Safeguard your electric motors with the NEXT NXR-12 9-12A thermal overload relay. Designed for continuous or intermittent duty AC motors (50/60Hz, up to 690V, 0.1-630A), this relay protects against both overload and phase failure. Features include thermal compensation, operation indication, automatic/manual reset, and stop/test functions for reliable performance. Compatible with contactors or independent installation.

Safeguard your electric motors with the NEXT NXR-12 7-10A thermal overload relay. Designed for continuous or intermittent duty AC motors (50/60Hz, up to 690V, 0.1-630A), this relay protects against both overload and phase failure. Features include temperature compensation, operation indication, automatic/manual reset, and stop/test functions. Known for its stability and reliability, it can be mounted directly to contactors or independently.

Safeguard your electric motors with the NEXT NXR-12 4-6A thermal overload relay. Designed for continuous or intermittent duty AC motors (50/60Hz, up to 690V, 0.1-630A), this relay protects against both overload and phase failure. Features include automatic and manual reset, trip indication, stop functionality, and built-in thermal compensation for reliable performance. Compatible with contactors or independent mounting.

Protect your electric motors with the NEXT NXR-12 0.63-1A thermal overload relay. Designed for continuous or intermittent duty AC motors up to 690V and 1A, this relay safeguards against overloads and phase failure. Features include thermal compensation, action indication, automatic/manual reset, and stop/test functions for reliable performance. Compatible with contactors or independent mounting.

The rated characteristics of a contactor are recalculated based on the connected load and its supply voltage. The nominal current indicated on the product and contactor face is specified for the most common applications. This 3-pole contactor is designed for reliable switching of electrical circuits, ensuring efficient operation and safety. Ideal for industrial and commercial use.

The rated characteristics of a contactor are recalculated based on the connected load and its supply voltage. The nominal current indicated in the product name and on the contactor itself refers to the most common application. This ensures optimal performance and reliability for a wide range of electrical systems. Understanding these specifications is crucial for proper selection and installation.