ATLAS COPCO PF3007-C-DN-HW

ATLAS COPCO PF3007-C-DN-HW is a stable tightening controller from the Power Focus 3000 series equipped with DeviceNet interface for legacy automated fastening stations. It works with Atlas Copco Tensor electric nutrunners and screwdrivers and provides reliable device communication for real-time signal exchange with connected PLC systems. It supports accurate cycle verification to judge OK or NOK status after each fastening operation. This tightening controller adopts cabinet mounting design, and steady device communication ensures continuous data transmission within the DeviceNet bus network.

The tightening controller saves torque and angle data locally to complete full cycle verification for quality traceability. The DeviceNet port of the tightening controller simplifies field wiring and maintains stable device communication on old factory control networks. Multiple tightening programs can be stored for mixed-model production, and tolerance thresholds of cycle verification can be adjusted to suit hard joint and soft joint assembly requirements. The proven hardware of the tightening controller reduces unexpected downtime for long continuous production shifts.

Dependable signal transfer is the core merit of ATLAS COPCO PF3007-C-DN-HW. The tightening controller maintains accurate cycle verification during frequent program switching. Standard DeviceNet protocol makes the device communication compatible with classic DeviceNet master controllers. All tightening parameters can be backed up to cut production changeover time, and the tightening controller sends clear alarm prompts once cycle verification captures abnormal fastening results. Its wide input voltage range adapts to regular factory power supply environments.

ATLAS COPCO PF3007-C-DN-HW is widely selected for old production line renovation and spare replacement. The tightening controller keeps consistent device communication without complicated configuration work. Continuous cycle verification effectively prevents under-torque and over-torque assembly defects. It inherits mature control logic of the PF3000 family, and this tightening controller is a cost-effective option for automotive, machinery and electrical assembly workshops.