AMITTARI AT-140C Ultrasonic Thickness Gauge
SE
AT-140C
AMITTARI AT-140C Ultrasonic Thickness GaugeSPEC
AMITTARI AT-140C Ultrasonic Thickness GaugeDetails
AMITTARI AT-140C Ultrasonic Thickness GaugePacking list
- SKU
- NB047760
- Shell material
- aluminum alloy
- display
- Four-digit large-screen backlit digital display
- Measurement range
- 0.75Mm~ 400mm (45 #steel, determined by the probe)
- resolution
- MPE:(0.01+H/200)mm/ MPE:+(0.1+H/100)mm
- Measurement Accuracy
- +/- (0.5% n + 0.05mm), depending on material and conditions
- Speed of sound measurement
- 500 m/s~ 9000 m/s
- Lower limit of pipe measurement
- φ 15 * 2.0mm, φ 20 * 3.0mm depends on the probe
- Operating temperature
- 0°C~40°C
- Relative Humidity
- <85%RH
- Power Supply
- 2 AA batteries
- Net Weight
- 340 (without battery)
- size
- 137mm*76mm*32mm
- standard accessories
- Host Sensors Portable Case (B04) Coupler, Instruction Manual
- Optional accessories
- USB Connectivity cable and software, Bluetooth adapter and software, all kinds of special probes
Description
This instrument is suitable for boilers, oil storage tanks, pipes, pipes, slabs, forgings, flanges, hulls, decks, rails,Thickness measurement and corrosion measurement of machined parts, etc. For most of the materials that can propagate ultrasonic waves, this instrument can be used to measure the thickness, such as: metal, ceramic, plastic, nylon, glass, etc.
Features
It has strong transmitting power and high broadband receiving sensitivity. The probe can be adapted to different frequencies, so it can be used to measure and apply to severely corroded rough surfaces, lacquered surfaces, and even some gray cast iron
The scope covers almost all industrial sectors.
AT-140C two-way measurement, for the material within the measurement range, the known sound velocity can measure the thickness, and the known thickness can measure the sound velocity.
Automatic memorization of material codes and sound velocity values for ease of use.
It has the function of coupling status prompt; Automatic shutdown and manual shutdown functions.
USB cable output for data acquisition with PC.
Bluetooth data output is also available.
Principle
Digital ultrasonic Thickness Gauges generate short ultrasonic pulses from the transducer that travel from the outer surface through the inside of the material, reflect on the back or inner surface, and return to the transducer; and accurately measure the time required for this process,
to determine the thickness of a part or structure. The measured bidirectional crossing time is divided by 2 to calculate the underpass and reflection propagation paths, which are then multiplied by the speed of sound in the material.