PCE Instruments PCE-TG 150 F2.5 Ultrasonic Thickness Gauges with Data Memory

Ultrasonic Thickness Gauges with data memory / Adjustable speed of sound / Calibration reference mounted on the housing / Material thickness measurement up to 300 mm / Limit alarm

The ultrasonic thickness gauges can measure material thicknesses up to 300 mm / 11.81". So that the material thickness of a wide variety of homogeneous materials can be measured, it is possible to store the corresponding speed of sound in the thickness meter. For materials such as steel, aluminum, zinc, silver and gold, the appropriate sound speeds are already stored in the device library. This means that the thickness meter can be used universally.

With the limit value function in the ultrasonic thickness gauges, individual maximum and minimum values can be stored. If the measured value of the test piece is outside the limits, the thickness meter signals this visually. If necessary, the signaling can also be done acoustically by the thickness meter in addition to the visual display. This is why the thickness meter is used, for example, in quality assurance and in incoming goods inspections.

The ultrasonic thickness gauges has a data memory on which the measured values can be recorded. After a measurement sequence, the stored measurement values can be analyzed directly on the thickness meter. The stored data are graphically displayed by the thickness meter. In addition, each individual measuring point can be approached and read in the graphics of the thickness meter. For a simplified analysis of the measured values, the average, the largest and smallest measured value is displayed on the thickness meter.

Features:

• Measured value memory
• Calibration reference on the housing
• Automatic shutdown
• Material thickness measurement up to 300 mm / 11.81"
• Battery status indicator

Includes:

• 1 x Ultrasonic Thickness Gauges PCE-TG 150 F2.5
• 1 x Sensor PCE-TG 2.5M
• 1 x Coupling gel (TT-GEL)
• 1 x Transport bag
• 3 x 1.5 V AA batteries
• 1 x Quick start guide