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Water Quality
- In order to protect the package components in contact with the cooling water against
attack by corrosive and fouling agents, we recommend that the cooling water meet the following quality
standards
Total Dissolved Solids (TDS)..................
<500 ppm
Iron.......................................................
<2 ppm
Total Hardness......................................
<60 ppm
Silica ....................................................
<25 ppm
Oil and Grease......................................
<5 ppm
Sulfate..................................................
<50 ppm
Chloride................................................
<50 ppm
Nitrate...................................................
<2 ppm
Corrosivity.............................................
Langelier Index between 0 to 1
Unlike the internal injection water system, the cooling water system does not have any form of filtration or
treatment. It is the responsibility of the end user to ensure that cooling water of adequate quality is used.
The water quality tests described in the “RO Water Filtration System”, SECTION 8, may also be used to
monitor the quality of the cooling water.
Water Flow Requirements
- The following conditions of service are recommended to achieve adequate
cooler core performance:
Water Cooler
Pressure
100 HP
125 HP
150 HP
Water flow for 30
°
F rise (gpm....................................
All
17.8
22.0
26.3
Water Flow for 15
°
F rise (gpm)..................................
All
35.7
44.0
52.7
Maximum water flow and pressure loss (gpm @ psi) ...
All
-------
55 @ 12.6
-------
Operating pressure range (psi)...................................
All
-------
40 to 150
-------
Operating temperature range (
°
F)..............................
All
-------
60 to 90
-------
Aftercooler
Water flow for 30
°
F rise (gpm....................................
All
1.1
1.9
2.3
Water Flow for 15
°
F rise (gpm)..................................
All
2.2
3.7
4.7
Maximum water flow and pressure loss (gpm @ psi) ...
All
-------
55 @ 10.7
-------
Operating pressure range (psi)...................................
All
-------
40 to 150
-------
Operating temperature range (
°
F)..............................
All
-------
60 to 90
-------
Notes:
•
Estimate of core pressure drop at lower than maximum flowrate = (GPM/GPM max.).
•
Flows exceeding maximum rate will cause severe erosion and will void unit warranty.
•
Water temperature below 60
°
F may:
-
produce excessive cooling and condensate formation, overtaxing the separation
device and allowing water carryover into the customer pipe works.
-
result in low water velocities (e.g., to check cooling rate) which promote tube
fouling.
•
Water temperature above 90
°
F may cause recurring high discharge temperature
shutdowns.
Содержание ROTORCHAMP EWF99C-100
Страница 7: ...13 11 614 Page 7 Figure 1 2 PACKAGE ILLUSTRATION AIR COOLED 309EWF797 A Ref Drawing ...
Страница 8: ...13 11 614 Page 8 Figure 1 3 PACKAGE ILLUSTRATION WATER COOLED 310EWF797 A Ref Drawing ...
Страница 9: ...13 11 614 Page 9 Figure 1 4 AIR COOLED SCHEMATIC 307EWF797 A Ref Drawing ...
Страница 10: ...13 11 614 Page 10 Figure 1 5 WATER COOLED SCHEMATIC 308EWF797 A Ref Drawing ...
Страница 29: ...13 11 614 Page 29 Figure 4 2 FLOW CHART FOR SETUP PROGRAMMING 300EWC1255 Ref Drawing ...
Страница 43: ...13 11 614 Page 43 303EWF546 A Ref Drawing Page 2 of 2 ...
Страница 44: ...13 11 614 Page 44 Figure 4 5 WIRING DIAGRAM WYE DELTA WITH EXPANSION BOARD 304EWF546 A Ref Drawing Page 1 of 2 ...
Страница 45: ...13 11 614 Page 45 304EWF546 A Ref Drawing Page 2 of 2 ...
Страница 46: ...13 11 614 Page 46 Figure 4 6 WIRING DIAGRAM FULL VOLTAGE LESS STARTER 305EWF546 A Ref Drawing Page 1 of 2 ...
Страница 47: ...13 11 614 Page 47 305EWF546 A Ref Drawing Page 2 of 2 ...