What to do if the KKT Compact-Line cBoxX 50 Chiller pump 1 flow is insufficient?
If pump 1 flow is insufficient, it may be due to high pressure loss. Check the external piping for closed gate valves, a blocked water filter, or system leaks.
What to do if AI conductivity sensor breaks in KKT Compact-Line cBoxX 50?
If there is a sensor break with the AI conductivity in your KKT Chiller, you should test the supply cable, connector, and sensor.
What to do if AI air flow sensor breaks in KKT Compact-Line cBoxX 50 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 ESS outlet sensor breaks in KKT Chiller?
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 ESS inlet sensor breaks in KKT Compact-Line cBoxX 50 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 pump pressure 2 sensor breaks in KKT Compact-Line cBoxX 50 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 pump pressure 1 sensor breaks in KKT Compact-Line cBoxX 50 Chiller?
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 suction vapour temperature sensor breaks in KKT Chiller?
If there is a sensor break with the AI suction vapour temperature in your KKT Chiller, you should test the supply cable, connector, and sensor.
What to do if AI ambient temperature sensor breaks in KKT Compact-Line cBoxX 50 Chiller?
If there is a sensor break with the AI ambient temperature in your KKT Chiller, you should test the supply cable, connector, and sensor.
What to do if AI water inlet pressure sensor breaks in KKT Compact-Line cBoxX 50 Chiller?
If there is a sensor break with the AI water inlet pressure in your KKT Chiller, you should test the supply cable, connector, and sensor.
Explains the function of major components like compressor, evaporator, condenser, expansion valve, and refrigerant.
Details sensors, control unit, display, and control cabinet for system operation and monitoring.
Describes the pump, fan, cold water cycle, and materials used in the water circuit.
Specifies the required water quality limits and permitted cooling media for the chiller.
Provides general safety instructions, definitions of safety symbols, and hazard warning types.
Addresses risks from residual energy, chemicals, misuse, and details safety devices and monitoring.
Lists common faults, their descriptions, causes, and recommended correction measures.
General| Refrigerant | R134a |
|---|---|
| Power Supply | 230 V / 50 Hz |
| Temperature stability | ±0.1 K |
| Tank volume | 15 liters |
| Operating Temperature Range | 35 °C |
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