Hobart 00-277256-4 Dishwasher Heater 200/208V 5000/5400W

SKU: 00-277256-4 Brand:
Hobart
Availability:
In Stock
(0)
C$3,040.38 Price reduced from C$4,314.40
Save C$1,274.02
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Specifications:

Attribute Details
[ 200/208V 5000/5400W 1-3Ph ] [ 2-3/4" Oc Bolt Holes~
10-1/2" Inside ][Terminals {Screw 10-32 },
[ Gasket # 32-1123 ] No Bolts
Hobart Dishwasher C-44, C-54

Description

The Hobart 00-277256-4 Dishwasher Heater is a high performance heating element voltage of 200/208V and power of 5000/5400W. This heater effectively heats water to meet the required level required in cleaning and disinfecting utensils to increase organizational performance in busy restaurants. This is because it is built to last and can easily fit into different models of equipment. Advantages include saving on energy, enhanced wash quality, and , lengthened appliance longevity, making it an essential part to maintaining hygienically appropriate conditions in the food service sector.

More Information:

Step1: Disconnect power and water supply; ensure dishwasher is off and fully cooled before starting.

Step2: Remove access panel and locate the heater assembly inside the unit.

Step3: Carefully disconnect wiring harness and mounting hardware from the old heater.

Step4: Install new heater, secure mounting brackets, and reconnect wiring per manufacturer diagram.

Step5: Restore panel, turn water and power back on, then test for leaks and electrical safety before operation.

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  • What maintenance is required for the Hobart 00-277256-4 Heater?

    Remove scale and mineral buildup regularly to maintain efficient heating performance. Inspect electrical connections for heat damage or looseness. Ensure proper water flow around the dishwasher heater to prevent overheating and maintain consistent wash temperatures.

  • What are common issues with the Hobart 00-277256-4 Heater?

    • Heating element failure due to scale buildup.
    • Inconsistent water temperature during cycles.
    • Electrical connection burnout or loosening.
    • Reduced heating efficiency over time.
    • Overheating caused by poor water circulation.