Parker Sporlan Subcool Control, Инструкция по установке и эксплуатации

Страница: 11 / 24

Bulletin 100-50-5.2 – Page 11
PARAMETERS
ESC Escape and Save Settings —
LoSP
Liquid Outlet Temperature Setpoint
Change to desired Liquid Out Temperature
10 to 100°F (-12.3 to 37.7°C)
Default is 75°F (23.8°C)
rghL Return Gas High Limit
40 to 120°F (4.4 to 48.8°C)
Default is 120°F (48.8°C)
SboF Subcooler Off Temperature Differential
0 to 30°F (0 to 16.7°C)
Default is 10°F (5.5°C)
SHSP
Superheat Setpoint
Change to desired Superheat Setpoint
5 to 45°F (2.8 to 25°C)
Default is 10°F (5.5°C)
rEFr
Chosen
at Setup
Refrigerant Type
Change to desired Refrigerant Type
Readout Description
r
R-22
134A
R-134A
40A
R-402A
404A 404A
R-404A
40A
R-407A
40C
R-407C
410A
R-410A
41A
R-417A
4A
R-422A
4d
R-422D
r0
R-507A
r44
R-744
4F
R-245FA
r-E
R-E5
43A
R-438A
401b
R-401B
40A R-408A
0A R-508A
0B R-508B
40F R-407F
434A R-434A
444B
R-444B
44A R-448A
40A
R-450A
44A R-449A
4A R-452A
13A R-513A
HiCP
Maximum Valve Capacity 0 to 100% Default is 100
-LP-
Liquid Proportional Coefficient
0 to 25.5 Default is 1.0
Increase value to increase valve response
to liquid out temperature
-L- Liquid Integral Coefficient
0 to 255 Default is 60
Increase value to decrease valve response
to liquid out temperature over time
-Ld-
Liquid Derivative Coefficient
0 to 255 Default is 0
Increase value to increase valve response
to change in liquid out temperature
-SP-
Superheat Proportional Coefficient
0 to 25.5 Default is 1.0
Increase value to increase valve response
to superheat
-S- Superheat Integral Coefficient
0 to 255 Default is 120
Increase value to decrease valve response
to superheat over time
-Sd-
Superheat Derivative Coefficient
0 to 255 Default is 0
Increase value to increase valve response
to change in superheat
Counterclockwise
Clockwise
APPENDIX E - Setpoint Parameters
Default values are highlighted.