ELC1005TB

Overview

The ELC1005TB is a thermal circuit breaker manufactured by Hoffman Enclosures, Inc., belonging to the C1005 Series. This component functions as a resettable overcurrent protection device designed for electrical circuit safety. It operates based on thermal sensing mechanisms to interrupt current flow when predefined temperature thresholds are exceeded, providing reliable protection against overload conditions in electronic assemblies.

Feature Summary

• Thermal trip mechanism for overload protection
• Resettable design for repeated use
• Compact form factor suitable for panel mounting

Applications

• Industrial control panels
• Electronic equipment power circuits
• Automotive subsystems

Procurement Notes

Verify compliance with relevant safety standards such as UL and IEC before integration. Confirm that the thermal rating aligns with the specific application requirements. Ensure proper mounting orientation is maintained during installation to guarantee accurate thermal response and long-term reliability of the protection circuit.

Selection Notes

Select this component based on the required thermal trip characteristics and physical dimensions. Evaluate the operating temperature range to ensure compatibility with the environmental conditions of the target assembly. Consider the reset functionality and mechanical durability for the intended service life.

Part Context

This part belongs to the C1005 Series of thermal circuit breakers produced by Carling Technologies under the Hoffman brand portfolio. The series is engineered for compact space-constrained applications requiring reliable overcurrent protection. The component integrates thermal sensing technology to provide precise circuit protection without permanent damage upon tripping.

Replacement Considerations

Consult official substitution lists from Carling Technologies or Hoffman Enclosures for verified equivalent parts. Generic replacements may not match the specific thermal response curves or mechanical fit of the original component.