Dakota NDT MX1-DL Ultrasonic Thickness Gauge

2D cross sectional block view, 4 display modes, 250 readings per second in scan mode, 1/8 VGA grayscale display.

$2,350.00

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Part Number
  • MX1-DL
Manufactured
Includes
Availability
  • Usually ships in 1-2 weeks
Product Manual Product Specs

Features

  • Measurement modes:
    • Pulse-echo (PE): flaws, pits
    • Echo-echo (EE): thru-paint
  • Pulser: 150 volt square wave
  • Receiver: manual or AGC gain control with 50dB range, depending on mode
  • Timing: precision TCXO with single shot 100MHz 8-bit ultra low power digitizer
  • Display modes:
    • Large digits (standard thickness view)
    • B-Scan (time-based cross section view)
    • Scan bar (speed 10Hz)
    • Bar graph (stability of measurement)
  • Measurement resolution: +/- 0.001in (0.01mm)
  • Velocity range:
    • 0.0122 to 0.7300in/µs
    • 309.88 to 18,542m/s
  • 64 custom user-definable setups
  • 4Gb internal memory
  • 1/8in VGA grayscale display
  • 25Hz display refresh rate

What's in the Box

  • Selectable transducer
  • Couplant
  • Manual
  • Plastic carrying case
  • Certificate of Calibration
  • AA Batteries
  • PC software
  • Data transfer cable

The Dakota NDT MX1-DL ultrasonic thickness gauge features a 2D cross sectional block view, providing a graphical representation of a material's thickness, ideal for accurate analysis and identification of pits and corroded areas. The MX1-DL has a choice of display, including Readings, B-Scan, B-Scan combined with readings, and Scan bar, allowing the user to select the most appropriate for their needs.

Flexible and easy to use, the MX1-DL measures both uncoated and coated surfaces. The normal display mode (Pulse Echo or PE) measures the total thickness from the base of the transducer probe to the material density boundary (typically the back wall). This is ideal for pit and flaw detection. Echo Echo mode (EE), also known as the ThruPaint Mode, ignores the coating thickness, displaying the material thickness from the top surface of the material to the material density boundary. Taking 250 readings per second in scan mode, the internal data logger stores up to 4GB worth of data together with their waveforms.