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Marley Engineered Products 1802-2117-000 9.2kW Heater Element 240V

Rating:
5 5 8
8  Reviews Add Your Review
Special Price $414.71 Regular Price $460.33
In stock
SKU
1802-2117-000

The Marley Engineered Products 1802-2117-000 Element is an essential component utilized in HVAC systems to provide efficient heating. This element, which is specifically made to work with Marley heating systems, works by transforming electrical energy into heat energy, which is then distributed throughout the room. The 1802-2117-000 element, when used in electric heaters, baseboard heaters, or radiant heating systems, guarantees dependable and steady heating performance. Its 9.2Kw rating and 240V power source provide enough heat output to adequately warm the surrounding area. Durability, energy economy, and rapid and even heating are some advantages of this element. The 1802-2117-000 Element increases building occupants' comfort levels and encourages energy savings by offering dependable heating capabilities. Its sturdy design also guarantees long-term performance, which lowers the necessity for frequent upgrades and maintenance.

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Heating & Furnace Parts, Heating Elements
Manufacturer:
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Provides the heating element within the electric heating assembly, converting electrical input into heat for the equipment's heating process. The Marley Engineered Products 1802-2117-000 Heating Element is a designated 9.2 kW, 240 V heating element assembly. Marley documentation lists part number 1802-2117-000 as the heating element assembly used in CFWF electric counterflow heater assemblies

Energy Conversion:
Converts electrical energy into thermal energy through resistance within the element when the heating circuit supplies power. As current moves through the heating path, resistance generates heat within the component. This principle enables an electrically powered heating assembly to produce thermal output without relying on a fuel-burning process. The element remains active only when its electrical circuit is energized according to the design of the unit.

Heating Cycle Integration:
Supports the heating sequence by supplying thermal energy after the electrical control system activates the heating circuit. Control and safety components may determine when the circuit is energized based on the operating conditions of the unit. The generated heat then becomes part of the equipment's intended heating process. Interaction with surrounding components depends on the configuration of the specific heating assembly.

Replacement Guidelines:
Replacement of the Marley Engineered Products 1802-2117-000 Heating Element is necessary when visible damage, deterioration, corrosion, or other physical conditions affect the element's intended heating role. Inspect the heating element assembly and related connection areas for conditions that could affect proper heating within the equipment. Replace the component when it can no longer maintain its intended heating operation within the heating assembly.

Common Signs of Wear:

  • Reduced heating output during normal operation.
  • Absence of heat when the unit calls for heating.
  • Intermittent heating during the operating cycle.
  • Visible deterioration of the existing element.
  • An existing component no longer suitable for continued use.

Equipment Compatibility:
The Marley Engineered Products 1802-2117-000 Heating Element is identified in Marley parts documentation for the CFWF920A and CFWF920 electric counterflow heater assemblies. Marley Engineered Products Confirm the existing heater model, heating-element arrangement, and part number before purchase to ensure the replacement matches the intended equipment.

Technical Specifications:
Product Type: Element
SKU / Part Number: 1802-2117-000
Manufacturer: Marley Engineered Products
Heating Capacity: 9.2kW
Voltage: 240V

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Product Questions (9)
Customer Questions
Is this heating element assembly suitable for industrial applications?

Absolutely, it's designed for versatility and can meet the demands of both residential and industrial heating needs.

How often should I replace the Heating Element Assembly?

The frequency of replacement depends on usage and maintenance. Generally, it's recommended to inspect and consider replacement every 3 to 5 years for optimal heating efficiency.

What maintenance is required for the Marley Engineered Products 1802-2117-000 Heater Element?

Regularly inspect the heater element for signs of corrosion, scaling, or damage. Ensure electrical connections are secure and free of debris. Follow safety precautions when handling live circuits. Proper maintenance ensures efficient heating and prevents electrical hazards.

What are common issues with the Marley Engineered Products 1802-2117-000 Heater Element?

  • Heater failing to heat or uneven heating.
  • Element corrosion or scaling reducing efficiency.
  • Electrical connection problems causing intermittent operation.
  • Overheating or tripping breakers due to short circuits.

What role does the Marley Engineered Products 1802-2117-000 heating element play in an electric heating assembly?

It generates thermal energy through electrical operation, providing the heat required by the applicable electrically powered heating assembly.

What signs may indicate that an electric heating element is no longer operating normally?

Reduced, intermittent, or absent heat, along with visible deterioration, may indicate that the heating element is no longer operating normally.

Why should the heating element’s electrical requirements match the heating assembly?

The element’s specified electrical characteristics should correspond with the requirements of the applicable heating assembly for proper integration.

How does an electric heating element generate thermal energy?

The element generates thermal energy through electrical operation, providing heat within the applicable heating assembly.

What should be considered when selecting this heating element for an assembly?

The heating element’s specified heating capacity and electrical requirements should correspond with the documented requirements of the applicable heating assembly.

Installation Steps

Step1: Turn off power and disconnect the heater from its electrical supply.

Step2: Remove access panel and withdraw the old heater element carefully.

Step3: Install the new 9.2 kW element in the correct position and secure it.

Step4: Reconnect electrical connections per wiring diagram.

Step5: Restore power and test the heater for proper heating and safe operation.