Eaton P5-315 - 300A, 600V, Disconnect Switch

The Eaton P5-315 Disconnect Switch is built for exacting industrial and commercial environments where safe electrical isolation and reliable operation are non-negotiable. Designed to handle demanding loads, this 300A, 600V disconnect switch provides dependable performance when maintenance, service, or system outages require a clean, proven isolation solution. With the P5-315, you’re choosing a component that pairs Eaton’s trusted engineering with practical, work-ready design.

• 300A current rating, 600V maximum voltage for robust performance across heavy feeder circuits and demanding installations.
• Supports proper lockout/tagout procedures to simplify safe maintenance and service work, helping protect personnel and meet safety protocols.
• Dependable disconnection under load so circuits can be isolated without compromise, reducing downtime and elevating classroom-to-field reliability.
• Long-term durability designed to withstand the rigors of busy electrical rooms and retrofit projects, providing lasting value in mission-critical applications.
• Seamless integration with existing electrical infrastructure, offering a straightforward path to upgrade or replace aging disconnects without overhauling control schemes.

Who should consider the Eaton P5-315? electrical engineers, facilities managers, and maintenance teams in factories, warehouses, data centers, and other industrial or commercial facilities that require a trustworthy isolation device. It’s ideal for main feeders, service entrances, or any circuit where safe shutdown and lockable isolation are essential. If you need a purpose-built solution that combines strong electrical performance with clear, repeatable safety workflows, the P5-315 is a clear choice.

Specification snapshot

• Amperage Rating: 300A
• Voltage Rating: 600V
• Product Type: Disconnect Switch
• Brand: Eaton
• Model: P5-315

Upgrade your safety and reliability with the Eaton P5-315. A purpose-driven disconnect switch that delivers stronger isolation, smoother maintenance workflows, and enduring performance in demanding electrical environments.