
TH-172/TIME5102
The hardness testing devices of the TH/TIME series are particularly suitable for fast and uncomplicated hardness measurements.
They can be used for almost all hardness measurements on ferrous and non-ferrous metals. In general, the devices are used in the power plant industry, petrochemical industry, in apparatus, vehicle and mechanical engineering, in quality control, in steelworks, and much more.
Properties
- For quick hardness testing on site
- integrated impact device C
- Hardness units: HL (Leeb), HB (Brinell), HRC (Rockwell C), HV (Vickers), HS (Shore D)
- Measuring range: 350-960 HLC
- Memory capacity up to 270 measurement values dividable into 9 blocks
- PC data transfer via USB to optional software
- Adjustable display illumination
- Measurement accuracy: up to ± 12 HLC
- Automatic shutdown
- Automatic impact direction recognition
- Automatic or manual deletion of measurement data
- Limit value setting (Min. and Max. adjustable with arrow indication when exceeded)
- Calibration with test block in HL
Applications
The impact device Type C has a reduced impact energy. This is approximately ¼ of the impact energy of the impact device Type D. Therefore, the hardness tester TH-172/TIME5102 is particularly suitable for surface-hardened components, coatings, thin-coated or impact-sensitive parts, thin wall thicknesses (low impression depths) but also for installed parts, dies, molds, large parts, axles, axle spindles, frames, etc. Furthermore, the device is also frequently used for material identification as well as for defect assessment in pressure vessels and steam turbines.
Additional equipment
- Support rings (12 pieces) for convex and concave surfaces
Standard delivery scope
- Hardness tester TH-172/TIME5102
- Test block (approx. 800 HLD converted to HLC)
- Batteries
- Cleaning brush
- Small support ring
- Instruction manual
- Service case
Special accessories
- Software with USB cable
- Set of 7 adapter rings (convex/concave)
Downloads
Specifications
TH-172/TIME5102 | Impact device C integrated |
Hardness Units | HL (Leeb), HB (Brinell), HRB (Rockwell B), HRC (Rockwell C), HV (Vickers), HS (Shore D) |
Measuring Range | 350-960 HLC / 80-996 HV on steel |
Measurement Accuracy | up to ± 12 HLC |
Application | Reduced impact energy, approx. ¼ of type D; for surface-hardened parts, coatings, thin-coated or impact-sensitive parts, thin wall thicknesses (low impression depths) |
Materials | Steel |
Workpiece Radius | Rmin = 50 mm (with support ring: Rmin = 10 mm) |
Minimum Test Piece Weight | > 1.5 kg solid material 0.5 – 1.5 kg on stable base < 0.02-0.5 kg with coupling paste |
Minimum Test Piece Thickness | 1 mm (coupled) |
Minimum Roughness (ISO Class) | 0.4 µm (Ra) |
Minimum Hardness Depth | 0.2 mm |
Impression Depth | 300 HV=12 µm, 600 HV=8 µm, 800 HV=7 µm |
Testing Direction | +45º, +90º, 0º |
Language | Menu: English, Manual: German |
Functions | automatic shutdown, battery indicator, automatic impact direction detection, limit value setting (with arrow indication when exceeded), software calibration with test block |
Statistics | Averages |
Data Storage | Storage, transfer or deletion of measurement values manually / automatically, 270 averages in 9 files |
PC Data Processing | USB cable, USB stick |
Display | 128×32 Dot-Matrix-LCD with adjustable display backlight |
Power Supply | 2 x 1.5V-AAA batteries (capacity: 150 hrs. without display backlight) |
Environment | 0°C to 40°C, <90% relative humidity |
Standard | ASTM A956, DIN 50156 |
Dimensions (L x W x H) | 155 x 24 x 55 mm |
Weight | 180 g |
All SaluTron® measuring devices comply with national (DIN) and international (ISO, BS, ASTM) standards and they bear the CE mark.
Subject to technical changes.
Material and hardness values
Material | HLC | HB | HRC | HV | HS |
---|---|---|---|---|---|
Steel | 350 - 960 | 80 - 683 | 20 - 69 | 80 - 996 | 32 - 100 |
The ranges correspond to the application limits of static test methods.
Subject to technical changes.
No. | Code | Type | Drawing | Use |
---|---|---|---|---|
1 | 03-03,7 | Z10-15 | ![]() | Measurements on cylindrical outer surfaces R10-R15 |
2 | 03-03,8 | Z14,5-30 | Measurements on cylindrical outer surfaces R14,5-R30 | |
3 | 03-03,9 | Z25-50 | Measurements on cylindrical outer surfaces R25-R50 | |
4 | 03-03,10 | HZ11-13 | ![]() | Measurements on cylindrical inner surfaces R11-R13 |
5 | 03-03,11 | HZ12,5-17 | Measurements on cylindrical inner surfaces R12,5-R17 | |
6 | 03-03,12 | HZ16,5-30 | Measurements on cylindrical inner surfaces R16,5-R30 | |
7 | 03-03,13 | K10-15 | ![]() | Measurements on spherical outer surfaces SR10-SR15 |
8 | 03-03,14 | K14,5-30 | Measurements on spherical outer surfaces SR14,5-SR30 | |
9 | 03-03,15 | HK11-13 | ![]() | Measurements on spherical inner surfaces SR11-SR13 |
10 | 03-03,16 | HK12,5-17 | Measurements on spherical inner surfaces SR12,5-SR17 | |
11 | 03-03,17 | HK16,5-30 | Measurements on spherical inner surfaces SR16,5-SR30 | |
12 | 03-03,18 | UN | ![]() | Measurements on cylindrical outer surfaces, adjustable radius R10-∞ |
Subject to technical changes.
Areas of application of hardness testing devices
- Manufacture of metallic components and rubber components
- Mechanical engineering
- Research and development
- Solid state physics