Welcome to the official website of Jinan POPWIL Instrument Co., Ltd.!

24-Hour Hotline:

86-13705400632

Mobile Website

COPYRIGHT 2019  Jinan POPWIL Instrument Co., Ltd. 鲁ICP备09026430号-1 Powered by www.300.cn

Tel: 86-531-85661895 / Manager Lee: 86-13705400632

Add:East of Dangjia Town, 104 National Road, Shizhong District, Jinan City

Mobile Website

PRODUCTS

PRODUCTS CENTER

STRONG R&D DESIGN TEAM AND SERIOUS SERVICE SPIRIT PROVIDE COMPLETE SOLUTIONS FOR USERS IN METALLURGY AND PHYSICAL AND CHEMICAL TESTING INDUSTRY

WEW-D microcomputer screen display hydraulic universal testing machine

Description
Technical Parameter
WEW-D microcomputer screen display hydraulic universal testing machine mainframe adopts a lower cylinder structure. The tensile space is located above the mainframe. The compression and bending test space is located between the lower crossbeam and the table under the mainframe. The test space is adjusted by the movement of the lower crossbeam. The lower beam is driven by a motor through a reducer, a chain transmission mechanism, and a screw pair. The force-measuring mechanism uses sensors to measure force and uses the self-developed POP-PI microcomputer screen display system, which can display test force, peak value, deformation and various test curves, and can print various test reports (requires special customization). Users can also Edit the format of the test report. It is mainly used for tensile, compression, bending, shearing and other tests of metal materials. Simple accessories and devices are added. It can also test wood, cement, concrete, rubber and its products.
Corresponding parameter set not found, please add it in property template of background

Maximum Test Force kN 

WEW-

100D

WEW-

300D

WEW-

600D

WEW-

1000D

WEW-

2000D

Load accuracy level

Level 1

Level 1 (level 0.5)

Level 1 (level 0.5)

Level 1

(level 0.5)

Level 1

(level 0.5)

Effective measurement range kN 

2-100

6-300

(3-300)

12-600

(6-600)

20-1000

(10-1000)

40-2000

(20-2000)

Deformation measurement range

1-100%

1-100%

1-100%

1-100%

1-100%

Constant velocity stress control range(N/mm2.s-1) 

2-60

2-60

2-60

2-60

2-60

Constant velocity stress control range(mm/min

0.550

0.550

0.550

0.550

0.550

Relative error of displacement speed

≤±5%

≤±5%

≤±5%

≤±5%

≤±5%

Relative error of displacement speed

Hydraulic independent clamping

Hydraulic independent clamping

Hydraulic independent clamping

Hydraulic independent clamping

Hydraulic independent clamping

Maximum tensile test space mm 

560

620

690

620

700

Maximum compression test space mm 

530

550

620

580

600

Flat specimen clamping thickness mm 

0-15

0-15

0-30

0-40

0-50

Round specimen clamping thickness

Ф6-Ф22

Ф10-Ф32

Ф13-Ф40

Ф14-Ф45

Ф15-Ф70

Working piston stroke  mm 

150

150

150

150

150

Upper and lower platen size mm 

Ф120

120×120

170×170

205×205

Ф300

Bend test support roll distance mm 

30-150

100-320

100-500

100-500

100-600

Space between two pillars in tension and compression space  mm 

460

495

570

600

880

Platen ascending speed mm/min 

≥120

≥100

≥100

≥70

50

Lifting speed of moving beam  mm/min 

≥220

≥220

≥240

≥300

130

Total motor power  KW 

≈2

≈2.1

≈2.1

≈2.1

≈5.5

Dimensions of main body    mm 

700×450×1780

800×500×1950

950×630×2265

980×650×2220

1500×900×3500

Oil source dimensions

mm 

580×540×1090

580×540×1090

580×540×1090

580×540×1090

580×540×1090

Total Weight  kg 

≈1500

≈2000

≈3000

≈3300

≈4000

Working noise  dB 

≤75

≤75

≤75

≤75

≤75

 

暂未实现,敬请期待
暂未实现,敬请期待