Portable Shear Pin Hammer Impact Brinell Hardness Tester

Detailed Product Description

Introduction

According to the Brinell hardness test principle, applying the test force by hammer impact, exactly controlling the test force by a shear pin, leaving a round Brinell indentation on the test piece after testing, reading out the indentation diameter by the reading microscope, check the hardness table to get the correct Brinell hardness value.

According to the similarity principle of Brinell hardness testing, this tester employs 1580kg test force, 7.26mm ball indenter, F/D²=30, the test condition is equivalent to the commonly used 3000kg test force, 10mm ball.

The test force is great, so the roughness of the surface does not matter much.

The test result has good stability and repeatability thanks to the exact control of the test force.

The test error is 5~6% of it, the accuracy is far higher than the old type hammer impact Brinell hardness tester.

The testing cost is low by using only 1 cheap shear pin in each test.

Easy, simple operation and quick testing without sampling.

It can be used for testing the hardness of large-size, inconvenient-to-move or unable-to-cut forgings, castings etc.

Main Technical Parameters

Test Force:	1580kg
Error of test:	< 5%
Indenter:	7.26mm steel ball indenter
Test range:	100~350HB (extendable to 100~650HB)
Indentation reading resolution:	0.01mm
Microscope:	20X
Net Weight:	2.3kg
Package Gross Weight:	3.8kg
Package Dimensions:	390mm×280mm×160mm

 

Standard Package

 

Test head                                              

7.26mm steel indenter

Indenter head holder  

Bag of shear pins (250 pcs)

Support handle

Brinell test block

Pin removal tool  

20x reading microscope                      

Carrying case

Optional

 

7.26mm steel indenter

4.0mm carbide indenter

Test head

Shear pins (bag of 250 pcs)

Brinell test block

Dome anvil

40x reading microscope

3 lb hammer