Hatco R02.08.135.00 Heating Element 350W 230V

SKU: R02.08.135.00 1-R02.08.135.00 Brand: Availability:
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$30.03 Price reduced from $39.00
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Specifications:

  • 14-1/2" Terminal End To End 230V 350W Element .260 Diameter
  • 13-1/2" ( Bracket To End Of Terminal )
  • [Terminals Flag W/Screw 10-32 X 1/4"
  • For Screw Only Use # 26-2345
  • Hatco
  • Warmer Glo-Ray Gr,Grh,Grah-18,Grahl,Gral,

Description

The Hatco R02.08.135.00 heating element 350W 230V is used to supply controlled heat in commercial foodservice equipment that is fed with a 230V supply. It is rated at 350W and is used to convert electrical energy to thermal output to keep at temperatures. This element is installed in the heating cavity of the appliance and it is connected to interior wiring and the control system. It maintains a constant temperature, operating with thermostats and temperature controls to maintain the stable temperature and efficient operation during food holding and service.

Dimensions:

  • Weight: 1 lbs
  • Length: 15 in
  • Height: 1 in
  • Width: 1.5 in

Step1: Disconnect power and verify supply is off.

Step2: Remove cover or housing of heating unit carefully.

Step3: Detach old heating element and note wiring positions.

Step4: Install new element, secure connections firmly.

Step5: Reassemble unit and ensure proper insulation alignment.

Step6: Restore power and test operation for safe heating.

Step7: Warning: Ensure unit is cool before servicing and wear insulated gloves to avoid electric shock.

  • What maintenance is required for the Hatco R02.08.135.00 Heating Element?

    Regularly inspect the heating element for buildup, corrosion, and signs of wear that may impact performance. Keep all electrical connections secure and free from oxidation to ensure stable operation. Proper maintenance assists in maintaining consistent heat output and prevents electrical instability during use.

  • What are common issues with the Hatco R02.08.135.00 Heating Element?

    • Uneven or reduced heat output during operation.
    • Element burnout or internal circuit failure.
    • Corrosion at terminals affects conductivity.
    • Loose wiring is causing intermittent performance.
    • Overheating due to poor electrical contact.

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