Subtotal (1 unit)*
₩12,544,629.00
일시적 품절
- 2026년 1월 21일 부터 배송
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수량 | 한팩당 |
|---|---|
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- RS 제품 번호:
- 136-3473
- 제조사 부품 번호:
- HO 2K
- 제조업체:
- Sauter
사양
참조 문서
제정법과 컴플라이언스
제품 세부 사항
제품 정보를 선택해 유사 제품을 찾기
모두 선택 | 제품 정보 | 값 |
|---|---|---|
| 브랜드 | Sauter | |
| Weight | 500g | |
| Dimensions L x W x D | 83 x 160 x 28mm | |
| 모두 선택 | ||
|---|---|---|
브랜드 Sauter | ||
Weight 500g | ||
Dimensions L x W x D 83 x 160 x 28mm | ||
- COO (Country of Origin):
- CN
Kern Ultrasound Hardness Testing Device HO
Kern Ultrasound hardness testing device is ideally suited for mobile hardness testing, where the main emphasis is on obtaining rapid and precise results. The SAUTER HO measures using a Vickers Diamond tip, which is pressed into the test piece with a defined force. After that the tip is moved into high-frequency ultrasound vibrations, the hardness is derived from the attenuation. Ideal for measuring small forgings, castings, welding points, punched parts, casting tools, ball bearings, flanks of gear wheels and for measuring the influence of warmth or heat.
Features and Benefits
• Advantages compared with Rockwell and Brinell: Less test force and therefore only microscopic, small penetrations means that the testing is less destructive
• Advantages compared with Vickers: Demanding optical measuring is not required. You can therefore carry out measurements directly on-site, for example, on a permanently installed workpiece
• Advantages compared with Leeb: The high requirements for the weight of the test object are no longer required
• Mini Statistics Function: Display of the measuring result, the number of measurements, the maximum and minimum value as well as the average value and the standard deviation
• Measurement data memory saves up to 1000 measurement groups each with 20 individual values
Calibration: The device can be adjusted to standard hardness comparison plates and to individual reference standards
Standards
DIN 50159-1-2008, ASTMA1038-2005, JB/T9377-2013
Parallels, Surface Finish & Hardness
Surface Finish
Any machined component has a surface geometry which consists of three basic elements:
Form or Curvature - Whether the surface has irregular bumps or dimensional changes
Waviness - Whether the surface has regular repetitive ripples or patterns (e.g. milling patterns)
Roughness - The shapes or irregularities that are smaller than, and form part of the waviness pattern (e.g. material micro-structure)
Waviness - Whether the surface has regular repetitive ripples or patterns (e.g. milling patterns)
Roughness - The shapes or irregularities that are smaller than, and form part of the waviness pattern (e.g. material micro-structure)
Waviness and roughness are traditionally the most difficult elements to measure when comparing surface finish, however, they have a radical effect on the performance of the finished component. Variations will cause aesthetic appearance changes, component wear variations, oil retention variation etc. Many manufacturers therefore specify a range of roughness values which their components should be manufactured to, often expressed as: Ra, Rq (RMS), RzDIN, Ry, Sm,mm.