Overload Relays protect electrical circuits from excessive current, helping to safeguard equipment and maintain reliable operation. How they work - These relays monitor current flow and automatically trip when the current exceeds a preset value, preventing damage to connected devices. Key benefits - Prevent equipment damage by interrupting fault currents before components are harmed. - Reduce downtime and maintenance costs by stopping overload conditions early. - Support safe, reliable electrical system operation in demanding environments. Types and compatibility - Available in thermal overload relay and magnetic overload relay variants to suit different protection needs. - Designed for use as essential components in industrial and commercial electrical installations. Performance and reliability - Provide dependable current-based protection that activates only when the preset threshold is exceeded. - Offer a straightforward protection method that complements other control and power devices in a system. Use scenarios - Motor protection on a manufacturing line: safeguard motors driving conveyors, pumps, or processing equipment from overload conditions. - HVAC equipment protection: protect compressor and fan motors in commercial cooling and heating systems. - Power distribution panels: guard feeder circuits and critical loads within industrial or commercial electrical installations. Notes - Suitable for installations requiring clear, current-based protection with selectable protection modes through preset trip values. - Used to enhance equipment longevity and system safety without requiring complex protection schemes.