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Using 200MHz main frequency processor, detection range 0-6000mm, with intelligent analysis ability, can find extremely small defects. Support high-definition true color display and a variety of operation modes, Protection Rating up to IP65, Continuous Operating Time over 10 hours.
Category : Flaw Detector
Brand : mitech
SKU : NB049539
Service :The delivery and service By NBCLab.Com
The MITECH MUT600C digital ultrasonic flaw detection (UFD) instrument is a high-performance inspection equipment with a 200MHz frequency processor, with powerful intelligent analysis capabilities, which can accurately detect small defects inside metal materials. The instrument has a wide detection range (0-6000mm), uses a full digital TFT true color LCD screen, has a clear display, a user-friendly operation interface, supports multi-language switching, and has IP65 Protection Rating, which is rugged and durable, suitable for a variety of industrial environments.
1. The core processor has a main frequency of 200MHz, strong computing power, high Sensitivity, and can detect extremely small defects. 2. Using 320 * 240 true color LCD screen, the display is delicate, the interface style and luminance are adjustable, and the full Chinese menu is supported. 3, wide detection range (0-6000mm), low detection cost, no radiation to the human body. 4. Set shortcut buttons, digital shuttle, cross menu in one, easy to operate, support shortcut automatic completion of Linear dispersion production, Probe calibrated and so on. 5. With IP65 Protection Rating, waterproof, oil-proof and dustproof, equipped with high-performance removable lithium battery, support continuous work for more than 10 hours. 6. Support for free switching of multilingual versions. 7. Equipped with 360-degree swirl/spin bracket, easy and firm to use. 8. Built-in flaw detection standards commonly used in various industries, reports can be automatically generated, with 1000 sets of flaw detection channels, and data is automatically saved when turned off. 9. Support full video recording (duration not less than 2 hours), which is convenient for process traceability and result analysis. 10. The weld inspection is intuitive, and the weld schematic diagram and defect location can be displayed. 11. Support bottom wave gain method to measure dB value, no need to make AVG Linear dispersion, realize digital analog dual-use. 12. Equipped with surface correction function, it is convenient for surface workpiece flaw detection. 13. The echo coding function distinguishes multiple echoes in different Colors, making it easy to determine the location of defects. 14, Probe zero bias, angle (K value) can be auto calibration, sound speed can be automatic measurement. 15. Equipped with door widening and waveform freezing functions, it is convenient for detailed defect analysis. 16, can use the endpoint diffraction method automatic measurement, calculation of crazing depth. 17. DAC/AVG Linear dispersion is automatically generated, the sampling points are not limited, and the compensation can be corrected. Linear dispersion is automatically adjusted with gain, sound path and delay. 18. Record the flaw detection time in real time and automatically store it.
The instrument works based on the principle of ultrasonic flaw detection (UFD). The instrument generates high-frequency electrical pulses, which drive Probe (such as straight Probe, oblique probe, etc.) to emit ultrasonic waves into the workpiece to be inspected. When ultrasonic waves propagate inside the workpiece and encounter defects (such as crazing, pores) or interfaces, reflection occurs. The instrument receives these echo signals, goes through high-speed calculation and intelligent analysis of the core processor, converts the signal into a waveform and displays it on the screen, and locates the defects through parameters such as depth, horizontal position, and equivalent dB value, Basis Weight and auxiliary qualitative evaluation.
Metal material internal defect inspection, weld mass assessment, casting and forging inspection, in-service equipment safety inspection, aerospace parts inspection, Petrochemicals pipeline inspection, power facility inspection, rail transit parts inspection, machinery manufacturing mass monitoring
Built-in flaw detection standards commonly used in various industries, AWS D1.1 American Welding Society standards
1. Select the appropriate Probe according to the testing requirements and connect the instrument. 2. Turn it on and select the interface language and style as needed. 3. Call the built-in flaw detection standard or manually set the detection parameters (such as sound speed, range, frequency, etc.). 4. Use the auto calibration function to calibrate Probe zero and K value (angle). 5. Sensitivity calibrated on standard test blocks or known reference reflectors. 6. Start scanning the workpiece and observe the screen waveforms and readings. 7. When a defect is found, it can be analyzed in detail using functions such as freezing and broadening, and the instrument automatically records the defect parameters. 8. During or after the detection process, the waveform can be recorded or played back. 9. After the test is completed, the instrument automatically saves the data and generates a test report.
• Please read the instructions carefully before use to ensure that it operates within the range of Ambient Temperature (-10~ 50 ° C) and Humidity (20~ 95% RH) specified by the instrument. • Ensure that the Probe is well coupled to the workpiece for accurate detection signals. • The instrument has an IP65 Protection Rating, but should still try to avoid long-term immersion or strong Impacts. • Please use the matching charger for battery charging. When not in use for a long time, it is recommended to charge and discharge the battery regularly to maintain activity. • When performing flaw detection of curved workpieces, please enable the surface correction function to obtain an accurate circumferential position of the defect. • When using functions such as crazing bathymetry, ensure that the conditions of use are met (such as the ability to obtain clear end-point diffracted waves). The built-in standards of the instrument are for reference only, and the actual flaw detection should follow the latest standards and specifications of the relevant industry. When connecting the USB interface for data transmission, please ensure that the instrument is in a non-high-intensity working state to avoid data interruption. • Do not disassemble the instrument yourself. Repairs should be carried out by professionals.
[A] No, it isn't. This is the ex-factory price of the product in the Chinese Mainland. In addition to this price, buyers from different countries need to account for additional costs such as shipping fees, tariffs, and others. For specific regional quotes, please consult our customer service or fill out a quotation form.
[A] First, please click on the quotation form on the website and fill in detailed information. Our customer service personnel will then send you a quotation based on your specific country and region, confirming payment and delivery methods. Following this, we proceed with contract signing, payment, and shipment. You can then await delivery.
[A] After-sales repair for overseas instruments is an unavoidable issue. Our repair terms stipulate that the sender is responsible for the shipping and insurance costs incurred for the repair. Repairs within the warranty period are free, while repair costs beyond the warranty period are determined based on the actual situation.
