Overview
LEEB leeb320 Ultrasonic Thickness Gauge is a split Ultrasonic Thickness Gauge with LCD display. The thickness measurement range is 1~ 250mm. The measurement Speed of sound is 5920m/s. It has a coupling status prompt function and a Probe zero point Adjustment. The instrument is suitable for the measurement of the thickness of metals (such as steel, cast iron, aluminum, copper, etc.), plastics, ceramics, Glass, fiberglass and any other good conductor of ultrasonic waves.
Features
1. Chinese and English operation menu.
2. With status prompt function and coupling status prompt function.
3. The upper and lower tolerances can be set to exceed the automatic alarm.
4, with high luminance LED backlight display function, can display the remaining battery power.
5, can be for composite, unknown material known thickness, reverse accurate Speed of sound.
6. It has power-saving functions such as automatic sleep and shutdown.
7. Optional metric or imperial system.
8, with Probe zero calibrated, can automatically correct the system error.
Principle
The thickness measurement principle of LEEB leeb320 Ultrasonic Thickness Gauge is: the ultrasonic pulse emitted by Probe reaches the back measurement object and propagates in the object, and is reflected back to Probe when it reaches the material interface. The thickness of the material to be measured is determined by accurate measurement of the time of ultrasonic propagation in the material.
Applications
Plates, Machined Parts, Pipes in Production Equipment, Pressure Vessels, Petroleum, Chemical, Metallurgy, Shipbuilding, Aviation, Aerospace
Steps
1. Probe zero point calibrating.
2. Set the upper and lower tolerances (optional).
3. Contact the Probe with the surface of the tested material.
4. Observe the coupling status prompt to ensure good coupling.
5. Read the thickness measurement results on the LCD screen.
Notice
• Probe Contact Temperature range -10~ 60 ℃, avoid use in environments beyond the range.
• Make sure the Probe is well coupled to the measured surface for accurate readings during measurement.
• For different materials (such as thin wall, small arc surface, coarse crystal material or high temperature material), the corresponding type of Probe should be selected.
• Regularly calibrate Probe zeros to maintain Measurement accuracy.
• Pay attention to the remaining battery power and replace it in time to ensure normal operation.
