Milbank UQFP150 - 150A, 240VAC, Circuit Breaker

Meet the Milbank UQFP150 — a purpose-built 150A, 240VAC circuit breaker designed to safeguard your power distribution with unwavering reliability. Built for demanding environments, this unit provides robust overcurrent protection in panelboards, switchboards, control panels, and OEM equipment, helping you keep critical systems up and running.

Key specifications

• Current rating: 150A
• Voltage rating: 240VAC
• Breaker type: Circuit Breaker

Ideal applications

• Panelboards and switchboards in industrial and commercial facilities requiring dependable protection for feeders and branch circuits
• Control panels within manufacturing lines and automation systems where quick interruption during faults protects equipment and personnel
• OEM equipment assemblies that demand certified overcurrent protection with straightforward integration

What makes it stand out

• Specific to 150A, 240VAC systems, the UQFP150 delivers predictable protection tailored to mid-to-large distribution setups
• Designed to slot into standard distribution configurations, helping reduce installation complexity and downtime during retrofits or new builds
• Focused on safeguarding motor control centers and distribution panels, delivering peace of mind in environments where uptime matters most

Practical benefits and usage tips

• Choose the UQFP150 when your application demands clear, reliable overcurrent protection without compromising panel space or layout
• Coordinate current rating with your system’s load profile to minimize nuisance trips while ensuring rapid response to overloads
• Pair with compatible enclosures and wiring schemes in industrial and commercial settings to maintain safe, organized electrical distribution

Whether you’re outfitting a new distribution panel, upgrading an existing motor control center, or integrating into OEM equipment, the Milbank UQFP150 provides focused, durable protection at 150A and 240V. It’s a practical, trustworthy choice for professionals who prioritize safety, reliability, and straightforward serviceability in critical power environments.