Alarms - Emerson Dixell XC15CX Installing And Operating Instructions

toH Differential for phase-cut regulator: 0 to 100%
Lto Lower limit for output oA3: input value (FPb) corresponding to the minimum
output power (Po1)
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Uto Upper limit for output oA3: input value (FPb) corresponding to the maximum
output power (Po2)
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Po1 Minimum output power (valid if oA3=PCF): 0 to 100%
Po2 Maximum output power (valid if oA3=PCF): 0 to 100%

15.10 ALARMS

LAL Lower limit for temperature/pressure alarm on suction line (depending on
probe P1):
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HAL Upper limit for temperature/pressure alarm on suction line (depending on
probe P1):
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AdS Delay for temperature/pressure alarm activation on suction line: 0 to 255 min
ELP Electronic pressure control threshold (Low pressure alarm on suction line):
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CUP Compressor up time before maintenance: (10 to 9990 hours, res. 10 hours) after
reaching the preset number of hours, the device will show the maintenance warning.
PEn Max number of pressure control activations (ELP) before stopping regulation:
(0 to 15) after detecting PEn alarms of the ELP type in an interval of time PEi, the
regulation will be stopped
PEi Interval of time to count the number of ELP alarm events: 0 to 999 min. With
PEi=0 this function is disabled.
SPr Number of active compressors when probe is in error: 0 to 2
LAF Lower limit for temperature/pressure alarm on condenser (depending on
probe FPb):
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HAF Upper limit for temperature/pressure alarm on condenser (depending on
probe FPb):
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1592001530 XC15-35CX EN r1.2 11.04.2017
NTC10k  -40 to 110°C; -40 to 230°F
NTC86k  -40 to 180°C; -40 to 356°F
PT1000  -40 to 180°C; -40 to 356°F
Ratiometric Pressure probe  0.0 to 51.0 bar; 0 to 750 PSI
NTC10k  -40 to 110°C; -40 to 230°F
NTC86k  -40 to 180°C; -40 to 356°F
PT1000  -40 to 180°C; -40 to 356°F
0-5  0.0 to 51.0 bar; 0 to 750 PSI
P1=NTC10k  -40.0°C to HAL; -40°F to HAL
P1=NTC86k  -40.0°C to HAL; -40°F to HAL
P1=PT1000  -40°C to HAL; -40°F to HAL
P1=0-5  P1i to HAL [bar, PSI]
P1=NTC10k  LAL to 110.0°C; LAL to 230°F
P1=NTC86k  LAL to 180°C; LAL to 356°F
P1=PT1000  LAL to 180°C; LAL to 356°F
P1=0-5  LAL to P1E [bar, PSI]
P1=NTC10k, NTC86k, PT1000  -40.0°C to St1; -40°F to St1
P1=0-5  P1i to St1 [bar, PSI]
NTC10k  -40.0°C to HAF; -40°F to HAF
NTC86k  -40.0°C to HAF; -40°F to HAF
PT1000  -40°C to HAF; -40°F to HAF
0-5 Pxi to HAF [bar, PSI]
NTC10k  LAF to 110.0°C; LAF to 230°F
NTC86k  LAF to 180°C; LAF to 356°F
PT1000  LAF to 180°C; LAF to 356°F
0-5  LAF to PxE [bar, PSI]
XC15-35CX 23/40