Telemecanique GS1 - 200A, 600V, 3-Pole, Disconnect Switch

The Telemecanique GS1 200A, 600V, 3-Pole Disconnect Switch is built for reliability where it matters most—industrial and commercial environments that demand dependable on/off isolation and precise overcurrent protection. This maintainable fusible switch blends rugged performance with a compact footprint, making it an ideal core component for safe, easy-to-service electrical systems.

Key Benefits

• Three-pole design for true three-phase isolation—ensures complete disconnection across all phases, reducing risk during maintenance and emergencies.
• 200A, 600V capability—suited for demanding motor loads and branch circuits without compromising protection or scalability.
• Compact, maintainable form—easy to integrate into panelboards and crowded electrical rooms, with accessible fuse and contact points for straightforward servicing.
• Integrated overcurrent protection—provides reliable protection aligned with typical industrial protection strategies, helping to safeguard wiring and equipment downstream.

Specifications at a Glance

• Model: GS1
• Amperage: 200A
• Voltage: 600V
• Poles: 3-Pole

Ideal Applications

• Motor disconnects for industrial machinery and conveyor systems
• Panelboards and main distribution panels requiring reliable isolation
• Branch circuit protection where a compact, maintainable fusible switch is advantageous

Why The GS1 Stands Out

In environments where uptime and safety are non-negotiable, the GS1 delivers robust isolation coupled with overcurrent protection in a compact package. Its three-pole configuration ensures full phase separation, while the fusible design supports targeted protection strategies and easier maintenance scheduling. For installers and maintenance teams, the GS1 offers a straightforward replacement path and clear visibility of electrical status, helping minimize downtime and simplify routine service.

Practical Considerations

When integrating the Telemecanique GS1, consider the following to maximize reliability: allocate appropriate space for lead routing and fuse substitutions, plan for routine inspection of contact surfaces, and align the switch’s rating with the connected motor or load in your control scheme. This approach ensures consistent protection, quick maintenance, and long service life in demanding settings.