Thermal Overload Relay 55-70A Easy TeSys Protect (LRE361) Schneider

Schneider EasyTeSys Protect Differential Thermal Overload Relay

The Schneider EasyTeSys Protect Differential Thermal Overload Relay is engineered to offer superior thermal protection for motors and electrical circuits, with a wide adjustment range and reliable performance. This relay is essential for maintaining the safety and efficiency of electrical systems in various industrial settings.

Product Description:

The Schneider EasyTeSys Protect Differential Thermal Overload Relay provides a thermal overload class of 10A and features a thermal protection adjustment range from 55A to 70A. Designed for operational voltages up to 690V AC, this relay ensures robust and versatile protection for diverse industrial applications.

Key Features:

• Product Type: Differential Thermal Overload Relay
• Thermal Overload Class: 10A
• Thermal Protection Adjustment Range: 55A to 70A
• Rated Operational Voltage: ≤690V AC
• Adjustable Settings: Allows precise adjustment within the range of 55A to 70A, accommodating specific application requirements for thermal protection
• Reliability: Provides effective protection against thermal overload, safeguarding motors and electrical systems from overheating and potential damage
• Versatility: Suitable for a wide range of industrial applications with operational voltages up to 690V AC
• Compact Design: Designed for easy integration into standard control panels, optimizing space while delivering efficient thermal protection
• Mounting Type: Includes standard mounting options for straightforward and flexible installation in various setups
• Durability: Built from high-quality materials for long-lasting performance and reduced maintenance needs
• Compliance: Meets industry standards for safety and reliability, ensuring dependable operation and protection

The Schneider EasyTeSys Protect Differential Thermal Overload Relay is a critical component for effective thermal management in industrial environments. Its adjustable protection range and robust design make it a reliable solution for maintaining the safety and performance of electrical systems.