ATLAS COPCO PF-4000-C-DN-HW

ATLAS COPCO PF-4000-C-DN-HW is a non-graphical tightening controller of the Power Focus 4000 series equipped with DeviceNet interface for legacy industrial fastening assembly. It is compatible with Atlas Copco electric nutrunners and screwdrivers and delivers reliable bus exchange to transmit real-time fastening data to DeviceNet PLC hosts. It supports accurate torque validation to judge OK or NOK status after each fastening cycle. This tightening controller adopts cabinet mounting design, and steady bus exchange ensures stable signal transmission on classic DeviceNet bus networks.

The tightening controller stores torque and angle fastening records locally to complete full torque validation for batch quality traceability. The DeviceNet port of the tightening controller simplifies field wiring layout and keeps consistent bus exchange in traditional factory automation networks. Multiple tightening programs can be saved for mixed-model production, and tolerance thresholds of torque validation can be tuned for hard joint and soft joint assembly requirements. The proven compact hardware of the tightening controller supports long continuous operation in mass production workshops.

Stable bus transmission is the core advantage of ATLAS COPCO PF-4000-C-DN-HW. The tightening controller keeps precise torque validation even under frequent program switching. Standard DeviceNet protocol makes the bus exchange compatible with mainstream DeviceNet master controllers. All parameter settings can be backed up to shorten production changeover time, and the tightening controller triggers clear alarm prompts once torque validation captures out-of-tolerance fastening results. Its wide input voltage range adapts to common factory power supply environments.

ATLAS COPCO PF-4000-C-DN-HW is widely used for production line renovation and spare replacement. The tightening controller sustains dependable bus exchange without complicated network configuration. Continuous torque validation effectively prevents under-torque and over-torque assembly defects. It inherits mature control logic of the PF4000 series, and this tightening controller serves automotive, machinery and electronic fastening applications reliably.