LRD350C 37-50A LRD350C LRD Thermal Overload relays

The LRD350C Thermal Overload Relay is a dependable solution for precise motor protection in demanding industrial environments. Designed to handle a current range of 37–50A, this relay delivers accurate thermal overload protection that helps safeguard motors from damage caused by excessive current draw. The robust aluminum contact material ensures stable conductivity and a long service life, even under continuous operational stress. Featuring a normally closed contact design, this relay enhances safety in automated systems by defaulting to a protected state. The clamp connector type simplifies both installation and maintenance, reducing downtime and setup complexity. Conveniently located RESET and STOP buttons on the front panel allow for quick manual intervention when needed. The adjustable dial makes it easy to fine-tune the current setting to match your specific application requirements. Chassis mount compatibility ensures a secure and stable fit within your control panel. UL specification compliance confirms this relay meets recognized industry standards for performance and reliability. Whether used in manufacturing, HVAC systems, or other motor-driven applications, the LRD350C is a trusted component for consistent and safe motor control.

• THERMAL OVERLOAD PROTECTION: The LRD350C provides precise overload protection for motors, with an adjustable current range of 37–50 amps to suit various applications.
• ALUMINUM CONTACT MATERIAL: Built with robust aluminum contacts that ensure stable conductivity and a long service life in demanding industrial environments.
• CLAMP CONNECTOR TYPE: Features a versatile clamp connector design that simplifies installation and maintenance, reducing downtime and setup effort.
• NORMALLY CLOSED CONTACT DESIGN: The normally closed (NC) contact configuration enhances safety in automated systems by triggering a safe-state response upon overload detection.
• CHASSIS MOUNT DESIGN: Designed for chassis mounting with a compact, sturdy build that integrates seamlessly into motor control panels and industrial control systems.