The GE 531X133PRUAMG1 Interface Board is a specialized component designed for seamless integration into industrial drive systems. It serves as a versatile interface, facilitating signal amplification, isolation, filtering, and conversion to ensure optimal performance across various applications.
Brand:GE
Model:531X133PRUAMG1
Category:Process Interface Board
Dimension:Square, 125mm x 125mm
Drilling:4 Corners
Components:16-pin Vertical Header, 2 Male Vertical Pin Connectors
Positioning:Single Three-Position Terminal Strip
Connectivity:2 Cable Connectors
Jumper Switches:13
Potentiometers:7
Integrated Circuits:9, including Logic ICs & High-Performance Analog Drivers
Power Supply:DC Power Supply Compatibility
Operating Temperature:-40°C to 85°C
The GE 531X133PRUAMG1 Interface Board is meticulously engineered for applications requiring robust and reliable signal processing. Its compact yet sturdy PCB design ensures compatibility with a wide range of industrial control systems.
Equipped with dual vertical pin cable connectors, the board facilitates straightforward connection and disconnection, allowing for quick and efficient maintenance operations without compromising system integrity.
Featuring a single three-position terminal strip, the board offers versatile configuration options to adapt to diverse system requirements, enhancing its flexibility and utility across various industries.
With thirteen jumper switches and seven potentiometers, users can fine-tune operational parameters to optimize performance, ensuring that the board seamlessly integrates into their specific system configurations.
Built with a combination of diodes, metal film resistors, and capacitors of various materials, including electrolytic, ceramic, and polyester vinyl, the board ensures stable operation under extreme conditions. The use of high-quality components guarantees longevity and reliability, making it a preferred choice for mission-critical applications.
The GE 531X133PRUAMG1 Interface Board is a specialized component designed for seamless integration into industrial drive systems. It serves as a versatile interface, facilitating signal amplification, isolation, filtering, and conversion to ensure optimal performance across various applications.