Brinell hardness analysis measurement software system

The Brinell analysis and measurement software system,High precision measurement of Brinell indentation.

1Equipped with advanced technologyCCDHigh scanning resolution, the highest achievable3.5µmAccurate indentation reading.

2After selecting the measurement parameters, the Brinell value can be directly displayed without the need for table lookup conversion, saving time in comparing tables.

3, can displayXAxisYThe diameter of the shaft can be measured for non perfectly circular indentation, facilitating the measurement and analysis of the hardness of small-diameter shaft workpieces.

4Store and display indentation in image format for easy sampling and calculation during large-scale measurements.

5Compliant with standards:ISO 6506, ASTM E10

■ Brinell measurement systemIntroduction of

Principle:supportCCDThe camera lens is aimed at the Brinell indentation, and the indentation image is collected and transmitted to the computing platform(PCComputer or industrial control computer), using“Brinell measurement software”Accurately locate and measure the indentation diameter, and based on the measurement parameters(Ball head diameter, load, etc)Directly obtain the corresponding Brinell value.

◆ Features:

1High precision measurement of Brinell indentation. Equipped with advanced technologyCCDHigh scanning resolution, the highest achievable3.5µmAccurate indentation reading.

2After selecting the measurement parameters, the Brinell value can be directly displayed without the need for table lookup conversion, saving time in comparing tables.

3, can displayXAxisYThe diameter of the shaft can be measured for non perfectly circular indentation, facilitating the measurement and analysis of the hardness of small-diameter shaft workpieces.

4Store and display indentation in image format for easy sampling and calculation during large-scale measurements.

5Compliant with standards:ISO 6506, ASTM E10

◆Zeroing and Calibration

One; return to zero

1.Collect some hardness using a standard block to reset it to zero(be careful; The parameters of the software and hardness tester are consistent with the standard block)

2.Enter system settings(password1111111)

3.calibration(Go back to zero)Enable length calibration(tick)In actual length; Fill in the space with the same number as the distance measurement length, press calibration, how to reset, save calibration parameters, hard set, finally exit the software system, exit the software interface, and complete the reset operation

Two; calibration

1. Collect some hardness using a standard block for benchmarking(be careful; The parameters of the software and hardness tester are consistent with the standard block)

2. Enter system settings(password1111111)

3.calibration(benchmarking)Enable length calibration(tick)In actual length; Fill in the actual length of the standard block in the blank space(The actual length of the standard block can be found in the instruction manual), calibration, how to benchmark, saving calibration parameters, hard setting, finally exiting the software system, exiting the software interface, and completing the benchmarking operation

▲ Hardness tester acquisition card settings

◆ Installation steps for hardness tester software

1. Install the acquisition card (refer to the installation instructions for the acquisition card for details)

2. Install the encryption dog driver

3. Install the hardness tester software (follow the default path to install)

4. extractHTI.sfx.exe(Extract by default path)

5. Open the software and benchmark according to the hardness value(Zero first)

6. Can be used normally