ATLAS COPCO PF4000-C-PN-HW

ATLAS COPCO PF4000-C-PN-HW is a robust tightening controller equipped with Profinet interface for traditional industrial assembly lines. This reliable unit supports multiple electric fastening tools and provides stable torque monitoring to secure consistent assembly quality. Built-in emergency stop relay and integrated logic functions simplify workstation safety design, and the durable hardware of this tightening controller suits long-cycle production in automotive and general machinery workshops. The compact chassis saves cabinet space, and the torque monitoring function captures every fastening cycle data for quality review.

The tightening controller delivers full fastening traceability for all tightening jobs, storing torque and angle records locally for audit. The Profinet communication port enables fast data exchange with PLC and factory control systems, helping users integrate the tightening controller into existing automation networks smoothly. Custom tightening strategies can be set inside the unit to match hard joint and soft joint processes, and real-time torque monitoring sends instant OK or NOK feedback to operators. All generated records support export to management software to complete the fastening traceability workflow.

Stable communication performance is a core feature of ATLAS COPCO PF4000-C-PN-HW. The tightening controller works well with classic Atlas Copco electric screwdrivers and nutrunners, retaining mature control logic for stable mass production. The torque monitoring threshold can be adjusted on-site to avoid over-torque or under-torque defects. Users can back up all parameter settings to shorten production changeover time, and the complete fastening traceability system helps locate abnormal batches quickly. The wide input voltage design of the tightening controller adapts to different workshop power supply conditions.

ATLAS COPCO PF4000-C-PN-HW remains a trusted legacy assembly control device. The tightening controller adopts proven circuit structure with low failure rate and convenient maintenance. Continuous torque monitoring runs during the whole fastening stroke to protect workpieces and tools. It supports multi-program switching for mixed-model production, and the complete fastening traceability meets strict industry quality standards. The standard Profinet protocol keeps this tightening controller compatible with most mainstream automation control platforms.