Thickness gauge超聲波測厚儀25MULTI PLUS

Thickness gauge超聲波測厚儀25MULTI PLUS

Thickness Gauge Ultrasonic thickness gauge 25MULTIPLUS

Using ultrasound for most materials like steel, plastic,rubber, glass and composite materials were rapid measurement, accurate Panametrics-NDT 25DL ultrasonic thickness gauge. The thickness measuring meter to these can be displayed immediately presented a digital readout on the LCD screen. Internal data recorderalphanumeric identifier saved 5000 thickness readings,and can be printed or uploaded to the computer.

Using ultrasound for most materials like steel, plastic,rubber, glass and composite materials were rapid measurement, accurate Panametrics-NDT 25DL ultrasonic thickness gauge. The thickness measuring meter to these can be displayed immediately presented a digital readout on the LCD screen. Internal data recorderalphanumeric identifier saved 5000 thickness readings,and can be printed or uploaded to the computer.

To provide some special measurement capability for multilayer material Panametrics-NDT 25 MULTI PLUS for ultrasonic thickness gauge. In addition to the metal thickness, and many other plastic has a varying thicknessrange of the material thickness measurement, 25 MULTIPLUS can calculate and display the 4 independent measurements. The sum of the pattern accurately displaythe total thickness of the selected layers.

Model

25 MULTI PLUS

25MX PLUS

25HP PLUS

Measurement model

Mode 1: measurement of excitation between pulse and the first backwall echo interval. Using the contact probe.

Mode 2: Measurement and pulse first interface wave andthe first bottom wave time interval between. The use ofdelay or immersion transducers.

Mode 3: measurement of the excitation pulse is followed by the first interface echo the two bottom wave interval.The use of delayed or immersion transducers.

The isolation layer of plastic model: only for modes 1 and2, the thickness range 0.100---0.50mm.

Multilayer measurement mode: can display up to fourlayer thickness.

The sum mode: display sum up to three layer thickness.

Mode 1: measurement of excitation between pulse and the first backwall echo time interval, using the contactprobe;

Mode 2: Measurement and pulse wave and the time interval of the first interface wave between the firstbottom, use delayed or immersion transducers;

Mode 3: measurement of the excitation pulse is followed by the first interface echo the two bottom wave interval,use delayed or immersion transducers.

Mode 1: measurement of excitation between pulse and the first backwall echo interval. Using the contact probe.

Mode 2: immediately after the excitation pulsemeasurement between the first interface echo and the first backwall echo interval. The use of delayed orimmersion transducers.

Mode 3: measured immediately after the excitation pulsebetween the two bottom echo the first interface echointerval. The use of delayed or immersion transducers.The types of measurement: measuring thickness, velocity measurement, measuring the time of flight

Pulse generator structure: echo mode, a close type,through type

Measuring range

Steel: 0.150----508.00mm; plastic: 0.100----50.00mm

Steel 0.150--508.00mm; plastic 0.080--50.00mm.

Echo mode and a close type: Steel: 1.27-635.00mm;plastic: 0.50-75.00mm

Transmission: Steel: 1.91--1270.00mm; plastic: 0.89--152.00mm

Precision (keyboard optional)

Low precision: 0.1mm; standard precision: 0.01mm; high precision: 0.001mm

Thickness measurement (keyboard optional): low accuracy 0.1mm; standard precision 0.01mm

Sound velocity measurement: low accuracy 0.01mm/us;standard precision 0.001mm/us

Time of flight measurements: Fixed precision 0.01us

Two alarm modes

High / low value alarm by sound and video presentation.

(1) the standard level values; (2) the previous thickness: -- the absolute value -- percentage

Two kinds of difference mode

(1) the difference measured thickness and the referencethickness (2), the percentage value measured thicknessand thickness.