ABB 3BHE004573R0142 UFC760BE142 Excitation Control Board

Power Range: Covers 0.75 kW to 370 kW, with a large span, which can meet the application needs of different power levels from small industrial equipment to large industrial units. It can provide stable power support whether driving small fans, water pumps, or large machinery.

Voltage Level: Supports a wide voltage range of 200 V to 690 V, which can flexibly adapt to power supply standards in different regions and industrial environments, maintaining stable operation under complex and variable power supply conditions, and greatly improving the versatility and applicability of the equipment.

Operating Temperature Range: The operating temperature range is -40°C to +60°C. This wide temperature adaptability enables the module to work stably in harsh outdoor working environments such as oil extraction facilities in extremely cold regions, and high-temperature industrial production workshops such as steel smelters and glass factories, without being affected by temperature fluctuations, ensuring the continuity and stability of system operation.

Protection Level: Reaches IP54 protection level, with good dustproof ability, which can effectively block dust particles from entering the module, avoiding electrical failures caused by dust accumulation; at the same time, it can prevent damage to the module from water splashes from all directions, further enhancing the reliability and durability of the equipment in complex industrial field environments.

Efficiency: The efficiency exceeds 95%, showing excellent performance in energy utilization, which can significantly reduce energy consumption during equipment operation, help enterprises save electricity costs, and conform to the current industrial development trend of energy conservation and environmental protection.

Control Method: Adopts vector control mode. This advanced control technology can accurately control the torque and flux of the motor, realizing efficient operation of the motor, enabling the motor to maintain good dynamic performance and stability under different working conditions, and effectively extending the service life of the motor.

Rated Voltage: AC 380V, in line with common industrial power supply standards, can be easily connected to most industrial power supply networks, providing a stable and reliable power source for equipment operation.

Rated Current: 140A, which can meet the current requirements of large-load equipment, ensuring that the communication and control signal transmission between equipment is not affected by current fluctuations in high-load operation scenarios, and ensuring stable operation of the system.

Power Factor: As high as 0.95, which means high efficiency in electric energy utilization, can reduce reactive power loss, and improve the overall operating efficiency of the power system.

Storage Temperature Range: -40°C to +85°C, with excellent storage temperature adaptability. Even when not in use for a long time or under extreme storage conditions, the module performance can still be effectively guaranteed, facilitating enterprises' inventory management and equipment allocation.

Dimensions: 800 x 600 x 400 mm. The reasonable size design makes it easy to integrate into various industrial control cabinets and equipment integration systems, facilitating installation and layout, and can flexibly adapt to different industrial site space conditions.

Weight: 1.5 kg. While ensuring the stable structure of the equipment and the safety and reliability of internal components, this weight is also in a relatively reasonable range, facilitating handling and installation operations in industrial sites, with moderate requirements for installation equipment and manpower conditions.

High-performance Control: The module is equipped with a powerful processing core, with excellent computing power and fast data processing speed, which can provide accurate and efficient control support for various complex industrial automation control tasks. In industrial processes with multi-variable control, it can quickly perform complex calculations based on a large amount of sensor data, accurately output control signals, and maintain the stable and efficient operation of the production process.

Modular Design: Adopting an advanced modular architecture, each functional module has a clear division of labor and is independent of each other. This design enables the module to be easily integrated with other ABB equipment and many third-party automation products, quickly building a complete and efficient control system. During system upgrades or equipment maintenance, individual modules can also be conveniently replaced or optimized, reducing maintenance costs and improving system scalability and flexibility.

Rich Communication Interfaces: By supporting a variety of mainstream industrial communication protocols, it can build a smooth data interaction bridge between devices and systems of different brands and types. For example, in large industrial automation production lines, it can achieve seamless communication with PLCs, sensors, actuators and other equipment, upload equipment operation data in real-time, receive and execute control commands from the host computer, ensuring the collaborative operation of the entire production system.

High Reliability: In terms of component selection, high-quality and high-stability electronic components are used to ensure the reliability of the equipment from the source; at the same time, advanced manufacturing processes and strict quality control systems are used to ensure that the product has excellent anti-interference ability and stability. In complex and changeable industrial environments with strong electromagnetic interference, 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, and lowering the production and operation risks of enterprises.

Advanced Control Algorithms: Built-in optimized advanced control algorithms, which can achieve precise and intelligent regulation for the operating characteristics of motors and other equipment. By accurately controlling parameters such as motor speed and torque, it can not only significantly reduce motor energy consumption and achieve energy-saving operation, but also effectively extend the service life of the motor, while improving the stability and accuracy of the entire industrial production process, and increasing product quality and production efficiency.

Multiple Protection Functions: Equipped with a complete set of protection mechanisms such as overload protection, overheating protection, and short-circuit protection, which can monitor the operating status of the equipment in real-time and comprehensively. Once abnormal conditions such as current overload and excessive temperature are detected, the protection mechanism will respond quickly and take protective measures such as cutting off the circuit and adjusting equipment operating parameters in a timely manner to avoid damage to the equipment due to faults, ensure the safe operation of the system, and minimize losses caused by production accidents.

Analog Signal Processing: As a module with analog input/output functions, it can accurately realize the mutual conversion between analog signals and digital signals. The analog input module can convert analog signals from sensors and other equipment, such as temperature, pressure, flow and other signals, into digital signals with high precision for processing and analysis by the controller; the analog output module can accurately 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, and meeting the needs of analog quantity monitoring and control in industrial production processes.

Source Address Configuration and Error Detection and Alarm: Supports source address configuration for each connected device, ensuring accurate identification and control of each device in complex systems, and improving the accuracy and convenience of system management. At the same time, it has powerful error detection and alarm functions, which can monitor abnormal conditions in real-time during system operation. Once a potential fault is found, it will immediately send an alarm signal to remind operators to handle it in a timely manner, effectively preventing equipment failures and ensuring the continuous and stable operation of the system.