Welcome to CW Green Tech Limited
info@cwlyautomation.com 86-136 6712 1125
Home      Products ABB 888-2 PROFINET Controller Device communication module
ABB 888-2 PROFINET Controller Device communication module

ABB 888-2 PROFINET Controller Device communication module

  • Product Item : ABB 888-2 3HAC031670-001
  • Product Brand : ABB
  • INQUIRY

ABB 888-2 PROFINET Controller/Device: IRC5 system option, supports the robot as both controller and device at the same time, without the need for additional hardware.

The ABB 888-2 PROFINET Controller is a device that enables high-speed, real-time data transfer and control between ABB robots and other devices, playing a crucial role in industrial automation production lines. 以下是其详细介绍:

The ABB 888-2 PROFINET Controller is a communication module that allows ABB robots to communicate with other devices on a PROFINET network. It can be used as both a master and a smart slave, offering flexibility in network configuration. With this controller, ABB robots can exchange data and control commands with other devices, achieving industrial automation production lines' coordinated work.

Paremeters of ABB 888-2 PROFINET Controller

  • Communication Protocol: PROFINET IO

  • Supported Network Speeds: 100Mbps

  • Input Voltage: 24V DC

  • Operating Temperature Range: -20°C to 60°C

    Module Dimensions: Width 59mm, Depth/Length 127.5mm, Height 186mm

    Weight: 0.7kg

Features of ABB 888-2 PROFINET Controller

    Dual Role Capability: It can function as either a master or a slave on the PROFINET network. When used as a master, it can control and monitor slave devices. As a slave, it can receive commands and data from a master device. This dual role capability provides flexibility in network configuration and allows the robot to adapt to different application scenarios.

  • High-Speed Communication: The 888-2 PROFINET Controller supports high-speed data transfer, enabling rapid communication between the robot and other devices on the network. This is crucial for applications that require real-time control and feedback, such as in industrial automation where precise and timely actions are necessary.

  • Easy Configuration: The controller is designed to be easily configured, allowing users to set up the network connection and communication parameters with relative ease. This reduces the complexity of system integration and enables quicker deployment of the robot in a PROFINET network environment.

  • Wide Compatibility: It is compatible with a variety of ABB robot models and can also work with other PROFINET-enabled devices from different manufacturers. This ensures seamless integration with existing industrial automation systems and allows for greater flexibility in choosing components.

  • Reliable and Robust: Built with industrial-grade components and designed to meet the harsh requirements of industrial environments, the 888-2 PROFINET Controller offers high reliability and stability. It can withstand vibrations, temperature variations, and electromagnetic interference commonly found in industrial settings.

Application of ABB 888-2 PROFINET Controller

  • Industrial Automation: In manufacturing plants, the 888-2 PROFINET Controller is used to connect ABB robots with other equipment such as programmable logic controllers (PLCs), sensors, and actuators. This enables the robot to perform tasks in coordination with other devices, achieving complex production processes. For example, in an automotive assembly line, the robot can receive commands from the PLC to pick and place parts with high precision and speed.

  • Robotics Integration: When integrating multiple robots or when a robot needs to interact with other intelligent devices in a factory, the 888-2 PROFINET Controller facilitates seamless communication and cooperation. It allows the robots to share information and synchronize their actions, and improve overall production efficiency and quality.

  • Process Control: In industrial processes where precise control and monitoring are required, the controller plays a vital role. It enables the robot to adjust its actions based on real-time data received from sensors, ensuring that the process runs smoothly and meets the desired specifications.