General Electric 565B714G40 - 60A, 3-Pole, Disconnect Switch

The General Electric 565B714G40 60A, 3-Pole Disconnect Switch is built for serious electrical isolation in demanding industrial and commercial environments. Designed to support proper lockout/tagout procedures, this switch delivers a dependable disconnection under load, helping protect personnel and equipment during maintenance and servicing.

• Amperage Rating: 60 A
• Poles: 3-Pole
• Product Type: Disconnect Switch
• Brand/Model: General Electric 565B714G40

Why this switch matters for safety and uptime:

• Three-pole configuration ensures simultaneous isolation of all three phases, reducing the risk of partial energization during maintenance.
• Built to endure the rigors of busy facilities, providing reliable performance and long-term durability in environments with vibration, dust, or temperature variation.
• Supports standard lockout/tagout procedures, giving technicians a clear, verifiable path to energy isolation before work begins.
• Delivers dependable disconnection under load, so equipment remains safely isolated even when circuits are energized during operation.

Ideal use cases for this GE disconnect switch include:

• Motor control in manufacturing lines and processing equipment
• Maintenance shutoffs for pumps, conveyors, and fans in industrial facilities
• Service disconnects within electrical rooms for commercial systems

How it helps you work smarter with confidence:

• Clarifies energy state quickly and reliably, reducing downtime during routine maintenance and troubleshooting.
• Provides a clear, safe pathway to isolate power, supporting compliant lockout/tagout practices and enhancing on-site safety culture.
• Designed to maintain performance over time, helping you avoid unexpected switch failures that can stall critical operations.

When you choose the General Electric 565B714G40, you’re selecting a purpose-built solution for safe, durable electrical isolation. It’s a practical, specification-aligned option for professionals who prioritize safety, reliability, and straightforward maintenance in three-phase power systems.