27PV2019 - 200A, 2-Pole, Disconnect Switch

The 27PV2019 is a rugged, high-performance two-pole disconnect switch engineered for industrial and commercial environments where safe electrical isolation is essential. It pairs robust reliability with precise, under-load disconnection, while seamlessly supporting lockout/tagout procedures to keep workers protected during maintenance and service tasks.

Key benefits that matter in real-world operations

• 200A amperage rating provides dependable isolation for power feeders and equipment in demanding facilities.
• 2-Pole design suspends both conductors simultaneously, ensuring complete de-energization for safer maintenance.
• Lockout/tagout compatibility supports standard safety protocols and regulatory compliance during servicing.
• Reliable disconnection under load helps minimize downtime and accelerates safe startups after maintenance.
• Built for long-term durability in harsh industrial environments, delivering steady performance over years of use.

Ideal use cases

Equip electrical rooms, service panels, and machine rooms with a dedicated isolation point. The 27PV2019 is well-suited for motor control feeders, process lines, and other critical circuits in manufacturing plants, facilities management, and commercial installations where safe, immediate disconnection is required during maintenance or emergencies.

Why this matters for safety and uptime

• Provides a clear, accessible isolation point to prevent accidental energization during servicing.
• Supports effective lockout/tagout programs, helping protect personnel when work is being performed on energized equipment.
• Delivers dependable disconnection under load, reducing the risk of unexpected re-energization and improving maintenance efficiency.

Specifications

• Amperage Rating: 200A
• Number of Poles: 2-Pole
• Product Type: Disconnect Switch
• Model: 27PV2019

Choose the 27PV2019 for a purpose-built disconnect switch that combines safety, reliability, and practical maintenance advantages in one robust package.