GV3APN01 – Extended rotary handle kit,TeSys GV3, IP54, black handle, with trip indication, for GV3L-GV3P Schneider Electric TeSys GV extended rotary handle, for motor circuit breakers GV3L, GV3P mounted inside an enclosure and to be operated externally. For main switch usage, it provides a black handle on grey front plate with indication of 3 positions OFF, ON, TRIP. To be mounted on the door of the enclosure, the handle mechanism ensures an IP54 protection to the mounting. It also includes a mounting adaptor to be screwed on the face of the circuit breaker, and an extension shaft to be be adjusted in length (distance between the door and the back of the circuit breaker must be in range 189-300mm). Padlockable in OFF or ON position with up to 3 padlocks (to be ordered separately). Locking in ON position does not prevent the circuit breaker from tripping (unlocking is required for fault reset). Green Premium compliant (RoHS/REACh). Extended rotary handle kit,TeSys GV3, IP54, black handle, with trip indication, for GV3L-GV3P GV3APN01 – TeSys GV3
GV3APN01 – Extended rotary handle kit,TeSys GV3, IP54, black handle, with trip indication, for GV3L-GV3P Schneider Electric is a Schneider Electric product designed for professional electrical, automation, and infrastructure applications.
This product forms part of the TeSys range and is suitable for installers, contractors, panel builders, maintenance teams, and buyers looking for reliable Schneider Electric components with proven performance and compatibility.
Technical Specifications
- Brand: Schneider Electric
- Series: TeSys
- IP Rating: IP54
Key Features
- Part of the TeSys range
- IP54 ingress protection
Applications
- Industrial automation
- Commercial electrical installations
- Control and protection systems
- Infrastructure and maintenance projects
Browse Related Categories
Timers & Control Relays | Plug – in Relays | Motor Protection Circuit Breakers
Explore genuine Schneider Electric solutions for dependable installation quality, long service life, and compatibility across related systems and accessories.
