Electronic Brinell Hardness Tester(HBE-3000A)

The HBE-3000A electronic Brinell hardness tester adopts advanced electronic sensor loading technology. Through the closed-loop control system, the CPU controls the sensor to collect signals. The stepper motor automatically loads and unloads the test force, and can automatically compensate the test force to ensure a better force value. Accurate and more stable indication. After measuring the indentation through the eyepiece, press the key to input the indentation length to directly obtain the hardness value, which improves work efficiency. At the same time, it is equipped with an emergency stop device, which meets the EU CE safety standard, has more reliable operability and safety, and has a high cost performance. , Widely used in factory workshops, colleges and universities, scientific research institutions, laboratories, etc.

Main functions and features:

1. Equipped with precision sensors and CPU microcomputer control system, which can automatically compensate, and the test results are accurate and stable;

2. Possesses level 10 test capability, and can test a wider range;

3. After measuring the indentation through the eyepiece, press the key to input the indentation length to directly obtain the hardness value, which improves work efficiency;

4. Equipped with a built-in printer, which can analyze and print the measurement data.

5. Equipped with high-performance stepper motor to automatically load and unload the test force, the noise generated during the test is smaller;

6. The shell is cast in one time, the structure is stable and does not deform, and it can work in a relatively harsh environment;

7. The surface is treated with the car paint process, which has strong scratching ability and is still bright as new after years of use;

8. This machine can be equipped with Brinell image measurement software, which greatly improves work efficiency;

Main purpose and scope of use:

1. It is suitable for the hardness tester test of metal materials with large grains, which can reflect the comprehensive performance of the material;

2. Cast iron, steel, non-ferrous metals, alloys, especially for softer metals, such as pure aluminum, lead, tin, etc.

3. It can be used to measure the hardness of some non-metallic materials such as hard plastics, bakelite, etc.

Parameters