Introduction
The TIME® 2130 Ultrasonic Thickness Gauge adopts the principle of ultrasonic measurement, which is suitable for the measurement of the thickness of various materials that can make ultrasonic waves propagate inside it at a constant speed and can be reflected from its back. This instrument can accurately measure various plates and various processed parts. Another important aspect is that it can monitor various pipelines and pressure vessels in production equipment to monitor the degree of thinning after corrosion during use. It can be widely used in petroleum, chemical industry, metallurgy, shipbuilding, aviation, aerospace and other fields.
The principle of TIME® 2130 ultrasonic thickness gauge to measure thickness is similar to that of light wave measurement. The ultrasonic pulse emitted by the probe reaches the measured object and propagates in the object. When it reaches the interface of the material, it is reflected back to the probe. The thickness of the measured material is determined by accurately measuring the propagation time of the ultrasonic wave in the material. The machine can achieve a high resolution of 0.01mm, and the backlight display is suitable for measurement in a poor light environment. Features
Can measure the thickness of various metals (steel, strip steel, cast iron, etc.) and non-metallic materials (glass, ceramics, quantity, etc.);
Automatic proofreading zero point repair system error; data transmission is equipped with RS232 standard interface to achieve communication with printer or PC;
The limit can be set, and the measurement value outside the limit can be automatically buzzed and alarmed;
Backlit display is suitable for measurement in poor light environment;
Can store, delete, view 500 measured values;
It can measure the known thickness and inversely measure the speed of sound;
Two-point calibration can improve measurement accuracy;
With voltage prompt, automatic shutdown function. Technical Parameters
Model: TIME®2130
Measuring range: 0.75mm-300mm (depending on the material to be tested, temperature, measurement mode and sensor)
Display resolution: 0.01mm or 0.1mm (below 100.0mm)
0.1mm (above 99.99mm)
Indication error: When the display resolution is 0.01mm:
<10.0mm: ± 0.05mm;
≥10.0mm: ± (0.5% H + 0.01) mm;
When the display resolution is 0.1mm:
<10.0mm: ± 0.1mm;
≥10.0mm: ± (1% H + 0.1) mm;
Where H is the actual value of the standard thickness block.
Tube measurement lower limit: Φ20mmm × 3.0mm (5MHz probe);
Φ15mm × 2.0mm (7MHz probe)
Indication error: no more than 0.1mm
Sound speed adjustment range: 1000m / s-9999m / s
The measuring range of the sound velocity of back-measured with known thickness: 1000m / s ～ 9999m / s
Accuracy of sound velocity measurement: When the thickness of the test block is 20mm, the accuracy of sound velocity measurement is 1mm / H × 100%;
When the thickness of the test block is 20mm, the accuracy of sound velocity measurement is 5%
Working environment temperature: 0 ℃ ～ 40 ℃
Power supply: Two No. 5 dry batteries
Power consumption: The maximum working current does not exceed 30mA (3V does not turn on the backlight)
Dimensions: 152mm × 74mm × 35mm
Weight: around 250g
Standard configuration: host, 5PФ10 probe, 4mm steel calibration block, AA type alkaline battery, coupling agent, host protective cover.
Introduction
The TIME® 2130 Ultrasonic Thickness Gauge adopts the principle of ultrasonic measurement, which is suitable for the measurement of the thickness of various materials that can make ultrasonic waves propagate inside it at a constant speed and can be reflected from its back. This instrument can accurately measure various plates and various processed parts. Another important aspect is that it can monitor various pipelines and pressure vessels in production equipment to monitor the degree of thinning after corrosion during use. It can be widely used in petroleum, chemical industry, metallurgy, shipbuilding, aviation, aerospace and other fields.
The principle of TIME® 2130 ultrasonic thickness gauge to measure thickness is similar to that of light wave measurement. The ultrasonic pulse emitted by the probe reaches the measured object and propagates in the object. When it reaches the interface of the material, it is reflected back to the probe. The thickness of the measured material is determined by accurately measuring the propagation time of the ultrasonic wave in the material. The machine can achieve a high resolution of 0.01mm, and the backlight display is suitable for measurement in a poor light environment.
