ABB OT100F3C | 3-Pole, Front-Operated, Door-Mounted Switch-Disconnector Overview The ABB OT100F3C is a 3-pole, front-operated, door-mounted switch-disconnector designed for effective circuit isolation and protection. As a non-fusible device, it is perfect for systems requiring isolation without fuses. Reliable and suitable for numerous industrial uses, it enhances safety and equipment functionality. Key Features 3-Pole Design: Fits three-phase systems, ensuring secure and balanced isolation. Front-Operated: Enables operation from the front, offering convenience and accessibility. Door-Mounted: Optimized for door installation, conserving space and ensuring secure panel integration. Non-Fusible: Suitable for systems without fuse requirements, offering straightforward isolation. Protected Clamp Terminals: Ensures secure terminal connections to avoid accidental disconnections. Reliable Isolation: Delivers dependable isolation vital for maintenance and repair. High Durability: Engineered to survive harsh environments and frequent use. Compact Design: Ideal for compact installations in control panels. Technical Specifications Model: OT100F3C Number of Poles: 3 Operation: Front-operated, door-mounted Switch Type: Non-fusible switch-disconnector Terminal Type: Protected clamp terminals Rated Current: 100 A Rated Voltage: 690 V AC Mounting: Door-mounted for uncomplicated installation Standards Compliance: Complies with IEC 60947-3 Handle: Not included (purchase separately) Applications Industrial Power Distribution: Ideal for isolating circuits in industrial power systems. Control Panels: Suitable for integration into panels for machine isolation. Motor Protection: Ensures safe motor isolation during maintenance. Renewable Energy Systems: Utilized in solar and wind installations for isolation. HVAC Systems: Assures isolation during HVAC equipment maintenance. The ABB OT100F3C is a reliable switch-disconnector offering excellent isolation for industrial electrical systems. Its design allows easy access and secure panel installation, crucial for managing power systems.
