PRODUCT DESCRIPTION
FANUC A20B-2902-0375 - I/O Link-i Interface Board
This component is a FANUC I/O Link-i Interface Board, engineered for seamless integration within FANUC CNC systems and industrial automation platforms. It facilitates high-speed, deterministic communication between the CNC controller and distributed I/O devices, servo amplifiers, and other peripheral modules utilizing the FANUC I/O Link-i protocol. This board is critical for real-time data exchange in precision manufacturing, robotics, and machine tool applications demanding synchronized control and robust peripheral management.
Technical Specifications:
- SERIES/FAMILY: FANUC I/O Link-i Series
- COMPONENT TYPE: Interface Board / Communication Module
- ELECTRICAL SPECS: Operates on internal system power supply (typically 24VDC or 5VDC logic power from the main CNC unit). Power consumption is low, specific values are dependent on the host system configuration.
- MECHANICAL/PHYSICAL: PCB form factor, designed for slot mounting within a FANUC CNC control unit or compatible backplane. Physical dimensions are specific to the host system's internal slot architecture.
- INTERFACE/CONTROL:
- PROTOCOL: FANUC I/O Link-i (High-speed serial communication)
- CONNECTORS: Typically features optical fiber or dedicated multi-pin connectors for I/O Link-i communication.
- FUNCTION: Manages data transmission and reception for distributed I/O, servo feedback, and other peripheral device control.
- ENVIRONMENTAL/MOUNTING:
- IP RATING: Not applicable as an internal component relies on the host system's enclosure for environmental protection.
- COOLING METHOD: Passive cooling relies on the host system's internal airflow and thermal management.
- MOUNTING STYLE: Slot-mounted PCB within a compatible FANUC CNC controller or module rack.
- COMPATIBILITY/APPLICATION:
- TARGET SYSTEMS: FANUC 0i-MD, 30i-B, 31i-B, 32i-B series CNC controllers and other compatible FANUC control platforms.
- APPLICATION: Real-time control of machine tools, industrial robots, and automated manufacturing cells requiring distributed I/O and synchronized motion control.