ABB 1MRK002122-ABR02 Relay Protection Device

The ABB 1MRK002122-ABR02 is an advanced relay protection device designed to ensure reliable electrical system safeguarding. This device integrates cutting-edge technology to monitor and control industrial electrical equipment, providing a robust solution for automation and control challenges. With precise fault detection and rapid response capabilities, the 1MRK002122-ABR02 enhances the stability and safety of power distribution networks. Its compact design and compatibility with various control systems make it an ideal choice for modern electrical infrastructures requiring dependable protection and rapid fault isolation.

Technical Specifications

Parameter	Specification
Model	1MRK002122-ABR02
Brand	ABB
Operating Voltage	110-240 V AC/DC
Operating Temperature	-25°C to +70°C
Dimensions (WxHxD)	160 mm x 120 mm x 90 mm
Communication Interface	Modbus RTU, IEC 61850
Weight	1.2 kg

Product Features

The 1MRK002122-ABR02 offers multiple features that optimize industrial electrical protection. Its high-speed fault detection technology minimizes downtime by quickly isolating faults. The device supports flexible automation integration, allowing seamless communication with existing control systems. Designed for harsh environments, it provides robust performance across a wide temperature range. The user-friendly interface simplifies configuration and monitoring, enhancing operational efficiency. Additionally, its compact form factor ensures easy installation in control cabinets without occupying excessive space.

Applications

This relay protection device model 1MRK002122-ABR02 is ideal for use in electrical substations, industrial plants, and power distribution systems. It effectively safeguards transformers, feeders, and generators against faults and overloads. Suitable for automation-driven environments, it supports the reliable operation of control equipment in manufacturing and processing industries. Its adaptability makes it a preferred choice for upgrading existing protection schemes to modern, intelligent electrical networks.