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    Portable Hardness Tester
 
 
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   Koopa Portable Hardness Tester is the fastest hardness tester which ever designed. It is capable of three tests per second. Its unique design, precision, speed and flexibility in choosing hardness scales and type of materials, make it suitable for testing of almost all metals in industry. Two models of impact devices with three energy are available.

   The Koopa Portable Hardness Tester is the easiest, fastest and the most accurate hardness tester. There is no need to charge the impact device manually, you simply push a button on probe and the impactor is activated with a constant energy (by an electromagnetic field, in contrast with custom probe which is activated by spring). Therefore the impact device is small and as fast as three tests per second and you can work with one hand. The tester is a ‘plug and play’ device. It means it eliminates probe-to-system reconfiguration. For example ,if a user requires another probe for a specific measuring application, he simply plugs in an optional Koopa probe and the tester automatically identifies the device.

   The materials can be tested in five directions ideal for use on internal surfaces of castings, fabricated assemblies and on large cumbersome samples. The external impact device has a tungsten carbide tip and is designed to handle most hardness requirements. Users, who requires documentation and data storage in personal computers, can use the USB port to transfer the data to a flash memory.

 
   Features
  Automatic Operation without Charging High Accuracy and Repeatability Automatic Probe Detection  
  Hardness Testing in All Direction
with Constant Energy
8 Different Metals Support
 
9 Hardness Units
 
 
  Hardness Conversion to Other Units
 
Maximum, Minimum, Average, Range,
and Standard Deviation
1500 Storage Memory
each Contains 9 Tests
 
  User Calibration Menu Operation-Based Large LCD with Backlight  
  No Sensitivity to Magnetized Material
 
Rechargeable AA Batteries
Capable of 5000 Tests
Auto Shut Down System
 
 
  USB Port to Transfer Data to Flash Memory
 
Based on USA ASTM A956-96 Standard
 
Based on ISO 9000
Standard System Requirements
 
  High Durability of Impact Device No Sensitivity to Rough Surfaces Display of Indentation Depth in All Units  
     
 
    Material HSc MPa HR15N HRC HRB HRA HV HB HLK  
   Low Alloy Steel (LS) 32.5 - 99.5 255 - 2180 69.6 - 93.4 0 - 68.0 41 - 99.5 60.7 - 86.1 80 - 940 80 - 647 150 - 900  
 High Alloy Steel (HS) - - - 20.4 - 67.1 - - 80 - 898 - 150 - 900
 Grey Cast Iron (GG) - - - - - - - 93 - 334 150 - 900
 Nodular Cast Iron (3G) -   - - - - - 131 - 387 150 - 900
   Cast Aluminum (AL) - - - - - - - 25 - 189 150 - 900  
   Brass (BS) - - - - - - - 40 - 137 150 - 900  
   Bronzes (BZ) - - - - - - - 60 - 290 150 - 900  
   Wrought Copper Alloys (CU) - - - - - - - 45 - 315 150 - 900  
 
   Technical Specification
  Operation Principle
Based on Leeb Method and
ASTM A956-96 Standard
Display
Large LCD Display with Backlight
 

Accuracy
±0.5% at 750 Hardness Leeb
 
 
  Measuring Range
150 to 900 Hardness Leeb
 
Probe Activation
Through Controlled Magnetic Field
 
Hardness Testing Direction
Up, Down, Horizontal, 45 Degree
Above and Below Horizontal
 
  Impact Device
T1,2 with Two Energies and
T3 with Less Energy
T4 with More Less Energy
Indenter Weight
T1,2 with 5 gr
T3 with 1.2 gr

T4 with 0.6 gr
Statistical
Minimum, Maximum, Average, Range,
and Standard Deviation
 
  Memory
1600 Memory Storage each Contains
Minimum, Maximum, Average, Range,
Standard Deviation, and a Code
Menus
Main Menu, Memory Menu, Flash Memory,
and Calibration Menu
Output Port
USB Port to Transfer Data to Flash Memory
 
 
  Power Supply
A 16 VDC and 800 mA Adaptor
 
Battery
10 Batteries each 1.2 V and 800 mA
for 5000 Tests
Calibration
Factory and user calibrations
 

 
  Dimension
W*D*H = 26.5*15*7.9
Weight
1.3 kg
Unit Conversion
Based on ASTM E140, and DIN50150
 
     
 
   Unique Advantages
  Probe Automatic Charge after each Test Constant-Energy Probe in all Direction Hardness Testing with One Hand  
  Indenter with High Durability
Because of Integrated Structure
and Absence of Magnet
High Speed Measurement Speed
3 Tests per Second
 
Two Energies for Standard Probe (T1,2)
T1 with Less Energy for Smooth Surfaces
T2 with More Energy for Rough Surfaces
 
  No Effect of Surrounding Magnetic Field
on Device Accuracy
No Sensitivity of Indenter to Perpendicularity of Probe and Rough Surfaces T3 and T4 Probes for Superficial Testing
and Light Workpiece
 
     
 
   Accessories
  3 Concave and Convex Caps for Probe for Special Surfaces Grease to Fix Light Workpieace
 
One Standard Hardness Blocks
 
 
  16 VDC and 800 mA Adaptor User Manuals and Other Documents
 
Hardness Testing Guide and Conversion Table  
     
 
   Optional Accessories
  T3 and T4 Probes
 
Hardness Testing Blocks
with UKAS Certificate
Hardness Testing Blocks
without UKAS Certificate
 
     
 
     
 
 

Product
Portable Hardness Tester
Universal Hardness Tester
Micro Hardness Tester
ATH Hardness Tester

 

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