Schneider Electric Extended Rotary Handle for EZC100 MCCBs Price In pakistan 15000/-
The Schneider Electric Extended Rotary Handle is designed to provide a convenient and safe remote operation for EZC100 Molded Case Circuit Breakers (MCCBs). This extended handle enhances accessibility, allowing users to operate circuit breakers from outside the panel while maintaining electrical safety. It is ideal for industrial and commercial applications where MCCBs are installed in confined or hard-to-reach spaces. With its robust and ergonomic design, it ensures efficient power distribution management while protecting operators from direct contact with live components.
Extended reach for easy remote operation of EZC100 MCCBs
Enhances safety by minimizing direct contact with live components
Ergonomic design for comfortable and smooth operation
Made from durable, impact-resistant materials
Quick and secure installation on the MCCB
Provides reliable and precise circuit breaker control
Suitable for industrial and commercial electrical panels
High-quality design meeting Schneider Electric safety standards
Product Specifications
Range of product
easypact cvs100...250
product or component type
rotary handle
range compatibility
easypact cvs100...250
accessory / separate part type
control accessories
handle colour
black
handle front plate colour
black
rotary handle mounting style
extended
rotary handle padlocking
padlock in off position
1 to 3 padlocks
rotary handle mounting location
front
Product Details
Schneider Electric Extended Rotary Handle for EZC100 MCCBs Price In pakistan 15000/-
The Schneider Electric Extended Rotary Handle is designed to provide a convenient and safe remote operation for EZC100 Molded Case Circuit Breakers (MCCBs). This extended handle enhances accessibility, allowing users to operate circuit breakers from outside the panel while maintaining electrical safety. It is ideal for industrial and commercial applications where MCCBs are installed in confined or hard-to-reach spaces. With its robust and ergonomic design, it ensures efficient power distribution management while protecting operators from direct contact with live components.
