Wireless Machine Level

February 09, 2017
Wireless Machine Level

GTI Predictive Technology offers the Wireless Machine Level. The company says this product is a major leap forward from its previous 1-axis level and supports both the iPad and Windows computers.

GTI’s Wireless Machine Level is a 2-axis precision digital level that simultaneously displays 2D plane angles, simplifying and resolving the hurdles of taking angles one axis at a time. For simple tasks the built-in display can be used to perform a leveling task, but the level stands out with its latency free Bluetooth connection to the iPad. Technicians can reportedly be more efficient leveling assets by viewing the live level data on the iPad as adjustments are being made.

Machinery can be leveled to a 0.001° angular measurement accuracy with GTI’s level. Product accuracy is verified by accredited 3rd party calibration and test service providers in USA, Japan, UK and Germany to conform with NIST, JIS, UKAS and DIN under ILAC and A2LA.

GTI has expanded compatibility to Microsoft Windows for the level adding additional flexibility. Windows users can also connect to the level over USB.

Specifications:

  • Measuring range from 0° ~ ±20.000° Single-Axis; 0° ~ ±10.000° Dual-Axis
  • Resolution of 0.001° (≤18µm/M)(0.0002 in/Ft.)
  • Accuracy: ± 0.001° at 0° to 2.000°; ± 0.003° at other angles
  • Digital color graphic display of dual angles
  • Enable USB external power source
  • VibroMeter display real time vibration graph
  • AngularMeter display real-time angle graph
  • Basic PC Sync software USB connection (5 Meters) to device for remote data display
  • Professional PC Sync Software USB connection to device for remote data logging (Optional)
  • Wireless Bluetooth Class 1 connection (approx. 30 Meters) from PC to device (optional)
  • Operating temperature at -10°C to +50°C

 

Related Glossary Terms

  • calibration

    calibration

    Checking measuring instruments and devices against a master set to ensure that, over time, they have remained dimensionally stable and nominally accurate.

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