Isolating switch

ABB OT400US04 non-fusible disconnect switches offer reliable electrical connections for 600 VAC, 400 A, and various horsepower motors. Ideal for industrial applications, these switches ensure efficient and safe power distribution.

The ABB OT400US04 is a high-performance non-fusible disconnect switch rated at 600VAC, 400A, and 4 poles. It features an IP00 enclosure and lug terminals, making it suitable for various industrial applications.

The ABB OT40F3 is a 3-pole front operated disconnect switch with a 40A current rating and 600V voltage rating. It is CE certified, RoHS compliant, and suitable for DIN rail or surface mounting.

ABB OT40F3/B50: 3-pole, 40A, 600V AC non-fusible disconnect switch. UL 508 certified for industrial use, ensuring safe and reliable electrical disconnections.

Short Description: ABB OT40F3/B50 - 3-pole, front-operated, non-fusible disconnect switch with DIN rail mount, protected clamp terminals, and 40A rating at 600V.

ABB OT40F3C Disconnect Switch: 40A, 3P, 50Hz, manual change-over switch for motor controllers and overload protection. Ideal for efficient and safe electrical operations.

The ABB OT40F3U is a 40A, 3-phase non-fusible disconnect switch with a metal collar. It meets IEC and UL standards, ensuring high safety and reliability in electrical applications.

The ABB OT40F3U/B50 is a front-operated, 3-pole disconnect switch with a 40A rating. Ideal for industrial applications, it features protected clamp terminals and meets IEC 60947-3 standards.

The ABB OT40F4C is a 4-pole DIN rail isolator switch with a maximum current of 40A, featuring an IP20 rating for protection against solid particles. It is designed for high reliability and efficiency in industrial applications.

The ABB OT40F4N1 switch disconnector is a reliable and efficient electrical switching solution designed for applications requiring precise control and safety.

Front-operated, 4-pole load-break switch disconnector with protected clamp terminals. DIN-rail mountable, meets IEC/EN 60664-1 standards. Ideal for low-voltage applications.

The ABB OT40F4N2/B50 is a 4-pole, front-operated switch-disconnector with protected clamp terminals, designed for DIN-rail mounting. It is non-fusible and provides high reliability in industrial applications.

ABB OT40F6: 6-pole, front-operated non-fusible disconnect switch with 40 A rating, DIN rail mountable, and IP20 enclosure. Perfect for industrial control panels, ensuring high reliability and safety.

The ABB OT40F8 disconnect switch is a front-operated, non-fusible switch-disconnector designed for industrial control applications. It features 8 poles, a 40A rating, and an IP20 enclosure, making it suitable for motor disconnects and industrial control panels.

The ABB OT40F8/B3 is a high-performance, non-fused disconnect switch designed for diverse applications. It features a compact design, excellent safety features, and easy operation, making it suitable for mechanical equipment, power distribution, and switchgear.

The ABB OT40FD9N2 is a 40A 8-pole non-fused disconnect switch rated for 600VAC. It is designed for DIN rail or panel mounting, offering a reliable and efficient solution for electrical disconnections in industrial and commercial settings.

The ABB OT40FT3 is a 3-pole, front-operated switch disconnector designed for high-performance applications. It operates at 40A and 750V, ensuring reliable operation in demanding environments. This compact device is easy to install and maintain, featuring protected clamp terminals and a door-mounted design.

The ABB OT40FT3/B50 is a 3-pole non-fused disconnect switch ideal for industrial applications. It offers protected clamp terminals, DIN-rail mountability, and operates at 40A with a voltage rating of up to 750V.

ABB OT40FT4N1 switch-disconnector: Front-operated, base-mounted, 3-pole, DIN-rail mountable, protected clamp terminals. Ideal for high-performance and safe electrical applications.

The ABB OT40FT4N2 is a 4-pole non-fused disconnect switch with a 40A rating, designed for door mounting and featuring an IP20 enclosure. It is ideal for low-voltage applications and offers high performance and safety.