CLIVET WSA-XEE 182, Installation And Operating Manual

Page: 36 / 60

36 WSA-XEE 122-402 M02S40N16-00
code description detailed description
S1113 Comp.3 status Compressor 3: 0=free 1=on 2=timing 3=Disabled
S1114 Current cap. Capacity currently used up on the circuit
S1115 Requested cap. Capacity required on the circuit
S1116 Pressure ratio Compression ratio status (1+HP/1+LP)
S1117 FANPreAlarm Status of the current maximum ventilation pre-alarm 0=Off 1=On
S1118 Defrost delay
Current value of the countdown towards the cycle inversion due to defrosting. (defrosting starts when the value reaches
zero)
S1119 Defrosting status
Indicates the defrosting status 0=DfrOff (Cycle inversion phase for defrosting phase NOT active) 1=DfrON (Cycle inversion
phase for defrosting phase ACTIVE)
S1120 HWErr
Hardware error of the POL94U module that does not preclude the possibility of moving the valve or closing it.
Possible causes: anomalous voltage values in the valve motor 0=Off 1=On
S1121 BlckingHWErr
Hardware error of the POL94U module that prevents the electronic valve from moving.
Possible causes: UPS not available, wrong POL94U Bios, HW POL94U Error, Disconnected EEV Motor, calibration error associat-
ed with configuration parameters. 0=Off 1=On
S1122 FailSafeSta Active block status: 0=Off 1=On
S1123 UPSNotAval UPS failure: 0=Off 1=On
S1124 CircWarning Status associated with circuit block alarm
S1125 CircBlock Lock alarm circuit
S1126 ThTDischarge Theoretical discharge temperature
7.13 Thermostatic C1 status
code description detailed description
S1200 SHSpOp Operating overheating setpoint net with SH and MET adjustments
S1201 AICalSuctSprHtP Actual Overheating SetPoint
S1202 ECVState 0 = Idle 1 = ECVAlarm 2 = FailSafe 3 = Referencing 4 = Positioning 5 = Positioned 6 = ECVWaiting 7 = FastClosing
S1203 EEV:SH_Limiter Maximum valve opening determined by the minimum SH control function
S1204 EEV:LET_Limiter Status of the minimum LET intake temperature control
S1205 EEVMode
0=Idle (motor off) 1=Init (valve initialised when completely closed) 2=Manual (valve controlled in manual mode) 3=Control
(the valve conducts adjustments to control SH)
S1206 Prepos Thermostatic requested positioning %
S1207 ECVSetPos % Opening valve if EEVMod = Manual
S1208 ECVMode 0 = Idle 1 = Init 2 = Position 3 = FastClose
S1209 SHPIDOut % value of the PID output to adjust the valve
S1210 EEVStatus
0 - Closed (Ready) 1 - StartUpPositioning 2 - StartUpPositioned 3 - SuperHeat 4 - Prepositioning 5 - MET 6 - LET 7 - Closing 8 -
PumpDown 9 - DangAlarm 10 - PumpDownStartUp 11 - ECVAlarm 12 - MinSHLmtr 13 - WaitValveClose 255 - Warning
S1211 SetPosSteps Control of the number of steps the valve must reach to adjust overheating
S1212 SetPos% Opening % control of the valve to adjust overheating
S1213 Pol94xCommOK Connection status of the POL94U module on processbus: 0=NotOK 1=OK
S1214 ActPos% % value of the actual position valve EEV
S1215 ActPosSteps Current number of steps of the EEV valve
S1216 ECVMode 0 = Idle 1 = Init 2 = Position 3 = FastClose
S1217 ECVState 0 = Idle 1 = ECVAlarm 2 = FailSafe 3 = Referencing 4 = Positioning 5 = Positioned 6 = ECVWaiting 7 = FastClosing
7.14 Recovery circuit 1 status
code description detailed description
AI-965 P.OutRec_X7 Pressure value recovery circuit
AI-965 T.InH2ORec_X2 Recovery inlet water temperature
AI-965 T.OutH2ORec_X3 Recovery outlet water temperature
AI-965 T.OutGasRec_X1 Recovery gas outlet temperature (liquid)
AO-965 %CmdPmpRec_X8 % 0-10vcc signal value recovery variable pump
DI-965 EnableRec_X4 Enabling recosvery input: 0=Fault 1=OK
DI-965 Ovl PmpRec_X5 Recovey thermal protection pump 0=Fault 1=OK
DI-965 FlowRec_X6 Flow recovery 0=Fault 1=OK
DI-965
SystemPress.Recov-
ery_DL1
State of the water pressure switch contact of the system 0=Fault 1=OK