Description
Introduction
SH-660 is an innovation of Leeb hardness tester, which based on the new technology – dual-coil sensor inside probe. All probes worked with SH-660 are modularized digital probe, which gives more accurate hardness value. Besides, SH-660 can also work with our wireless probe and new RP reading probe as optional.
Product Feature
◆ Patent dual- coil technology
◆ All probe used with SH-660 are digital type
◆ Cost- effective with reading probe (optional)
◆ High repeatability accuracy: +/-4 HL (or 0.3% @HL800)
◆ High linear accuracy for any angles
◆ TFT color display
◆ Auto compensate error for different impact direction
◆ Powered by AA batter y or USB power supply
◆ The tester can be attrac ted to the work piece with magnetic base (optional)
◆ Statistics value can be calculated automatically
◆ Up to 10 kinds of menu language
◆ Data managing software on PC
◆ Power on/off automatically or manually
Specification
| Product Name | Portable Leeb Hardness Tester |
| Model | SH-660 |
| Code# | 852-166 |
| Principle | Leeb hardness measurement |
| Accuracy / Repeatability | ±4HL/HRC0.2 (0.3% @ HL=800) |
| Display | High contrast color TFT 240 x 320 |
| Hardness scale | HL/HRC/HRB/HB/HV/HS/HRA/σb |
| Measuring range | HL170~960/ HRC1.3~74.7/ HRB1.2~139.7/ HB28~1027/ HV45~1221/ HS4.0~112.1/ HRA1.3~88.5/ MPa118~3315N/mm² |
| Probe | Digital probe D/C/DC/D+15/DL/E
Wireless probe D/C/DC/D+15/DL/E (optional), Reading probe D (optional) |
| Materials and conversion curves | 11 common metal materials, 75 curves |
| Memory | 999 data |
| Interface | USB / Bluetooth (optional) |
| Statistics function | Average / Max. / Min. / S. value |
| Re-calibration | Allowed by user |
| Indicator | Low battery |
| Language | English, Chinese, Russian, Korean, French, Italian, German, Turkish, Spanish |
| Power on/off | Auto / Manual |
| Power supply | AA alkaline battery / USB power supply |
| Working environment | -20oC~+70oC |
| Dimension (mm) | 145x70x30 |
| Net weight (g) | 145g |
| Standards | Conforming to ASTM A956, DIN 50156, GB/T 17394-1998 |