F352774-1 (Yaskawa JANCD-NBB31-E Backplane PCB)
Description
Model Identification
Part Number: F352774-1
Official Model: JANCD-NBB31-E
Revision: A0 (common)
Manufacturer: Yaskawa Electric (Japan)
Application: Exclusive to NXC100 robot controller
Technical Specifications
Electrical
System Voltage: 24 VDC (backplane distribution)
Signal Routing: High-speed differential and digital I/O lines
Backplane Bus: Proprietary NXC100 internal bus for inter-board communication
Mechanical & Environmental
Form Factor: Large backplane PCB (full-cabinet width)
Dimensions (approx.): 320 mm × 220 mm
Weight: ~0.8 kg
Operating Temperature: 0 °C to +50 °C
Storage Temperature: -20 °C to +70 °C
Humidity: 10%–85% RH, non-condensing
Construction: FR-4, lead-free solder, ESD-protected
Connectors & Slots
Multiple card edge slots for CPU, servo, I/O, and communication boards
D-sub and ribbon-cable connectors for external robot and peripheral signals
Power distribution connectors for 24 VDC and ground
Core Functions
Main System Interconnection: Serves as the central backbone connecting all internal NXC100 PCBs (CPU, servo, I/O, etc.).
Power Distribution: Distributes regulated 24 VDC power to all plug-in boards.
Signal Routing: Routes motion control, safety, I/O, and communication signals between boards and external devices.
Mechanical Support: Provides structural mounting and alignment for all internal modules.
System Expansion: Enables integration of optional boards (e.g., additional I/O, network interfaces).
Application
Primary Use: Yaskawa Motoman NXC100 series robot controllers.
Key Industries: Semiconductor wafer handling, LCD/FPD manufacturing, and high-precision automation cells.
Compatibility: Not interchangeable with other Yaskawa controller families (XRC, DX100, YRC1000).
Maintenance Notes
ESD Critical: Always use anti-static gloves and mats when handling.
Connector Inspection: Periodically clean and check all edge connectors and slots for wear or contamination.
Replacement: Use only original Yaskawa F352774-1 / JANCD-NBB31-E to ensure signal integrity and mechanical fit.
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