Square D LJF46400CU31X Amp Circuit Breaker - Clean With
Square D's LJF46400CU31X Amp Circuit Breaker is designed for industrial control systems, offering precise current control and enhanced reliability in demanding environments.
Square D’s LJF46400CU31X Amp Circuit Breaker is designed for industrial control systems, offering precise current control and enhanced reliability in demanding environments.
Rated Current:4640 Amperes
Voltage Range:AC 4160 Volts
Operating Frequency:50 Hz
Circuit Protection:Circuit breaker designed for AC systems
Material:High-grade copper alloy
Environmental Compatibility:Suitable for harsh industrial environments
Safety Rating:UL listed, CE certified
Engineered for unparalleled performance in demanding industrial applications, our Square D LJF46400CU31X Amp Circuit Breaker is a cornerstone of reliable power management. Designed with robust materials and advanced technology, it ensures uninterrupted power supply to critical equipment.
The high-rated current capacity of 4640 Amperes allows for efficient handling of large electrical loads, minimizing downtime and enhancing operational efficiency.
Operating within an AC voltage range of 4160 Volts, this circuit breaker is ideal for a wide variety of industrial settings, providing versatile compatibility across different systems.
With its 50 Hz operating frequency, our circuit breaker is optimized for industrial control systems, ensuring precise and consistent power delivery.
Crafted from high-grade copper alloy, the LJF46400CU31X is built to withstand the rigors of harsh industrial environments, offering unparalleled durability and longevity.
Certified by UL and CE, our product complies with international safety standards, ensuring user safety and peace of mind. Trust in our commitment to quality and reliability, making this circuit breaker the preferred choice for professionals in the field.
Square D's LJF46400CU31X Amp Circuit Breaker is designed for industrial control systems, offering precise current control and enhanced reliability in demanding environments.