GV2P32 Motor Circuit Breaker – Manual Starter & Protector, 24-32A Adjustable Thermal Overcurrent, Rotary Knob Control



FREE In store & Online Returns If for some reason, you're not 100% satisfied with your purchase, you can return or exchange quickly and easily in accordance with our Return policy. Some restrictions may apply.
PRICE MATCH Guaranteed ALEF-MEDIA.COM will gladly match the price on a qualifying item sold in store or online at a qualifying retailer. See details
This GV2P32 is a manual motor starter and protector all in one – it gives you isolation, motor control, and thermal overcurrent protection without needing separate components.

It's rated for motors with full load currents up to 32 amps, and the thermal trip is adjustable from 24 to 32 amps, so you can dial it in for your specific motor.

It's a three-pole unit, so it handles three-phase motors, and it comes with a rotary knob for easy on/off control.
The Class 10 ambient-compensated overload means it adjusts for temperature changes, so it won't nuisance trip just because the shop got hot.

The screw clamp terminals make wiring secure and simple – just strip your wires, clamp them down, and you're set.

It's a compact, rugged unit that's common in industrial control panels, conveyors, compressors, and other motor-driven equipment.
If you're replacing a failed starter or building a new control panel, this GV2P32 is a straightforward choice.

Just set the dial to your motor's FLA, mount it on a DIN rail or panel, and you've got reliable protection.


Reviews
Rating Snapshot
5 starsstars
4 starsstars
3 starsstars
2 starsstars
1 starsstars
Overall Rating
Review this Product
Related Products
Sponsored Products
FREE In store & Online Returns If for some reason, you're not 100% satisfied with your purchase, you can return or exchange quickly and easily in accordance with our Return policy. Some restrictions may apply.
PRICE MATCH Guaranteed ALEF-MEDIA.COM will gladly match the price on a qualifying item sold in store or online at a qualifying retailer. See details














