Lovato 7GN1211P Rotary Cam Switch GN Series 3 Phase Motor Reversing Switch 16A
Lovato 7GN1211P Rotary Cam Switch GN Series 3 Phase Motor Reversing Switch 16A
The Lovato Electric 7GN1211P is a professional GN series enclosed rotary cam switch
designed for three-phase motor reversing applications. Featuring a 3-phase reversing
switch configuration, 16A thermal current rating and a durable
75x75mm plastic enclosure with black handle, this genuine Lovato component provides reliable
manual motor direction control for industrial machinery and automation systems.
Why Choose the Lovato Electric 7GN1211P?
The Lovato 7GN1211P provides dependable manual reversing control for three-phase motors in industrial environments.
Its GN series cam mechanism, enclosed plastic housing and robust switching contacts make it suitable for machinery,
control panels and electrical installations requiring reliable forward/reverse motor switching.
Product Code: Lovato Electric 7GN1211P
Key Benefits
- Genuine Lovato Electric product: Designed for professional industrial motor control applications.
- Motor reversing function: Provides manual forward/reverse switching for three-phase motors.
- 3-phase switching design: Suitable for industrial motor direction control applications.
- Enclosed plastic housing: Provides a compact and protected installation solution.
- 16A rated thermal current: Suitable for a wide range of industrial electrical loads.
- Black rotary handle: Provides clear and simple manual operation.
Compatibility
The Lovato Electric 7GN1211P is designed for use in industrial machinery, motor control panels, automation
equipment and electrical installations requiring a three-phase motor reversing cam switch solution.
Applications
- Three-phase motor reversing control
- Industrial machinery operation
- Motor direction switching
- Automation equipment
- Electrical control panels
- OEM machine installations
Supplied as a genuine Lovato Electric 7GN1211P enclosed rotary cam switch suitable for professional
industrial installation and maintenance applications.