WAW-1000A/2000A microcomputer controlled electro-hydraulic servo universal testing machine

Categories: Alat Pengujian
Section:Material Testing Machine
Type: Hydraulic Universal Testing Machine
Seller:    

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WAW-1000A/2000A microcomputer controlled electro-hydraulic servo universal testing machine is mainly used for tensile, compression, bending, shearing and other tests of metal materials, adding simple accessories and devices, and also for wood, cement, concrete, rubber and Its products are tested.

 

The main engine adopts the upper structure of the oil cylinder, and the stretching space is located below the main machine. The compression and bending test space is located between the oil cylinder seat and the upper jaw base of the main machine, and the test space is adjusted by the movement of the upper jaw seat.

 

The measurement and control system adopts the microcomputer-controlled electro-hydraulic servo measurement and control system independently researched and developed by the company. The force measurement of the sensor and the display of the test force, deformation and various test curves on the computer screen enable constant velocity test force, constant velocity deformation, constant velocity displacement and load retention. , displacement maintenance and other control methods, can automatically calculate various values in accordance with GB/T228-2002 , and can print a variety of test reports (requires special customization), users can also edit the format of the test report.

Serial number

Technical indicators

WAW-1000A

WAW-2000A

1

Maximum test force kN

1000

2000

2

Test force accuracy

± 1%

3

Test force measurement range

2%~100% of the  maximum test force is not divided

4

Test space (including piston stroke) length mm

Stretch

780

850

5

compression

650

720

6

Distance between columns (mm)

Pull 675

Pull 900

7

Pressure 490

Pressure 690

8

Host weight (KG)

5000

10400

9

Deformation measuring amplifier attenuation factor

2%~100% is  not divided

11

Round specimen clamping diameter range mm

Φ 13 ?Φ 60

Φ 15 ?Φ 70

12

Flat specimen clamping thickness range mm

0-40

0~50

13

Flat specimen clamping width mm

125

140

14

Upper and lower platen size (mm)

204*204

204*204

15

Curved stick spacing mm

100

1000

16

Bending rod width mm

140

140

17

Allowable bending mm

150

190

18

Oil pump motor power kW

3

7

19

Deformation measuring device

Extensometer

20

Test space adjustment mechanism

Ordinary motor worm gear

twenty one

Safety device

Software protection and mechanical limit protection

twenty two

Overload protection

2%-5%

twenty three

Test software configuration

Trial software

twenty four

Mainframe dimensions (including piston stroke) mm

1255*860*3900

1510*1040*4700

25

Control cabinet dimensions

Integrated control cabinet 1100*700*930

26

Piston moving speed (mm/min)

≥50