Manual pCoOEM Bicircuit - Rhoss

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11.3 Alarms table Rhoss S. p.A. S.A.T. Rev. 1.0 20/01/05 36
Code Alarm Compressor Fans OFF Pump Unit OFF Re-set Delay Notes description s OFF OFF 012 High pressu re Circ.1 See notes No No Manual 0 s After an alarm in chiller mode, if activated, the post-ventilation function will by circuit 1 compressor/s be active. In the other cases the fan switch-off of the circuit 1 depends if his pressure switch working is whether or not connected at the compressor’s state (parameter in “Fan” menu) 013 High pressure Circ. 2 See notes No No Manual 0 s After an alarm in chiller mode, if activated, the post-ventilation function will by circuit 2 compressors be active. In the other cases the fan switch-off of the circuit 2 depends if his pressure switch working is whether or not connected at the compressor’s state (parameter in “Fan” menu) 023 High pressure Circ.1 See notes No No Manual 0 s After an alarm in chiller mode, if activated, the post-ventilation function will by circuit 1 compressor/s be active. In the other cases the fan switch-off of the circuit 1 depends if his transducer working is whether or not connected at the compressor’s state (parameter in “Fan” menu) 024 High pressure Circ.2 See notes No No Manual 0 s After an alarm in chiller mode, if activated, the post-ventilation function will by circuit 2 compressors be active. In the other cases the fan switch-off of the circuit 2 depends if his transducer working is whether or not connected at the compressor’s state (parameter in “Fan” menu) 010 Low pressure Circ.1 If the fans are No No Automatic – Manual Settable at the start Must be disabled during all defrost cycle and reactivated according to the by circuit 1 compressor/s connected at the (bound by the of the unit at running delays at the outlet of the same one pressure compressor’s state, number of set-up condition switch then, circuit 1 fans interventions) off 011 Low pressure Circ.2 If the fans are No No Automatic – Manual Settable at the start Must be disabled during all defrost cycle and reactivated according to the from circuit 2 compressors connected at the (bound by the of the unit at running delays at the outlet of the same one pressure compressor’ s state, number of set-up condition switch then, circuit 2 fans interventions) off 016 Circuit 1 Compressor If the fans are No No Automatic – Manual Settable at the start The switch-off of the unit caused by the compressor’s thermal alarm it’s compressor 1 1 circuit 1 connected at the (bound by the of the compressor bound at the set up of the working mode of the main circulation pump thermal compressor’s state, number of set-up (continuous/bound at the thermal request) protector then, circ.1 fans off, interventions) With switched-off compressor the state of the alarm is ignored(Kriwan) only if both circ.1 compressors in off 017 Circuit 1 Circuit 1 If the fans are No No Automatic – Manual Settable at the start The switch-off of the unit caused by the compressor’s thermal alarm it’s compressor 2 compressor 2 connected at the (bound by the of the compressor bound at the set up of the working mode of the main circulation pump thermal compressor’s state, number of set-up (continuous/bound at the thermal request) protector then, circ.1 fans off, interventions) With switched-off compressor the state of the alarm is ignored(Kriwan) only if both circ.1 compressors in off 018 Circuit 2 Circuit 2 If the fans are No No Automatic – Manual Settable at the start The switch-off of the unit caused by the compressor’s thermal alarm it’s compressor 1 thermal protector 019 Circuit 2 compressor 2 thermal compressor 1 Circuit 2 compressor 2 connected at the compressor’s state, then, circ.2 fans off, only if both circ.2 compressors in off If the fans are connected at the compressor’s state, (bound by number of interventions) the set-up No No Automatic – Manual (bound by the number of set-up of the compressor Settable at the start of the compressor bound at the set up of the working mode of the main circulation pump (continuous/bound at the thermal request) With switched-off compressor the state of the alarm is ignored(Kriwan) The switch-off of the unit caused by the compressor’s thermal alarm it’s bound at the set up of the working mode of the main circulation pump (continuous/bound at the thermal request) Rhoss S.p.A. S.A.T. Rev. 1.0 20/01/05 37
Page 1 and 2: Electronic board PCO-OEM twin circu
Page 3 and 4: 5.3 Control setpoint compensation 1
Page 5 and 6: 13.2.1 Digital variables 63 13.2.2
Page 7 and 8: 2 INLET OUTLET LIST Is provided the
Page 9 and 10: Heat qualification X recovery Setpo
Page 11 and 12: 4 MAIN CIRCULATION PUMP MANAGEMENT
Page 13 and 14: 4.3 Second pump management The seco
Page 15 and 16: 5 THERMOREGULATION 5.1 Summer/winte
Page 17 and 18: Positive offset OFFSETC HEAT PUMP W
Page 19 and 20: RBM S1 C1 S2 C1 S1 C2 S2 C2 STPM EI
Page 21 and 22: RBM S2 C2 S2 C1 S1 C2 S1 C1 STPM Re
Page 23 and 24: 6.3 Rotation The compressor’s and
Page 25 and 26: If the 0÷5 Volt pressure trasducto
Page 27 and 28: Among the manufacturer’s paramete
Page 29 and 30: If it’s whether or not the presen
Page 31 and 32: 8.4 Compressors and dripping The st
Page 33 and 34: 9 TIME BENDS Two types of time bend
Page 35: 11 ALARMS 11.1 Reset - Visualisatio
Page 39 and 40: Code Alarm Compressor Fans OFF Pump
Page 41 and 42: 11.5 Flow alarm management 11.5.1 U
Page 43 and 44: The overtaking of the width’s min
Page 45 and 46: If the slider is positioned in the
Page 47 and 48: PGD description Parameter descripti
Page 49 and 50: PGD description power-on time Minim
Page 57 and 58: 13 SUPERVISORY The transmission of
Page 59 and 60: Description Type Address R/W Notes
Page 61 and 62: Description Type Address R/W Notes
Page 63: 13.2.1 Digital variables Carel Nome

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