ABB UFD203A101 3BHE019361R0101 Power Supply Module
ABB UFD203A101 3BHE019361R0101 is a multi-functional industrial control module, primarily designed to meet the requirements of signal processing, power supply and power regulation in industrial automation control systems. Relying on advanced circuit design, high reliability and flexible adaptability, it is widely used in various industrial scenarios. As a key core component for realizing signal conversion, stable power supply and equipment control & regulation in industrial automation systems, it has undergone stringent quality control and testing, enabling long-term stable operation in harsh industrial environments.
1. Product Parameters
Due to the differentiated application scenarios, the core parameters of this module are divided into basic general parameters and segmented functional parameters, covering key dimensions such as electrical performance and physical specifications, as detailed below:
Basic General Parameters: Brand: ABB; Model: UFD203A101; Material Code: 3BHE019361R0101; Protection Class: IP20; Operating Temperature Range: -20°C to +70°C; Adopting a modular and compact design with dimensions (L×W×H) of 120mm×90mm×35mm and a weight of approximately 0.5kg. It features easy installation and maintenance, and can effectively save equipment installation space.
Electrical Performance Parameters: Divided into three core specifications based on different segmented functions — Power Supply Module: Input Voltage Range: 100-240V AC; Output Voltage: 24V DC; Output Current: 5A, adopting high-efficiency power conversion technology. Analog Input Module: Supporting 4-20mA current input or 0-10V voltage input, with high-precision measurement and fast sampling capabilities, enabling accurate conversion of analog signals to digital signals. Thyristor Module: Input Voltage: 3AC 380-480V; Output Voltage: 3AC 0-480V; Rated Power: 22kW; Frequency Range: 0-500Hz, supporting multiple control modes and communication protocols.
Communication and Control Parameters: Supporting a variety of communication interfaces and protocols including Modbus RTU, CANopen, DeviceNet and Profibus DP, it can be directly connected to configuration software with MODBUS RTU protocol, facilitating data exchange and linkage control with PLC, DCS and other control systems. The segmented thyristor model supports two core control modes: vector control and V/F control; the segmented analog input model supports the configuration of multiple signal input types.
2. Functions and Characteristics
Integrating ABB's advanced industrial control technologies, this module features high performance, high reliability and flexible adaptability, with core characteristics covering functional diversity, operational stability, ease of operation and other aspects, as detailed below:
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Multi-functional Adaptability & Strong Scene Compatibility: It can realize multiple functions such as stable power supply, analog-to-digital signal conversion, and power electronic equipment control & regulation according to the needs of industrial scenarios, and is capable of processing various signal types including analog signals, digital signals and PWM (Pulse Width Modulation) signals, adapting to the signal or power requirements of different equipment and systems. Meanwhile, it supports flexible configuration and customized combination based on actual application scenarios, with excellent expandability.
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High Precision & Efficiency, Excellent Operational Performance: The segmented analog input model has high-precision measurement and fast sampling capabilities, which can accurately collect various analog signals such as temperature, pressure and flow and convert them into digital signals, providing accurate data support for the control system. The segmented thyristor model adopts advanced thyristor technology with low conduction and switching losses and high control efficiency, as well as fast switching speed and response time, enabling rapid control and regulation of power equipment. The segmented power supply model adopts high-efficiency conversion technology, which can stably output power within a wide input voltage range, ensuring the efficient operation of downstream equipment.
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High Reliability, Adaptable to Harsh Industrial Environments: Having passed ABB's stringent quality inspection and verification, the module features excellent stability and anti-interference capability, enabling long-term stable operation in harsh environments such as high and low temperatures and industrial electromagnetic interference. The segmented thyristor model is additionally equipped with overheating, overcurrent and other protection functions to further ensure the operational safety of both the equipment and the module itself. High-durability components are adopted for the whole module, effectively extending its service life and reducing maintenance costs.
Easy Integration & Maintenance, Reducing Application Costs: Adopting a standardized modular design with standard interfaces and connection methods, it can be quickly integrated with industrial automation systems, PLC, DCS and other equipment without complex debugging. The compact structural design facilitates installation and disassembly, with simple and fast maintenance processes, which can greatly reduce labor and time costs. It supports operation via programming or configuration software, allowing users to flexibly set output signal types, parameters and other settings according to requirements, improving the adaptive flexibility of the system.
3. Application Fields
Based on its multi-functionality and high reliability, the ABB UFD203A101 3BHE019361R0101 module is widely used in various industrial automation scenarios, covering multiple core fields, as detailed below:
Industrial Automation: Adapted for automated production lines and plant control systems, it is used for signal acquisition and conversion, stable power supply and equipment control & regulation, ensuring the continuous and stable operation of production lines and improving production efficiency and control precision.
Process Control: Widely applied in the process control systems of chemical, petrochemical and other industries, it is used for monitoring and controlling various process parameters (such as temperature, pressure, flow, etc.), realizing precise control of the production process and ensuring production safety and product quality.
Power Distribution: Used in power distribution systems to control and monitor the output signals of power equipment, stabilize power supply and ensure the safe and efficient operation of distribution systems, adapting to the control requirements of various power electronic equipment.
Other Extended Fields: Adaptable for intelligent building systems, environmental monitoring systems, etc., for signal processing, power control and other scenarios. It can also be used for new industrial projects or the upgrading and transformation of existing systems, providing reliable core component support for various control systems.
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