ABB 3BHE004573R0143 UFC760BE143 Excitation Control Board

Rated Voltage: AC 380V, suitable for common industrial power supply environments, can be stably connected to various industrial power supply networks, providing reliable power support for equipment operation.

Rated Current: 140A, can meet the current requirements of large-load equipment, ensuring that communication and control signals between devices are not affected by current fluctuations in high-load operation scenarios.

Power Factor: 0.95, with a high power factor, which means high efficiency in electric energy utilization, can effectively reduce energy loss and save enterprise electricity costs.

Efficiency: ＞95%, showing extremely high working efficiency. In the process of signal transmission and conversion, it can operate efficiently with minimal energy loss, ensuring the overall performance of the system.

Operating Temperature Range: -40°C to +60°C, with a wide operating temperature adaptation range. It can work stably whether in cold outdoor industrial facilities or high-temperature production workshop environments, ensuring that the system operation is not disturbed by changes in ambient temperature.

Dimensions: 800 x 600 x 400 mm, the reasonable shape and size design make it easy to integrate into various industrial control cabinets and equipment integration systems, facilitating installation and layout.

Weight: 1.5 kg, with a relatively moderate weight, ensuring the structural stability of the equipment while facilitating handling and installation operations in industrial sites.

Installation Method: Supports wall-mounted or floor-mounted installation. The flexible installation method can be selected according to different industrial site conditions and system layout requirements, improving installation convenience and adaptability.

Output Range: Supports multiple output types, such as 20mA - 4mA, 4 - 20mA, 0 - 10V, +/-10V, etc., which can be adapted to different types of sensors, actuators, and other industrial equipment, meeting diversified signal transmission and control needs.

Rich Communication Interfaces: Supports multiple communication protocols such as Modbus and Profibus, enabling easy data exchange and communication with other equipment or systems. Whether connecting to a host computer for remote monitoring or collaborating with various on-site intelligent instruments and controllers, it can achieve efficient data interaction, ensuring the interconnection of industrial automation systems.

High Reliability: Adopts high-quality electronic components and advanced manufacturing processes, with excellent anti-interference ability and stability. In complex industrial electromagnetic environments, it can effectively shield external interference signals, ensure the accuracy and stability of signal transmission, and can run stably for a long time in harsh industrial environments, reducing equipment failures and maintenance frequency.

Advanced Control Algorithms: Built-in optimized control algorithms can accurately regulate the operation of motors and other equipment, achieving efficient motor control performance, reducing motor energy consumption, extending motor service life, and improving the stability and accuracy of the entire industrial production process.

Multiple Protection Functions: Equipped with multiple protection mechanisms such as overload protection and overheating protection, which monitor the operating status of equipment in real-time. Once abnormal conditions such as current overload and excessive temperature are detected, it can quickly take protective measures, cut off the circuit or adjust equipment operating parameters, avoid equipment damage due to faults, and ensure the safe operation of the system.

Analog Signal Processing: As an analog input/output module (A/D module and D/A module), it can realize the mutual conversion between analog signals and digital signals. The analog input module can accurately convert analog signals from sensors and other equipment into digital signals for processing and analysis by the controller; the analog output module can convert digital signals output by the controller into analog signals for controlling the operation of various actuators, undertaking the key function of analog signal control in industrial automation systems.

Oil and Gas Industry: In oil extraction, transportation, and natural gas processing, it is used to connect and control various motor equipment, sensors, and monitoring systems, ensuring the automated operation of the production process, real-time monitoring and regulating key parameters, and ensuring production safety and efficiency.

Chemical Industry: In chemical production equipment, it realizes precise control of reactor stirring motors, material transfer pumps, and other equipment. Through communication with the automated control system, it adjusts the equipment operating status in real-time according to production process requirements, improving the quality and production efficiency of chemical products.

Power Sector: Applied in power stations, substations, and other places, it connects the control and monitoring systems of power equipment, realizes automated control of motors, fans, water pumps, and other equipment, and improves the stability and reliability of power production and transmission processes.

Metallurgical Industry: In production processes such as steel smelting and non-ferrous metal processing, it is used to control various large motor equipment, such as blast furnace blowers and rolling mill motors. Through precise signal transmission and equipment control, it ensures the continuous and stable operation of the metallurgical production process, improving product quality and output.

Automotive Manufacturing Industry: In automobile production lines, it connects automated equipment, robots, and control systems, realizes precise control of the production process, coordinates the collaborative work of equipment in various links, improves the efficiency and quality of automobile production, and ensures the efficient and stable operation of the production line.

Food and Beverage Industry: Used for controlling food and beverage production equipment, such as filling production lines and packaging equipment. Through stable signal transmission and equipment control, it ensures the accuracy and consistency of the production process, ensures product quality meets standards, and improves production efficiency.