Siemens VBFS361 - 3-Pole, Switch

Siemens VBFS361 is a rugged, three-pole switch designed for dependable on/off isolation and overcurrent protection in demanding industrial and commercial environments. This compact, maintainable fusible switch is built to be the reliable disconnect point you need for complex electrical systems.

Core advantages

• Three-pole configuration ensures all power conductors are isolated simultaneously, simplifying lockout/tagout and enhancing on-site safety during maintenance.
• Compact footprint saves valuable panel space, making it ideal for panelboards and branch circuit protection where every inch counts.
• Maintenance-friendly design supports quick inspection, testing, and replacement, reducing downtime during fuse changes or routine service.
• Robust construction tailored for industrial settings, delivering dependable performance for motor disconnects and demanding applications.

Ideal use cases

• Motor disconnects for equipment like conveyors, pumps, fans, and other three-phase loads.
• Panelboards that require a reliable isolation point with integrated overcurrent protection considerations.
• Branch circuit protection scenarios where a compact, easy-to-service switch enhances safety and uptime.

Why this Siemens VBFS361 stands out

The VBFS361 differentiates itself through a deliberate combination of multi-pole isolation, space efficiency, and a design focused on ease of maintenance. Backed by Siemens engineering rigor, it delivers a trusted disconnect solution that minimizes downtime, supports safe servicing, and fits neatly into existing Siemens-compatible electrical architectures.

Specifications

• Model: VBFS361
• Poles: 3-Pole
• Application: On/off isolation and overcurrent protection for industrial and commercial systems, suitable as a motor disconnect or panel/branch protection point

Installation and maintenance tips

• Install in a properly rated enclosure and route wiring in accordance with local electrical codes and Siemens guidelines.
• Schedule periodic inspections of contacts and connections to maintain reliable conductivity and safety.
• Keep the disconnect readily accessible to support safe lockout/tagout procedures during maintenance and servicing.