Overview
The KAIRDA NDT271 ultrasonic hardness gauge is an innovative design product based on the ultrasonic Hardness Measurement principle. It has developed the "User Material" function, which can meet the hardness testing needs of special materials or new materials and greatly expand the scope of use.
Features
1. The design is based on GB/T 34205-2017 standard and supports High Accuracy Detection of various metal materials.
2. Display both Vickers Hardness and the corresponding value of the selected Miscellaneous Hardness scale.
3. Dedicated circuit design, support Probe hot swap operation.
4. Probe plug and play, automatically identify the Probe force value.
5. Commonly used hardness of materials scale (HV, HB, HRA, HRB, HRC) parallel conversion.
6. With three new material settings, theoretically all metal hardness of materials can be tested.
7. Built-in high-capacity lithium-ion battery, capable of continuous operation for at least 10 hours, with automatic sleep and shutdown functions.
8.3.5-Inch IPS full digital LCD display with rich colors, fast Response and wide viewing angle.
9. The display can be switched between Chinese and English, and the menu operation is simple and convenient.
10. The liquid crystal luminance is adjustable to adapt to the gray environment of light rays.
11. USB communication interface, easy data exchange and parameter setting with PC.
12. A host can be equipped with a variety of Probes, automatically identify the type, and replace without recalibrating.
13. Store up to 600 sets of Hardness measurement data, including date, Sensor type and other details.
14. You can set the upper and lower limits of Hardness value, and automatically alarm if it exceeds the range.
15. Metal shell, portable and reliable, anti-vibration, Impact and electromagnetic interference.
16.3.7V lithium battery power supply, support USB charging, real-time display of power.
17. Adjustment of indication software.
18. Support user material calibration and testing of special hardness of materials.
Principle
The hardness gauge is based on the ultrasonic Hardness Measurement principle, through the ultrasonic contact Impedance method for metal hardness of materials, to achieve accurate measurement of a variety of materials.
Applications
Installed machinery or permanent assembly parts, mold cavities, heavy-duty workpieces, Pressure Vessels, turbo-generator sets and their equipment failure analysis, Test space is very small workpieces, bearings and other parts, requires formal original records of test results, metal material warehouse material distinction, large workpieces in a wide range of rapid inspection of multiple measurement parts, workpiece narrow position such as gear root and other positions
Standards
GB/T 34205-2017 "Metal Materials Hardness Test, Ultrasonic Contact Impedance Method"
Steps
1. Connect Probe to automatically identify the type.
2. Select the material type or set the user material.
3. Perpendicular to the workpiece surface for measurement.
4. Review the display results, including Vickers Hardness and selected ruler values.
5. Store data or export via USB interface.
Notice
• Operating temperature range is 0 ℃~ + 40 ℃, storage temperature is -20 ℃~ + 75 ℃, relative humidity ≤ 85%.
• The working environment should be free of vibration, strong magnetic field, corrosion-free medium and serious dust.
• The measurement should be perpendicular to the surface of the workpiece to be tested.
• Make sure the battery is fully charged before use and supports USB charging.
• There is no need to re-calibrate when replacing the Probe, but it is necessary to ensure that the automatic identification is normal.
• Set the upper and lower limits of Hardness to facilitate batch testing and alarm.
When storing data, pay attention to the limit of the number of groups, up to 600 groups.
