Description
3BHE004573R0145 UFC760BE145 module card editing controller
Product Overview
The 3BHE004573R0145 UFC760BE145 is an advanced printed circuit board assembly, functioning as a crucial phase modulator in industrial electrical systems. It is designed to optimize motor control, enhance energy efficiency, and boost productivity across various industrial applications, seamlessly integrating with Distributed Control Systems (DCS), Programmable Logic Controller (PLC) setups, and more.
Technical Parameters
Label
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Specification
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Model Number
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3BHE004573R0145 UFC760BE145
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Type
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Printed Circuit Board Assembly (Phase Modulator)
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Input Voltage
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Compatible with a wide range (specify for your application)
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Operating Temp
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-20°C to 60°C
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Communication Method
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Multiple options (e.g., serial communication for basic control, can be integrated with industrial networks for more complex setups)
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Mounting
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Compact design for easy panel or DIN – rail mounting
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Weight
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0.36 kg
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Certifications
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Meets industry – standard certifications, ensuring quality and safety
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Dimensions
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33 x 16 x 2 cm
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IP Rating
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IP20, suitable for indoor, dust – protected environments
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Protocols Supported
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Supports common industrial communication protocols, enabling seamless integration with other devices
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Installation Instructions
1. Installation Preparation
Upon receiving the 3BHE004573R0145 UFC760BE145, first, carefully inspect the packaging for any signs of damage. Open it to check the integrity of the circuit board and ensure all components match the product list. Look out for loose parts, cracks on the board, or bent pins. Then, gather essential tools like a suitable screwdriver, pliers for cables, and an anti – static wrist strap. Also, prepare electrical cables and connectors that fit the board’s input and output requirements. Finally, understand the installation site should be clean, dry, and within the – 20°C to 60°C temperature range, as per the board’s IP20 rating.
2. Mounting the Circuit Board
The board supports panel and DIN – rail mounting. For panel mounting, mark the control panel according to the provided mounting hole layout and use screws to fix the board, tightening evenly. In the case of DIN – rail mounting, ensure the rail is securely installed in the control cabinet and slide the board onto it until it clicks firmly into place.
3. Electrical Connection
Connect the board to a power source that matches its specified voltage. Identify the power input terminals, connect the cables with correct polarity, and use wire nuts or terminal blocks to secure them. For signal and communication, locate relevant terminals and ports. Connect sensors, actuators, or control systems to signal terminals with shielded cables, and use suitable cables and connectors for communication based on supported protocols, ensuring all connections are tight.
4. Initial Power – On and Basic Testing
Before power – on, double – check all electrical connections and ensure no tools or objects are inside the control cabinet that could cause short circuits. Turn off the main power switch first. When powering on, do it slowly and observe the indicator lights. If there are abnormal light patterns, turn off the power immediately and re – check connections and steps. If powered on successfully, conduct basic function tests according to your application, like starting a motor (if applicable) and monitoring its operation, speed adjustment, noises, and using measuring instruments to check signal modulation.
For more detailed information, or if you encounter any issues during installation, feel free to contact us via email at [Your Email Address] or phone at [Your Phone Number]. We’re here to assist you further.
Product Advantages
The 3BHE004573R0145 UFC760BE145 stands out with high – speed processing for rapid signal modulation, ensuring smooth motor starts and stops. Its robust build withstands harsh industrial conditions such as electrical fluctuations, vibrations, and extreme temperatures. With excellent interoperability, it integrates seamlessly with various industrial components, offering flexibility for system design. Its compact size saves space in control panels, and user – friendly design simplifies installation and configuration.
Application Scenarios
This product has wide applications. In manufacturing, it optimizes motor – driven equipment like conveyor belts, pumps, and fans, reducing energy consumption and increasing production efficiency. In power generation plants, it regulates generator voltage and frequency for stable power output and grid compatibility. For SCADA – based systems, it serves as a reliable communication link for remote monitoring and control of industrial processes, enhancing overall operational efficiency and reliability.
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