Schneider Electric INS100 - 100A, 690V, Disconnect Switch

Schneider Electric INS100 is a rugged disconnect switch engineered for reliable electrical isolation in demanding industrial and commercial environments. With a 100A rating at up to 690V, it provides a decisive break in power when maintenance or configuration changes are required. The INS100 is built to perform under load and to support proper lockout/tagout procedures, giving maintenance teams a clear, auditable method to prevent unexpected energization during service.

Why the INS100 stands out

• Lockout/Tagout compatibility: a crucial feature for safe maintenance workflows, helping workers securely prevent re-energization during service.
• dependable disconnection under load: designed to reliably interrupt circuits when equipment is being serviced, reducing downtime and enhancing safety.
• Industrial-grade durability: engineered for long-term operation in busy facilities where reliability matters most.
• Rated for 100A at 690V: suitable for a wide range of distribution feeders and motor-driven applications in both industrial and commercial settings.
• backed by Schneider Electric engineering: leveraging a legacy of precision and reliability you can trust on the job site.

Ideal uses and scenarios

The INS100 shines in environments where safe, quick electrical isolation is essential. Use it to isolate motors, feeders, or sections of a distribution panel during maintenance, configuration changes, or system upgrades. It fits seamlessly into existing 100A circuits and 690V networks, making it a practical choice for manufacturing floors, processing facilities, and large commercial installations that require robust, reusable isolation points.

Specifications

• Amperage Rating: 100A
• Voltage Rating: 690V
• Product Type: Disconnect Switch
• Brand: Schneider Electric
• Model: INS100

Practical tips for deployment

Install the INS100 by qualified electrical personnel and ensure it is integrated into your system in a way that supports clear lockout/tagout practices. Use it as a dedicated isolation point for routine maintenance and testing to minimize risk and maximize uptime. Pair it with clear labeling and standard operating procedures so maintenance crews can quickly identify and safely isolate the circuit they’re servicing.