Super thickness ultrasonic thickness gauge TG-3290 0-900mm - TG3290

Super thickness ultrasonic thickness gauge TG-3290 0-900mm

Operating principle:

Ultrasonic pulse/echo method with single-element probes

Probe zero adjustment:

Selectable: 1-point calibration: normal measurement

2-point calibration: curve surface measurement or other special application with a high precision

V-path correction:

Automatic

Measuring range:

20mm to 900mm; 0.787in to 35.433in

Depending on probe, material and surface condition

Units:

Selectable: inch or mm

Display:

128×64 dot-matrix LCD screen (1.65in×2.24in; 42mm×57mm)

EL backlight and switchable contract ratio

Digit height: 0.54in or 13.75mm

Measurement update rate:

4 Hz in standard measurement mode

Material velocity range:

1000 to 9999 m/s; 0.039 to 0.394 inch/µs

Power:

Two 1.5V AA alkaline batteries

Warning with low battery voltage

Operating time:

Up to 200 hours (without backlight) with alkaline batteries, depending on operating mode

Auto shut-off:

After 5 minutes of non-use

Operating temperature:

-10°C to +50°C; +14°F to +122°F

Specification to -20°C/-4°F on request

Size:

5.86in×2.87in×1.25in; 149mm×73mm×32mm (H×W×D)

Weight:

200g; 7oz (including batteries)

Data logger capacity:

Up to 500 readings can be divided into a maximum of 5 files (user-selectable)

Operating language:

English and Chinese

Measuring error:

Up to 1in: ±0.002in or ±0.05mm

Above 1in: ±0.5%H

H is the height of the testing object

Repeatability:

±0.001in or ±0.025mm

Application software:

UMVIEW

Interfaces:

Serial RS 232C port in combination with a communicative cable;

Data transfer parameters: 8 bits, 1 stop bit, 9600 baud, no parity.

Standard package:

Ultrasonic thickness gauge

Standard probe (2.5PØ20)

Carrying case

Two 1.5V AA alkaline batteries

Couplant

Certification of quality

Packaging list

Optional accessories:

Attachable rubber case

Couplants and high-temperature couplant

4-step/6-step block for calibration

Data transmission cable

Application software