Integrated Portable Leeb Hardness Tester HTP1600 Pen Type Design with D Type Impact Device D Test Block Integrate Hardness Measuring Meter 999 Data Storage Durometer Instrument USB Interface

IntroductionHTP1600 is an advanced state-of-the-art integrated palm sized metal hardness tester which incorporate impact device and controller into one unit. Using our patent technology, HTP 1600 gives out extraordinary high accuracy up to +/-2 HL. HTP 1600 will be used easily by menu operation even without operation manual, also it has a customer re-calibration and statistics function.SpecificationsPrinciple :Leeb hardness measurementAccuracy / Repeatability :±0.3% @ HL=800 / ±2HLDisplay :LCD with back lightHardness scale :HL / HRC / HRB / HB / HV / HS / HRA / σbMeasuring range: HL170-960 / HRC1-74 / HRB1.2-140 / HB18-1027 / HV42-1220 / HS3.9-112 / HRA7-88.5 /σb (rm) 89-3300N/mm2Impact device :DMaterials :12 common metal materialsSteel/Cast steel, Alloy tool steel, Stainless steel, Grey cast iron GG, Nodular cast iron, Cast aluminum, Copper-Zinc brass, Copper aluminium, Wrought copper, Forged steel, Mill roller, Chinese steelMemory: 999 data can be saved and re-readableStatistics function: Average / Max. / Min.Re-calibration: Allowed by userIndicator :Low batteryInterface :USB for transferring data with PCPower supply :AAA battery x 1 (1.2 - 1.5V)(battery not included)Working environment :-20ºC~+45ºCDimension (mm) :148x45x21Net weight (g): 105Standards : Conforming to ASTM A956, DIN 50156, GB/T 17394-1998 Standard AccessoriesHTP 1600 main unit---1Internal probe D---1Test block D---1Cleaning brush---1USB cable---1Data managing software---1Operation manual---1Test Certificate---1Carrying case---1

• HTP1600 Leeb Hardness Tester with high contrast LCD display
• Integrated design , easy operation
• Memories with 999 data, data can be recalled easily Customer re-calibration allowed
• High accuracy with patient technology: +/-2 HL (or 0.3% @HL800)
• USB interface, it can connect to computer Statistics value can be calculated automatically With strength conversion value