HV0.5 Micro Vickers Hardness Tester 500gf HV-1000Z
Description
Micro Vickers Hardness Tester
Metal Hardness Testing Machine Automatic Turret Micro Vickers Hardness Tester HV-1000Z
The automatic turret type microhardness tester is a high-tech product of optical and mechanical integration. The hardness tester is novel in shape, has good reliability, operability and repeatability, and is an ideal product for testing microhardness. The machine uses C language programming, high-magnification optical measurement system and optical dual-channel structure, new technologies such as optoelectronics and photocouple sensing. Through key operation, the length of the measured indentation can be input on the key, the hardness value, the conversion scale, the test force, the test force holding time and the number of measurements can be displayed on the LCD screen.
technical parameter:
| Parameter name | Parameter data |
| Microhardness scale | HV0.01, HV0.025, HV0.05, HV0.1, HV0.2, HV0.3, HV0.5, HV1 |
| Display | holding time (seconds), hardness value |
| Test force (gf) | 10, 25, 50, 100, 200, 300, 500, 1000 |
| Load control | automatic (load/hold/unload) |
| Brick Tower Control | Automatic Brick Tower ? |
| Test force retention time (s) | 5~60 |
| Test force selection | External force selection knob, test force is automatically displayed on the LCD screen |
| Objective lens magnification | 10×, 40× |
| Optical channel | Double optical channel (eyepiece and CCD camera channel) |
| Optical system | 1. Manual micrometer eyepiece (10 times); total magnification (μm): 100× (observation), 400× (measurement); 2. The manual micrometer eyepiece can be changed 15 times, the total magnification is: 150X (observation), 600X (measurement) 3. Measuring range (μm): 200; 4. Resolution (μm): 0.25 |
| Hardness measurement range | (5-3000)HV |
| XY test bench | size (mm): 100×100 stroke range (mm): 25×25 minimum reading (mm): 0.01 |
| Maximum height of specimen (mm) | 110 |
| Maximum width of test piece (mm) | 85 (distance from center line of indenter to machine wall) |
| Power supply voltage | AC220V/50HZ |
| Weight (kg) | 35 |
| Dimensions | (540×200×530)mm |
Main functions and features:
1. The optical system designed by senior optical engineers not only has clear images, but also can be used as a simple microscope, with adjustable brightness, comfortable vision, and not easy to fatigue after long-term operation;
2. The industrial display screen can directly display the hardness value, convert the hardness, test method, test force, holding time, measurement times, and the test process is intuitive and clear;
3. The cast aluminum shell is formed at one time, the structure is stable and does not deform, the pure white car paint is of high grade, the scratch resistance is strong, and it is still bright as new after years of use;
4. Our company has the ability to research, develop, design, produce and process by ourselves, and provide parts replacement and maintenance upgrade services for our machines for life;
5. The HV-1000Z model can realize: the position switch of observation-test-measurement is completed by automatic turret
Main purpose and scope of application:
1. Steel, non-ferrous metals, metal foil, cemented carbide, metal sheet, microstructure
2. Carburizing, nitriding and decarburizing layer, surface hardening layer, electroplating layer, coating
3. Glass, wafers, ceramic materials
Standard configuration:
| 1. Host (one microscopic Vickers indenter, one 10X and one 40X objective lens); | 2. Test bench, weight, microscope accessory box; |
| 3. 6 weights | 4. Weight rod 1 |
| 5. Cross workbench 1 | 6. Sheet holding table 1 |
| 7. Flat clamping table 1 | 8. Filament clamping table 1 |
| 9. Level 1 | 10. Screwdriver 2 |
| 11. 4 horizontal adjustment screws | 12. External power cord 1 |
| 13.10×digital micrometer eyepiece 1 | 14. Two micro Vickers hardness blocks (one for each of HV1 and HV0.2) |
| 15. Fuses (1 A) 2 pcs | 16. Product certificate 1 copy |
| 17. Product instruction manual 1 copy | 18. Dust cover 1 |
Optional side swing lifting system to make the lifting system more stable and accurate.