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Bitzer Refrigeration Liquid Receiver FS202

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Bitzer Refrigeration Liquid Receiver FS202
Bitzer Refrigeration Liquid Receiver FS202

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Bitzer Refrigeration Liquid Receiver FS202

Bitzer Refrigeration Liquid Receiver FS202

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Maintenance Plans for Bitzer Refrigeration Liquid Receiver Model FS202

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Initial Refrigerant Charging Maintenance

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6.3 Charging refrigerant

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Ensure no components or pipes are completely charged with liquid refrigerant

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Verify sufficient volume is left above the liquids

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Confirm only permitted refrigerants are used

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Measure out extremely precise quantities of refrigerant

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Ensure oil temperature is above 40°C

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Charge the condenser or receiver directly with liquid refrigerant

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Ensure blends are taken out of the charging cylinder as a bubble-free liquid

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Add refrigerant on the suction side while the compressor is running, preferably at the evaporator inlet

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Sight Glass Cleaning

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Safety Precautions

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Wear safety goggles

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Wear cold-protective gloves

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Handling Flammable Refrigerants

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Pack used oil safely

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Dispose of used oil in an environmentally friendly manner

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Fill used oil into pressure resistant vessels

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Fill vessels with nitrogen as a protective gas and close them

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Mark vessels with the warning sign 'flammable substance' W021 from ISO7010

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Initial Accessory Maintenance

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4.7 Mounting included accessory

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Have the oil pan ready.

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Fit the accessories best before commissioning.

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Connection positions for the included accessory

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Check pressure equipment for tightness after mounting.

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Retrofitting Procedure

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Shut off all inlets and outlets of the pressure equipment into which something is to be installed.

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Depressurise the pressure equipment.

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Extract refrigerant, reuse it or dispose of it in an environmentally friendly manner.

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Initial System Vacuum Check

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6.2 Evacuation

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Switch on the oil heater

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Open all shut-off valves and solenoid valves

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Use a vacuum pump to evacuate the entire system, including the compressor, on the suction side and the high pressure side

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Record the standing vacuum achieved

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Is the standing vacuum lower than 1.5 mbar?

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Repeat the evacuation operation if necessary

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Note any issues or observations during the evacuation process

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Safety Notice

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Receiver Leak Testing

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6 Commissioning

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Verify the following components for tightness

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6.1 Testing tightness

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Enter the maximum allowable pressure from the name plate

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Calculate the test pressure (1.1 times the maximum allowable pressure)

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Is the test pressure within the safe limits?

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Test the refrigerant circuit for tightness using dry nitrogen

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Record any leaks or issues found during the test

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