ATLAS COPCO PF-3110S-S4/7

ATLAS COPCO PF-3110S-S4/7 is a medium torque tightening controller of the Power Focus 3100 series for Tensor S4 to S7 fastening tools. It delivers stable torque-angle regulation and supports reliable batch data logging to store torque and angle profile data after each fastening cycle. This tightening controller adopts cabinet mounting design, and accurate torque-angle regulation supports customized multi-step sequences for medium-load bolt joint assembly.

The tightening controller stores all fastening records locally for quality traceability. Discrete I/O terminals of the tightening controller can connect easily with stack lights and safety relays, and adjustable parameters of batch data logging can be tuned to suit hard joint and soft joint assembly requirements. Multiple program sets are available for mixed-model production, and the proven hardware of the tightening controller supports stable long-hour operation in standard factory workshop environments.

Medium torque stable control is the core advantage of ATLAS COPCO PF-3110S-S4/7. The tightening controller maintains consistent torque-angle regulation under repeated fastening cycles. Complete batch data logging helps engineers quickly locate abnormal batches during quality audits. All parameter settings can be backed up to shorten production changeover time, and the tightening controller triggers alarm prompts once torque-angle regulation results exceed preset tolerances. Its wide input voltage range adapts to regular factory power supply.

ATLAS COPCO PF-3110S-S4/7 is widely used for automated assembly cells and spare replacement. The tightening controller keeps dependable torque-angle regulation without mandatory fieldbus communication. Comprehensive batch data logging satisfies basic traceability requirements for mass production. It inherits mature control logic of the PF3100 series, and this tightening controller is a practical cost-effective choice for automotive components, general machinery and electrical fastening applications.