Garland 1489801 Fryer Contactor 4-Pole 40A 208/240V

SKU: 1489801 1-1489801 Brand: Availability:
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$93.01 Price reduced from $150.84
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Specifications:

  • Hartland Contactor
  • 4 Pole
  • 208/240 Volt
  • 40 Amp Inductive
  • 50 Amp Resistive
  • Bki

Description

The Garland 1489801 Fryer Contactor 4-Pole 40A 208/240V is a necessary electrical switching system that operates the current flow to the heating coils of the fryer. It works through the opening and closing of its four poles to control the power flow in the system so that the operates of the unit can be constant. This contactor is made to be installed in commercial fryer assemblies, usually placed in the control, or electrical section of the appliance, to fit in with the existing wiring and parts. The way it is set up, and its specifications make it an essential component in the overall electrical operation of the fryer without disturbing other internal processes.

Dimensions:

  • Weight: 1.27 lbs
  • Length: 4 in
  • Height: 3 in
  • Width: 3 in

Step1: Disconnect fryer main power supply and verify lockout/tagout.

Step2: Remove fryer access panel and note existing wiring layout for reference

Step3: Disconnect old contactor wires carefully while labeling each terminal.

Step4: Mount new contactor securely in bracket and ensure firm alignment.

Step5: Reconnect wiring per diagram, ensuring all terminals are tight and secure.

Step6: Restore power and test heating cycle, checking for overheating or faults.

  • What maintenance is required for the Garland 1489801 Contactor?

    Inspect wiring terminals regularly and ensure fryer connections remain tight and corrosion free. Clean dust buildup around the contactor enclosure to prevent overheating and arcing, ensuring accurate fryer operation and reducing electrical failure risks. Always disconnect power before servicing.

  • What are common issues with the Garland 1489801 Contactor?

    • Contactor contact wear causing intermittent heating.
    • Coil failure leading to no power switching.
    • Overheating due to electrical overload or poor ventilation.
    • Burnt or pitted contacts reducing efficiency.
    • Loose wiring connections causing inconsistent operation.

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