Thermal Overload Relay 22-32A EasyTeSys Protect (LRE32) Schneider

Schneider EasyTeSys Protect Differential Thermal Overload Relay

The Schneider EasyTeSys Protect Differential Thermal Overload Relay is designed to deliver precise and reliable thermal protection for motors and electrical systems, ensuring optimal performance and longevity. With its adjustable thermal settings and high operational voltage rating, this relay is ideal for a variety of industrial applications.

Product Description:

The Schneider EasyTeSys Protect Differential Thermal Overload Relay offers a thermal overload class of 10A and features an adjustable thermal protection range from 23A to 32A. It is rated for operational voltages up to 690V AC, providing versatility for use in demanding industrial environments.

Key Features:

• Product Type: Differential Thermal Overload Relay
• Thermal Overload Class: 10A
• Thermal Protection Adjustment Range: 23A to 32A
• Rated Operational Voltage: ≤690V AC
• Adjustable Settings: Enables precise adjustment of thermal protection within the range of 23A to 32A, accommodating various application needs
• Reliability: Provides effective protection against thermal overload to prevent damage and ensure the reliable operation of motors and electrical systems
• Versatility: Suitable for a wide range of industrial applications with operational voltages up to 690V AC
• Compact Design: Designed to fit standard control panels efficiently, optimizing space while delivering robust protection
• Mounting Type: Features standard mounting options for easy installation and flexibility in different setups
• Durability: Constructed from high-quality materials for long-term performance and minimal maintenance
• Compliance: Adheres to industry standards for safety and reliability, ensuring dependable operation and protection

The Schneider EasyTeSys Protect Differential Thermal Overload Relay is an essential component for maintaining effective thermal management in industrial settings. Its broad adjustment range and durable construction make it a reliable choice for safeguarding electrical systems against overheating.