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The PCE 950 Electronic Metal Hardness Tester is designed to measure the hardness of 10 different types of metal, including cast steel, hammered steel, cold-rolled steel, stainless steel, cast iron, ductile iron, aluminum alloy, brass, bronze, and forged copper alloy, using the Leeb rebound method. In addition to displaying Leeb hardness (HL), the tester provides hardness readings in Rockwell C, Rockwell B, Rockwell A, Brinell, Vickers, and Shore hardness units. This dynamic testing method involves a small carbide ball striking the test surface, with the ratio of rebound to impact velocity being directly correlated to material hardness, which can then be converted into various hardness scales (e.g., HRC, HRB, HRA, HB, HV, and HS).
Thanks to the measuring instrument's compact pocket-sized ergonomic design and integrated impact device, hardness tests can be performed quickly and easily in the field and on the manufacturing production floor. An internal memory offers storage for up to 600 readings, and the included PC-compatible software and USB cable allow for simple and efficient data transfer to a computer for documentation and analysis of hardness test results. Ideal for the incoming and outgoing inspection of metal parts and components, the PCE-950 hardness tester is an essential tool for machinists and manufacturing quality control and assurance professionals.
Highlights:
Hardness measuring range by material
Category | Specification |
---|---|
Accuracy | ± 6 HL at 730 – 790 HL |
± 10 HL at 490 – 570 HL | |
Repeatability | 6 HL at 730 – 790 HL |
10 HL at 490 – 570 HL | |
Total Measuring Range | 170 – 960 HL |
Hardness Scales | HL (HLD): Leeb (Type D impact device) |
HB: Brinell | |
HRC: Rockwell C | |
HRB: Rockwell B | |
HRA: Rockwell A | |
HV: Vickers | |
HS: Shore | |
Impact Device | Type D |
Measuring Direction | 360° |
Display | 128 × 32 OLED |
Data Storage | Internal memory saves up to 600 readings |
Power Supply | Built-in rechargeable Li-ion battery |
Battery Life | Approx. 50 hours |
Data Interface | Mini USB |
Dimensions (L x W x H) | Approx. 153 × 54 × 24 mm / 6.02 × 2.13 × 0.95 in |
Weight | Approx. 250 g / < 1 lb |
Comprehensive Metal Testing: Measures the hardness of 10 different metals, including steels, alloys, and non-ferrous metals, using the Leeb rebound method for accurate results.
Multiple Hardness Scales: Provides readings in several hardness units—Leeb (HL), Rockwell (C, B, A), Brinell, Vickers, and Shore—offering versatile testing options.
Dynamic Testing Method: Uses a small carbide ball to strike the test surface, accurately correlating rebound velocity to hardness, ensuring reliable measurements.
Wide Range of Applications: Perfect for use in manufacturing, quality control, and material testing across industries like metalworking, automotive, and aerospace.
Easy to Use: User-friendly interface and portability make it suitable for both on-site and lab testing environments.
Durable and Reliable: Built to withstand tough industrial environments, providing consistent and precise readings over time.
Q: What types of metals can the PCE 950 measure?
A: It measures the hardness of 10 types of metals, including cast steel, stainless steel, cast iron, aluminum alloy, brass, bronze, and more.
Q: What hardness scales does the PCE 950 support?
A: It provides readings in Leeb (HL), Rockwell C, B, A, Brinell, Vickers, and Shore hardness units.
Q: How does the PCE 950 determine hardness?
A: Using the Leeb rebound method, it calculates hardness by measuring the ratio of rebound to impact velocity after a carbide ball strikes the test surface.
Q: Why is the PCE 950 versatile for testing?
A: It offers multiple hardness scales and can test various metals, making it a versatile tool for different industries.
Q: What makes the PCE 950 reliable for metal hardness testing?
A: Its dynamic testing method ensures accurate and consistent results across a wide range of materials.
Clean the probe tip and surface contact area after each use to avoid material buildup.
Inspect the carbide ball for wear or damage and replace if necessary.
Calibrate the device regularly to ensure correct hardness readings across materials.
Store the tester in a protective case to avoid damage to sensitive components.
Avoid dropping or impacting the device to preserve internal mechanics.
Check battery levels and recharge or replace as needed.
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