PB32500F - 2500Amp Max - Frame Only

PB32500F - 2500Amp Max - Frame Only

The PB32500F Thermal Magnetic Circuit Breaker Frame is built for high-demand industrial applications, where reliability and performance are paramount. This 3-pole, 2500A frame-only model offers the foundation necessary for maintaining heavy-duty electrical systems safely and efficiently. This is a frame-only model and requires a compatible trip unit to function as a complete circuit breaker.

Key Features and Benefits:

• High-Capacity Frame: Rated to handle up to 2500A, the PB32500F provides robust support for high-capacity thermal magnetic circuit breaker systems.
• Thermal Magnetic Compatibility: Designed to accommodate thermal magnetic trip units, enabling comprehensive protection against overloads and short circuits.
• Rear Connected Design: Streamlines integration into existing systems, reducing downtime and facilitating a smooth maintenance process.
• 40å¡C Temperature Rating: Engineered for reliable performance in high-temperature environments, ideal for industrial applications.
• Durable PB Frame Type: Built for long-term durability, offering a stable and secure solution for maintaining high-performance electrical setups.

Technical Specifications:

• Poles: 3
• Amperes: Up to 2500A
• Dimensions: 12.00"W x 22.00"L x 9.00"D
• A.I.C. Rating & Volts: 125kA @ 240VAC; 100kA @ 480VAC; 100kA @ 600VAC
• Frame Type: PB
• Temperature Rating: 40å¡C
• Connection Type: Rear Connected
• Weight: 220 lbs

Material Compliance and Certifications:

• The PB32500F adheres to stringent industry standards, meeting all relevant safety regulations. Its construction ensures reliability and meets high benchmarks for environmental responsibility. Manufactured to comply with industry standards, providing assurance of quality and safety.

Suitability:

• The PB32500F Circuit Breaker Frame is ideal for industrial maintenance applications requiring high-capacity, dependable circuit breaker frames. Its high amperage capacity and rear-connected design make it particularly suitable for environments needing robust and efficient electrical protection, ensuring continued safety and reliability in existing electrical systems.