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Randell RP ELM1172B Flexible Heating Element W/ Terminal Screws 16'X 7 7/8"

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Special Price $108.97 Regular Price $184.70
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SKU
RP ELM1172B
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Electrical & Hardware, Heating Elements,
Manufacturer:
The Randell RP ELM1172B Flexible Heating Element is used to heat in a variety of applications in the most efficient way possible. This heating element is 208V, 1100W and measures about 16’ x 7 7/8” and is essential in heating and therefore, maintaining temperatures. Due to its highly modular design, it can be easily integrated into various configurations; the 10-32 threaded terminal screws provide a secure connection (screws not included). This heating element is perfect for use in places where there is need to regulate heat in the environment. Due to its simplicity in operation and installation, it is suitable for use in heating.

Dimensions

  • Length: 16 In
  • Width: 9 In
  • Height: 4 In
  • Weight: 0.83 lbs
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Product Notes

  • Appx 16' X 7 7/8" Flexible
  • 208V 1100W
  • Terminal Screws Not Provided 10-32 Threaded Trminal
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FAQS
Customer Questions
What maintenance is required for the Randell RP ELM1172B Flexible Heating Element W/ Terminal Screws Flexible Heating Element?

Inspect terminals for tightness and corrosion regularly to ensure stable heating performance. Clean the element surface gently to remove grease buildup and prevent hotspots. Verify electrical insulation and connections to avoid overheating and maintain consistent operation safely.

What are common issues with the Randell RP ELM1172B Flexible Heating Element W/ Terminal Screws Flexible Heating Element?

  • Loose terminal screws causing intermittent heating or power loss.
  • Flex element fatigue leading to hot spots or uneven heating.
  • Grease accumulation reducing heat transfer efficiency.
  • Moisture or insulation breakdown causing short circuits or failure.

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Installation Steps

Step1: Disconnect power supply and check circuit is de-energized before starting.

Step2: Position flexible heating element along designated channel ensuring full contact surface.

Step3: Secure terminal screws to electrical leads, maintaining firm, even tightening.

Step4: Route wiring away from sharp edges and high heat stress points.

Step5: Restore power, test heating function, and monitor initial cycle for stability; ensure no exposed conductors.

Step6: Use insulated gloves and follow electrical safety standards during handling.