• Moveable 1.25 inch (31 mm) length posts accommodate a wide range of sample shapes and sizes
  
• Available extended post lengths and other gripping options
  
• USB, RS-232, Mitutoyo, and analog outputs
  
• Automatic output, data storage, and zeroing upon bottle cap removal helps automate testing processes
  
• First / second peak detection for slip and breakaway torques in tamper evident closures
  
• 1,000-point data memory with statistics and outputs
  
• Password protection prevents unauthorized changes
  
• Programmable set point indicators and outputs for pass/ fail determination
  
• High-speed 7,000 Hz sampling rate accurately captures peak torque values
  
• Configurable audio alarms and key tones
  
• 5 selectable units of measurement
  
• MESUR® Lite data collection software included

Series TT01 Cap Torque Testers are designed to measure application and removal torque of bottle caps up to 100 lbFin [11.5 Nm]. Adjustable posts effectively grip a broad range of container shapes and sizes, while optional flat and adjustable jaws are available for unique profiles. A rugged aluminum design, and simple, intuitive operation allow for use in laboratory and production environments.

Class-leading accuracy of ±0.3% and blazingly fast sampling rate of 7,000 Hz ensure reliable and consistent test results, even in quick-action applications. Password protection is provided to prevent unauthorized changes to settings and calibration.

The TT01 includes a range of sophisticated productivity-enhancing features, including USB, RS-232, Mitutoyo, and analog outputs, automatic data output and zeroing upon cap removal, memory storage for 1,000 readings, pass/fail indicators and outputs, and more. First / second peak torque detection is useful for measuring slip and breakaway torques for tamper evident closures.

Series TT01 testers include MESUR® Lite data acquisition software. MESUR® Lite tabulates continuous or single point data. Data stored in the TT01’s memory can also be downloaded in bulk. One-click export to Excel allows for further data manipulation.