MT160 Digital Ultrasonic Thickness Gauge

MT160 is a digital ultrasonic thickness gauge .Based on the principle of ultrasonic principle, the instrument is capable of measuring the thickness of various materials, such as metal, plastic, ceramic, glass and many other good ultrasonic conductors.

The advantages of ultrasonic thickness gauge is exposed to one side of the workpiece to complete the measurement. Its unique non-destructive testing performance provide the perfect solution for the thickness testing of closed pipes, containers, etc.

It is widely used in pertroleum , chemical ,metallurgy, shipbuilding, aviation, aerospace and other fields because of monitoring corrosion thinning degree of various pipes and pressure vessels.

It can also be used for precise measurement of sheet metal and machined parts.

Features:

Suitable for measuring metal (such as steel, cast iron, aluminum, copper, etc.) , plastics, ceramics, glass, fiber glass and any other good ultrasonic conductors;
Dual straight beam probes with different frequencies and crystal sizes are available;
Zero calibration, two-point calibration, automatic error correction system;
Known thickness, sound speed can be measured, in order to improve the measurement accuracy;
Coupling status indicator showing the coupling status;
EL backlight for easy use in dimly lit environments;
Remaining battery indicator can display the remaining power in real time;
Auto sleep and auto power off function to conserve battery life
Small, portable, high reliability for harsh operating environment, anti-vibration, anti-shock and anti-electromagnetic interference.

Working Principle:

The digital ultrasonic thickness gauge determines the thickness of a part or structure by accurately measuring the time required for a short ultrasonic pulse generated by a transducer to travel through the thickness of the material, reflect from the back or inside surface, and be returned to the transducer. The measured two-way transit time is divided by two to account for the down-and-back travel path, and then multiplied by the velocity of sound in the material. The result is expressed in the well-known relationship.

Where:

H-Thickness of the test piece.
v-Sound Velocity in the material.
t-The measured round-trip transit time.

To make sure the probe working properly, it needs to use couplant to isolate the air between the probe surface and the measured workpiece surface. The liquid used for the coupling between the probe and workpiece is called as couplant.

Transducer Selection

Configuration