Square D PHF260000M - 2000 A, 600 V, 2-Pole Bolt-On Circuit Breaker | AmpState

The Square D PHF260000M is a purpose-built bolt-on molded case circuit breaker designed to deliver dependable branch circuit overcurrent and short-circuit protection for panelboards and load centers. With a 2000A rating and a 600V capacity, this 2-pole device is engineered for demanding electrical environments while keeping installation secure and operation reliable.

• Secure bolt-on mounting provides a rigid, vibration-resistant bus connection, helping to reduce wear and ensure consistent electrical contact over time.
• Thermal-magnetic trip unit delivers stable, repeatable protection performance, quickly interrupting faults while minimizing nuisance trips for everyday loads.
• OEM-compatible design matches with corresponding load centers and panelboards from the same family, simplifying replacement and ensuring seamless integration.
• Versatile applications suitable for residential, commercial, and light industrial installations where large-diameter branch circuits require robust protection.
• 2-pole configuration protects both conductors in a two-wire system, providing comprehensive short-circuit and overcurrent protection for critical circuits.

Key specifications

• Manufacturer: Square D
• Part Number: PHF260000M
• Type: Thermal-magnetic molded case circuit breaker
• Amperage Rating: 2000A
• Voltage Rating: 600V
• Number of Poles: 2
• Mounting Style: Bolt-on
• Application: Branch circuit overcurrent and short-circuit protection

Choosing the PHF260000M means selecting a high-capacity, durable solution built for long-term reliability in panelboards and load centers. Its bolt-on design minimizes movement-related wear, while the thermal-magnetic trip unit provides predictable protection across a wide range of operating conditions. Whether upgrading an existing installation or configuring new equipment for residential, commercial, or light industrial use, this 2-pole breaker offers the performance and compatibility you need for safe, efficient power distribution.