5PC - Disconnect Switch

Meet the 5PC Disconnect Switch—a purpose-built solution for industrial and commercial electrical systems that demand safe, reliable isolation. Designed to support proper lockout/tagout procedures, this high-performance switch delivers dependable disconnection under load, helping you maintain safety, uptime, and long-term durability in demanding environments.

Why the 5PC stands out

• Safe electrical isolation: engineered to reliably cut power and prevent unexpected energization during maintenance or service work.
• Lockout/tagout readiness: integrates smoothly with standard lockout devices and tagging systems to ensure compliant, visible safety procedures.
• Under-load disconnection: capable of cleanly disconnecting circuits even when power is present, reducing wear on components and enhancing safety during outages.
• Long-term durability: built to endure repeated operation in tough industrial and commercial settings, minimizing downtime and maintenance needs.
• Industrial-grade reliability: a robust solution you can depend on for critical shutdowns, routine maintenance, and emergency calls.

Ideal use cases

Perfect for facilities where safety, reliability, and clear isolation are non-negotiable. Use the 5PC Disconnect Switch in manufacturing plants, commercial electrical rooms, utility spaces, and service centers where technicians require secure, lockable isolation points during repairs, testing, or system updates.

How it works for your operations

With the 5PC, you gain a trusted disconnect switch that aligns with standard safety protocols and maintenance workflows. It ensures that when a circuit needs to be worked on, it stays safely de-energized until the task is complete—helping protect personnel and reduce the risk of accidental re-energization.

Specification snapshot

Product Type: Disconnect Switch
Model: 5PC

Installation and best practices

Install according to your facility’s electrical guidelines and lockout/tagout policies. Pair the 5PC with compatible enclosures and safety hardware to maximize isolation effectiveness. For ongoing reliability, incorporate routine functional checks and ensure that technicians are trained on lockout/tagout procedures and proper switch operation.