ABB UNITROL 1000 Z.V3 3BHE014557R0003 Brushless excitation system controller available from stock

I. Product overview
The UNITROL1000 Z.V33 3BHE014557R0003 is an advanced brushless excitation system controller from ABB designed to provide precise control and protection for generators and synchronous motors, ensuring efficient operation of power generation and motor systems.
Two, the main characteristics
Advanced control algorithm: can improve performance and stability, to achieve accurate regulation and control of voltage, power and other parameters.
Flexible and customizable configuration options: It can meet different application scenarios and specific requirements of users, and adapt to diversified system configurations.
High precision voltage and power regulation: Ensuring stable and accurate output voltage and power helps improve the efficiency and quality of power generation and motor systems.
Rugged design: Reliable operation in harsh environments, with good anti-interference ability and environmental adaptability, reducing the incidence of failure.
3. Technical specifications
Input parameters:
Rated voltage range: [Specific voltage range]
Frequency range: [Specific frequency range]
Output parameters:
Maximum output voltage: [Specific voltage value]
Maximum output current: [specific current value]
Power output range: [Power range]
Control accuracy:
Voltage control accuracy: ±[specific accuracy value]%
Power control accuracy: ±[specific accuracy value]%
Communication interface: Supports a variety of common communication protocols, such as [List communication protocols], to facilitate data interaction and system integration with other devices.
Environmental requirements:
Operating temperature: [Temperature range]
Storage temperature: [Temperature range]
Relative humidity: [Humidity range]
4. Application field
Suitable for a variety of power generation and industrial applications, including power plants (such as thermal power plants, hydroelectric power plants, wind farms, etc.), industrial control systems, and renewable energy systems. In these fields, the controller can accurately control the excitation of generators and synchronous motors to ensure the stable operation of the system and efficient power generation.