225 Amp, 250 VDC, 600 VAC, 2 Pole, Unit Mount Molded Case Circuit Breaker MPN:JDL26225LC

Introducing the Square D JDL26225LC molded case circuit breaker, perfect for demanding electrical applications requiring reliable overload protection. This breaker features a thermal-magnetic trip mechanism and offers 14 kA at 600 VAC breaking capacity. Its unit mount design is ideal for easy installation in electrical panels, and the 3/0 (Aluminum), 3/0 (Copper) AWG terminal connection type ensures secure connections. With a compact size of 127mm deep x 191mm high x 104.6mm wide, it's perfect for use in tight spaces. Use the Square D JDL225LC circuit breaker to safeguard your electrical systems from overload damage.

Top product features:

• Thermal-Magnetic Trip Mechanism: This feature provides overload and short circuit protection to electrical systems by detecting temperature or current increase beyond a certain threshold, and trip the circuit breaker to interrupt power flow.
• Compact Size: The compact size of 127mm deep x 191mm high x 104.6mm wide makes this circuit breaker ideal for use in tight spaces where larger circuit breakers may not fit.
• Unit Mount Design: This feature enables easy installation in electrical panels, reducing the time and effort required to mount the circuit breaker.

Top product applications:

• Industrial control panels for machinery and equipment: The Square D JDL26225LC circuit breaker can be used to protect industrial electrical systems from overload or short-circuit damage, ensuring the smooth operation of machinery and equipment.
• Renewable energy installations: Solar panels and wind turbines generate DC voltage that requires AC conversion. The Square D JDL26225LC circuit breaker can protect AC output circuits from overloads and short-circuit damage, keeping these systems running smoothly.
• Commercial electrical systems: In office buildings, schools, hospitals or other commercial settings, the Square D JDL26225LC circuit breaker helps ensure that critical lighting, heating, and cooling systems are protected from overload or short-circuit damage, reducing costly downtime.