The WATSNB‑630/630‑3P is a dual power automatic transfer switch designed for three-phase power distribution systems. It ensures continuity of supply by automatically switching between two independent sources, such as utility mains and a backup generator. This model features a 3‑pole configuration, switching the three phase conductors, and is rated for high-current applications up to 630 A. Typical installations include backup power systems, critical infrastructure, and industrial distribution boards.

The Schneider Electric Dual Power Automatic Transfer Switch – WATSNB‑100/4PCR is a three‑phase dual power automatic transfer switch designed to provide reliable and automatic switching between two independent AC power sources (e.g., utility mains and standby generator) in low‑voltage distribution systems. It ensures continuity of supply for critical loads by detecting loss or return of the primary power source and transferring the load to the alternate source without manual intervention.

Schneider Electric Dual Power Automatic Transfer Switch – WATSNB‑80/4PCR is a dual power automatic transfer switch for three-phase electrical systems. It reliably switches the load between two independent AC power sources, such as utility mains and a backup generator. The switch ensures continuity of supply by detecting loss or return of the primary source and transferring the load to the alternate source automatically or manually. The 4‑pole configuration switches all three phase conductors plus neutral, providing full isolation and safety for critical loads in industrial and commercial distribution applications.

The Schneider Electric WATSNB‑40/4PCR is a dual power automatic transfer switch designed for three‑phase low‑voltage power distribution systems. It provides reliable and automatic switching between two independent AC power sources (such as utility mains and a standby generator) to maintain continuous power supply for critical loads. The 4‑pole configuration switches all three phase conductors plus neutral for full load transfer and safety. The unit supports both automatic and manual changeover modes and includes auxiliary contacts for status feedback and system integration.

The Schneider Electric WATSNB‑63/4PCR is a dual power automatic transfer switch designed for three‑phase low‑voltage power distribution systems. It is used to automatically or manually transfer electrical load between two independent AC power sources (such as utility mains and a backup generator) to maintain continuity of supply for critical loads. The 4‑pole configuration switches all three phases plus neutral for complete isolation and safety. Auxiliary contacts are provided for remote status indication and integration with external control or monitoring systems.

The Schneider Electric WATSNB‑32/4PCR is a dual power automatic transfer switch designed for three‑phase low‑voltage power distribution systems. It provides reliable switching of electrical loads between two independent AC power sources (such as utility mains and a standby generator), ensuring continuity of supply for critical equipment and circuits. The 4‑pole construction switches all three phase conductors plus neutral, offering complete load isolation and enhanced safety. The switch supports both automatic and manual mode, with auxiliary contacts for remote status indication and integration into control or monitoring systems.

The Schneider Electric WATSNB‑100/32.4CBR is a dual power automatic transfer switch designed for low‑voltage three‑phase power distribution systems. It automatically or manually transfers electrical load between two independent AC power sources (such as utility mains and a standby generator) to maintain continuous power supply for critical loads. The 4‑pole configuration switches all three phase conductors plus neutral, ensuring full isolation and improved safety. Auxiliary contacts provide remote status indication and integration with control or monitoring systems. The interlocking design prevents both supplies from feeding the load simultaneously, enhancing operational safety.

The Schneider Electric WATSNB‑160/100‑4P is a dual power automatic transfer switch designed for three‑phase, low‑voltage power distribution systems. It automatically manages the transfer of electrical load between two independent AC power sources (for example, utility mains and a standby generator) to maintain continuous power availability for critical loads. The 4‑pole configuration switches all three phase conductors plus neutral, enabling full electrical isolation and enhanced safety. The switch supports automatic, manual, and interlocked operation modes and incorporates auxiliary contacts for remote monitoring and integration with control systems.

The Schneider Electric WATSNB‑160/100‑4P series are dual power automatic transfer switches designed for three‑phase low‑voltage power distribution systems. They are used to automatically or manually transfer a three‑phase load between two independent AC power sources (for example, utility/main and generator). These devices ensure continuity of electrical supply for critical loads by detecting a loss or return of the main supply and switching to the alternate source accordingly. The 4‑pole configuration switches all three phase conductors and the neutral for full isolation and safety. Variants with suffixes like 4CBR‑F include auxiliary/feedback contacts and additional safety control interfaces for remote indication and integration with automation systems.

The Schneider Electric WATSNB‑250/200 .3CBR is a dual power automatic transfer switch designed for three‑phase low‑voltage power distribution systems. It automatically or manually transfers the electrical load between two independent AC power sources (such as utility mains and a standby generator) to ensure continuous power supply for critical equipment. The 3‑pole configuration switches the three phase conductors (L1, L2, L3) without neutral, making it suitable for systems where neutral switching is not required. Auxiliary contacts provide remote status indication and integration with control or monitoring systems. An interlocking mechanism prevents both power sources from feeding the load simultaneously, enhancing safety.