Ultrasonic Thickness Gauge ARW-1962

Ultrasonic Material Thickness Gauge ARW-1962

The ARW-1962 ultrasonic thickness gauge is a portable digital gauge designed to determine the thickness of a material with a high resolution of 0.001 mm/0.0001 inch by simply placing the probe on one side without the need for any feedback from the opposite side. Thanks to the 15MHz Delay line DTM15 probe supplied as standard, it can detect thicknesses from 0.3 to 20mm (measuring range depending on the material being measured).

The ARW-1962 is equipped with a large 3.5-inch backlit color screen, a large storage capacity of 100,000 thickness values ​​(100 groups in total, 1000 thickness values ​​per group in the Digital screens), plus 500 groups of data with A-scan images and 500 groups of data with B-scan images. Equipped with , automatic shutdown, presettable alarms and graphic display of the ultrasound waveform. Measurement function automatically selectable (depending on the probe used (E-E, P-E, Thin, Thin EE) with a special mode that allows the instrument to detect the actual thickness of a material regardless of the presence of a coating, such as an anti-corrosion coating, fillers, paint, plastic and other filler material.

ARW-1962 Ultrasonic Thickness Gauge Screens

• DIGITAL diagrams (thickness measurement, Standard Deviation, Max and Min, average of 5 values)
• A-Scan and B-Scan Screens

Main features of Ultrasonic thickness gauge ARW-1962

• High precision: the maximum resolution can reach 0.001 mm (only with the use of a single element probe such as the standard probe supplied in the DTM15 kit, 15 MHz with delay line for thicknesses from 0.30 to 20 mm on steel). The measurement repeatability can reach ±0.002 mm.
• Wide measuring range of 0.30 mm - 600 mm (depending on the probe used and the material being measured)
• Multiple display modes: A-scan, B-scan, digital display with 4 different screens.
• Echo-Echo (E-E) mode: allows the instrument to detect the actual thickness of the material regardless of the presence of a coating, such as an anti-corrosion coating, fillers, paint, plastic and other filler material. (only with optional double crystal probe)
• Multiple measurement modes: AUTO, E-E, THIN. To meet the requirements of ultra-thin, ultra-thick and complex workpieces.
• It can measure multi-layer composite materials and measure the thickness of each layer at the same time. The thickness value of each layer can be switchable.
• Optional probes: Dual probes, single probes and high-frequency probes up to 20 MHz.
• Waveform display adjustments in the A-Scann screen to highlight imperfections and defects with automatic and manual gain setting and functions of GATE, RANGE, DELAY, BLANK, E-BLANK (Settings subject to technical knowledge of ultrasonic flaw detection)
• Large memory capacity: 100,000 thickness values ​​can be stored simultaneously in 100 groups with different settings depending on the activated screen. 500 A-Scan images and 500 B-Scan images are added.

• The instrument supports multiple calibration methods: sound velocity calibration (settings on standard materials on table reference); zero position calibration of the probe on the built-in calibration block (4mm), 1 and aude point calibration on a known material with auto-adjustment of the ultrasonic speed
• Units in mm and inches are available.
• The instrument is supplied with software for transferring and displaying stored data.
• DOWNLOAD SOFTWARE THICKNESS GAUGE ARW-1962

DOWNLOAD SOFTWARE ULTRASONIC THICKNESS GAUGE ARW-1962

Measurement materials

Adapted to different types of materials, as long as they are good conductors of ultrasonic waves, such as metals (steel, cast iron, aluminum, copper and so on), non-metallic materials such as plastic, ceramic, composites, epoxy, glass, fiberglass and so on (In the case of non-metallic materials there must be parameters of compactness and homogeneity to be respected to obtain an optimal result, furthermore the reference of the measuring field varies, which could be significantly reduced, and the choice of the probe, which in some materials is mandatory.