Description
Schneider LA9G970 | Mechanical Interlock, for TeSys Giga contactor LC1G115-500, IP20
The Schneider LA9G970 is a mechanical interlock designed specifically for use with TeSys Giga contactors LC1G115-500. This interlock prevents the simultaneous operation of two contactors, ensuring electrical system safety and reducing the risk of faults due to accidental activation. With an IP20 protection rating, it offers adequate protection against direct contact, making it ideal for industrial and commercial applications.
2. Technical Specifications:
- Model: Schneider LA9G970
- Device Type: Mechanical Interlock
- Compatible with: TeSys Giga Contactor LC1G115-500
- Protection Rating: IP20 (Protection against direct contact with internal components)
- Interlock Function: Prevents simultaneous operation of two contactors
- Easy Installation: Designed for seamless integration with LC1G115-500 contactors
- Application: Used in electrical control systems requiring alternating switching between two circuits
3. Key Features:
- Prevents Simultaneous Operation: Ensures that two contactors cannot be engaged at the same time, preventing operational errors.
- High Durability: Built with high-quality materials for long-lasting performance and reliability.
- IP20 Protection: Provides safety against accidental direct contact, enhancing operator security.
- Easy to Install: Specifically designed for TeSys Giga LC1G115-500 contactors, allowing for quick and hassle-free installation.
- Enhances Electrical Safety: Reduces the risk of electrical faults and arc flash incidents caused by unintended simultaneous switching.
4. Applications:
- Industrial Applications: Used in factories for controlling heavy machinery and automation systems.
- Power Systems: Ideal for power plants and distribution systems that require safe switching between two power sources.
- Commercial Applications: Suitable for commercial buildings needing precise control over power distribution.
- Alternate Switching Systems: Used in electrical circuits where loads need to be alternated between two contactors to ensure safe and efficient operation.
