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General| Category | Temperature Controller |
|---|---|
| Frontal Protection | IP65 |
| Series | IC200CX |
| Resolution | 0.1 °C |
| Accuracy | ±0.5 °C |
| Input Type | NTC |
| Output Type | Relay |
| Digital Inputs | 1 |
| Mounting | Panel mount |
Detailed overview of chiller management, compressor start-up, capacity control, and other functions.
Details on how the IC 206CX / IC 208CX displays are configured and show information.
Instructions on how to force display read-out for specific temperature or pressure combinations.
Explanation of the meaning and function of various icons displayed on the unit.
Configuration options for analog inputs PB1, PB2, PB5, and PB6, including probe types.
Configuration options for analog inputs PB3 and PB4, including probe types and signal ranges.
Configuration options for digital inputs ID1 through ID18 for various functions.
Configuration options for digital outputs RL1 through RL8 for controlling various loads and functions.
Configuration of analog outputs OUT1 and OUT2 for controlling various functions with 0-10V signals.
Configuration of analog outputs OUT3 and OUT4 for 0-10V or phase-cut control.
Procedures for downloading and uploading parameters using the Hot Key.
Accessing and navigating through programming levels (Pr1, Pr2, Pr3) via the keyboard.
Instructions on how to enter programming and modify parameter values using the keyboard.
Overview of the functions accessible via the 'M' key in the Function Menu.
How to start, stop, and put the unit in standby mode using the keyboard.
How to control the unit's start/stop status using a digital input.
Start/stop control for motocondensing units via digital input.
Detailed description of parameters related to compressor thermoregulation in chiller and heat pump modes.
Parameters CO13 for choosing compressor activation sequence: Sequential, Rotation by hour, or Rotation by start-up.
Parameters CO14 and CO15 for circuit saturation and balancing, applicable to 2-circuit systems.
Operation modes for capacity control, including ON/OFF steps and continuous control.
Pump down operation when the unit is off, controlled by low pressure switch.
Pump down operation using a dedicated pressure switch for control.
Pump down operation controlled by a dedicated pressure probe.
Alarms related to pump down during compressor start-up and switching off.
Unloading function activated by high evaporator water inlet temperature.
Detailed description of the unloading process, activation, and deactivation.
Unloading controlled by pressure or temperature for chiller and heat pump modes.
Unloading regulation in heat pump mode managed by evaporator probe.
Unloading function activated by low evaporator water outlet temperature.
Parameters for modulating the evaporator and condenser pumps in chiller and heat pump modes.
How electrical heaters are used for boiler functions, including integration and heating.
Conditions required for the defrost cycle to initiate.
Procedure for initiating a forced defrost cycle, overriding normal conditions.
Detailed steps of the automatic defrost procedure, including phases and valve management.
Parameters related to compressor operation, including minimum ON/OFF times and rotation.
Parameters related to pump down operation modes and settings.
Parameters for controlling unloading based on evaporator temperature or pressure.
Parameters for controlling unloading based on condenser temperature or pressure.
Parameters for configuring condenser fan operation modes, including ON/OFF and proportional control.
Control of heaters for anti-freeze, integration heating, or boiler in chiller mode.
Control of heaters for anti-freeze, integration heating, or boiler in heat pump mode.
Conditions required for the defrost cycle to initiate and modes available.
Defrost cycle enabled by a digital input for combined defrost detection.
How to manually initiate a defrost cycle using the unit's keyboard.
Detailed steps of the automatic defrost procedure, including phases and valve management.
How defrost is activated using the condenser fan under specific temperature conditions.
How energy saving is activated via a digital input and indicated by the Vset icon.
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