MR1K - 250V, Switch

The MR1K - 250V Switch is a rugged, purpose-built solution for reliable on/off isolation and overcurrent protection in demanding industrial and commercial environments. This compact, maintainable fusible switch is designed to simplify motor disconnects, panelboard configurations, and branch circuit protection where space and serviceability matter.

Key features

• Compact fusible switch architecture that combines isolation and overcurrent protection in a single unit
• Voltage rating: 250V, suitable for a wide range of control and power circuits
• Rugged construction engineered to withstand tough industrial and commercial environments
• Maintenance-friendly design for straightforward inspection, testing, and serviceability
• Optimized for panelboards and motor disconnect locations where space is at a premium

Ideal applications

• Motor disconnects in manufacturing lines, conveyors, pumps, and processing equipment
• Panelboard assemblies that require dependable isolation and branch circuit protection
• Compact protection solutions for equipment enclosures and control cabinets

Why this matters

With the MR1K, you achieve reliable electrical isolation that keeps maintenance crews safe during service and prevents inadvertent energization. The integrated fusible switching approach reduces parts count and simplifies wiring, helping you shorten installation times and minimize opportunities for wiring errors in tight panel spaces.

Practical benefits

• Space-efficient footprint that fits compact control panels and crowded enclosures
• Clear, dependable overcurrent protection for critical loads
• Simple maintenance workflow for quicker inspections and replacements

Technical snapshot

• Model: MR1K
• Voltage: 250V

Designed for reliable operation in industrial and commercial settings, the MR1K - 250V Switch provides a focused, practical solution for safe, controlled energy isolation and protection. Install it where a compact, maintainable fusible switch is required to protect motors, panelboards, and branch circuits.