Cyber Week Deal Qo120pdf, Miniature Circuit Breaker All Sizes Available [eBpsm35l]

Miniature Circuit Breaker QO120PDF

Introducing the QO120PDF Miniature Circuit Breaker, a compact and efficient solution for your electrical circuit protection needs. This innovative device is designed to provide reliable overload and short circuit protection, ensuring the safety and functionality of your electrical systems. With its wide format and space-saving design, the QO120PDF is perfect for installations where panel space is at a premium.

Key Features and Specifications

The QO120PDF is equipped with a Visi-Trip Indicator, which offers clear and instant identification of a tripped circuit breaker, simplifying troubleshooting and maintenance. Its compact size of 3/4 inch makes it ideal for one-pole circuit breakers, helping to minimize panel space and footprint. The Square D Exclusive Qwik-Open Protection ensures a rapid trip reaction within 1/60th of a second, making it the fastest-tripping circuit breaker available. Additionally, the QO120PDF features easier troubleshooting with time-saving diagnostics and faster installation due to fewer connections. It is also RoHS/REACH compliant, mercury-free, and a Green Premium Product, emphasizing its environmental responsibility and safety standards.

Applications and Benefits

Whether you're using the QO120PDF in a QO Loadcenter, NQOD Panelboard, or OEM Interior/Speed-D Switchboard Distribution Panel, this miniature circuit breaker is versatile and reliable. With a voltage rating of 120/240 VAC and a current rating of 20 Ampere, it offers robust performance. The interrupting rating of 10 Kiloampere ensures that it can handle high fault currents effectively. The screw clamp terminal type and wire size range from 14 to 8 AWG (Copper/Aluminum) provide flexibility in installation. The QO120PDF is approved by UL and CSA, guaranteeing its quality and safety. With its comprehensive range of features and specifications, the QO120PDF is the ultimate choice for protecting your electrical systems with precision and efficiency.