FANUC A03B-0807-C054 - I/O Link-i ModuleThis FANUC A03B-0807-C054 is a compact I/O Link-i module engineered for distributed input/output operations within industrial automation systems. It facilitates high-speed, synchronized data exchange between field devices and FANUC CNC or robot controllers utilizing the proprietary I/O Link-i communication protocol. This module is critical for expanding I/O capabilities in CNC machine tools, robotic cells, and automated production lines, ensuring precise control and monitoring of peripheral equipment.Technical Specifications:- SERIES/FAMILY: I/O Link-i Module- COMPONENT TYPE: Remote Digital I/O Unit- ELECTRICAL SPECS: - NOMINAL VOLTAGE: 24VDC (Control Power) - INPUT VOLTAGE RANGE: 20.4VDC to 28.8VDC - DIGITAL INPUTS: Multiple points, sink/source configurable (specific count defined by C054 variant) - DIGITAL OUTPUTS: Multiple points, transistor output (specific count defined by C054 variant) - OUTPUT CURRENT RATING: Typically 0.5A per point (maximum 2A per common) - POWER CONSUMPTION: Approximately 5W to 10W (module only, excluding I/O load)- MECHANICAL/PHYSICAL: - FORM FACTOR: Compact, panel-mountable or DIN rail compatible - DIMENSIONS: Standard FANUC I/O Link-i module footprint (exact dimensions vary by specific variant) - WEIGHT: Approximately 0.2 kg to 0.5 kg- INTERFACE/CONTROL: - COMMUNICATION PROTOCOL: FANUC I/O Link-i (proprietary serial communication) - INTERFACE PORTS: I/O Link-i connector, Terminal blocks for I/O wiring - INDICATORS: LED status indicators for power, communication, and I/O status- ENVIRONMENTAL/MOUNTING: - IP RATING: IP20 (for cabinet installation) - OPERATING TEMPERATURE: 0°C to 55°C - STORAGE TEMPERATURE: -20°C to 60°C - COOLING METHOD: Natural convection - MOUNTING STYLE: Screw mounting or DIN rail mounting- COMPATIBILITY/APPLICATION: - COMPATIBLE CONTROLLERS: FANUC 0i, 30i, 31i, 32i series CNC controllers FANUC R-30iB series robot controllers - TARGET APPLICATIONS: CNC machine tools, industrial robotics, automated assembly lines, material handling systems, general factory automation requiring distributed I/O expansion.
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