Mask
Index
Description
Value
UOM
Type
Channel Min Max Offset
Cab01
L1
Compressors regulation type
0 PROPORTIONAL BAND
Cab01
L1
Compressors control mode
0 PRESSURE
Cab02
L1
Minimum suction setpoint
7 barg
Cab02
L1
Maximum suction setpoint
90 barg
Cab03
L1
Suction setpoint
19 barg
Cba04
L1
uct. - Regulation type (P - P+I - PID)
1 PROP. + INT.
Cba04
L1
uct. - Integral time
120 s
Cba05
L1
Suction differential
3 barg
Cab08
L1
Increasing zone differential for compressors regulation (neutral zone)
0 barg
Cab08
L1
Decreasing zone differential for compressors regulation (neutral zone)
0 barg
Cab12
L1
Compressors neutral zone minimum complete activation time (neutral zone)
5 s
Cab12
L1
Compressors neutral zone maximum complete activation time (neutral zone)
30 s
Cab13
L1
Compressors neutral zone minimum complete deactivation time (neutral zone)
10 s
Cab13
L1
Compressors neutral zone maximum complete deactivation time (neutral zone)
60 s
Cab20
--
--
--
Cab20
--
--
--
Cad08
L1
Enable floating suction setpoint compensation
1 YES
Cad09
L1
Floating suction maximum setpoint
70 barg
Cad09
L1
Floating suction minimum setpoint
19 barg
Cad10
L1
Floating suction maximum delta admitted
40
Caf02
L1
Compressors type
1 SCROLL
Caf02
L1
Number of compressors
1 -
Caf04
L1
Suction refrigerant type
10 R744
Caf10
L1
Compressors rotation type
1 FIFO
Caf11
L1
Sequence of load unloader
2 CpppCppp
Caf15
L1
Compressors modulating device type
1 INVERTER
Caf90
L1
Have compressors different size? {0=Equal - 1=Different}
0 NO
Caf90
L1
Have compressors different number of valves? {0=Equal - 1=Different}
0 NO
Caf91
L1
Compressors size 1
10
Caf91
L1
Compressors size 2
10
Caf91
L1
Compressors size 3
10
Caf91
L1
Compressors size 4
10
Caf92
L1
Stages configuration for compressor size 1
0
100
Caf92
L1
Stages configuration for compressor size 2
0
100
Caf92
L1
Stages configuration for compressor size 3
0
100
Caf92
L1
Stages configuration for compressor size 4
0
100
Caf16
L1
Compressors inverter minimum frequency
30 Hz
Caf16
L1
Compressors inverter maximum frequency
60 Hz
Cag01
L1
Compressors inverter minimum voltage
0
Cag01
L1
Compressors inverter maximum voltage
10
Cag01
L1
Compressors inverter nominal frequency
50 Hz
Cag01
L1
Compressors inverter nominal power
10
Cag02
L1
Compressors inverter rising time
120 s
Cag02
L1
Compressors inverter falling time
20 s
Cag05
L1
Regulation value in case of all regulation probe fault
0 %
Cad05
L1
Function for setpoint compensation by digital input enabled (suct/cond)
0 NO
Ffa04
--
--
--
************
--
--
--
L1 - FANS
--
--
--
************
--
--
--
Dab01
L1
Fans regulation type
0 PROPORTIONAL BAND
Dab01
L1
Fans control mode
1 TEMPERATURE
Dab02
L1
Minimum condensing setpoint
18 °C
Dab02
L1
Maximum condensing setpoint
30 °C
Dab03
L1
condensing setpoint
23 °C
Dab04
L1
Fan can work only when at least one compressor work
1 YES
Dab06
L1
ond. - Regulation type (P - P+I - PID)
0 PROPORTIONAL
Dab06
L1
ond. - Integral time
0 s
Dab14
L1
condensing neutral zone minimum complete activation time (neutral zone)
5 s
Dab14
L1
condensing neutral zone maximum complete activation time (neutral zone)
30 s
Dab15
L1
condensing neutral zone minimum complete deactivation time (neutral zone)
10 s
Dab15
L1
condensing neutral zone maximum complete deactivation time (neutral zone)
60 s
Dad05
L1
Enable floating condensing setpoint compensation
1 °C
Dad06
L1
Floating condensing offset
3
Daf01
L1
Number of fans
1 --
Daf04
L1
condensing refrigerant type
10 --
Daf05
L1
Fans rotation type
1 FIFO
Dag01
L1
Fans modulating device type
1 0-10V INVERTER-EC FANS
Dag02
L1
Fan inverter minimum voltage
0 V
Dag02
L1
Fan inverter maxiimum voltage
100 V
Dag02
L1
Fan inverter minimum activation
5 kW
Dag02
L1
Fan inverter maxiimum activation
100 kW
Dag13
L1
Speed-up procedure duration
5 s
Dab05
L1
Setup for fans regulation cutoff
20
************
--
--
--
L1 - ALARMS
--
--
--
************
--
--
--
Cae04
L1
Compressors alarm 1 delay
0 s
Cae04
L1
Alarm1 of compressor start delay
0 s
Cae04
L1
Compressor alarm 1 type(0.Auto 1.Manual)
0 AUT.
Cae04
L1
Compressor alarm 1 priority (0=Light - 1=Serious)
1 SERIOUS
Cae07
L1
Compressors alarm 2 delay
0 s
Cae07
L1
Alarm 2 of compressor start delay
0 s
Cae07
L1
Compressor alarm 2 type(0.Auto 1.Manual)
0 AUT.
Cae07
L1
Compressor alarm 2 priority (0=Light - 1=Serious)
1 SERIOUS
Cae10
L1
Compressors alarm 3 delay
0 s
Cae10
L1
Alarm 3 of compressor start delay
0 s
Cae10
L1
Compressor alarm 3 type(0.Auto 1.Manual)
0 AUT.
Cae10
L1
Compressor alarm 3 priority (0=Light - 1=Serious)
1 SERIOUS
Cae13
L1
Compressors alarm 4 delay
0 s
Cae13
L1
Alarm 4 of compressor start delay
0 s
Cae13
L1
Compressor alarm 4 type(0.Auto 1.Manual)
0 AUT.
Cae13
L1
Compressor alarm 4 priority (0=Light - 1=Serious)
1 SERIOUS
Cae16
L1
Compressors alarm 5 delay
0 s
Cae16
L1
Alarm 5 of compressor start delay
0 s
WARNING:
Although every attempt to ensure parameters are correct, it is ultimately the Installer and or the Commissioning Engineers responsibility to check and ensure the correct parameters have been programmed and tested.
Page 146 of 172
Copyright HPL March 2021
P4114S Rev 03
Содержание Hubbard GCU2040PXB1
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Страница 44: ...4 Wiring Schematics Model GCU2040PXB1 Part Number D4155S Page 44 of 172 Copyright HPL March 2021 P4114S Rev 03...
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Страница 161: ...8 PRESSURE ENTHALPY DIAGRAM FOR R744 REFRIGERANT Page 161 of 172 Copyright HPL March 2021 P4114S Rev 03...
Страница 165: ...9 Commissioning Form Page 165 of 172 Copyright HPL March 2021 P4114S Rev 03...