Tmax t7s 1600 withdrawable breaker

The TMAX T7S 1600 is a withdrawable breaker, which means it can be pulled out of its mounting position for maintenance, testing, or replacement. Here are some key features and benefits of this breaker:

Key Features:

  1. Rated Current: 1600 A (1600 amps)
  2. Voltage Rating: 600V AC, 1000V DC
  3. Withdrawable Design: Allows for easy maintenance, testing, and replacement of the breaker
  4. Spring-Operated: The breaker is operated by a spring mechanism, which provides a fast and reliable tripping action
  5. Arc-Resistant: The breaker is designed to withstand arcing faults and provide a safe operating environment
  6. Compliance: Meets or exceeds relevant industry standards, including IEC 60228, IEC 60947, and IEEE C37.20.1

Benefits:

  1. Easy Maintenance: The withdrawable design makes it easy to access and maintain the breaker, reducing downtime and increasing overall efficiency
  2. Improved Safety: The arc-resistant design and spring-operated mechanism provide a safe operating environment, reducing the risk of electrical shock or injury
  3. Reliability: The breaker is designed to provide reliable operation and fast tripping action, even in harsh environments
  4. Flexibility: The TMAX T7S 1600 can be used in a variety of applications, including industrial, commercial, and residential settings

Common Applications:

  1. Industrial Power Distribution: The TMAX T7S 1600 is suitable for use in industrial power distribution systems, including manufacturing facilities, data centers, and other high-power applications
  2. Commercial Power Distribution: The breaker can be used in commercial power distribution systems, including office buildings, shopping centers, and other commercial properties
  3. Residential Power Distribution: The TMAX T7S 1600 can be used in residential power distribution systems, including single-family homes and multi-family dwellings

Overall, the TMAX T7S 1600 is a reliable and versatile withdrawable breaker that can be used in a variety of applications where high-power distribution is required.