Elcometer MTG [MTG8BDL-TXC] Ultrasonic Material Thickness Gauge with Data Logging With Transducer

Elcometer MTG [MTG8BDL-TXC] Ultrasonic Material Thickness Gauge with Data Logging With Transducer. The MTG8 is the top of the range gauge with all thefeatures and functionality necessary for measuring materialthickness and velocity on virtually any material and for awide range of applications.

As well as all the features of the MTG2, MTG4 and MTG6,the MTG8 allows users to store into memory up to threecalibrations. Once saved the user can select a calibrationmemory without the need to re-calibrate the gauge, idealfor users who are measuring a variety of materials orthicknesses. Using the gauge’s alpha-numeric function,calibration memories can be re-named to suit the calibrationsetting.

The MTG8 has user definable upper and lower limits withaudible and visual pass/fail warnings. Limits can be set forindividual readings or for each batch. If a measurement istaken which falls outside set limits, the reading value andthe limit icon turn red, the red LED flashes and the alarmbeeps providing immediate indication of problem areas.

The MTG8 has Differential Mode; once a user definednominal thickness value is set, the gauge displays themeasured thickness together with the variation from the setnominal value thus indicating areas of the material whichare thinner or thicker than expected.

The MTG8 offers B-Scan, a time based, cross sectional2 dimentional graphical view of the material under test,ideal for relative depth analysis. The zoom of the B-Scanreading can either be set to automatic or can be defined bythe user to focus on areas of interest.

The MTG8 can store 100,000 readings in up to 1,000sequential or grid type batches. Using grid batching,readings are stored in a spreadsheet type format. The Obstfeature, allows the user to record an obstruction within thegrid.

Compatible with ElcoMaster™, PC & Mobile Apps, readingscan be downloaded via USB or Bluetooth® to PC, iOS orAndroid™ devices for further analysis and reporting.