FDPW367T - 800Amp Panelboard Switch

FDPW367T - 800Amp Panelboard Switch

The Eaton FDPW367T Panelboard Switch is designed to make high-capacity power distribution simple, safe, and reliable. Rated for 600 Volts A.C. and 800 amps, this fusible single-unit “MAIN” switch is built to handle demanding industrial and commercial electrical systems with ease. Its top-feed configuration simplifies wiring and keeps your panel layout organized, while the bolt-in design ensures the switch stays secure once installed. Compatible with Class L fuses, it provides dependable protection against overloads and short circuits. With its compact frame and durable build, the FDPW367T fits neatly in your panel while delivering consistent performance in environments where reliability matters most.

Key Features and Benefits

• High Power Handling: Supports 600 Volts A.C. and 800 amps, making it ideal for high-demand systems.
• Fusible Single-Unit Design: Works with Class L fuses to keep circuits protected and adaptable to your needs.
• Top-Feed ‘MAIN’ Configuration: Simplifies power input and optimizes panel layout for easier setup.
• Bolt-In Installation: Secures the switch firmly in place, reducing installation time and ensuring long-term stability.

Technical Specifications

• Voltage Rating: 600 Volts A.C.
• Frame Type: FDPW
• Amperage: 800 Amps
• Poles: 3
• Fuse Compatibility: Accepts Class L fuses
• Dimensions:
  • Width: 18.00"
  • Height: 22.00"
  • Depth: 7.00"
• Configuration: Top-Feed “MAIN”

Material Compliance and Certifications

• UL Certified: Meets strict safety and quality standards for dependable operation.
• High-Quality Materials: Constructed with durable components for consistent performance in demanding conditions.

Where It Works Best

• Industrial Facilities: Perfect for factories, production lines, and high-capacity power setups.
• Commercial Buildings: Reliable for office complexes, retail centers, and other spaces with substantial electrical needs.
• Infrastructure Projects: Supports large-scale installations that require efficient and dependable power management.