Eaton C361H1 - Disconnect Switch

The Eaton C361H1 Disconnect Switch is engineered for industrial-grade electrical isolation in environments where safety and reliability can't be compromised. Designed to support proper lockout/tagout procedures, it provides a clear, auditable isolation point that keeps maintenance teams protected during servicing.

Key strengths include dependable disconnection under load, helping minimize downtime and reduce arc-flash risk when service work is required on energized systems. This means electricians and technicians can perform routine maintenance with confidence, knowing the circuit will remain isolated as intended.

Built for long-term durability, the C361H1 combines robust mechanical design with reliable performance in demanding settings. Its construction is tailored for continuous operation in busy facilities, from manufacturing floors to commercial electrical rooms, ensuring steady service over the life of the equipment.

Ideal use scenarios:

• Manufacturing facilities and automated plants requiring frequent, secure power shutdowns for maintenance
• Commercial buildings and data centers that demand dependable isolation points in electrical rooms
• Utility rooms, water treatment, and processing facilities where durable switches support reliable operation

What sets this Eaton model apart:

• Lockout/Tagout compatibility: Facilitates compliant, auditable isolation during maintenance, enhancing worker safety.
• Under-load disconnection: Delivers reliable shutoff even when circuits carry current, helping prevent unplanned downtime.
• Industrial-grade reliability: Designed for harsh environments and long service life, reducing maintenance frequency.
• Seamless integration: Fits standard electrical distribution layouts and switchgear configurations, simplifying installation.

Specifications at a glance: Product Type — Disconnect Switch; Brand — Eaton; Model — C361H1. With this trusted configuration, you’ve got a dedicated isolation point you can rely on for safety, compliance, and operational continuity.