Test methods
- Vickers Knoop Brinell Rockwell Carbon testing Plastics testing
Test load
- 0.3 ... 3,000 kg (2.942 ... 29,420 N)
Versions
- Load range 0.3 ... 250 kg (DV 250 G5) Load range 3 ... 3000 kg (DV 350 G5)
Standards
- ISO 6506 ISO 6507 ISO 6508 ISO 4545 ISO 2039 ASTM E18 ASTM E384 ASTM E92 ASTM E10 DIN 51917
The fully automated universal hardness tester
The fully automated DuraVision G5 series hardness testers cover a uniquely wide standard load range of 0.3 to 250 kg or 3 to 3000 kg, which supports a large selection of test methods: Brinell, Vickers, Rockwell, Knoop to EN ISO and ASTM, as well as carbon testing and testing on plastics. Thanks to its sturdy construction, the DuraVision G5 Automatic is particularly suitable for use not only in the vicinity of the production environment, but also in the laboratory for quality assurance purposes.
Technical data
| Load range | 2.942 ... 2452 N (0.3 ... 250 kg) |
| Test force application resolution | 0.45 nm |
| Length measuring probe resolution | 0.05 μm |
| Dimensions (W x H x D) | 900 x 1370 x 1050 mm |
Weight | Approx. 500 kg |
| Max. test height | 380 mm |
| Electrical supply | 110 ... 250 V (PH, N, PE) |
| Power frequency | 50/60 Hz |
| Power consumption | 600 W |
| Test table (W x D) | 400 x 250 mm |
| Evaluation camera resolution | 10 Mpix with CMOS sensor |
| Ambient temperature (to ISO/ASTM) | +5°C to +40°C |
| Humidity | Max. 70% (non condensing) |
| Operating system | Windows 10/ 64 bit |
| Max. work piece weight | 50 kg |
| Protection class to EN 60529 | IP20 |
| Max. speed, Z-axis | UP to 25 mm/s |
| Load range | 29.42 ... 29420 N (3 ... 3000 kg) |
| Test force application resolution | 0.45 nm |
| Length measuring probe resolution | 0.05 μm |
| Dimensions (W x H x D) | 900 x 1370 x 1050 mm |
Weight | Approx. 500 kg |
| Max. test height | 380 mm |
| Electrical supply | 110 ... 250 V (PH, N, PE) |
| Power frequency | 50/60 Hz |
| Power consumption | 600 W |
| Test table (W x D) | 400 x 250 mm |
| Evaluation camera resolution | 10 Mpix with CMOS sensor |
| Ambient temperature (to ISO/ASTM) | +5°C to +40°C |
| Humidity | Max. 70% (non condensing) |
| Operating system | Windows 10/ 64 bit |
| Max. work piece weight | 50 kg |
| Protection class to EN 60529 | IP20 |
| Max. speed, Z-axis | UP to 25 mm/s |
Accessories
Electronic data processing (EDP) equipment
Our PC components and printers are guaranteed to be compatible with our hardness testing machines.
Indenter
We offer a variety of indenters. All certified indenters meet international EN ISO or ASTM standards.
Lenses
You will find a wide range of lenses as part of our accessory options.
Sample holders
Our product range includes a variety of sample holders for embedded and non-embedded specimens.
Test unit
You will find the right test unit insert for every specimen geometry, tailored perfectly to your application.
Test tables
Our product range includes a wide variety of test tables and clamping fixtures.
Software modules
The software modules provide convenient support when it comes to completing complex hardness testing tasks.
Other accessories
Indenter adapter, laser, base and much more
Features
Everything at a glance
The optional overview camera creates an overview image of the specimen. Both individual test points and complicated progression rows can therefore be placed on specimens in a matter of seconds. Furthermore, the image from the overview camera can be saved and printed on test reports.
Lens with Brinell SmartLight
The Brinell test has always presented a challenge with soft metals and difficult surfaces. Particularly with soft materials, the edges are not always optimally recognizable due to considerable deformation (bulging) around the indentation. The new lenses with the innovative Brinell SmartLight ensure ideal lighting and allow for better recognition of the test indentation during Brinell tests.
Efficient work preparation
Carry out complex test tasks in a few simple steps using the template function. All the settings (e.g., test methods, conversions, etc.) of a specimen that has already been measured as saved as a template, which can then be loaded to test a new specimen.