Overview
Pen electromagnetic ultrasonic thickness gauge is an ultra-small, no acoustic coupler, non-contact Film thickness measurement instrument, which can realize Film thickness measurement of metal or magnetic materials. The instrument brings together ultrasonic flaw detection (UFD), thickness measurement, computer, electronics, molds, technology and other modern high-tech, realizes the combination of these high-tech, providing the industry with superior performance and powerful flaw detection and thickness measurement integrated machine.
Features
1. WIFI wireless connection
2. Up to 800 ° high temperature measurement
3. USB communication online transmission
4. No contact, no sanding
5. No coupling required, penetrating coatings
6 measurement magnetic, nonmagnetic metal materials
7. Built-in material sound speed
8. With A/B scanning software, it can detect internal defects
9. Software with real-time waveform display, A/B scanning function, can detect internal corrosion
10. Optional probe
Principle
The pen electromagnetic ultrasonic thickness gauge uses electromagnetic ultrasonic technology to transmit and receive ultrasonic signals in a non-contact manner to achieve accurate measurement of metal or magnetic material Film thickness. The instrument has the function of automatic compensation for high temperature sound velocity, which can maintain Measurement accuracy in high temperature environments.
Applications
Film thickness measurement and defect detection of carbon steel, cast steel, alloy steel, stainless steel, copper, aluminum, bowl and other conductor materials
Steps
1. Measurement mode (automatic mode, manual mode, semi-automatic mode)
2. Set relevant parameters (e.g. sound speed range 1000~ 9999m/s)
3. Align the probe with the workpiece under test
4. Start measurement and read Film thickness data
5. Data can be transferred via USB communication or wirelessly connected using WIFI
6. View real-time waveform display and A/B scan results
Notice
• Operating temperature range: low carbon steel (or other ferromagnetic steel) -150~ + 800 ℃, austenitic stainless steel (or other non-ferromagnetic materials) -150~ + 150 ℃
• Film thickness < 10mm, error + 0.05mm; Film thickness > 10mm error +/- (0.01 + H/200) mm (H is the workpiece Film thickness value)
• Minimum diameter (curvature) of the workpiece that can be detected: 8mm
• Working environment temperature: -10~ + 50 ℃
• Host Storage Temperature range: 0~ + 40 ℃
• Built-in battery working time > 6 hours, can be used with power bank
