20MS1A-M2 - 1A, Disconnect Switch

Introducing the 20MS1A-M2, a high-performance Disconnect Switch engineered for safety and reliability in demanding industrial and commercial environments. With an exact 1A amperage rating, it delivers precise, dependable electrical isolation for servicing and maintenance without guesswork.

Designed to support proper lockout/tagout procedures, the 20MS1A-M2 integrates seamlessly into standard safety workflows. It ensures reliable disconnection under load, reducing the risk of accidental energization when technicians are working on equipment and panels. Built for long-term durability, this switch stands up to the rigors of busy facilities, making it a trusted choice for continuous operation.

• Amperage Rating: 1A
• Purpose-built Disconnect: delivers safe, reliable isolation in industrial and commercial panels
• Lockout/Tagout: supports standard safety procedures to lock out circuits during maintenance
• Under-Load Disconnection: maintains dependable circuit interruption even when circuits are energized
• Durability: engineered for extended service life in challenging environments
• Model: 20MS1A-M2

The 20MS1A-M2 is an ideal choice for facilities engineers, maintenance technicians, and installers who need a compact, reliable safety switch to isolate equipment on demand. It shines in control panels, machine enclosures, robotics stations, and electrical rooms where safe shut-off and predictable performance are essential.

What sets this disconnect switch apart is its explicit design focus on lockout/tagout readiness and under-load reliability. It’s not a generic off-the-shelf solution; it’s a dedicated tool that helps facilities meet stringent safety standards while minimizing downtime during maintenance.

Practical tips for use: integrate the 20MS1A-M2 with your safety program by aligning it with your lockout/tagout requirements, perform periodic inspections of the switch’s mounting and contact integrity, and keep a ready-to-install unit on hand to reduce maintenance delays in high-demand environments.