The EC-2000, EC-2000-L, and EC-2000-C are instruments that apply the principle of ultrasonic pulsed reflection to measure the thickness (or velocity of sound) of ultrasonic good conductor materials, including: measuring the thickness of metallic materials such as steel, iron, copper, or aluminum, and measuring the thickness of non-metallic materials such as plastics, ceramics, rocks, or glass.
EC-2000 and EC-2000-C have a measuring range of 1~400mm, and EC-2000-L has a measuring range of 1~300mm; The EC-2000 has a resolution of up to 0.01mm, and the EC-2000-L and EC-2000-C have a resolution of 0.1mm. When measuring, apply a couplant to the test object, and then attach the probe end to the application site, and the instrument can measure the thickness of the test object.
The EC-2000 uses a dot matrix display with a standard menu and data display interface that displays average, minimum, and maximum values simultaneously. In addition, the instrument contains a large amount of memory. During the measurement process, the instrument can count and record the measurement results (restart to query). The EC-2000-L and EC-2000-C use a segment code display with a streamlined data display interface, which is simple and easy to use.
The EC-2000, EC-2000-L, and EC-2000-C come standard with a probe line length of approximately 1 meter and can be operated in tight spaces or on the assembly line.
Measure material thickness, measure material sound velocity, measurement range 400mm (steel) (EC-2000, EC-2000-C)
Maximum resolution of 0.01mm (EC-2000), adjustable sound velocity, single/continuous measurement (EC-2000, EC-2000-C)
Data statistics and storage, metric and imperial units optional, coupling status prompts
Split probe, user calibration, display with backlight, battery protection
Petrochemical, metallurgical processing, shipbuilding, aerospace
Avoid sun exposure, avoid direct contact with corrosive chemicals, and be careful of drops
It is forbidden to disassemble without permission!
Strictly prevent strong electricity and static shock!