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Quality Torque Wrenches

Quality Torque Wrenches

Q-SHIELD-S and Q-AUDIT provide a freedom for Quality Operators and Process Engineers to use the wrench in a free mode and independently from​

production datas: Joint check during audits, conduct Joint analysis on prototypes to or simply retightening mode to secure a joint.

2 products
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Imperial
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Q-Shield - S – Digital Smart Wrench

8 variants

Desoutter’s QShield digital smart torque wrench improves the level of accuracy in manual tightening operations and allows 100% traceability of jobs performed in production and rework stations, boosting uptime, productivity & flexibility.

Benefits
  • Delta QC for configuration and results
  • 5 methods for breakaway measurement strategies, as per VDI-VDE 2645-3 to fit to your quality standards
  • Direct operator feedback with the LED display and vibration capability reducing your cycle time and potential quality costs.
  • Menus accesible for versatile usage
  • Vibrating handle for immediate feedback
  • Smart RFID end-fittings with automatic Torque & Angle ratio management per Pset providing multiple torques for one investment.
  • Full integration in an ecosystem mixing manual wrenches and electric tools to reduce your asset management and operating costs.
  • Double transducer to provide +/-1% accuracy from 10 to 100% of the torque range reducing your potential quality cost

Q-AUDIT wrench

3 variants

Whether your quality process require residual torque check in SPC or Product engineering needs a joint analysis, the Desoutter Q-AUDIT Digital Torque wrench, in combination with Delta 7D, provides highly accurate torque and angle measurement. The Q-AUDIT is your perfect partner to boost your quality and help engineering define their specifications.

Benefits
  • Tightening and yield strategies for engineering, residual torque for quality control in SPC mode.
  • 5 methods for breakaway measurement strategies, as per VDI-VDE 2645-3 to fit to your quality standards
  • Double bridge strain gauge transducer to guarantee a tightening result independent from operator hand position.
  • Built-in memory chip with embedded information (date of production, last and next calibration, min and max torque capacity etc…)
  • Reduces the uncertainty of measurement with +/-1% accuracy on torque reading value and 250°/sec angular speed resolution