THFP327 - 800 Amp Panelboard Switch

THFP327 - 800 Amp Panelboard Switch

The General Electric THFP327 Panelboard Switch is a high-performance, fusible single-unit panelboard switch specifically engineered for demanding electrical distribution applications. Designed with precision and durability, this 3-pole, 800-ampere, 250-volt AC switch ensures reliable and efficient power management in commercial and industrial environments. The THFP Type QMR, bolt-in design enhances ease of installation and integration with compatible panelboards. Additionally, this switch is built to accept both Class RK1 and RK5 fuses, offering versatility and robust protection for various electrical setups.

Key Features and Benefits

• Fusible Protection: Supports Class RK1 and RK5 fuses for enhanced safety and flexibility in circuit protection.
• Rugged Construction: Built with durable materials to withstand rigorous industrial and commercial use.
• Bolt-In Design: Allows for secure installation and easy replacement in panelboard systems.
• Interchangeable Design: Compatible with both THFP and QMR panelboard configurations for versatile deployment.

Technical Specifications

• Voltage Rating: 250 Volts AC
• Current Rating: 800 Amperes
• Number of Poles: 3
• Type: Fusible, Single Unit, Bolt-In
• Fuse Compatibility: Accepts Class RK1 and RK5 fuses

Material Compliance and Certifications

• Standards Compliance: Meets or exceeds UL67, UL50, UL489, and UL98 standards for safety and performance.
• Environmental Ratings: Constructed to meet industry standards for operation in various environments.
• Seismic Ratings: Certified for IBC and CBC Zone 3 and Zone 4 compliance, ensuring performance in seismic conditions.

Suitability

• The General Electric THFP327 Panelboard Switch is the perfect solution for high-capacity electrical distribution in commercial and industrial settings. Its advanced features, including compatibility with multiple fuse types and rigorous certifications, make it a trusted choice for professionals seeking safety, durability, and performance in critical power management systems.

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