SI3VU1340-1MM00 COMPAIR Motor Circuit Breaker 10-1

Si3Vu1340-1Mm00 Compair Motor Circuit Breaker 10-1

The SI3VU1340-1MM00 is a high-quality COMPAIR Motor Circuit Breaker designed to provide reliable protection for compressor machines. This Motor Circuit Breaker 10-1 is engineered to safeguard your equipment from overloads and short circuits, ensuring optimal performance and longevity. The COMPAIR SI3VU1340-1MM00 is an essential component for maintaining the safety and efficiency of your compressor system. With its precise engineering, the 10-1 Motor Circuit Breaker offers dependable operation, making it a trusted choice for professionals seeking durability and safety. Enhance your compressor's protection with the SI3VU1340-1MM00 and ensure uninterrupted productivity.

Features

• Overload Protection
  • Ensures the compressor motor is protected from excessive current by automatically disconnecting the power when the current exceeds preset limits.
  • Helps in preventing potential damage to the motor, thereby extending its lifespan.
• Short-Circuit Protection
  • Provides a rapid response to short-circuit conditions, safeguarding the electrical components and reducing the risk of fire or equipment failure.
  • Enhances the overall safety of the compressor operation.
• Adjustable Trip Settings
  • Allows customization of the trip current settings to suit specific motor requirements, improving flexibility and compatibility with different compressor models.
  • Facilitates fine-tuning of protection levels based on varying operational needs and conditions.
• Compact Design
  • Features a space-saving form factor that simplifies installation in limited spaces, making it suitable for a wide range of applications.
  • Enables easy integration into existing systems without requiring major modifications.
• Manual and Automatic Reset Options
  • Offers flexibility in resetting the breaker, allowing for either manual intervention or automatic reset, depending on user preference and system requirements.
  • Improves operational efficiency by minimizing downtime in automated systems.