HBS-62.5The digital display small load Brinell hardness tester has a novel and beautiful design, and it has good reliability, operability, and intuitiveness. It can be directly measured by measuring the indentation diameter lengthLCDThe hardness value is displayed on the screen. No need to input hardness values through the keyboard.
The machine adopts a high magnification optical measurement system, and the micrometer eyepiece equipped with a rotary encoder can further enhance the automation level of the measurement process. Suitable for measuring cast iron, non-ferrous metals and their alloys, and various annealed and quenched steels. Especially for softer metals such as pure aluminum, lead, and tin, the hardness measurement is more accurate, making it an ideal hardness testing instrument for research institutions, enterprises, and quality inspection departments to conduct research and testing.

■ Technical specifications:
1. Experimental force(N)： 9.8、49、61.29、98、153.2、294.2、306.25、612.9

(1、5、6.25、10、15.625、30、31.25、62.5Kg)
2. Test force selection: Keyboard input
3. Add/unload control: Fully automatic (loading)/maintain/Uninstall)
4. Test force holding time(S)：5～99
5. Test force selection: Select the computer interface menu and display the selected force on the screen
6. objective lense: 5×，10×
7. Eyepiece magnification: 10X (Automatic Digital Encoder)
8. Total magnification: 50×，100×
9. measuring range(μm)： 400
10. Minimum testing unit(μm): 50×：0.5μm;100×: zero point two fiveμm
11. Measurement range: (4-650)HBW
12. Indication error: ±3%
13. Maximum height of test piece(mm)： 220
14. Maximum width of test piece(mm)： 160(Distance from the centerline of the pressure head to the machine wall)
15. Optical channel: Dual channel switching: eyepiece/imaging device
16. output: Built in micro punchRS232serial interface
17. Display: Test force holding time (seconds), hardness value
18. External dimensions(mm)： 560×190×700mm
19. Power Supply: 220V，60/50Hz
20. weight(kg)： 50

■ Packing list:

■User Choice: Image Analysis Software·CCDimagePhotographylikenessdevice·computer