ETC ST61-90-21-LO5 | 17-66 ft lbs

Atlas Copco 8433 2310 45

Etc St61-90-21-Lo5, Etc St61 Offset Crowfoot Nutrunner, 17-66 Ft Lbs

Atlas CopcoÂ’s unique Tensor motors give the Tensor range outstanding spindle speeds and, thus, help you achieve lower cycle times in your operation. Exceptional ergonomics in terms of balance, grip and low weight make the tools a favorite of the operators and increase individual productivity. All Tensor tools are equipped with LEDÂ’s that will indicate the tightening result, green light for tightening OK and red light for NOK. At Atlas Copco we believe that quality is the road to lowest cost of operation over time. A maintained Tensor tool produces the same performance year after year at minimum and predictable costs while ensuring highest possible uptime. The second generation of Tensor tools, Tensor ST, also focusing on safety critical applications was developed with low weight and productivity in mind. When the height of the tool is a factor to be considered, an in-line tool is preferred. The in-line crowfoot is attached directly to the tool body, with no interference from an angle head. This enables tightening in deep and narrow spaces.

Features:

• High speed nutrunner reduces tightening cycle times, thus increasing productivity
• Improved ergonomics due its light weight for operator comfort
• Internal bus connection for intelligent accessories such as a barcode reader and torque selector reducing time on unnecessary operator movements to read identifiers (e.g.: VIN) or pick up sockets to change program settings
• Configurable LEDÂ’s and an integrated speaker for indicating results via audio signals for operator feedback increasing assembly quality
• Small dimensions provide easier access to narrow spaces, helping you solve difficult tightening applications
• Precision needle bearings on all gearwheels provide unmatched durability that minimizes downtime in your plant
• A run-in procedure in the production process provides a constant degree of efficiency in the gear train and therefore ensures unrivaled accuracy