Emerson Copeland CORESENSE Technical Information page 14

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0117
Current Status
011C
DIP-Switch_1
0123
Input Status
0126
Output Status1
0127
Output Status2
0129
Discharge Temperature Value
012B
Compressor R Phase Voltage
012C
Compressor Y Phase Voltage
012D
Compressor B Phase Voltage
D7.8.6/1112-0815/E
1
0
1
1
0
1
0
1
0
1
1
0
1
1
2
1
0
1
0
1
0
1
0
1
0
1
0
1
0
1
1
-70.0
585.35
°F
1
0
655,35
V
1
0
655,35
V
1
0
655,35
V
Trip with Auto Reset (2XX)
200: High Discharge Line Temperature
202: Locked Rotor
203: Missing Phase
205: Compressor Low Voltage
208: Voltage Imbalance
212: Motor Overheat
Lockout with Manual Reset (3XX)
300:High Discharge Temperature
302:Locked Rotor
303:Missing Phase
304:Phase Loss
307:Insufficient Oil Pressure
311:Control Module Failure
312:Compressor Low Voltage
Communication Board DIP Switch:
BIT15 - DS15
BIT14 - DS14
...............
BIT1 - DS1
BIT0 - DS0
1 = ON
BIT0 - Demand Status
1 = Present
BIT1 - Compressor Running
BIT2 - Injection Present
BIT3 - Top Cap Thermistor installed
BIT4 - 250 DTC valve thermistor installed
BIT5 - TRUE if solenoid is open
1=TRUE
0=FALSE
BIT6 - Operating Voltage
1 = 230V, 0 = 110V
BIT7 - Line Frequency
1 = 50Hz
2 = 60Hz
BIT3 - CrankCase Heater Status
0 = Open
1 = Closed
BIT14 –Previous Reset Status
0 = Hard reset
1 = Soft reset
BIT13 -Oil Pressure Status
BIT12 -HPCO Status
BIT11 -LPCO /Suction pressure Status
1 = Normal
0 = Trip
BIT10 –PTC3 Status
BIT9 -PTC2 Status
BIT8 -PTC1 Status
0 = Normal
1= Trip
BIT7 - Spare Input -1 Status
BIT6 - Spare Input -2 Status
BIT4 -StandAlone_Unloader_2 Command
Status
BIT3 -StandAlone_Unloader_1 Command
Status
BIT2 – Standalone Demand Status
0 = Not active
1 = Active
BIT5- Wake up pushbutton status
0 = Not pressed
1 = Pressed
BIT1 – Unloader2 Triac Short Circuit
Protection Input Status
BIT0 - Unloader1 Triac Short Circuit
Protection Input Status
0 = Normal
1 = short circuit condition has happened
(Discharge temp sensor value/100)-70
1/100 (R Phase Compressor Voltage/100)
1/100 (Y Phase Compressor Voltage/100)
1/100 (B Phase Compressor Voltage/100)
0 = OFF
14/18

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