Our address:
Amir Temur Street, 1
Call us:
+(998) 77 189-10-10
Write to us:
domplan.info@gmail.com
Working time:
7 days a week from 09:00 to 22:00
We are on social networks:
CHINT Electric circuit breakers are a reliable choice for both residential and industrial applications. Expanding the functionality of your NM1-125 breaker, this auxiliary contact allows for remote signaling and control. Ideal for applications requiring status indication or integration with building management systems, it enhances safety and operational efficiency. Suitable for adding features like remote trip indication or connection to PLC systems.
Auxiliary and Signaling Contact for NM1-125 (Left) (LAX/LAL) is a crucial accessory for CHINT NM1-125 series circuit breakers, providing expanded functionality for both residential and industrial applications. This left-hand contact block enables remote control, signaling, and interlocking capabilities. It enhances system monitoring and allows for integration with building automation systems, improving safety and operational efficiency. Designed for reliable performance and easy installation, it’s a key component for advanced electrical installations.
Type: Auxiliary/Signaling Contact Block
Standard: IEC/EN 60947-5-1 (Compatible)
Base Material: Polyamide (Nylon 66), Silver Alloy Contacts
Application: Indoor
Consumption: N/A – Accessory component, power consumption related to circuit breaker
Drying Time: N/A – Not applicable
Durability: Mechanical life of 100,000 operations; Electrical life of 20,000 operations at rated load
Packaging: Individually packaged in anti-static bag, bulk packed in cardboard box
Expands circuit breaker functionality.
Enables remote control and monitoring.
Facilitates integration with automation systems.
Improves system safety and reliability.
Simple and quick installation.
Compatible with standard CHINT NM1-125 breakers.
Industrial control panels and automation systems.
Building management systems (BMS).
Remote switching and signaling applications.
Emergency power shut-off systems.