADDR_ADDR_CODE VARCHAR2(80) NOT NULL
,PADDR_PRTY_ID NUMBER NOT NULL
,PADDR_START_DATE DATE NOT NULL
,RT_CODE VARCHAR2(80) NOT NULL
,START_DATE DATE NOT NULL
,END_DATE DATE
)
/
PROMPT Creating Table 'QUOTE_REASONING'
CREATE TABLE QUOTE_REASONING
(REASON VARCHAR2(240) NOT NULL
,INTERNAL_OR_EXTERNAL VARCHAR2(8) DEFAULT 'EXTERNAL' NOT NULL
,ENQU_ID NUMBER
,ID NUMBER(*,0) NOT NULL
)
/
PROMPT Creating Table 'DATA_ITEM_ROLES'
CREATE TABLE DATA_ITEM_ROLES
(DI_FIELD_NAME VARCHAR2(240) NOT NULL
,DI_TABLE_NAME VARCHAR2(240) NOT NULL
,ENTY_CODE VARCHAR2(80) NOT NULL
,CONDITION VARCHAR2(30) NOT NULL
,ERROR_MESSAGE VARCHAR2(80)
,DESCRIPTION VARCHAR2(80)
)
/
PROMPT Creating Table 'CONTACT_MECHANISMS'
CREATE TABLE CONTACT_MECHANISMS
(COMT_CODE VARCHAR2(80) NOT NULL
,CONTACT_VALUE VARCHAR2(240) NOT NULL
,ID NUMBER NOT NULL
)
/
PROMPT Creating Table 'QUOTE_STATUSES'
CREATE TABLE QUOTE_STATUSES
(CODE VARCHAR2(80) NOT NULL
@@ -64,65 +123,18 @@ CREATE TABLE RELIEF_VALVE_TYPES
)
/
PROMPT Creating Table 'CONTACT_MECHANISMS'
CREATE TABLE CONTACT_MECHANISMS
(COMT_CODE VARCHAR2(80) NOT NULL
,CONTACT_VALUE VARCHAR2(240) NOT NULL
,ID NUMBER NOT NULL
)
/
PROMPT Creating Table 'DATA_ITEM_ROLES'
CREATE TABLE DATA_ITEM_ROLES
(DI_FIELD_NAME VARCHAR2(240) NOT NULL
,DI_TABLE_NAME VARCHAR2(240) NOT NULL
,ENTY_CODE VARCHAR2(80) NOT NULL
,CONDITION VARCHAR2(30) NOT NULL
,ERROR_MESSAGE VARCHAR2(80)
,DESCRIPTION VARCHAR2(80)
)
/
PROMPT Creating Table 'PARTY_ADDRESS_ROLES'
CREATE TABLE PARTY_ADDRESS_ROLES
(PADDR_ADDR_CODE VARCHAR2(80) NOT NULL
,PADDR_PRTY_ID NUMBER NOT NULL
,PADDR_START_DATE DATE NOT NULL
,RT_CODE VARCHAR2(80) NOT NULL
,START_DATE DATE NOT NULL
,END_DATE DATE
)
/
PROMPT Creating Table 'QUOTE_REASONING'
CREATE TABLE QUOTE_REASONING
(REASON VARCHAR2(240) NOT NULL
,INTERNAL_OR_EXTERNAL VARCHAR2(8) DEFAULT 'EXTERNAL' NOT NULL
,ENQU_ID NUMBER
PROMPT Creating Table 'CAVEAT_TEXTS'
CREATE TABLE CAVEAT_TEXTS
(ENTY_CODE VARCHAR2(80) NOT NULL
,METY_CODE VARCHAR2(80) NOT NULL
,SVCPT_CODE VARCHAR2(80) NOT NULL
,DOCUMENT_POSITION VARCHAR2(80) NOT NULL
,SORT_ORDER NUMBER
,TEXT VARCHAR2(4000) NOT NULL
,ID NUMBER(*,0) NOT NULL
)
/
PROMPT Creating Table 'DATA_ITEM_ROLES_IMPORT'
CREATE TABLE DATA_ITEM_ROLES_IMPORT
(FIELD_NAME VARCHAR2(240)
,TABLE_NAME VARCHAR2(240)
,INSTALL VARCHAR2(80)
,STD_INSTALL VARCHAR2(80)
,OFMAT VARCHAR2(80)
,EXCHANGE VARCHAR2(80)
,STD_EXCHANGE VARCHAR2(80)
,REMOVE VARCHAR2(80)
,STD_REMOVE VARCHAR2(80)
,ADVERSARIAL VARCHAR2(80)
,ALTERATION VARCHAR2(80)
,CHANGE_CAPACITY VARCHAR2(80)
,ADDON VARCHAR2(80)
,OTHER VARCHAR2(80)
,DESCRIPTION VARCHAR2(80)
)
/
PROMPT Creating Table 'CONNECTION_ORIENTATIONS'
CREATE TABLE CONNECTION_ORIENTATIONS
(CODE VARCHAR2(80) NOT NULL
@@ -130,6 +142,13 @@ CREATE TABLE CONNECTION_ORIENTATIONS
)
/
PROMPT Creating Table 'REGIONS'
CREATE TABLE REGIONS
(CODE VARCHAR2(80) NOT NULL
,DESCRIPTION VARCHAR2(80)
)
/
PROMPT Creating Table 'METER_SIZE_CODES'
CREATE TABLE METER_SIZE_CODES
(CODE VARCHAR2(80) NOT NULL
@@ -162,10 +181,12 @@ CREATE TABLE COSTS
)
/
PROMPT Creating Table 'REGIONS'
CREATE TABLE REGIONS
(CODE VARCHAR2(80) NOT NULL
PROMPT Creating Table 'DOCUMENTS'
CREATE TABLE DOCUMENTS
(URI VARCHAR2(400) NOT NULL
,DESCRIPTION VARCHAR2(80)
,ID NUMBER(*,0) NOT NULL
,DOCU_TYPE VARCHAR2(10) NOT NULL
)
/
@@ -176,12 +197,11 @@ CREATE TABLE CONTACT_MECHANISM_TYPES
)
/
PROMPT Creating Table 'DOCUMENTS'
CREATE TABLE DOCUMENTS
(URI VARCHAR2(400) NOT NULL
,DESCRIPTION VARCHAR2(80)
,ID NUMBER(*,0) NOT NULL
,DOCU_TYPE VARCHAR2(10) NOT NULL
PROMPT Creating Table 'FILTERS'
CREATE TABLE FILTERS
(CODE VARCHAR2(80) NOT NULL
,FITY_CODE VARCHAR2(80) NOT NULL
,FILTER_SIZE NUMBER NOT NULL
)
/
@@ -196,14 +216,6 @@ CREATE TABLE PARTY_CONTACT_MECHANISM_ROLES
)
/
PROMPT Creating Table 'FILTERS'
CREATE TABLE FILTERS
(CODE VARCHAR2(80) NOT NULL
,FITY_CODE VARCHAR2(80) NOT NULL
,FILTER_SIZE NUMBER NOT NULL
)
/
PROMPT Creating Table 'QUOTE_ROLES'
CREATE TABLE QUOTE_ROLES
(PRTY_ID NUMBER NOT NULL
@@ -215,6 +227,20 @@ CREATE TABLE QUOTE_ROLES
)
/
PROMPT Creating Table 'QUOTES'
CREATE TABLE QUOTES
(ENQU_ID NUMBER NOT NULL
,VALID_FROM DATE
,VALID_UNTIL DATE
,CREATED_ON DATE NOT NULL
,CREATED_BY VARCHAR2(80) NOT NULL
,UPDATED_ON DATE
,UPDATED_BY VARCHAR2(80)
,ID NUMBER NOT NULL
,QUTE_TYPE VARCHAR2(10) NOT NULL
)
/
PROMPT Creating Table 'PARTY_RELATIONSHIPS'
CREATE TABLE PARTY_RELATIONSHIPS
(FROM_PARL_ID NUMBER NOT NULL
@@ -230,36 +256,15 @@ CREATE TABLE PARTY_RELATIONSHIPS
)
/
PROMPT Creating Table 'QUOTES'
CREATE TABLE QUOTES
(ENQU_ID NUMBER NOT NULL
,VALID_FROM DATE
,VALID_UNTIL DATE
,CREATED_ON DATE NOT NULL
,CREATED_BY VARCHAR2(80) NOT NULL
,UPDATED_ON DATE
,UPDATED_BY VARCHAR2(80)
,ID NUMBER NOT NULL
,QUTE_TYPE VARCHAR2(10) NOT NULL
)
/
PROMPT Creating Table 'QUOTE_EVENTS'
CREATE TABLE QUOTE_EVENTS
(QUST_CODE VARCHAR2(80) NOT NULL
,QUTE_ID NUMBER NOT NULL
,DESCRIPTION VARCHAR2(250)
,EVENT_DATE DATE NOT NULL
)
/
PROMPT Creating Table 'SERVICE_PRESSURES'
CREATE TABLE SERVICE_PRESSURES
(CODE VARCHAR2(80) NOT NULL
,SVCPT_CODE VARCHAR2(80) NOT NULL
,DESCRIPTION VARCHAR2(80)
)
/
PROMPT Creating Table 'PARTY_ADDRESSES'
CREATE TABLE PARTY_ADDRESSES
(ADDR_CODE VARCHAR2(80) NOT NULL
@@ -270,10 +275,19 @@ CREATE TABLE PARTY_ADDRESSES
)
/
PROMPT Creating Table 'SERVICE_PRESSURES'
CREATE TABLE SERVICE_PRESSURES
(CODE VARCHAR2(80) NOT NULL
,SVCPT_CODE VARCHAR2(80) NOT NULL
,DESCRIPTION VARCHAR2(80)
)
/
PROMPT Creating Table 'ENQUIRY_EVENTS'
CREATE TABLE ENQUIRY_EVENTS
(ENQU_ID NUMBER NOT NULL
,ENST_CODE VARCHAR2(80) NOT NULL
,DESCRIPTION VARCHAR2(250)
,EVENT_DATE DATE NOT NULL
)
/
@@ -320,6 +334,14 @@ CREATE TABLE ENQUIRY_TYPES
)
/
PROMPT Creating Table 'DATA_ITEMS'
CREATE TABLE DATA_ITEMS
(FIELD_NAME VARCHAR2(240) NOT NULL
,TABLE_NAME VARCHAR2(240) NOT NULL
,DESCRIPTION VARCHAR2(240)
)
/
PROMPT Creating Table 'DOCUMENT_ROLES'
CREATE TABLE DOCUMENT_ROLES
(DOCU_ID NUMBER(*,0) NOT NULL
@@ -335,29 +357,25 @@ CREATE TABLE DOCUMENT_ROLES
)
/
PROMPT Creating Table 'DATA_ITEMS'
CREATE TABLE DATA_ITEMS
(FIELD_NAME VARCHAR2(240) NOT NULL
,TABLE_NAME VARCHAR2(240) NOT NULL
,DESCRIPTION VARCHAR2(240)
)
/
PROMPT Creating Table 'QUOTE_ITEMS'
CREATE TABLE QUOTE_ITEMS
(MODU_CODE VARCHAR2(80)
,OUTLET_ORIENTATION VARCHAR2(80)
,SELLING_PRICE NUMBER
,ENTY_CODE VARCHAR2(80)
,QUTE_ID NUMBER NOT NULL
,QMAX NUMBER
,COST_PRICE NUMBER
,ADIT_CODE VARCHAR2(240)
,BAS_CODE VARCHAR2(80)
,SVCPT_CODE VARCHAR2(80)
,DELIVERY_PRICE NUMBER
,QMIN NUMBER
,LEAD_TIME NUMBER
,HOU_CODE VARCHAR2(80)
,MESC_CODE VARCHAR2(80)
,METY_CODE VARCHAR2(80)
,INLET_ORIENTATION VARCHAR2(80)
,ID NUMBER(*,0) NOT NULL
,QUIT_TYPE VARCHAR2(10) NOT NULL
)
@@ -387,6 +405,13 @@ CREATE TABLE ASSET_LOCATION_TYPES
)
/
PROMPT Creating Table 'CONNECTION_TYPES'
CREATE TABLE CONNECTION_TYPES
(CODE VARCHAR2(80) NOT NULL
,DESCRIPTION VARCHAR2(80)
)
/
PROMPT Creating Table 'METERS'
CREATE TABLE METERS
(CODE VARCHAR2(80) NOT NULL
@@ -406,9 +431,22 @@ CREATE TABLE METERS
)
/
PROMPT Creating Table 'CONNECTION_TYPES'
CREATE TABLE CONNECTION_TYPES
PROMPT Creating Table 'SLAMSHUT_VALVES'
CREATE TABLE SLAMSHUT_VALVES
(CODE VARCHAR2(80) NOT NULL
,SLTY_CODE VARCHAR2(80) NOT NULL
,SLAMSHUT_SIZE NUMBER
,SLAMSHUT_SETTING NUMBER NOT NULL
)
/
PROMPT Creating Table 'ENQUIRY_ROLES'
CREATE TABLE ENQUIRY_ROLES
(ENQU_ID NUMBER NOT NULL
,PRTY_ID NUMBER NOT NULL
,RT_CODE VARCHAR2(80) NOT NULL
,START_DATE DATE DEFAULT SYSDATE NOT NULL
,END_DATE DATE
,DESCRIPTION VARCHAR2(80)
)
/
@@ -457,6 +495,13 @@ COMMENT ON COLUMN ERROR_LOGS.CREATED_BY IS 'The unique indentifier for a user of
COMMENT ON COLUMN ERROR_LOGS.UPDATED_BY IS 'The unique indentifier for a user of the system'
/
PROMPT Creating Table 'SLAMSHUT_TYPES'
CREATE TABLE SLAMSHUT_TYPES
(CODE VARCHAR2(80) NOT NULL
,DESCRIPTION VARCHAR2(80)
)
/
PROMPT Creating Table 'ENQUIRY_STATUS_TYPES'
CREATE TABLE ENQUIRY_STATUS_TYPES
(CODE VARCHAR2(80) NOT NULL
@@ -464,6 +509,80 @@ CREATE TABLE ENQUIRY_STATUS_TYPES
)
/
PROMPT Creating Table 'ENQUIRIES'
CREATE TABLE ENQUIRIES
(ID NUMBER NOT NULL
,AGENT_COMT_CODE VARCHAR2(80)
,ALTY_CODE VARCHAR2(80)
,CACA_CODE VARCHAR2(80)
,ENTY_CODE VARCHAR2(80)
,EXISTING_MESC_CODE VARCHAR2(80)
,METY_CODE VARCHAR2(80)
,REQUIRED_MESC_CODE VARCHAR2(80)
,REQUIRED_SVCP_CODE VARCHAR2(80)
,AGENT_CONTACT_VALUE VARCHAR2(240)
,TRANSACTION_REFERENCE VARCHAR2(80)
,FIRST_CONTACT_NAME VARCHAR2(80)
,FIRST_CONTACT_TELEPHONE_1 VARCHAR2(15)
,FIRST_CONTACT_TELEPHONE_2 VARCHAR2(15)
,FIRST_CONTACT_FAX VARCHAR2(15)
,FIRST_CONTACT_EMAIL VARCHAR2(240)
,SECOND_CONTACT_TELEPHONE_1 VARCHAR2(15)
,SECOND_CONTACT_TELEPHONE_2 VARCHAR2(15)
,SECOND_CONTACT_FAX VARCHAR2(15)
,SECOND_CONTACT_EMAIL VARCHAR2(240)
,INSTALL_SUB_BUILDING VARCHAR2(40)
,INSTALL_BUILDING VARCHAR2(40)
,INSTALL_STREET VARCHAR2(60)
,INSTALL_CITY VARCHAR2(40)
,INSTALL_POSTCODE VARCHAR2(8)
,SECOND_CONTACT_NAME VARCHAR2(80)
,FIRST_ALT_SUB_BUILDING VARCHAR2(40)
,SECOND_ALT_SUB_BUILDING VARCHAR2(40)
,FIRST_ALT_BUILDING VARCHAR2(40)
,FIRST_ALT_STREET VARCHAR2(60)
,FIRST_ALT_CITY VARCHAR2(40)
,FIRST_ALT_POSTCODE VARCHAR2(8)
,SECOND_ALT_BUILDING VARCHAR2(40)
,SECOND_ALT_STREET VARCHAR2(60)
,SECOND_ALT_CITY VARCHAR2(40)
,SECOND_ALT_POSTCODE VARCHAR2(8)
,ASSET_LOCATION_NOTES VARCHAR2(100)
,ACCESS_PASSWORD VARCHAR2(30)
,ACCESS_ADDITIONAL VARCHAR2(210)
,MPRN NUMBER(30,0)
,MPRN_ALT VARCHAR2(250)
,REQUIRED_METERING_PRESSURE NUMBER
,REQUIRED_IP_DETAILS VARCHAR2(250)
,REQUIRED_IP_MBAR NUMBER
,ANNUAL_QUANTITY NUMBER
,DOWNSTREAM_BOOSTER_OR_COMPRESS VARCHAR2(3)
,INDICATIVE_DATE DATE
,INDICATIVE_TIME VARCHAR2(2) DEFAULT 'DY'
,OTHER_PROJECT_REFERENCE VARCHAR2(50)
,HOUSING_REQUIRED VARCHAR2(3)
,BASE_REQUIRED VARCHAR2(3)
,CONVERTOR_REQUIRED VARCHAR2(3)
,AMR_REQUIRED VARCHAR2(3)
,EMS_REQUIRED VARCHAR2(3)
,BYPASS_REQUIRED VARCHAR2(40)
,TWIN_STREAM_REQUIRED VARCHAR2(3)
,LOGGER_REQUIRED VARCHAR2(3)
,QMAX NUMBER
,QMIN NUMBER
,LOAD_CONTROL_TYPE VARCHAR2(10)
,EXISTING_METER_SERIAL_NO VARCHAR2(14)
,EXISTING_METER_MODEL VARCHAR2(10)
,EXISTING_METER_OWNER VARCHAR2(1)
,EXISTING_METER_ASSET_PROVIDER VARCHAR2(210)
,EXISTING_CONVERTOR VARCHAR2(3)
,MARKET_SECTOR_CODE VARCHAR2(1) DEFAULT 'I'
,JOB_DESCRIPTION VARCHAR2(500)
,OTHER_INFORMATION VARCHAR2(250)
,BYPASS_OTHER VARCHAR2(40)
)
/
PROMPT Creating Table 'RELIEF_VALVES'
CREATE TABLE RELIEF_VALVES
(CODE VARCHAR2(80) NOT NULL
@@ -473,22 +592,17 @@ CREATE TABLE RELIEF_VALVES
)
/
PROMPT Creating Table 'SLAMSHUT_VALVES'
CREATE TABLE SLAMSHUT_VALVES
PROMPT Creating Table 'HOUSING_TYPES'
CREATE TABLE HOUSING_TYPES
(CODE VARCHAR2(80) NOT NULL
,SLTY_CODE VARCHAR2(80) NOT NULL
,SLAMSHUT_SIZE NUMBER
,SLAMSHUT_SETTING NUMBER NOT NULL
,DESCRIPTION VARCHAR2(80)
)
/
PROMPT Creating Table 'ENQUIRY_ROLES'
CREATE TABLE ENQUIRY_ROLES
(ENQU_ID NUMBER NOT NULL
,PRTY_ID NUMBER NOT NULL
,RT_CODE VARCHAR2(80) NOT NULL
,START_DATE DATE DEFAULT SYSDATE NOT NULL
,END_DATE DATE
PROMPT Creating Table 'PARTY_RELATIONSHIP_TYPES'
CREATE TABLE PARTY_RELATIONSHIP_TYPES
(TO_RT_CODE VARCHAR2(80) NOT NULL
,FROM_RT_CODE VARCHAR2(80) NOT NULL
,DESCRIPTION VARCHAR2(80)
)
/
@@ -511,101 +625,6 @@ CREATE TABLE BASES
)
/
PROMPT Creating Table 'HOUSING_TYPES'
CREATE TABLE HOUSING_TYPES
(CODE VARCHAR2(80) NOT NULL
,DESCRIPTION VARCHAR2(80)
)
/
PROMPT Creating Table 'SLAMSHUT_TYPES'
CREATE TABLE SLAMSHUT_TYPES
(CODE VARCHAR2(80) NOT NULL
,DESCRIPTION VARCHAR2(80)
)
/
PROMPT Creating Table 'ENQUIRIES'
CREATE TABLE ENQUIRIES
(ID NUMBER NOT NULL
,FIRST_CONTACT_FAX VARCHAR2(15)
,FIRST_CONTACT_EMAIL VARCHAR2(240)
,SECOND_CONTACT_TELEPHONE_1 VARCHAR2(15)
,SECOND_CONTACT_FAX VARCHAR2(15)
,INSTALL_BUILDING VARCHAR2(40)
,INSTALL_CITY VARCHAR2(40)
,INSTALL_POSTCODE VARCHAR2(8)
,SECOND_ALT_SUB_BUILDING VARCHAR2(40)
,FIRST_ALT_BUILDING VARCHAR2(40)
,SECOND_ALT_STREET VARCHAR2(60)
,SECOND_ALT_CITY VARCHAR2(40)
,SECOND_ALT_POSTCODE VARCHAR2(8)
,ASSET_LOCATION_NOTES VARCHAR2(100)
,MPRN NUMBER(30,0)
,REQUIRED_METERING_PRESSURE NUMBER
,REQUIRED_IP_DETAILS VARCHAR2(250)
,REQUIRED_IP_MBAR NUMBER
,HOUSING_REQUIRED VARCHAR2(3)
,BASE_REQUIRED VARCHAR2(3)
,TWIN_STREAM_REQUIRED VARCHAR2(3)
,QMAX NUMBER
,EXISTING_METER_MODEL VARCHAR2(10)
,OTHER_INFORMATION VARCHAR2(250)
,ALTY_CODE VARCHAR2(80)
,CACA_CODE VARCHAR2(80)
,ENTY_CODE VARCHAR2(80)
,EXISTING_MESC_CODE VARCHAR2(80)
,METY_CODE VARCHAR2(80)
,REQUIRED_MESC_CODE VARCHAR2(80)
,REQUIRED_SVCP_CODE VARCHAR2(80)
,AGENT_CONTACT_VALUE VARCHAR2(240)
,TRANSACTION_REFERENCE VARCHAR2(80)
,FIRST_CONTACT_NAME VARCHAR2(80)
,SECOND_CONTACT_TELEPHONE_2 VARCHAR2(15)
,SECOND_CONTACT_EMAIL VARCHAR2(240)
,INSTALL_SUB_BUILDING VARCHAR2(40)
,INSTALL_STREET VARCHAR2(60)
,SECOND_CONTACT_NAME VARCHAR2(80)
,FIRST_ALT_STREET VARCHAR2(60)
,FIRST_ALT_CITY VARCHAR2(40)
,FIRST_ALT_POSTCODE VARCHAR2(8)
,SECOND_ALT_BUILDING VARCHAR2(40)
,ACCESS_PASSWORD VARCHAR2(30)
,ACCESS_ADDITIONAL VARCHAR2(210)
,INDICATIVE_DATE DATE
,INDICATIVE_TIME VARCHAR2(2) DEFAULT 'DY'
,OTHER_PROJECT_REFERENCE VARCHAR2(50)
,CONVERTOR_REQUIRED VARCHAR2(3)
,AMR_REQUIRED VARCHAR2(3)
,EMS_REQUIRED VARCHAR2(3)
,BYPASS_REQUIRED VARCHAR2(40)
,BYPASS_OTHER VARCHAR2(40)
,LOGGER_REQUIRED VARCHAR2(3)
,LOAD_CONTROL_TYPE VARCHAR2(10)
,EXISTING_METER_ASSET_PROVIDER VARCHAR2(210)
,MARKET_SECTOR_CODE VARCHAR2(1) DEFAULT 'I'
,JOB_DESCRIPTION VARCHAR2(500)
,AGENT_COMT_CODE VARCHAR2(80)
,FIRST_CONTACT_TELEPHONE_1 VARCHAR2(15)
,FIRST_CONTACT_TELEPHONE_2 VARCHAR2(15)
,FIRST_ALT_SUB_BUILDING VARCHAR2(40)
,MPRN_ALT VARCHAR2(250)
,ANNUAL_QUANTITY NUMBER
,DOWNSTREAM_BOOSTER_OR_COMPRESS VARCHAR2(3)
,QMIN NUMBER
,EXISTING_METER_SERIAL_NO VARCHAR2(14)
,EXISTING_METER_OWNER VARCHAR2(1)
)
/
PROMPT Creating Table 'PARTY_RELATIONSHIP_TYPES'
CREATE TABLE PARTY_RELATIONSHIP_TYPES
(TO_RT_CODE VARCHAR2(80) NOT NULL
,FROM_RT_CODE VARCHAR2(80) NOT NULL
,DESCRIPTION VARCHAR2(80)
)
/
PROMPT Creating Table 'APEX_AUTHORIZATION'
CREATE TABLE APEX_AUTHORIZATION
(RT_CODE VARCHAR2(80) NOT NULL
@@ -615,6 +634,13 @@ CREATE TABLE APEX_AUTHORIZATION
)
/
PROMPT Creating Table 'REGULATOR_TYPES'
CREATE TABLE REGULATOR_TYPES
(CODE VARCHAR2(80) NOT NULL
,DESCRIPTION VARCHAR2(80)
)
/
PROMPT Creating Table 'METER_TYPES'
CREATE TABLE METER_TYPES
(CODE VARCHAR2(80) NOT NULL
@@ -674,20 +700,6 @@ CREATE TABLE HOUSINGS
)
/
PROMPT Creating Table 'REGULATOR_TYPES'
CREATE TABLE REGULATOR_TYPES
(CODE VARCHAR2(80) NOT NULL
,DESCRIPTION VARCHAR2(80)
)
/
PROMPT Creating Table 'BYPASS_REASONS'
CREATE TABLE BYPASS_REASONS
(CODE VARCHAR2(80) NOT NULL
,DESCRIPTION VARCHAR2(80)
)
/
PROMPT Creating Table 'REGI_ENQU_EXCLUSIONS'
CREATE TABLE REGI_ENQU_EXCLUSIONS
(ENTY_CODE VARCHAR2(80) NOT NULL
@@ -697,8 +709,8 @@ CREATE TABLE REGI_ENQU_EXCLUSIONS
)
/
PROMPT Creating Table 'FILTER_TYPES'
CREATE TABLE FILTER_TYPES
PROMPT Creating Table 'BYPASS_REASONS'
CREATE TABLE BYPASS_REASONS
(CODE VARCHAR2(80) NOT NULL
,DESCRIPTION VARCHAR2(80)
)
@@ -717,16 +729,8 @@ CREATE TABLE EXCEPTION_MESSAGES
)
/
PROMPT Creating Table 'ADDITIONAL_ITEMS'
CREATE TABLE ADDITIONAL_ITEMS
(CODE VARCHAR2(240) NOT NULL
,DESCRIPTION VARCHAR2(240)
,LEAD_TIME VARCHAR2(240)
)
/
PROMPT Creating Table 'DRAWINGS'
CREATE TABLE DRAWINGS
PROMPT Creating Table 'FILTER_TYPES'
CREATE TABLE FILTER_TYPES
(CODE VARCHAR2(80) NOT NULL
,DESCRIPTION VARCHAR2(80)
)
@@ -743,6 +747,13 @@ CREATE TABLE ADDRESSES
)
/
PROMPT Creating Table 'DRAWINGS'
CREATE TABLE DRAWINGS
(CODE VARCHAR2(80) NOT NULL
,DESCRIPTION VARCHAR2(80)
)
/
PROMPT Creating Table 'PARTY_ROLES'
CREATE TABLE PARTY_ROLES
(PRTY_ID NUMBER NOT NULL
@@ -754,3 +765,11 @@ CREATE TABLE PARTY_ROLES
)
/
PROMPT Creating Table 'ADDITIONAL_ITEMS'
CREATE TABLE ADDITIONAL_ITEMS
(CODE VARCHAR2(240) NOT NULL
,DESCRIPTION VARCHAR2(240)
,LEAD_TIME VARCHAR2(240)
)
/

12
Schema/mipExtTables.sql
View File

@@ -1,7 +1,17 @@
@@ext_meter.pdc
@@ext_module.pdc
@@ext_housing.pdc
@@ext_base.pdc
@@ext_cost.pdc
@@ext_caveat.pdc
@@ext_postcode.pdc
-- error logs used when merging data from the external tables to their final destinations
exec dbms_errlog.create_error_log(dml_table_name => 'meters')
exec dbms_errlog.create_error_log(dml_table_name => 'parties')
exec dbms_errlog.create_error_log(dml_table_name => 'modules')
exec dbms_errlog.create_error_log(dml_table_name => 'modules')
exec dbms_errlog.create_error_log(dml_table_name => 'bases')
exec dbms_errlog.create_error_log(dml_table_name => 'housings')
exec dbms_errlog.create_error_log(dml_table_name => 'costs')
exec dbms_errlog.create_error_log(dml_table_name => 'caveat_texts')
exec dbms_errlog.create_error_log('postcodes')

3
Schema/mipViews.sql
View File

@@ -14,4 +14,5 @@
@@V_LACO.vw
@@V_CURRENT_PARTY_ADDRESSES.vw
@@v_current_contact_mechanisms.vw
@@V_QUOTE_DETAILS.vw
@@v_complete_ext_modules.vw
@@V_QUOTE_DETAILS.vw

30
Schema/v_complete_ext_modules.vw Normal file
View File

@@ -0,0 +1,30 @@
CREATE OR REPLACE VIEW v_complete_ext_modules
AS
SELECT *
FROM ext_modules t
WHERE field_1 IS NOT NULL
AND field_2 IS NOT NULL
AND field_3 IS NOT NULL
AND field_4 IS NOT NULL
AND field_5 IS NOT NULL
AND field_6 IS NOT NULL
AND field_7 IS NOT NULL
AND field_8 IS NOT NULL
AND field_9 IS NOT NULL
AND field_10 IS NOT NULL
AND field_11 IS NOT NULL
AND field_12 IS NOT NULL
AND field_13 IS NOT NULL
AND field_14 IS NOT NULL
AND field_17 IS NOT NULL
AND field_18 IS NOT NULL
AND field_19 IS NOT NULL
AND field_20 IS NOT NULL
AND field_21 IS NOT NULL
AND field_22 IS NOT NULL
AND field_25 IS NOT NULL
AND field_26 IS NOT NULL
AND field_27 IS NOT NULL
AND field_28 IS NOT NULL
AND field_30 IS NOT NULL
/