Schneider Electric A9S60220 - 2-Pole, Disconnect Switch

Meet the Schneider Electric A9S60220 2-Pole Disconnect Switch—the reliable, compact solution designed for demanding industrial and commercial environments. This robust disconnect delivers clean on/off isolation paired with overcurrent protection, making it a trusted choice for motor circuits, panelboards, and branch circuits where space and serviceability matter.

What makes it different

• Two-pole design provides complete separation of both conductors for safe, unambiguous isolation.
• Compact footprint minimizes panel and enclosure requirements without compromising protection or performance.
• Rugged construction built to withstand dust, vibration, and temperature variations typical of industrial settings.
• Maintains a compact, maintainable fusible switch design, enabling straightforward field servicing and downtime reduction.

Ideal applications

• Motor disconnects in manufacturing lines, pumps, conveyors, and processing equipment.
• Panelboards that need dependable isolation and protection in a tight space.
• Branch circuit protection within control panels and distribution enclosures where a compact switch is preferred.

Why choose the A9S60220

As part of Schneider Electric’s trusted lineup, the A9S60220 combines safety, space efficiency, and serviceability into a single, purpose-built device. Its maintainable fusible switch design simplifies servicing, helping you minimize downtime while maintaining reliable line isolation. The 2-pole configuration ensures precise control and predictable fault response, supporting safer maintenance and clearer protection schemes in busy facilities.

Practical guidance

Install the A9S60220 in compatible enclosures following standard wiring practices. Refer to the product manual for installation guidance, wiring methods, and maintenance considerations. This switch is crafted to slot into standard control architectures that require dependable isolation with a compact form factor, making it an efficient upgrade where space and reliability are both priorities.