Yaskawa JANCD-FC260

Description

Product Description

Product Parameters

Advantages and Features

1. Multi-Protocol Support: Yaskawa JANCD-FC260 integrates Profinet, Ethernet/IP, and DeviceNet, enabling seamless integration with major industrial control systems (Siemens, Allen-Bradley, Mitsubishi) without additional gateways.
2. Real-Time Robot Data Transmission: ≤10ms latency ensures critical robot status and position data is transmitted instantly to PLCs/HMIs, enabling precise coordination between robots and peripheral equipment (e.g., conveyors, grippers).
3. Safety Compliance: ISO 13849-1 Safety Category 3 certification and direct safety I/O connections make Yaskawa JANCD-FC260 suitable for safety-critical robotic applications (e.g., collaborative robot cells).
4. Rugged Industrial Design: Wide operating temperature range and vibration resistance (EN 60068-2-6) ensure reliable performance in harsh manufacturing environments (e.g., automotive welding, metal fabrication).
5. Seamless Yaskawa Ecosystem Integration: Optimized for DX200/DX100 controllers and Motoman robots, Yaskawa JANCD-FC260 eliminates compatibility issues and reduces integration time for robotic cell deployments.
6. Redundant Communication Paths: Dual Ethernet ports support failover configurations, ensuring uninterrupted communication even if one network link fails—critical for 24/7 production environments.

Application Fields and Cases

Core Application Fields

• Automotive Industry: Motoman robot welding cell integration with Siemens PLCs, assembly line robotic arm coordination
• Electronics Industry: PCB assembly robot communication with Ethernet/IP-based control systems, component handling robot status monitoring
• Logistics Industry: Palletizing robot integration with warehouse management systems (WMS), conveyor-robot synchronization
• Food & Beverage Industry: Packaging robot data exchange with Profinet HMIs, pick-and-place robot safety interlock control

Typical Application Case

Competitor Comparison (vs. Fanuc A03B-0823-C001 Communication Module)

Selection Suggestions

1. Robot Controller Compatibility: Prioritize Yaskawa JANCD-FC260 for Yaskawa DX200/DX100 controllers; choose Fanuc modules for Fanuc robot systems.
2. Protocol Requirements: Select Yaskawa JANCD-FC260 if Profinet or DeviceNet is needed; Ethernet/IP-only applications may use simpler modules.
3. Safety Needs: Use Yaskawa JANCD-FC260 for Safety Category 3 applications (e.g., high-speed robotic cells); Cat 2 applications may use lower-cost alternatives.
4. Redundancy Requirements: Choose Yaskawa JANCD-FC260 for 24/7 production environments requiring failover communication; single-port modules suffice for non-critical applications.
5. Spare Parts Planning: Reserve one Yaskawa JANCD-FC260 module per 5 robot cells to ensure quick replacement in case of module failure.

Precautions

1. Configure protocol settings (e.g., Profinet IO device name, Ethernet/IP scanner mode) using Yaskawa’s RobotStudio software to match the external control system’s requirements.
2. Use shielded Ethernet cables for Profinet/Ethernet/IP connections and ground the shield layer at one end to minimize electromagnetic interference from welding equipment or motors.
3. Test safety I/O connections after installation by simulating a safety trigger (e.g., emergency stop) to verify that the robot controller receives the signal and stops operation.
4. Update the module’s firmware via the robot controller’s maintenance interface (not direct PC connection) to avoid compatibility issues with the DX200/DX100 system.
5. Mount Yaskawa JANCD-FC260 in a well-ventilated area within the robot controller cabinet to maintain operating temperature within 0°C ~ 55°C.
6. Store spare modules in anti-static packaging in a dry, temperature-controlled environment (-20°C ~ 65°C) to prevent moisture or static damage to internal components.

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