Hatco R02.08.107D.00 Strip Heaters New Style Warmer Element 42" 260" DIA 950W 120V
Specifications:
| Attribute | Details |
|---|---|
| 120V 950W, 42" Warmer | |
| New Style .260" Dia. | |
| 37-1/2" From End Of Element To Mounting Bracket. | |
| To Replace Elements In Old Style Units, You Must Notch The | |
| End Plates To Accept The Larger Diameter New Style Elements. | |
| See Catalog For Old Style 3/16" Dia Elements If Needed. | |
| Hatco Warmer |
Description
More Information:
- HATCO:02-08-107 ,02-08-107-00 ,02-08-107D ,02-08-107D-00 ,02.08.107 ,02.08.107.00 ,02.08.107D ,02.08.107D.00 ,2-08-107 ,2-08-107D ,2.08.107 ,2.08.107D ,HT02-08-107 ,HT02-08-107D ,HT02.08.107 ,HT02.08.107D ,HT2-08-107 ,HT2-08-107D ,HT2.08.107 ,HT2.08.107D ,HTR02-08-107 ,HTR02-08-107D ,HTR02-08-107D-00 ,HTR02-08-107D00 ,HTR02.08.107D ,HTR02.08.107D.00 ,HTR2-08-107D ,R02-08-107 ,R02-08-107-00 ,R02-08-107D ,R02-08-107D-00 ,R02-08-107D00 ,R02.08.107 ,R02.08.107.00 ,R02.08.107D ,R02.08.107D.00 ,R2-08-107D
Step1: Disconnect electrical power and allow the warmer unit to fully cool before servicing.
Step2: Remove the top cover or access panel to expose the heating element assembly.
Step3: Carefully detach the old element from mounting clips and electrical terminals.
Step4: Install the new element, ensuring proper alignment and secure, tight connections.
Step5: Verify correct fit for the element in the mounting brackets.
Step6: Restore power and test heating to confirm even, safe operation.
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What maintenance is required for the Hatco R02.08.107D.00 Element?
Regularly clean the warmer element surface to remove grease and debris. Inspect electrical connections for tightness and signs of wear. Ensure proper mounting and avoid overheating during continuous operation. Disconnect power before servicing to prevent electrical shock.
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What are common issues with the Hatco R02.08.107D.00 Element?
- Element burnout due to electrical overvoltage conditions.
- Loose electrical connections causing intermittent heating cycles.
- Corrosion or scaling buildup reducing overall efficiency.
- Uneven heating or persistent hot spots across element surface.
- Complete failure to heat or maintain temperature.