ATLAS COPCO PF6000LV

ATLAS COPCO PF6000LV is a high-performance tightening controller designed for precision industrial assembly lines. This unit supports multiple electric fastening tools and adopts the advanced virtual station structure to realize independent operation of each connected tool. The built-in 7-inch HD touch screen brings intuitive operation, and the open communication protocol ensures stable connection with factory PLC and upper management systems. The compact lightweight body simplifies on-site installation and handling, suitable for automotive, general machinery and electronic assembly scenarios.

The tightening controller integrates reliable torque monitoring and full data traceability functions. Every fastening cycle will record torque, angle and batch information, helping users realize quality control in production. The virtual station allows up to six tools to share one host, greatly reducing the purchase and maintenance cost of extra controllers. Remote web HMI access supports offline programming and status checking, no extra software installation required. The IP43 protection grade adapts to ordinary workshop environments and guarantees long-term stable running of the tightening controller.

Rich scalable functions make ATLAS COPCO PF6000LV a flexible digital assembly platform. The virtual station can be configured separately for different tool types and tightening processes, which facilitates quick switching of production models. The embedded data storage module saves fastening records locally, and data can be exported or uploaded to the traceability system at any time. With standardized communication interfaces, this tightening controller seamlessly matches most mainstream assembly tools of ATLAS COPCO, realizing unified management of the whole workstation.

This low voltage version maintains consistent high precision and stability of the PF6000 series. The virtual station architecture avoids signal interference between different tools, and independent parameter storage will not be affected when replacing tools. It supports multiple tightening strategies to meet diverse process requirements such as soft joint and hard joint. The simplified wiring design and front access connectors reduce maintenance difficulty, making this tightening controller an ideal choice for smart factory assembly upgrading.