What to do if AI pump pressure 1 sensor breaks in KKT Compact-Line cBoxX 80?
If there is a sensor break with the AI pump pressure 1 in your KKT Chiller, you should test the supply cable, connector, and sensor.
What to do if AI pump pressure 2 sensor breaks in KKT Chiller?
If there is a sensor break with the AI pump pressure 2 in your KKT Chiller, you should test the supply cable, connector, and sensor.
What to do if AI ESS inlet sensor breaks in KKT Compact-Line cBoxX 80 Chiller?
If there is a sensor break with the AI ESS inlet in your KKT Chiller, you should test the supply cable, connector, and sensor.
What to do if AI ESS outlet sensor breaks in KKT Compact-Line cBoxX 80?
If there is a sensor break with the AI ESS outlet in your KKT Chiller, you should test the supply cable, connector, and sensor.
What to do if AI air flow sensor breaks in KKT Chiller?
If there is a sensor break with the AI air flow in your KKT Chiller, you should test the supply cable, connector, and sensor.
What to do if AI conductivity sensor breaks in KKT Compact-Line cBoxX 80 Chiller?
If there is a sensor break with the AI conductivity in your KKT Chiller, you should test the supply cable, connector, and sensor.
Explains the role and type of the compressor.
Describes heat transfer from cold water to refrigerant.
Details heat transfer from refrigerant to ambient air.
Manages operations and visualizes system data.
Ensures the necessary circulation of the cold water.
Identifies potential dangers and necessary precautions.
Explains the meaning of safety icons used in the manual.
Discusses potential hazards from stored energy.
Details protective mechanisms like pressure limiters and monitors.
Specifies required PPE for operation and servicing.
Methods and precautions for moving the unit.
Requirements for the chiller's installation location.
Specifies required space around the unit for air supply and service.
Requirements for the base and foundation of the installation.
Guidelines for connecting the water circuits.
Methods to prevent freezing in the cold water circuit.
Procedures for filling the chiller with operating fluid.
Procedure for removing air from the pump.
Instructions for wiring the chiller to the power supply.
A checklist of tasks to complete before commissioning.
Regulates the cold water temperature based on sensor feedback.
Manages the operation of the compressors.
Importance and overview of regular maintenance.
Guidance for troubleshooting and correcting issues.
General| Cooling capacity | 0.8 kW |
|---|---|
| Refrigerant | R134a |
| Power Supply | 50 Hz |
| Ambient Temperature Range | 10 - 40 °C |
| Water Flow Rate | 80 l/min |
| Water Pressure Drop | 2.0 bar |
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