Eliwell Eliwell EWCM 9100 EO Modbus RTU template

Eliwell EWCM 9100 EO

Compressor rack controller for suction pressure, condenser fans and rack alarms.

The Eliwell EWCM 9100 EO is a controller that runs the compressors and condenser fans of a refrigeration compressor rack in supermarkets and cold stores. This Modbus RTU template reads suction and discharge pressure, setpoints, power, compressor and fan states and alarms, and lets you switch the rack, reset alarms and change setpoints from ModbusCloud.

Protocol
Modbus RTU
Connection
RS485, 9600 baud
Registers
890, read and write
Brand
Eliwell
Key readings
Suction pressure · Discharge pressure · Suction setpoint · Power per circuit · Compressor status · Fan status · Running hours · Alarms
Available commands
Rack on/off · Alarm mute and reset · Suction setpoint · Discharge setpoint · Compressor selection · Energy saving
Compatible models
EWCM 9100 EO · EWCM 8900 EO · EWCM 9900 EO · EWCM 9100 EO HFO
Last updated

Registers (890)

839 read, 553 write

NameUnitAccessAddress (Hidden until you enter your email)Function (hidden)Type (hidden)
Suction Probe Circuit 1 (°C)°CRead4752FC03int16
Suction Probe Circuit 1 (°F)°FRead4753FC03int16
Suction Probe Circuit 1 (bar)barRead4754FC03int16
Suction Probe Circuit 1 (psi)psiRead4755FC03int16
Suction Setpoint Circuit 1 (°C)°CRead4778FC03int16
Suction Setpoint Circuit 1 (°F)°FRead
Suction Setpoint Circuit 1 (bar)barRead
Suction Setpoint Circuit 1 (psi)psiRead
Suction Setpoint Offset Circuit 1Read
Suction Probe Circuit 2 (°C)°CRead
Suction Probe Circuit 2 (°F)°FRead
Suction Probe Circuit 2 (bar)barRead
Suction Probe Circuit 2 (psi)psiRead
Suction Setpoint Circuit 2 (°C)°CRead
Suction Setpoint Circuit 2 (°F)°FRead
Suction Setpoint Circuit 2 (bar)barRead
Suction Setpoint Circuit 2 (psi)psiRead
Suction Setpoint Offset Circuit 2Read
Discharge Probe (°C)°CRead
Discharge Probe (°F)°FRead
Discharge Probe (bar)barRead
Discharge Probe (psi)psiRead
Discharge Setpoint (°C)°CRead
Discharge Setpoint (°F)°FRead
Discharge Setpoint (bar)barRead
Discharge Setpoint (psi)psiRead
Internal Ambient Probe (°C)°CRead
Internal Ambient Probe (°F)°FRead
External Ambient Probe (°C)°CRead
External Ambient Probe (°F)°FRead
Sub-cooling Temperature Probe (°C)°CRead
Sub-cooling Temperature Probe (°F)°FRead
Heat Recovery Water Probe (°C)°CRead
Heat Recovery Water Probe (°F)°FRead
Configurable Regulator Probe (°C)°CRead
Configurable Regulator Probe (°F)°FRead
Configurable Regulator Probe and Configurable Alarm (°C)°CRead
Configurable Regulator Probe and Configurable Alarm (°F)°FRead
Configurable Alarm Probe (°C)°CRead
Configurable Alarm Probe (°F)°FRead
Power Delivered by Circuit 1%Read
Power Delivered by Circuit 2%Read
Selection Compressor 1Read
Compressor 1Read
Compressor 1 Step 1 RelayRead
Compressor 1 Step 2 RelayRead
Compressor 1 Step 3 RelayRead
Compressor 1 Step 4 RelayRead
Compressor 1 Step 5 RelayRead
Power Generated by Compressor 1%Read
Operation Hours Compressor 1Read
Selection Compressor 2Read
Compressor 2Read
Compressor 2 Step 1 RelayRead
Compressor 2 Step 2 RelayRead
Compressor 2 Step 3 RelayRead
Compressor 2 Step 4 RelayRead
Compressor 2 Step 5 RelayRead
Power Generated by Compressor 2%Read
Operation Hours Compressor 2Read
Selection Compressor 3Read
Compressor 3Read
Compressor 3 Step 1 RelayRead
Compressor 3 Step 2 RelayRead
Compressor 3 Step 3 RelayRead
Compressor 3 Step 4 RelayRead
Compressor 3 Step 5 RelayRead
Power Generated by Compressor 3%Read
Operation Hours Compressor 3Read
Selection Compressor 4Read
Compressor 4Read
Compressor 4 Step 1 RelayRead
Compressor 4 Step 2 RelayRead
Compressor 4 Step 3 RelayRead
Compressor 4 Step 4 RelayRead
Compressor 4 Step 5 RelayRead
Power Generated by Compressor 4%Read
Operation Hours Compressor 4Read
Selection Compressor 5Read
Compressor 5Read
Compressor 5 Step 1 RelayRead
Compressor 5 Step 2 RelayRead
Compressor 5 Step 3 RelayRead
Compressor 5 Step 4 RelayRead
Compressor 5 Step 5 RelayRead
Power Generated by Compressor 5%Read
Operation Hours Compressor 5Read
Selection Compressor 6Read
Compressor 6Read
Compressor 6 Step 1 RelayRead
Compressor 6 Step 2 RelayRead
Compressor 6 Step 3 RelayRead
Compressor 6 Step 4 RelayRead
Compressor 6 Step 5 RelayRead
Power Generated by Compressor 6%Read
Operation Hours Compressor 6Read
Selection Compressor 7Read
Compressor 7Read
Compressor 7 Step 1 RelayRead
Compressor 7 Step 2 RelayRead
Compressor 7 Step 3 RelayRead
Compressor 7 Step 4 RelayRead
Compressor 7 Step 5 RelayRead
Power Generated by Compressor 7%Read
Operation Hours Compressor 7Read
Selection Compressor 8Read
Compressor 8Read
Compressor 8 Step 1 RelayRead
Compressor 8 Step 2 RelayRead
Compressor 8 Step 3 RelayRead
Compressor 8 Step 4 RelayRead
Compressor 8 Step 5 RelayRead
Power Generated by Compressor 8%Read
Operation Hours Compressor 8Read
Selection Compressor 9Read
Compressor 9Read
Compressor 9 Step 1 RelayRead
Compressor 9 Step 2 RelayRead
Compressor 9 Step 3 RelayRead
Compressor 9 Step 4 RelayRead
Compressor 9 Step 5 RelayRead
Power Generated by Compressor 9%Read
Operation Hours Compressor 9Read
Selection Compressor 10Read
Compressor 10Read
Compressor 10 Step 1 RelayRead
Compressor 10 Step 2 RelayRead
Compressor 10 Step 3 RelayRead
Compressor 10 Step 4 RelayRead
Compressor 10 Step 5 RelayRead
Power Generated by Compressor 10%Read
Operation Hours Compressor 10Read
Selection Compressor 11Read
Compressor 11Read
Compressor 11 Step 1 RelayRead
Compressor 11 Step 2 RelayRead
Compressor 11 Step 3 RelayRead
Compressor 11 Step 4 RelayRead
Compressor 11 Step 5 RelayRead
Power Generated by Compressor 11%Read
Operation Hours Compressor 11Read
Selection Compressor 12Read
Compressor 12Read
Compressor 12 Step 1 RelayRead
Compressor 12 Step 2 RelayRead
Compressor 12 Step 3 RelayRead
Compressor 12 Step 4 RelayRead
Compressor 12 Step 5 RelayRead
Power Generated by Compressor 12%Read
Operation Hours Compressor 12Read
Selection Compressor Inverter Circuit 1Read
State of Compressor on Inverter, Suction 1Read
Power of Compressor on Inverter, Suction 1%Read
Compressor Inverter Running Hours Circuit 1Read
Selection Compressor Inverter Circuit 2Read
State of Compressor on Inverter, Suction 2Read
Power of Compressor on Inverter, Suction 2%Read
Compressor Inverter Running Hours Circuit 2Read
Fan State 1Read
Fan Running Time 1Read
Fan State 2Read
Fan Running Time 2Read
Fan State 3Read
Fan Running Time 3Read
Fan State 4Read
Fan Running Time 4Read
Fan State 5Read
Fan Running Time 5Read
Fan State 6Read
Fan Running Time 6Read
Fan State 7Read
Fan Running Time 7Read
Fan State 8Read
Fan Running Time 8Read
Fan on InverterRead
Power Generated by Fans on Inverter%Read
Fan Inverter Running HoursRead
Configurable Regulator Relay Step 1Read
Power Delivered by Configurable Regulator Step 1%Read
Configurable Regulator Relay Step 2Read
Valve Opening Percentage%Read
Valve Overheating Temperature°CRead
Valve Discharge PressurepsiRead
Valve Status BitsRead
Economy Function, Suction 1Read
Economy Function, Suction 2Read
Economy, DischargeRead
AUX Output 1Read
AUX Output 2Read
AUX Output 3Read
AUX Output 4Read
Glycol Defrost onRead
Energy Saving FunctionRead
Alarm MuteRead
Heat RecoveryRead
Liquid Return Control Function, Suction 1Read
Liquid Return Control Function, Suction 2Read
Hot Gas Defrost Circuit 1 onRead
Hot Gas Defrost Circuit 2 onRead
Stand-byRead
AlarmRead
General AlarmRead
High Pressure Switch, Suction 1Read
Low Pressure Switch, Suction 1Read
High Pressure Switch, Suction 2Read
Low Pressure Switch, Suction 2Read
High Pressure, Suction 1Read
Low Pressure, Suction 1Read
High Pressure, Suction 2Read
Low Pressure, Suction 2Read
Refrigerant Level LowRead
Refrigerant LeakageRead
Low Pressure Switch, DischargeRead
High Pressure Switch, DischargeRead
High Pressure, DischargeRead
Low Pressure, DischargeRead
Oil Level Low, Suction 1Read
Oil Level Low, Suction 2Read
Block Compressor 1Read
Compressor 1 Differential Pressure SwitchRead
High Pressure Compressor 1Read
Low Pressure Compressor 1Read
Thermal Switch Compressor 1Read
Compressor 1 Operating Hours Exceeded WarningRead
Block Compressor 2Read
Compressor 2 Differential Pressure SwitchRead
High Pressure Compressor 2Read
Low Pressure Compressor 2Read
Thermal Switch Compressor 2Read
Compressor 2 Operating Hours Exceeded WarningRead
Block Compressor 3Read
Compressor 3 Differential Pressure SwitchRead
High Pressure Compressor 3Read
Low Pressure Compressor 3Read
Thermal Switch Compressor 3Read
Compressor 3 Operating Hours Exceeded WarningRead
Block Compressor 4Read
Compressor 4 Differential Pressure SwitchRead
High Pressure Compressor 4Read
Low Pressure Compressor 4Read
Thermal Switch Compressor 4Read
Compressor 4 Operating Hours Exceeded WarningRead
Block Compressor 5Read
Compressor 5 Differential Pressure SwitchRead
High Pressure Compressor 5Read
Low Pressure Compressor 5Read
Thermal Switch Compressor 5Read
Compressor 5 Operating Hours Exceeded WarningRead
Block Compressor 6Read
Compressor 6 Differential Pressure SwitchRead
High Pressure Compressor 6Read
Low Pressure Compressor 6Read
Thermal Switch Compressor 6Read
Compressor 6 Operating Hours Exceeded WarningRead
Block Compressor 7Read
Compressor 7 Differential Pressure SwitchRead
High Pressure Compressor 7Read
Low Pressure Compressor 7Read
Thermal Switch Compressor 7Read
Compressor 7 Operating Hours Exceeded WarningRead
Block Compressor 8Read
Compressor 8 Differential Pressure SwitchRead
High Pressure Compressor 8Read
Low Pressure Compressor 8Read
Thermal Switch Compressor 8Read
Compressor 8 Operating Hours Exceeded WarningRead
Block Compressor 9Read
Compressor 9 Differential Pressure SwitchRead
High Pressure Compressor 9Read
Low Pressure Compressor 9Read
Thermal Switch Compressor 9Read
Compressor 9 Operating Hours Exceeded WarningRead
Block Compressor 10Read
Compressor 10 Differential Pressure SwitchRead
High Pressure Compressor 10Read
Low Pressure Compressor 10Read
Thermal Switch Compressor 10Read
Compressor 10 Operating Hours Exceeded WarningRead
Block Compressor 11Read
Compressor 11 Differential Pressure SwitchRead
High Pressure Compressor 11Read
Low Pressure Compressor 11Read
Thermal Switch Compressor 11Read
Compressor 11 Operating Hours Exceeded WarningRead
Block Compressor 12Read
Compressor 12 Differential Pressure SwitchRead
High Pressure Compressor 12Read
Low Pressure Compressor 12Read
Thermal Switch Compressor 12Read
Compressor 12 Operating Hours Exceeded WarningRead
Stop Compressor on Inverter, Suction 1Read
Inverter Error, Suction 1Read
Running Time of Compressor on Inverter Exceeded, Suction 1Read
Stop Compressor on Inverter, Suction 2Read
Inverter Error, Suction 2Read
Running Time of Compressor on Inverter Exceeded, Suction 2Read
Thermal Protection Fan 1Read
Fan Exceeded Running Time 1Read
Thermal Protection Fan 2Read
Fan Exceeded Running Time 2Read
Thermal Protection Fan 3Read
Fan Exceeded Running Time 3Read
Thermal Protection Fan 4Read
Fan Exceeded Running Time 4Read
Thermal Protection Fan 5Read
Fan Exceeded Running Time 5Read
Thermal Protection Fan 6Read
Fan Exceeded Running Time 6Read
Thermal Protection Fan 7Read
Fan Exceeded Running Time 7Read
Thermal Protection Fan 8Read
Fan Exceeded Running Time 8Read
Inverter Error, DischargeRead
Thermal Switch for Fan on InverterRead
Running Time of Fan on Inverter ExceededRead
High Pressure Alarm Prevention Timeout, DischargeRead
Suction Probe Error, Suction 1Read
Suction Probe Error, Suction 2Read
Discharge Probe ErrorRead
Internal Temperature Probe ErrorRead
External Temperature Probe ErrorRead
Heat Recovery Temperature Probe ErrorRead
Sub-cooling Temperature Probe ErrorRead
Configurable Regulator Probe ErrorRead
Configurable Alarm Regulator Probe ErrorRead
Error Opening Recordings FileRead
Error Writing Recordings FileRead
Error Closing Recordings FileRead
Recordings Memory Full ErrorRead
Configuration Error AlarmRead
External Eeprom CRC Error AlarmRead
External Eeprom User Parameters CRC Error AlarmRead
RTA Battery Low AlarmRead
RTC Communication Error AlarmRead
Alarm RTC Register Value not ConsistentRead
Configurable Regulator AlarmRead
Valve 1 No-link AlarmRead
Instrument On/OffWrite
Alarm Mute CommandWrite
Reset Alarm HistoryWrite
Alarm Manual ResetWrite
Enable/disable Economy, Suction 1Write
Enable/disable Economy, Suction 2Write
Enable/disable Economy, DischargeWrite
Enable/disable Energy SavingWrite
On/Off Auxiliary 1Write
On/Off Auxiliary 2Write
On/Off Auxiliary 3Write
Reset Compressor Running Time 1Write
Selection Compressor 1 CommandWrite
Reset Compressor Running Time 2Write
Selection Compressor 2 CommandWrite
Reset Compressor Running Time 3Write
Selection Compressor 3 CommandWrite
Reset Compressor Running Time 4Write
Selection Compressor 4 CommandWrite
Reset Compressor Running Time 5Write
Selection Compressor 5 CommandWrite
Reset Compressor Running Time 6Write
Selection Compressor 6 CommandWrite
Reset Compressor Running Time 7Write
Selection Compressor 7 CommandWrite
Reset Compressor Running Time 8Write
Selection Compressor 8 CommandWrite
Reset Compressor Running Time 9Write
Selection Compressor 9 CommandWrite
Reset Compressor Running Time 10Write
Selection Compressor 10 CommandWrite
Reset Compressor Running Time 11Write
Selection Compressor 11 CommandWrite
Reset Compressor Running Time 12Write
Selection Compressor 12 CommandWrite
Reset Running Time of Compressor on Inverter, Suction 1Write
Selection Compressor on Inverter, Suction 1Write
Reset Running Time of Compressor on Inverter, Suction 2Write
Selection Compressor on Inverter, Suction 2Write
Reset Fan Running Hours 1Write
Reset Fan Running Hours 2Write
Reset Fan Running Hours 3Write
Reset Fan Running Hours 4Write
Reset Fan Running Hours 5Write
Reset Fan Running Hours 6Write
Reset Fan Running Hours 7Write
Reset Fan Running Hours 8Write
Reset Running Time of the Fan on Inverter, DischargeWrite
Configuration Mode RequestWrite
Automatic Update of Associated ParametersWrite
Refresh Watchdog Floating Suction SetpointWrite
Password 1Read and write
TABRead and write
Enable RTCRead and write
Refrigerant TypeRead and write
PB 1/2 Probe TypeRead and write
PB 3/4 Probe TypeRead and write
PB 5/6 Probe TypeRead and write
PB 7/8 Probe TypeRead and write
PB1 High PrecisionRead and write
PB2 High PrecisionRead and write
Select V1 or I1Read and write
Select V2 or I2Read and write
Select V3 or I3Read and write
PB1 Calibration (bar, x0.01)barRead and write
PB1 Calibration (psi, x0.1)psiRead and write
PB1 Calibration (bar, x0.1)barRead and write
PB1 Calibration (psi, x1)psiRead and write
PB1 Calibration (°C)°CRead and write
PB1 Calibration (°F)°FRead and write
PB2 Calibration (bar, x0.01)barRead and write
PB2 Calibration (psi, x0.1)psiRead and write
PB2 Calibration (bar, x0.1)barRead and write
PB2 Calibration (psi, x1)psiRead and write
PB2 Calibration (°C)°CRead and write
PB2 Calibration (°F)°FRead and write
PB3 Calibration (bar)barRead and write
PB3 Calibration (psi)psiRead and write
PB3 Calibration (°C)°CRead and write
PB3 Calibration (°F)°FRead and write
PB5 Calibration (°C)°CRead and write
PB5 Calibration (°F)°FRead and write
PB6 Calibration (°C)°CRead and write
PB6 Calibration (°F)°FRead and write
PB7 Calibration (°C)°CRead and write
PB7 Calibration (°F)°FRead and write
PB8 Calibration (°C)°CRead and write
PB8 Calibration (°F)°FRead and write
Lower Threshold PB1 (bar, x0.01)barRead and write
Lower Threshold PB1 (psi, x0.1)psiRead and write
Lower Threshold PB1 (bar, x0.1)barRead and write
Lower Threshold PB1 (psi, x1)psiRead and write
Upper Threshold PB1 (bar, x0.01)barRead and write
Upper Threshold PB1 (psi, x0.1)psiRead and write
Upper Threshold PB1 (bar, x0.1)barRead and write
Upper Threshold PB1 (psi, x1)psiRead and write
Lower Threshold PB2 (bar, x0.01)barRead and write
Lower Threshold PB2 (psi, x0.1)psiRead and write
Lower Threshold PB2 (bar, x0.1)barRead and write
Lower Threshold PB2 (psi, x1)psiRead and write
Upper Threshold PB2 (bar, x0.01)barRead and write
Upper Threshold PB2 (psi, x0.1)psiRead and write
Upper Threshold PB2 (bar, x0.1)barRead and write
Upper Threshold PB2 (psi, x1)psiRead and write
Lower Threshold PB3 (bar)barRead and write
Lower Threshold PB3 (psi)psiRead and write
Upper Threshold PB3 (bar)barRead and write
Upper Threshold PB3 (psi)psiRead and write
Lower Threshold PB4 (bar)barRead and write
Lower Threshold PB4 (psi)psiRead and write
Upper Threshold PB4 (bar)barRead and write
Upper Threshold PB4 (psi)psiRead and write
Family AddressRead and write
Controller AddressRead and write
Protocol Selection RS485Read and write
Baud Rate RS485Read and write
Parity Bit RS485Read and write
Protocol Selection EXPRead and write
Baud Rate EXPRead and write
Parity Bit EXPRead and write
Data Bit EXPRead and write
Enab. ETHERNETRead and write
Type of PlantRead and write
Compressor 1 PowerRead and write
Compressor 2 PowerRead and write
Compressor 3 PowerRead and write
Compressor 4 PowerRead and write
Compressor 5 PowerRead and write
Compressor 6 PowerRead and write
Compressor 7 PowerRead and write
Compressor 8 PowerRead and write
Compressor 9 PowerRead and write
Compressor 10 PowerRead and write
Compressor 11 PowerRead and write
Compressor 12 PowerRead and write
Fan ModeRead and write
Number of FansRead and write
Circuit 1 TypeRead and write
Number of Compressors Circuit 1Read and write
Circuit 2 TypeRead and write
Number of Compressors Circuit 2Read and write
Enable Cumulative Alarms Digital OutputRead and write
Compressor Inverter Enabling Digital OutputRead and write
Fan Inverter Enabling Digital OutputRead and write
Compressor Inverter 1 and 2 Error Digital InputRead and write
Fan Inverter Error Digital InputRead and write
Enable Generic Alarm Digital InputRead and write
Configurable Regulator Probe ModeRead and write
Configurable Regulator Setpoint Step 1 (°C)°CRead and write
Configurable Regulator Setpoint Step 2 (°C)°CRead and write
Configurable Regulator Delta Step 1 (°C)°CRead and write
Configurable Regulator Delta Step 2 (°C)°CRead and write
Proportional Band Step 1 (°C)°CRead and write
Delta Cut-off Step 1 (°C)°CRead and write
Configurable Regulator Setpoint Step 1 (°F)°FRead and write
Configurable Regulator Setpoint Step 2 (°F)°FRead and write
Configurable Regulator Delta Step 1 (°F)°FRead and write
Configurable Regulator Delta Step 2 (°F)°FRead and write
Proportional Band Step 1 (°F)°FRead and write
Delta Cut-off Step 1 (°F)°FRead and write
Configurable Regulator Delay Step 1sRead and write
Configurable Regulator Delay Step 2sRead and write
% Minimum Step 1%Read and write
% Maximum Step 1%Read and write
% Saturation Step 1%Read and write
Configurable Alarm Warning Threshold (°C)°CRead and write
Configurable Alarm Setpoint (°C)°CRead and write
Configurable Alarm Differential (°C)°CRead and write
Configurable Alarm Warning Threshold (°F)°FRead and write
Configurable Alarm Setpoint (°F)°FRead and write
Configurable Alarm Differential (°F)°FRead and write
Configurable Regulator Mode Step 1Read and write
Configurable Regulator Mode Step 2Read and write
Enable Warning Configurable AlarmRead and write
Configurable Alarm ModeRead and write
Enable Electronic Valve DriverRead and write
Delay Activation High Temperature Central (MT) at Minimum PowersRead and write
Compressor Delay after MT Central ConsentsRead and write
Exit Menu TimeoutsRead and write
Min Suction/discharge UMRead and write
Max Suction/discharge UMRead and write
Suction UMRead and write
Discharge UMRead and write
Unlock Keyboard HotkeyRead and write
Language SelectionRead and write
Relative PressureRead and write
Relative AlarmsRead and write
Keyboard LockRead and write
Energy Saving TypeRead and write
Max Heat Recovery Outlet Water Temperature (°C)°CRead and write
Delta Heat Recovery Outlet Water Temperature (°C)°CRead and write
Max Heat Recovery Outlet Water Temperature (°F)°FRead and write
Delta Heat Recovery Outlet Water Temperature (°F)°FRead and write
Control Liquid Return Activation Delay LrCdminRead and write
Control Liquid Return ON Time (duty Cycle, x1) LronsRead and write
Control Liquid Return OFF Time (duty Cycle, x1) LroFsRead and write
Control Liquid Return Activation Delay LrCd2minRead and write
Control Liquid Return ON Time (duty Cycle, x1) Lron2sRead and write
Control Liquid Return OFF Time (duty Cycle, x1) LroF2sRead and write
Glycol Defrost Time OutminRead and write
Enable Recording DataRead and write
Enable Recording HistoryRead and write
Output Delay at Power-onsRead and write
HP/LP Bypass Time at Power-onminRead and write
HP/LP Bypass TimeminRead and write
Alarms Mute DurationminRead and write
Suction HrP/LPr AlarmRead and write
Suction HP/LP AlarmRead and write
Refrigerant Level AlarmRead and write
Refrigerant Leak AlarmRead and write
Discharge HPr/LPr AlarmRead and write
Discharge HP/LP AlarmRead and write
Fan Thermal Switch AlarmRead and write
Fan Inverter Error AlarmRead and write
Fan Maintenance AlarmRead and write
Compressor Block AlarmRead and write
Compressor Inverter Error AlarmRead and write
Compressor Maintenance AlarmRead and write
Oil Level AlarmRead and write
General Alarm gAAERead and write
RTC AlarmRead and write
HP Prevention Alarm ManagementRead and write
Configurable Regulator Alarm ManagementRead and write
HP/LP/TH/PD Compressor Alarm ManagementRead and write
Refrigerant Level Alarm Message DelaysRead and write
Relay OUT1Read and write
Relay OUT2Read and write
Relay OUT3Read and write
Relay OUT4Read and write
Relay OUT5Read and write
Relay OUT6Read and write
Relay OUT7Read and write
Relay OUT8Read and write
Relay OUT9Read and write
Relay OUT10Read and write
Relay OUT11Read and write
Relay OUT12Read and write
Relay OUT13Read and write
Relay OUT14Read and write
Relay OUT15Read and write
Relay OUT16Read and write
Relay OUT17Read and write
Relay OUT18Read and write
Relay OUT19Read and write
HV DIH1 Digital INRead and write
HV DIH2 Digital INRead and write
HV DIH3 Digital INRead and write
HV DIH4 Digital INRead and write
HV DIH5 Digital INRead and write
HV DIH6 Digital INRead and write
HV DIH7 Digital INRead and write
HV DIH8 Digital INRead and write
HV DIH9 Digital INRead and write
HV DIH10 Digital INRead and write
HV DIH11 Digital INRead and write
HV DIH12 Digital INRead and write
HV DIH13 Digital INRead and write
HV DIH14 Digital INRead and write
LV DI1 Digital INRead and write
LV DI2 Digital INRead and write
LV DI3 Digital INRead and write
LV DI4 Digital INRead and write
LV DI5 Digital INRead and write
LV DI6 Digital INRead and write
PB1 Analogue INRead and write
PB2 Analogue INRead and write
PB3 Analogue INRead and write
PB5 Analogue INRead and write
PB6 Analogue INRead and write
PB7 Analogue INRead and write
PB8 Analogue INRead and write
V1/I1 Analogue OUTRead and write
V2/I2 Analogue OUTRead and write
V3/I3 Analogue OUTRead and write
Suction 1 Activation PolicyRead and write
Compressor Max Usage TimehRead and write
Suction 1 Minimum Setpoint (°C)°CRead and write
Suction 1 Maximum Setpoint (°C)°CRead and write
Suction 1 Suction Setpoint (°C)°CRead and write
Suction 1 Proportional Band (°C)°CRead and write
Extended Proportional Band (°C)°CRead and write
Offset 1 for Dynamic Set (°C)°CRead and write
Offset 2 for Dynamic Set (°C)°CRead and write
Suction 1 LAL Delta (°C)°CRead and write
Suction 1 Minimum Alarm (°C)°CRead and write
Suction 1 HAL Delta (°C)°CRead and write
Suction 1 Maximum Alarm (°C)°CRead and write
Suction 1 Inverter Minimum Power Threshold (°C)°CRead and write
Suction 1 Ambient Temperature Dynamic Set (°C)°CRead and write
Suction 1 AtdS Differential (°C)°CRead and write
Suction 1 Minimum Setpoint (°F)°FRead and write
Suction 1 Maximum Setpoint (°F)°FRead and write
Suction 1 Suction Setpoint (°F)°FRead and write
Suction 1 Proportional Band (°F)°FRead and write
Extended Proportional Band (°F)°FRead and write
Offset 1 for Dynamic Set (°F)°FRead and write
Offset 2 for Dynamic Set (°F)°FRead and write
Suction 1 LAL Delta (°F)°FRead and write
Suction 1 Minimum Alarm (°F)°FRead and write
Suction 1 HAL Delta (°F)°FRead and write
Suction 1 Maximum Alarm (°F)°FRead and write
Suction 1 Inverter Minimum Power Threshold (°F)°FRead and write
Suction 1 Ambient Temperature Dynamic Set (°F)°FRead and write
Suction 1 AtdS Differential (°F)°FRead and write
Suction 1 Minimum Setpoint (bar)barRead and write
Suction 1 Maximum Setpoint (bar)barRead and write
Suction 1 Suction Setpoint (bar)barRead and write
Suction 1 Proportional Band (bar)barRead and write
Extended Proportional Band (bar)barRead and write
Offset 1 for Dynamic Set (bar)barRead and write
Offset 2 for Dynamic Set (bar)barRead and write
Suction 1 LAL Delta (bar)barRead and write
Suction 1 Minimum Alarm (bar)barRead and write
Suction 1 HAL Delta (bar)barRead and write
Suction 1 Maximum Alarm (bar)barRead and write
Suction 1 Inverter Minimum Power Threshold (bar)barRead and write
Suction 1 Minimum Setpoint (psi)psiRead and write
Suction 1 Maximum Setpoint (psi)psiRead and write
Suction 1 Suction Setpoint (psi)psiRead and write
Suction 1 Proportional Band (psi)psiRead and write
Extended Proportional Band (psi)psiRead and write
Offset 1 for Dynamic Set (psi)psiRead and write
Offset 2 for Dynamic Set (psi)psiRead and write
Suction 1 LAL Delta (psi)psiRead and write
Suction 1 Minimum Alarm (psi)psiRead and write
Suction 1 HAL Delta (psi)psiRead and write
Suction 1 Maximum Alarm (psi)psiRead and write
Suction 1 Inverter Minimum Power Threshold (psi)psiRead and write
Suction 1 Compressor OFF - ON TimeminRead and write
Suction 1 Compressor ON - OFF TimesRead and write
Suction 1 Compressor ON - ON TimeminRead and write
Suction 1 ON Steps TimesRead and write
Suction 1 OFF Steps TimesRead and write
Suction 1 Enable DOn 1' Step Up (start Up).Read and write
Suction 1 Enable DOF 1' Step DownRead and write
Suction 1 Inverter Minimum Frequency%Read and write
Suction 1 Inverter Maximum Frequency%Read and write
Switch on Inverter Frequency%Read and write
Suction 1 Inverter Rated PowerRead and write
Suction 1 Max Time Inverter at Minimum PowerminRead and write
Suction 1 Interval Inverter Minimum Power / Step ActivationsRead and write
Suction 1 Inverter OFF - ON TimesRead and write
Suction 1 Inverter ON - ON TimesRead and write
Suction 1 Minimum Inverter Switch TimesRead and write
Suction 1 Compressors Control TypeRead and write
Suction 1 Integral TimesRead and write
Suction 1 Derivative TimesRead and write
Suction 1 Dynamic Suction Set ModeRead and write
Suction 1 Default Power Value in Case of Suction Probe Error%Read and write
Suction 1 Alarm in the PEI Interval (automatic to ManualRead and write
Suction 1 PEn IntervalminRead and write
Suction 1 HPr-LPr Bypass TimeminRead and write
Suction 1 Compressor Steps SequenceRead and write
Suction 1 Selection Master CompressorRead and write
Suction 1 Digital Compressor Rated PowerRead and write
Suction 2 Minimum Setpoint (°C)°CRead and write
Suction 2 Maximum Setpoint (°C)°CRead and write
Suction 2 Suction Setpoint (°C)°CRead and write
Suction 2 Proportional Band (°C)°CRead and write
Extended Prop. Band (°C)°CRead and write
Offset 1 for Dyn Set (°C)°CRead and write
Offset 2 for Dyn Set (°C)°CRead and write
Suction 2 LAL Delta (°C)°CRead and write
Suction 2 Minimum Alarm (°C)°CRead and write
Suction 2 HAL Delta (°C)°CRead and write
Suction 2 Maximum Alarm (°C)°CRead and write
Suction 2 Inverter Minimum Power Threshold (°C)°CRead and write
Suction 2 Ambient Temperature Dynamic Set (°C)°CRead and write
Suction 2 AtdS Differential (°C)°CRead and write
Suction 2 Minimum Setpoint (°F)°FRead and write
Suction 2 Maximum Setpoint (°F)°FRead and write
Suction 2 Suction Setpoint (°F)°FRead and write
Suction 2 Proportional Band (°F)°FRead and write
Extended Prop. Band (°F)°FRead and write
Offset 1 for Dyn Set (°F)°FRead and write
Offset 2 for Dyn Set (°F)°FRead and write
Suction 2 LAL Delta (°F)°FRead and write
Suction 2 Minimum Alarm (°F)°FRead and write
Suction 2 HAL Delta (°F)°FRead and write
Suction 2 Maximum Alarm (°F)°FRead and write
Suction 2 Inverter Minimum Power Threshold (°F)°FRead and write
Suction 2 Ambient Temperature Dynamic Set (°F)°FRead and write
Suction 2 AtdS Differential (°F)°FRead and write
Suction 2 Minimum Setpoint (bar)barRead and write
Suction 2 Maximum Setpoint (bar)barRead and write
Suction 2 Suction Setpoint (bar)barRead and write
Suction 2 Proportional Band (bar)barRead and write
Extended Prop. Band (bar)barRead and write
Offset 1 for Dyn Set (bar)barRead and write
Offset 2 for Dyn Set (bar)barRead and write
Suction 2 LAL Delta (bar)barRead and write
Suction 2 Minimum Alarm (bar)barRead and write
Suction 2 HAL Delta (bar)barRead and write
Suction 2 Maximum Alarm (bar)barRead and write
Suction 2 Inverter Minimum Power Threshold (bar)barRead and write
Suction 2 Minimum Setpoint (psi)psiRead and write
Suction 2 Maximum Setpoint (psi)psiRead and write
Suction 2 Suction Setpoint (psi)psiRead and write
Suction 2 Proportional Band (psi)psiRead and write
Extended Prop. Band (psi)psiRead and write
Offset 1 for Dyn Set (psi)psiRead and write
Offset 2 for Dyn Set (psi)psiRead and write
Suction 2 LAL Delta (psi)psiRead and write
Suction 2 Minimum Alarm (psi)psiRead and write
Suction 2 HAL Delta (psi)psiRead and write
Suction 2 Maximum Alarm (psi)psiRead and write
Suction 2 Inverter Minimum Power Threshold (psi)psiRead and write
Suction 2 Compressor OFF - ON TimeminRead and write
Suction 2 Compressor ON - OFF TimesRead and write
Suction 2 Compressor ON - ON TimeminRead and write
Suction 2 ON Steps TimesRead and write
Suction 2 OFF Steps TimesRead and write
Suction 2 Enable DOn 1' Step Up (start Up).Read and write
Suction 2 Enable DOF 1' Step DownRead and write
Suction 2 Inverter Minimum Frequency%Read and write
Suction 2 Inverter Maximum Frequency%Read and write
Switch Inverter Frequency%Read and write
Suction 2 Inverter Rated PowerRead and write
Suction 2 Max Time Inverter at Minimum PowerminRead and write
Suction 2 Interval Inverter Minimum Power / Step ActivationsRead and write
Suction 2 Inverter OFF - ON TimesRead and write
Suction 2 Inverter ON - ON TimesRead and write
Suction 2 Minimum Inverter Switch TimesRead and write
Suction 2 Compressors Control TypeRead and write
Suction 2 Integral TimesRead and write
Suction 2 Derivative TimesRead and write
Suction 2 Dynamic Suction Set ModeRead and write
Suction 2 Default Power Value in Case of Suction Probe Error%Read and write
Suction 2 Alarm in the PEI Interval (automatic to ManualRead and write
Suction 2 Pen IntervalminRead and write
Suction 2 HPr-LPr Bypass TimeminRead and write
Suction 2 Compressor Steps SequenceRead and write
Suction 2 Selection Master CompressorRead and write
Suction 2 Digital Compressor Rated PowerRead and write
Discharge Minimum Setpoint (°C)°CRead and write
Discharge Maximum Setpoint (°C)°CRead and write
Discharge Discharge Setpoint (°C)°CRead and write
Discharge Proportional Band (°C)°CRead and write
Delta 1 Cut-off (°C)°CRead and write
Delta 2 Cut-off (°C)°CRead and write
Discharge HAL Delta (°C)°CRead and write
Discharge Maximum Alarm (°C)°CRead and write
Fixed Offset Dynamic Set (°C)°CRead and write
HP Alarm Prevention Limit 1 (°C)°CRead and write
HP Alarm Prevention Limit 2 (°C)°CRead and write
Discharge LAL Delta (°C)°CRead and write
Discharge Minimum Alarm (°C)°CRead and write
Discharge Inverter Minimum Power Threshold (°C)°CRead and write
Dynamic Offset Dynamic Set (°C)°CRead and write
Minimum Dynamic Offset Dynamic Set (°C)°CRead and write
Max External Temp. Dynamic Set (°C)°CRead and write
Minimum Dynamic Set (°C)°CRead and write
Minimum Sub-cooling (°C)°CRead and write
Maximum Sub-cooling (°C)°CRead and write
Sub-cooling Delta 1 (°C)°CRead and write
Sub-cooling Offset 1 (°C)°CRead and write
Sub-cooling Delta 2 (°C)°CRead and write
Sub-cooling Offset 2 (°C)°CRead and write
Min External/Sub-cooling Delta for Dynamic Set (°C)°CRead and write
Discharge Minimum Setpoint (°F)°FRead and write
Discharge Maximum Setpoint (°F)°FRead and write
Discharge Discharge Setpoint (°F)°FRead and write
Discharge Proportional Band (°F)°FRead and write
Delta 1 Cut-off (°F)°FRead and write
Delta 2 Cut-off (°F)°FRead and write
Discharge HAL Delta (°F)°FRead and write
Discharge Maximum Alarm (°F)°FRead and write
Fixed Offset Dynamic Set (°F)°FRead and write
HP Alarm Prevention Limit 1 (°F)°FRead and write
HP Alarm Prevention Limit 2 (°F)°FRead and write
Discharge LAL Delta (°F)°FRead and write
Discharge Minimum Alarm (°F)°FRead and write
Discharge Inverter Minimum Power Threshold (°F)°FRead and write
Dynamic Offset Dynamic Set (°F)°FRead and write
Minimum Dynamic Offset Dynamic Set (°F)°FRead and write
Max External Temp. Dynamic Set (°F)°FRead and write
Minimum Dynamic Set (°F)°FRead and write
Minimum Sub-cooling (°F)°FRead and write
Maximum Sub-cooling (°F)°FRead and write
Sub-cooling Delta 1 (°F)°FRead and write
Sub-cooling Offset 1 (°F)°FRead and write
Sub-cooling Delta 2 (°F)°FRead and write
Sub-cooling Offset 2 (°F)°FRead and write
Min External/Sub-cooling Delta for Dynamic Set (°F)°FRead and write
Discharge Minimum Setpoint (bar)barRead and write
Discharge Maximum Setpoint (bar)barRead and write
Discharge Discharge Setpoint (bar)barRead and write
Discharge Proportional Band (bar)barRead and write
Delta 1 Cut-off (bar)barRead and write
Delta 2 Cut-off (bar)barRead and write
Discharge HAL Delta (bar)barRead and write
Discharge Maximum Alarm (bar)barRead and write
Fixed Offset Dynamic Set (bar)barRead and write
HP Alarm Prevention Limit 1 (bar)barRead and write
HP Alarm Prevention Limit 2 (bar)barRead and write
Discharge LAL Delta (bar)barRead and write
Discharge Minimum Alarm (bar)barRead and write
Discharge Inverter Minimum Power Threshold (bar)barRead and write
Discharge Minimum Setpoint (psi)psiRead and write
Discharge Maximum Setpoint (psi)psiRead and write
Discharge Discharge Setpoint (psi)psiRead and write
Discharge Proportional Band (psi)psiRead and write
Delta 1 Cut-off (psi)psiRead and write
Delta 2 Cut-off (psi)psiRead and write
Discharge HAL Delta (psi)psiRead and write
Discharge Maximum Alarm (psi)psiRead and write
Fixed Offset Dynamic Set (psi)psiRead and write
HP Alarm Prevention Limit 1 (psi)psiRead and write
HP Alarm Prevention Limit 2 (psi)psiRead and write
Discharge LAL Delta (psi)psiRead and write
Discharge Minimum Alarm (psi)psiRead and write
Discharge Inverter Minimum Power Threshold (psi)psiRead and write
Discharge Pick-up Time CItsRead and write
Discharge ON Steps TimesRead and write
Discharge OFF Steps TimesRead and write
Max OFF TimehRead and write
Fan Max Usage TimehRead and write
Discharge Pick-up Time FPkUPminRead and write
Maximum Time Inverter at Minimum PowerminRead and write
% Inverter Variation%Read and write
Inverter Minimum Power Activation ModeRead and write
FAN Control TypeRead and write
Discharge Integral TimesRead and write
Discharge Derivative TimesRead and write
Minimum Speed%Read and write
Maximum Speed%Read and write
Saturation Speed%Read and write
Default Power Value in Case of Discharge Probe Error%Read and write
Dynamic Discharge Set ModeRead and write
Alarms in the PEI Interval (automatic to ManualRead and write
Discharge Pen IntervalminRead and write
Discharge HPr-LPr Bypass TimeminRead and write
% Power Reduction HP Alarm Prevention%Read and write
HP Prevention Alarm Max DurationminRead and write
HP Prevention Alarm Minimum IntervalhRead and write
Enable HP Prevention AlarmRead and write
Discharge Activation PolicyRead and write
Activation ModeRead and write
Enable Cut-off InverterRead and write
Discharge Integral ControlRead and write
Discharge Proportional ControlRead and write
Discharge Derivative ControlRead and write
Default Power on Discharge Probe ErrorRead and write
Central SetpointRead and write
Line FrequencyRead and write
Suction 1 Integral ControlRead and write
Suction 1 Proportional ControlRead and write
Suction 1 Derivative ControlRead and write
Suction 1 Default Power on Suction Probe ErrorRead and write
Suction 2 Integral ControlRead and write
Suction 2 Proportional ControlRead and write
Suction 2 Derivative ControlRead and write
Suction 2 Default Power on Suction Probe ErrorRead and write

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Send your device list

If a device is not in the library yet, we build the template for free as soon as we have the register data.

Use cases

  • Show suction and discharge pressure of every rack on one dashboard and compare them with the setpoints.
  • Get an email when a high or low pressure switch, a thermal switch or a probe error goes active.
  • Track running hours per compressor to plan maintenance and spot uneven wear.
  • Keep a year of suction pressure and delivered power to see how the rack behaves at night and in summer.
  • Change the suction setpoint or switch energy saving on remotely when the store opening hours change.

Installation

  1. Connect A and B of the main RS485 port of the controller to the RS485 port of the ModbusCloud Gateway, with a termination resistor at both ends of the bus.

  2. On the controller, set parameter 673 PtStLV to 3 (Modbus RTU), check baud rate 674 and parity 675, and restart the controller.

  3. Note the address of the controller, which follows the family and device address parameters 671 and 672.

  4. In ModbusCloud, add a Modbus device with that address, 9600 baud, odd parity, 8 data bits and 2 stop bits, and import this template.

  5. Check that the suction probe and the compressor states come in and match the display of the controller.

Things to watch for

The controller does not answer at all. What should I check first?

The main RS485 port speaks Televis from the factory. Set parameter 673 to 3 for Modbus RTU and restart the controller, because the new setting only takes effect after a restart. Then check 9600 baud, odd parity and 2 stop bits, swap A and B if needed, and make sure you use the main port, not RS485 EXP.

Why does the same value appear four times, in °C, °F, bar and psi?

The controller keeps each pressure and temperature value in several display units at separate addresses. Use the version that matches the unit set on the controller and hide the others on your dashboard. The bar and psi versions have their own scaling.

Some probe values look like alarm flags of 0 and 1. Why?

For the suction, discharge and ambient probes, Eliwell also lists analogue input failure flags at the same addresses. Compare the value with the display of the controller: if it shows a pressure or temperature, the probe reading is right; if it only shows 0 or 1, treat it as a failure flag.

Can I write setpoints and commands from ModbusCloud?

Yes. Setpoints, alarm limits, compressor selection, on/off and alarm reset are writable. Change them only when you know the effect on the plant, because a wrong setpoint or a deselected compressor changes the cooling. Configuration and addressing parameters can stop the controller or the communication. Writing has to be switched on for your gateway first.

Can I connect several racks to one bus?

Yes. Give each controller its own address with the family and device address parameters, set the same baud rate and parity on all of them, and wire the bus as one line with termination at both ends.

Want to see how it works?

Electrician working in an open distribution board