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Mitsubishi PLC CC-Link Repeater AJ65SBT-RPT

The Mitsubishi PLC CC-Link Repeater (T-BRANCH) AJ65SBT-RPT is a critical component for expanding and enhancing CC-Link networks in industrial environments. The AJ65SBT-RPT enables the connection of multiple network segments, extending communication distances while maintaining high data transfer speeds. With selectable speeds ranging from 156kbps to 10Mbps, the AJ65SBT-RPT can cater to both short-distance high-speed communication and long-distance stable data transfer. The device supports up to 64 connected devices and can link 10 network segments. It operates on a DC20.4V to DC26.4V power supply, with a compact design and robust electrical protection, making the AJ65SBT-RPT ideal for large-scale automation systems.

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Product Description

Mitsubishi PLC CC-Link Repeater AJ65SBT-RPT

 

The Mitsubishi PLC CC-Link Repeater (T-BRANCH) AJ65SBT-RPT is an advanced communication device designed to extend and improve the performance of Mitsubishi’s CC-Link network systems. By acting as a bridge between multiple network segments, the AJ65SBT-RPT enables seamless and high-speed data transfer across a large automation system, making it essential for complex industrial applications that require expansive communication networks.

 

Key Features and Specifications:

 

  • Data Transmission Speeds:

    • The AJ65SBT-RPT supports a wide range of transmission speeds: 156kbps, 625kbps, 2.5Mbps, 5Mbps, and 10Mbps. This flexibility allows the repeater to be optimized for both high-speed data transfer over short distances and stable communication over long distances where slower speeds may be needed.

  • Segment and Device Connectivity:

    • The device can connect up to 10 network segments independently, allowing for a large network spread across multiple locations or facilities.
    • When used in combination with other modules like the AJ65SBT-RPS and AJ65FBTA-RPH, the system can support even more segments, creating a vast network with multiple connected devices.
    • It can handle up to 64 connected devices, making it suitable for large-scale automation systems that require extensive communication capabilities.

  • Power Supply:

    • The repeater operates on a DC20.4V to DC26.4V power supply, consuming 60mA (at DC24V). This makes it compatible with a wide range of industrial power systems.

  • Transmission Distance:

    • The maximum transmission distance between segments depends on the selected transmission speed. The AJ65SBT-RPT ensures reliable communication even over extended distances in large factories or facilities.

  • Durability and Protection:

    • The repeater features robust electrical insulation, capable of withstanding AC500V voltage for 1 minute and offers an insulation resistance of 10MΩ or more (measured with DC500V). These features protect the system from electrical surges, ensuring stable operation in industrial environments.

  • Compact and Efficient Design:

    • The AJ65SBT-RPT is compact, with dimensions of 50mm (H) x 87.3mm (W) x 40mm (D) and weighs just 0.2kg. This space-saving design allows easy integration into control cabinets or tight industrial spaces.
    • It uses 7-point 2-layer screw terminal blocks for secure and simple wiring, contributing to reduced installation time.

  • Connection Flexibility:

    • The repeater supports a wide array of connection options and is designed to work with other CC-Link components like AJ65SBT-RPS and other compatible modules for maximum scalability.

Applications:

  • The AJ65SBT-RPT is ideal for use in industries with complex, large-scale automation systems, such as manufacturing plants, robotics, and process control applications, where multiple devices and segments need to be connected over extended distances without compromising performance.

Conclusion:

The Mitsubishi PLC CC-Link Repeater (T-BRANCH) AJ65SBT-RPT offers exceptional versatility, durability, and scalability. It is the perfect solution for companies looking to expand their CC-Link networks, offering enhanced connectivity, increased device management, and stable communication across extensive automation systems.