Brand:GE Fanuc
Model:531X175SSBAAM3
Functionality:Dual Channel BIU Interface
Component Count:47 chips
Chip Size:Varies from tiny to large
Material:Silicon or other conductive materials
Board Size:Specific dimensions
Weight:Specific kg measurements
Connector Type:Right-angled multi-pin
LED Indicators:2 red LEDs
Switch Type:Toggle switch
Edge Features:Tabs with ‘Solder direction’ label and factory-drilled corners
Power Supply:Specific voltage range
Dimensions:Specific cm measurements
The GE Fanuc 531X175SSBAAM3 Interface Circuit Board is engineered with precision and durability, offering unparalleled performance in demanding industrial environments. Its compact design and robust construction ensure reliable operation under varying conditions, making it a preferred choice for critical automation tasks.
Equipped with a multitude of chips, this circuit board is capable of handling complex tasks efficiently. Each chip is encased within its own circuit board, providing an encapsulated environment for optimal functionality. The integrated circuits support the board’s ability to manage and communicate data effectively across different system components.
Featuring a versatile right-angled multi-pin connector at the bottom edge, the board allows for easy connection to other devices. The top edge includes a toggle switch and two red LED indicators, which provide visual feedback for system status, ensuring quick identification of operational conditions.
The inclusion of a ‘Solder Direction’ tab with an arrow guides the assembly process, simplifying installation. Corners are factory-drilled for additional support and compatibility with various mounting configurations. This attention to detail ensures a seamless integration into existing systems.
With a focus on efficiency and reliability, the GE Fanuc 531X175SSBAAM3 Interface Circuit Board supports the advancement of industrial automation technologies. It is compatible with a wide range of applications, including manufacturing, robotics, and process control systems, driving productivity and efficiency gains in various industries.
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