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Copeland 971-C100-24 Overload Protector kit

Special Price $54.24 Regular Price $62.37
In stock
SKU
971-C100-24
The Copeland 971-C100-24 Overload Protector Kit is a crucial element to safeguard HVAC systems. It does so by preventing compressors from over heating and electric power overloads, promoting reliable and efficient functioning. It shuts off the electrical circuit of the compressor if it detects excess heat or current. This helps prevent possible harm to the compressor, thus increasing its duration while maintaining effectiveness of the system. Furthermore, the device automatically resets itself once normal conditions are restored hence providing continuous protection without any human intervention required whatsoever. So using this kit will enhance reliability and durability too.
Manufacturer:
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Specifications

  • Type: Overload Protector Kit
  • Dimensions: 3.5" x 2" x 2.7"
  • Weight: 0.11lbs
Manufacturer Name: Copeland
Product Number: 971-C100-24
OEM Part Number: 971-C100-24
Product Description: Overload
Weight:0.11lbs/49.9g

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Customer Questions
What maintenance is required for the Copeland 971-C100-24 Overload Protector kit?

Inspect the overload kit periodically for heat pressure marks, loose terminals, or insulation wear around the connectors. Confirm the protector is firmly seated and properly matched to the compressor load. Keep the electrical panel dry and free from dust buildup. Routine system checks support ensure accurate response and compressor protection.

What are common issues with the Copeland 971-C100-24 Overload Protector kit?

  • Premature tripping during normal compressor operation.
  • Failure to reset after overload conditions.
  • Poor electrical contact from loose or oxidized terminals.
  • Inconsistent protection response due to worn internal components.

Installation Steps

Step 1: Disconnect power supply and verify zero voltage for safety.

Step 2: Remove old overload protector from compressor terminals carefully.

Step 3: Install new overload protector kit onto correct terminals as per wiring diagram.

Step 4: Ensure tight connections and proper seating to avoid overheating or arcing.

Step 5: Restore power and test compressor operation under normal load.