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Operating Environment| operating temperature | -5 to 55°C |
|---|---|
| storage temperature | -10 to 65°C |
| temperature range | -40 to 90°C |
Power| power supply | 12/24 Volt DC |
|---|---|
| power consumption | < 10 watts |
Outputs| compressor output current | 17/7 Amp |
|---|---|
| fan output current | 10 Amp |
| defrost output current | 10 Amp |
Weight and Dimensions| front panel dimensions | 34.5 (H) x 76mm (W) +/- 2mm |
|---|---|
| cut out dimensions | 30 (H) x 72mm (W) +/- 1mm |
Controls compressor based on indoor probe temperature, switching on at set point + differential and off at set point.
Defrost mode can be electric, hot gas, or off-cycle. It is interval timed and can be ended by a probe.
Fan operates continuously or with compressor. Features adjustable drip time and high temp stop point.
Sets the desired temperature for the controller. Has upper and lower limits.
Password for accessing the administrator menu. Default is 55.
Defines the temperature difference between switching on and off of the compressor.
Minimum time interval between compressor starts to prevent short cycling.
Minimum interval for the very first compressor start.
Allows calibration of the cabinet temperature sensor for accuracy.
Sets the minimum allowable temperature set point.
Sets the maximum allowable temperature set point.
Protects the compressor from frequent start/stop cycles.
Sets the minimum operational time for the compressor.
Selects the evaporator sensor, enabling or disabling it.
Calibrates the evaporator sensor to ensure accurate readings.
Determines how the defrost cycle is initiated, either by accumulated refrigeration time or natural time.
Sets the time interval between defrost cycles.
Configures what is displayed during defrost and related periods.
Sets the maximum duration for a defrost cycle.
Defrost cycle ends when this temperature is reached.
Allows time for condensate to drip off the coil after defrost.
Sets a delay before the cabinet temperature is displayed after defrost.
Sets a delay before the defrost cycle begins.
Selects the defrost method: electric heating or hot gas.
Configures how the fan operates in relation to the compressor and defrost cycles.
Delay before the fan starts after the controller is powered on.
Delay before the fan restarts after a defrost cycle.
Sets the minimum temperature at which the fan will operate.
Sets the maximum temperature at which the fan will operate.
Manages compressor operation during sensor failure for proportional control.
Sets the duration the compressor remains stopped during proportional control.
Sets the duration the compressor remains running during proportional control.
Enables or disables the buzzer alarm output.
Sets the lowest temperature threshold for a cabinet alarm.
Sets the highest temperature threshold for a cabinet alarm.
Delay before activating the cabinet over-temperature alarm.
Initial delay for the cabinet over-temperature alarm.
Deviation from the set upper limit that triggers an over-temperature alarm.
Deviation from the set lower limit that triggers an over-temperature alarm.
Configures the mode for over-temperature alarms (absolute or deviation).
Selects the function of the Light/Alarm relay.
Defines the controller's action based on door switch input.
Determines if the buzzer responds when the door is opened.
Enables or disables the condenser sensor.
Sets the temperature at which the condenser high-temperature alarm activates.
Sets the temperature drop required to reset the condenser high-temperature alarm.
Selects the temperature unit displayed by the controller.
Procedure to disconnect power before troubleshooting.
Troubleshooting steps for probe connection issues.
Action to take for excessive temperature alarms.
Troubleshooting steps for relay failures.
Checks to perform when the defrost function does not initiate.
Checks to perform when the fan does not operate.
Indicates a failure in the cabinet temperature sensor.
Indicates a failure in the evaporator sensor.
Indicates a failure in the condenser sensor.
Alarm triggered by high temperature in the condenser.
Alarm triggered by high temperature in the cabinet.
Alarm triggered by low temperature in the cabinet.
Indicates a failure during copy card programming.
Data mismatch between copy card and controller.
Dimensions of the controller's front panel.
Required dimensions for the controller's mounting cutout.
The range of ambient temperatures for controller operation.
The range of ambient temperatures for controller storage.
The type and voltage of the power supply required.
The maximum power consumed by the controller.
The overall temperature range the controller can measure.
Number and type of sensor inputs.
Details of the controller's output capabilities for various components.
Details of the warranty period and coverage.
Instructions for returning the controller for warranty service.
Information required when reporting a fault for warranty.
