ATLAS COPCO PF3107-C-HW

ATLAS COPCO PF3107-C-HW is a reliable tightening controller from the Power Focus 3100 series for Tensor 3-7 electric nutrunners. It delivers precise multi-step regulation for different hard and soft fastening joints and provides complete local logging to store torque and angle data after each cycle. This tightening controller uses discrete I/O signals instead of fieldbus, and stable multi-step regulation supports customized tightening sequences for medium torque assembly applications.

The tightening controller saves all fastening records locally to finish full local logging for quality audit. Its I/O terminals of the tightening controller can connect directly with stack lights and safety relays, and adjustable parameters of multi-step regulation can be modified on the front panel. Multiple program groups are available for mixed-model production, and all data from local logging helps engineers trace abnormal batches quickly. The proven hardware of the tightening controller supports continuous long-hour operation in standard workshop environments.

Simple and stable operation is the core advantage of ATLAS COPCO PF3107-C-HW. The tightening controller maintains consistent multi-step regulation under repeated fastening cycles. Intuitive status feedback makes the local logging workflow easy for on-site operators. All parameter settings can be backed up to shorten production changeover time, and the tightening controller triggers alarm outputs once multi-step regulation detects torque or angle out of tolerance. Its wide input voltage range adapts to common factory power supply.

ATLAS COPCO PF3107-C-HW is widely used for simple automated stations and spare replacement. The tightening controller keeps dependable multi-step regulation without complicated bus configuration. Comprehensive local logging meets basic traceability requirements for mass assembly. It inherits mature control logic of the PF3100 family, and this tightening controller is a cost-effective option for automotive components, machinery and electrical fastening work.