Brand:GE Fanuc
Model:531X175SSBAAM3
Type:Dual Channel Bus Interface
Series:SSBA
Component Count:Forty-seven chips
Chip Material:Silicon
Board Size:Specific dimensions
Weight:Approximate weight
Power Supply:Voltage range
Operating Temperature:-40°C to +85°C
Mounting:Right-angled multi-pin connector
LED Indicators:Number of red LEDs
Toggle Switch:Location
Edge Features:Tabs with ‘Solder direction’ label
Manufacturing Drill:Corners drilled
Number of ICs:Thirty-six integrated circuits
Jumper Ports:Control of smaller energy circuits
Dimensions (mm):Width x Height x Depth
Weight (g):Exact weight
Application Area:Industrial automation systems
Integrating advanced technology, the GE Fanuc 531X175SSBAAM3 Dual Channel BIU Interface Circuit Board is engineered to enhance system efficiency in industrial automation environments. Its robust design ensures reliable performance under demanding conditions.
This board is equipped with 47 integrated circuits, each meticulously crafted from high-quality silicon or alternative conductive materials. The compact yet versatile chip sizes provide flexibility in various applications, ensuring optimal compatibility with existing systems.
Featuring a right-angled multi-pin connector along the bottom edge, this board facilitates secure and efficient connection to other components. The top edge is adorned with two red LED indicators, offering visual feedback on system status, while a toggle switch allows for manual control over certain functionalities.
The inclusion of two specific features – the ‘Solder direction’ tab with an arrow and factory-drilled corners – ensures ease of assembly and adherence to best practices during installation. This attention to detail reflects the board’s commitment to quality and reliability.
With a tailored selection of specifications and parameters, the GE Fanuc 531X175SSBAAM3 Dual Channel BIU Interface Circuit Board is meticulously designed to meet the stringent requirements of industrial automation. Its comprehensive functionality and superior build quality make it an indispensable asset for enhancing operational efficiency and reliability.
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