HBL60MISRS - 60A, Disconnect Switch

Meet the HBL60MISRS, a 60A disconnect switch engineered for reliable on/off isolation and overcurrent protection in demanding industrial and commercial environments. This robust fusible switch combines a compact footprint with a maintenance-friendly design, delivering a dependable isolation point where space is at a premium and uptime is critical.

• 60A amperage rating provides dependable disconnection for motor loads and branch circuits, helping protect equipment and wiring from fault conditions.
• Compact, maintenance-friendly fusible switch fits into tight panelboards and control enclosures, while simplifying fuse changes and routine servicing.
• Reliable on/off isolation enables safe startup, servicing, and fault response across demanding environments.
• Overcurrent protection interrupts fault current efficiently to shield downstream devices and reduce the risk of damage.
• Versatile applications designed for motor disconnects, panelboards, and branch circuit protection in both industrial facilities and commercial settings.

Ideal for facilities such as manufacturing lines, processing equipment, HVAC systems, pumps, conveyors, and other loads requiring a dedicated, space-saving disconnect. The HBL60MISRS is a practical choice when you need precise isolation and protection without compromising panel space or maintenance time.

Why this switch stands out

• Compact footprint tailored for panel integrations without sacrificing protection.
• Serviceable design that minimizes downtime during fuse replacement and routine checks.
• Rugged construction suited for everyday industrial use and long service life.

Practical installation tips: route wiring for a clean, direct path to minimize wiring complexities, ensure secure connections, and verify enclosure compatibility for seamless integration into your control system. Keep the isolation path accessible for safe maintenance and quick fault isolation.

Upgrade to the HBL60MISRS for a dependable, space-savvy 60A disconnect switch that simplifies protection, enhances safety, and supports efficient motor and circuit control across demanding environments.