Beverage Air 302-919A Refrigerator Start Capacitor 161-193MFD 165V

SKU: 302-919A 1-302-919A Brand:
Beverage Air
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Specifications:

  • Type: Start Capacitor
  • Capacitance: 161-193 MFD
  • Voltage: 165V

Description

The Beverage Air 302-919A Refrigerator Start Capacitor 161-193 MFD 165V is an electrical charge that is stored and discharged to the compressor motor to start up the appliance. It provides the phase shift and momentary increase required to start the motor over initial inertia and begin running. This is installed in the electrical system of the chiller, which is linked to the start circuit of the compressor in the service compartment of the unit. It can be operated on every startup cycle with proper wiring connections.

BEVERAGE AIR:

BEV302-919A

Step1: Disconnect power and unplug refrigerator completely.

Step2: Access control panel and locate capacitor inside unit.

Step3: Safely discharge capacitor using resistor or insulated screwdriver.

Step4: Record or photograph wiring connections for correct reassembly.

Step5: Remove old capacitor and install new capacitor, match terminals carefully.

Step6: Tighten connections, secure panel, ensure no loose wiring remains.

Step7: Restore power, run unit, and verify compressor starts safely.

Step8: If issues persist, shut down and consult a qualified Clear, .

  • What maintenance is required for the Beverage Air 302-919A Start Capacitor?

    Inspect electrical connections regularly for looseness, corrosion, or overheating signs and ensure secure terminal contact. Keep the capacitor clean and dry to prevent moisture damage or short circuits. Check for bulging or leakage during routine equipment servicing. Handle with support and disconnect power before any inspection to ensure safety.

  • What are common issues with the Beverage Air 302-919A Start Capacitor?

    • Failure to start compressor or delayed startup performance.
    • Overheating leading to swelling or physical deformation.
    • Electrical leakage or short circuit due to insulation breakdown.
    • Reduced efficiency causing intermittent cooling or compressor cycling issues.

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