Product Overview

The UNITROL1000-153BHE014557R0003 excitation system by ABB is designed to provide precise and reliable control of generator excitation in industrial environments. This advanced equipment ensures optimal voltage regulation and enhances the stability of electrical power systems. Incorporating cutting-edge technology, the system supports seamless integration with existing automation frameworks, improving overall operational efficiency. Its robust design allows for consistent performance under varying temperature and load conditions, making it an essential component for modern industrial electrical control applications.

Technical Specifications

Parameter	Specification
Brand	ABB
Model	UNITROL1000-153BHE014557R0003
Input Voltage	24 V DC
Operating Temperature	-20°C to 60°C
Dimensions (W x H x D)	350 mm x 250 mm x 150 mm
Weight	5.2 kg
Control Type	Digital closed-loop

Product Features

The UNITROL1000-153BHE014557R0003 excitation system offers several key advantages for electrical power management. First, it provides high-precision voltage regulation, ensuring stable power output during fluctuating load conditions. Second, its modular design simplifies maintenance and enhances system reliability. Third, the system supports advanced diagnostic functions, enabling proactive fault detection and reducing downtime. Fourth, it features seamless compatibility with various industrial automation protocols, facilitating easy integration into complex control networks. Finally, the device is engineered for rugged environments, withstanding temperature extremes and electrical disturbances, making it ideal for demanding operational settings that require dependable electrical equipment.

Applications

The UNITROL1000-153BHE014557R0003 excitation system is widely used in power generation plants, including hydroelectric, thermal, and gas turbine facilities. It plays a critical role in stabilizing generator output, contributing to the secure delivery of electrical energy. The system is also suitable for use in industrial automation setups where precise control of excitation current is essential. Additionally, it supports electrical grid control applications, helping to maintain grid stability and improve overall power quality. Its robust construction makes it suitable for deployment in harsh industrial environments where reliability is paramount.