Utica TS-100 Adjustable Torque Limiting Screwdriver Description

Utica TS-100 Adjustable Torque Limiting Screwdriver features include:

• Utica TS-100 Adjustable Torque Limiting Screwdriver Standard product calibrated right hand only. Left hand calibration on request.
• Utica TS-100 Adjustable Torque Limiting Screwdriver Precision micrometer scale calibrated in inch-ounces or inch-pounds. Metric models: cm-kg.
• Easy-release bit holders securely retain bits during operation while permitting easy removal.
• Anti-backlash design for repeatability.
• Meets or exceeds ASME B107.14M and ISO 6789 specifications.
• Adjustable model accuracy is 6% of setting, starting at 20% of full scale to full scale. Right hand only.
• Calibration certificate can be requested when ordering.

All Utica TS-100 Adjustable Torque Limiting Screwdrivers feature aluminum housings to reduce weight and maximize durability. Utica torque screwdrivers feature a unique roller bearing cam, which produces smooth, accurate, and consistent performance when tightening fasteners. When the maximum torque setting is achieved, the cam mechanism automatically slips to prevent over-tightening.

Electronics assembly and other light screw assembly applications demand precision that can only be accomplished with the use of precision tools. All Utica TS-100 Adjustable Torque Limiting Screwdrivers are made of top grade materials machined to exacting tolerances. Working parts are heat treated for added strength and durability. Each Utica TS-100 Adjustable Torque Limiting Screwdriver is carefully assembled by our experienced technicians.

Each Utica screwdriver is calibrated according to ASME B107.14M before leaving the plant, using test equipment traceable to NIST. Utica’s manufacturing processes are ISO 9001 certified, which means that Utica products are manufactured to the highest standards. Quality materials, precision machining and assembly is what makes Utica torque screwdrivers the tool of choice.

As a general rule, we recommend calibrating Utica torque products every six months. However, the quality objectives of the operators organization will ultimately determine the frequency of tool calibration.