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Ultrasonic hardness tester with high cost-effectiveness of ultrasonic vibration

NegotiableUpdate on 05/06
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Overview

Ultrasonic hardness tester is an advanced hardness measuring instrument that utilizes the principle of ultrasonic vibration for high cost-effectiveness. The probe of the hardness tester has a pressure head at the top, which is in contact with the surface of the measured material during measurement, applying a certain static force, and then emitting ultrasonic vibration signals to the material through the pressure head. The damping degree of ultrasonic vibration varies depending on the hardness of the material; Materials with high hardness experience rapid attenuation of ultrasonic vibration; Materials with low hardness experience slow attenuation of ultrasonic vibration. The instrument calculates the hardness of materials based on the attenuation degree of ultrasonic vibration.

Product Details


Ultrasonic hardness tester is an advanced hardness measuring instrument, which is based on the principle of ultrasonic vibration. hardnessThe probe of the meter has a pressure head at the top, which contacts the surface of the measured material during measurement, applies a certain static force, and then emits ultrasonic vibration signals to the material through the pressure head. The damping degree of ultrasonic vibration varies depending on the hardness of the material; Materials with high hardness experience rapid attenuation of ultrasonic vibration; Materials with low hardness experience slow attenuation of ultrasonic vibration. The instrument calculates the hardness of materials based on the attenuation degree of ultrasonic vibration. In practical applications, ultrasonic hardness testers have many advantages. They can measure workpieces of various shapes, whether they are large mechanical parts or small precision components, and can accurately measure them. And it has relatively low requirements for the surface of the tested workpiece, even rough surfaces can obtain more accurate results. Widely used in industries such as mechanical processing, mold manufacturing, aerospace, petroleum and petrochemical, shipbuilding, automobile manufacturing, rail transportation, pressure vessels, pressure pipelines, etc.

Ultrasonic hardness tester with high cost-effectiveness of ultrasonic vibrationapplication field

rail transitThe高校科研Hardware accessoriesCommunication ElectronicsPressure vessels, mechanical processing, aerospace, automotive manufacturing

Ultrasonic hardness tester with high cost-effectiveness of ultrasonic vibrationFunctional features:

1.Design Basis Standards:GB/T34205-2017 "Metallic Materials - Hardness Testing - Ultrasonic Contact Impedance Method" can be applied to various types of materialsHigh precision detection of metal materials.

2. Two types of hardness scales display, which can simultaneously display the corresponding values of Vickers hardness and the selected hardness of other standards.

3. Dedicated circuit design, supporting probe hot plug operation, plug and play, automatically identifying probe force value.

4. Common material hardness scales (HV, HB, HRA, HRB, HRC) are converted in parallel and displayed on dual scales.

5. Contains three new material settings for easy hardness testing of special materials, theoretically capable of testing the hardness of all metal materials.

6. The display adopts IPS (In Plane Switching) fully digital LCD display, which significantly improves color and response speed.

7. Wide viewing angle, even when viewed from the side, the color and detail changes in the picture are very small.

8. Display in both Chinese and English, user-friendly menu style operation, simple and convenient.

9. The LCD brightness can be adjusted freely, making it convenient to use in dimly lit environments.

10. USB communication interface, which can facilitate and quickly exchange data and set parameters with PC.

11. A host can be equipped with various probes for real-time automatic identification of probe types. No need to recalibrate when replacing.

12. Equipped with software calibration function for indication.

13. The upper and lower limits of the hardness value can be pre-set, and an automatic alarm will be triggered if it exceeds the range, which is convenient for users to test in batches.

14. Metal casing, compact, portable, highly reliable, suitable for harsh operating environments, resistant to vibration, impact, and electromagnetic interference.

15. The hardness measurement of special materials can be calibrated and tested using user materials.

16. There is a remaining battery indicator icon on the LCD, which can display the remaining battery level in real time; Equipped with charging process indicators, the operator can keep track of the charging level at any time.

17. Can store up to 600 sets of hardness measurement data. Each set of data includes measurement date, sensor type, material, frequency

Single measurement value, average value, maximum value, minimum value, hardness system and other information.

18. Built in 3.7V large capacity lithium-ion rechargeable battery and USB charging control circuit; Can work continuously for no less than 20 hours;

It has energy-saving functions such as automatic sleep mode and automatic shutdown.

Technical parameters:

1.Measurement direction: perpendicular to the surface of the measured workpiece

2. Hardness Scale: Vickers (HV), Brinell (HB), Rockwell B (HRB), Rockwell C (HRC), Rockwell A (HRA)

3. Measurement results show: Vickers (HV)+hardness scale

4. Measurement materials: steel and cast steel, cast aluminum alloy, pure copper

5. User materials: 3 types, with setting guide

6. Display: 3.5-inch IPS full digital color LCD display with a resolution of 480 × 320

7. Probe recognition: automatic recognition+manual setting, supports hot swapping

8. Maximum data storage capacity of 600 sets (measurement times 1-32)

9.Working voltage:3.7V lithium-ion battery pack

10. Continuous working time: not less than 20 hours

11. Charging power supply: 5V/1000mA

12. Communication interface: USB 2.0

13. Dimensions: 159 × 83 × 39mm (host), Φ 22 × 141mm (probe)

14. Weight: The main unit weighs about 370g, and the probe weighs about 210g