ATLAS COPCO PF2101-S7-230R

ATLAS COPCO PF2101-S7-230R is a compact tightening controller designed for low-torque precision fastening applications with 230V power supply. It pairs with Atlas Copco small electric screwdrivers and provides accurate parameter preset for repeated fine assembly jobs. It supports reliable pulse control to stabilize output torque for delicate joint requirements. This tightening controller adopts a slim cabinet mounting form, and consistent parameter preset ensures identical fastening conditions for mass batch production.

The tightening controller stores fastening results locally to complete full pulse control sequence for quality confirmation. Simple I/O terminals of the tightening controller connect with signal lamps and trigger switches easily, and adjustable parameter preset groups support mixed small-component assembly. Operators can set torque and angle limits, and the pulse control mechanism stops fastening once reaching target value to avoid part damage. The compact hardware of the tightening controller fits narrow electrical cabinet spaces in electronics workshops.

Precision small-job control is the core advantage of ATLAS COPCO PF2101-S7-230R. The tightening controller maintains stable parameter preset during long continuous running cycles. Responsive pulse control reduces overshoot risk for fragile plastic and electronic assemblies. All saved settings can be backed up to shorten model changeover time, and the tightening controller outputs OK or NOK signals when parameter preset thresholds are violated. Its 230V AC input matches standard workshop power specifications.

ATLAS COPCO PF2101-S7-230R is widely used for bench assembly and spare replacement. The tightening controller keeps dependable pulse control without complex bus configuration. Flexible parameter preset simplifies process management for multi-specification small screw fastening. It delivers proven stable performance of the PF2100 series, and this tightening controller is suitable for electronics, household appliances and precision component fastening stations.