Westinghouse DNPL153015 - 15A, 240VAC, Circuit Breaker

The Westinghouse DNPL153015 is a reliable 15A, 240VAC circuit breaker engineered for demanding electrical environments. Designed to interrupt fault currents quickly and safely, it helps protect wiring, devices, and control systems from overloads in real-world applications.

Specifically crafted for integration into panelboards, switchboards, control panels, and OEM equipment, this breaker is a practical choice for industrial, commercial, and OEM installations where dependable overcurrent protection matters most in distribution panels and motor control centers.

Key specifications at a glance

• Current rating: 15A
• Voltage rating: 240VAC
• Breaker type: Circuit Breaker

What makes the DNPL153015 stand out

• Trusted performance from a legacy electrical brand, built to provide consistent protection across a range of loads in industrial and commercial settings
• Versatile fit for panelboards, switchboards, control panels, and OEM assemblies, simplifying upgrades and replacements without changing other components
• Compact, robust construction suited for dense control centers and distribution panels where space and reliability matter

Ideal use cases and who benefits

Whether you're an electrician, system integrator, or OEM engineer, the DNPL153015 is well-suited for:

• Protecting motor circuits and control feeders in motor control centers
• Shielding lighting and power distribution branches in commercial spaces
• Serving as a dependable replacement or upgrade in existing panelboards and switchboards

Practical guidance for installation and maintenance

• Ensure the circuit form and rating match your system requirements to avoid nuisance trips or under-protection
• Replace like-for-like in existing installations to maintain compatibility with bus bars, enclosures, and labeling
• Document the DNPL153015 model for future service visits and panel audits to streamline maintenance

Choose the Westinghouse DNPL153015 for dependable, straightforward overcurrent protection in distribution panels and motor control centers. It's a solid, practical option for building or upgrading reliable electrical infrastructure in both new builds and retrofit projects.