Obsnap Instruments Sdn Bhd
29A, Jalan SS 15/4C,
47500 Subang Jaya,
Selangor, Malaysia.
+603-5621 5786
+603-5621 5829
+6018-2219229

Bench Hardness Tester - Vickers - TH723 Digital Vickers Hardness Tester

Previous 11 / 44 Next

Quantity
Add Quotation


Brief Introduction
1 The Vickers Hardness Tester is a new and high-tech product combining the optical, mechanical and electronic techniques, with a good aesthetic aspect, operational functions and reliability, and hence it is an ideal instrument for the testing of Vickers hardness.
2 Made with a precise structure design in mechanical field, the instrument adopts motorized testing force loading system instead of traditional weights, therefore the force application more stable, the force value more precise and operation more easy. We use CPU to control all testing process in electric field, adopts new technology of highly clear optic testing system, photoelectric sensor and cold light source in optic field. With the soft keys on panel board for input operation, the tester has multiple functions as preset the value of testing force and duration time firstly, adjust intensity of light source, and all the testing data such as indentation length, the hardness value, the dwell time of load, and the number of measurements are all shown on the LCD screen.
3 According to the particular requirements of the client, the tester can be equipped with CCD indentation automatically measuring device or video measuring device. The instrument is suitable for the testing Vickers hardness value of the micro and thin pieces, the parts with the strengthening layer, heat treating and permeated and coated plane surface, the crisp materials such as the agate, glass, ceramics and it is, therefore, an ideal hardness measuring instrument for the scientific research institutes, the universities, the industrial production units and the metrological institutes.

Main Technical Specifications
1 Test forces: 2.942N (0.3 kg), 4.903N (0.5kg), 9.807N (1kg), 19.61N (2kg), 24.52N (2.5kg), 29.42N (3kg), 49.03N (5kg)
2 Displayed Hardness Value


Hardness Range Max Tolerance
£¨400¡«500£©HV1 ±£¨4.0~5.0£©%
£¨400¡«500£©HV5 ±3.0%
£¨700¡«800£©HV30   ±2.0£¥
£¨700¡«800£©HV50 ±2.0£¥

3 Carriage application method: automatic loading, dwelling and unloading
4 Dwell time of the test force: 0~60s£¨5 seconds as a unit£©
5 Energy-saving Mode £ºAfter 10 minutes in repose, the hardness tester will automatically enter the energy-saving mode and shut up the light source. The operator can also wake up the energy-saving mode of the hardness tester by pressing any key on the panel, and then go on with the operation.
6 Optical system (both 20×and 40×objective can be used for measurement):

Objective 20× 40×
Measuring Eyepiece 10×
Total Amplification 200× 400×
Resolution Rate 0.125μm 0.0625μm

7 X-Y testing table:

Size 100×100 mm
Moving Distance 25×25 mm
Resolution Rate 0.01 mm

8 Max. height of the specimen: 180 mm
9 Distance between the point of the indenter and the exterior panel: 130 mm
10 Weight of the main body: 50 kg or so
11 Power: (110/220) AV, (60/50) Hz
12 Overall Dimension(L×W×H): (530×225×630) mm

Accessories (The Packing List)
A The main instrument (including a micro Vickers indenter, a 20¨w objective and a 40¨wobjective )
B The Accessories Kit

Cross Testing Table 1 PC
Screw drivers 2 PCS
Horizontal Regulation screws 4 PCS
Level 1 PC
Power Cord 1 PC
10¨w digital micro eyepiece 1 PC
Vickers hardness blocks 2 PCS(one high -sized HV1 block and one middle -sized HV5 block)
Repair fuses (1A) 2 PCS
Usage instruction manual 1 PC

Industry Application
TH723 is suitable for the hardness of ferrous, non-ferrous metals, hard metals, carburized layers and chemical treating layers.

Warranty
We provide 12-month warranty on the main unit.
Please leave your enquiry here, we will reply as soon as possible.
Name*  
Company Name  
Product Interested  
Quantity  
Email*  
Contact No.*  
Ship to Name  
Shipping Address  
Messages*  
   


You have 0 items in you cart. Would you like to checkout now?
0 items
Switch to Mobile Version
available in
Subscribe Newsletter