Last Chance Allen-bradley 825-mcm20 With A 50% Price Cut [XpznOsHW]

Introducing the Last Chance Allen-bradley 825-mcm20 With A 50% Price Cut [XpznOsHW]: Advanced Motor Protection

The Last Chance Allen-bradley 825-mcm20 With A 50% Price Cut [XpznOsHW] is a cutting-edge microprocessor-based motor protection relay designed to ensure the safety and efficiency of motors operating up to 20A. This compact yet powerful device is ideal for industrial settings where reliable motor control is paramount. With its advanced features, the 825-MCM20 offers comprehensive protection against various faults, including overload, undercurrent, phase imbalance, phase loss, and stall detection, making it a versatile solution for a wide range of applications.

Key Features and Specifications

The 825-MCM20 boasts a range of key features that set it apart from other motor protection relays. It includes user-configurable trip points and delays for precise adjustments, ensuring optimal performance in different operational environments. The device is mounted via DIN rail or panel for easy installation and integrates seamlessly into automation systems. With LED status indicators and a control supply voltage of 24V DC or 110–240V AC (depending on the variant), the 825-MCM20 offers reliable monitoring and fault diagnostics. Additionally, it comes with certifications from UL, CE, CSA, and RoHS, guaranteeing compliance with global safety standards.

Applications and Benefits

The Last Chance Allen-bradley 825-mcm20 With A 50% Price Cut [XpznOsHW] is a versatile tool for various industrial applications, including motor protection for pumps, conveyors, compressors, HVAC systems, process control, water treatment plants, and the oil & gas and manufacturing sectors. Its advanced motor protection capabilities ensure the longevity and reliability of equipment, reducing downtime and maintenance costs. With its quick fault detection and trusted Allen-Bradley performance, the 825-MCM20 is an essential component for any facility seeking to optimize motor control and enhance overall operational efficiency.