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Microcomputer controlled electro-hydraulic servo rubber bearing shear testing machine

Description
Technical Parameter
  Electro-hydraulic servo rubber bearing compression shear testing machine This series of products are mainly used to test the mechanical properties of finished products of ball bearings, highway bridge rubber plate bearings and highway bridge basin rubber bearings. It is in line with "GB / T17955-2000", "JT / T4-2004", "JT391-1999" standard requirements. It can perform vertical bearing capacity test, friction coefficient test, rotational moment test, compressive elastic modulus test, shear elastic modulus test, allowable shear angle test, and ultimate resistance test of slab rubber bearings of highway bridges. Compression strength test, friction coefficient test, allowable corner test, and axial compression deformation and radial deformation detection and compressive elastic modulus test, shear elastic modulus test, resistance Shear adhesion performance, shear aging, friction coefficient, corner test, ultimate compressive strength test, allowable corner test.
 
  The testing machine adopts microcomputer control to coordinate multi-stage hydraulic loading, stable continuous loading, multi-stage test force maintenance, automatic acquisition and storage of data, plotting curves, automatic printing of test reports, and computer control of test progress, displaying test force and test curve, operation Simple and reliable, easy to operate. And the use of high-precision load sensor force measurement, imported servo valve components, so that the overall performance is stable and reliable.
 
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project name

Technical Parameters

model

YAW-5000J

YAW-10000J

Load the host vertically

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Maximum vertical test force kN

5000

10000

Test force measurement range kN

0~500,0~1000,0~2500,0~5000

0~1000,0~2000,0~5000,0~10000

Force measurement method

Load sensor force measurement

Test force indication accuracy

≤ ± 1% (from 20% of each full scale range)

Effective space of test machine mm

0~1500

0~3500

Piston stroke mm

0~200

0~200

No-load moving speed of piston mm / min

0~50

Loading and moving speed of piston mm / min

0~30

Displacement measurement range mm

0~200

0~300

Displacement measurement accuracy

±0.5%Fs

Four-point deformation measurement range mm

0~50

Four-point deformation measurement average accuracy

±0.5%Fs

Upper table size mm

600×800

1150×1200

Trolley table size mm

600×800

1150×1200

Beam lifting speed mm / min

150

80

Appearance of main machine (length × width × height) mm

1400×1200×4050

1850×1200×4050

Horizontal loading device

 

 

 

 

 

 

 

 

 

 

Lateral maximum test force kN

1000

2000

Test force effective measurement range kN

0~100,0~200,0~500,0~1000

0~200,0~400,0~1000,0~2000

Force measurement method

Load sensor force measurement

Test force accuracy

≤ ± 1% (from 20% of each full scale range)

Piston stroke mm

200

300

No-load moving speed of piston mm / min

0~50

Piston loading speed mm / min

0~30

Displacement measurement range mm

0~200

0~300

Shear deformation measurement

High-precision displacement sensor

Deformation measurement average accuracy

±0.5%Fs

Maximum adjustment range of shearing force applying device mm

150

150

Corner loading device

Test force kN

300

300

Test force effective measurement range kN

0~60,0~150,0~300

Force measurement method

Load sensor force measurement

Test force accuracy

≤ ± 1% (from 20% of each full scale range)

Piston stroke mm

150

Displacement measurement range mm

0 ~ 150

Deformation measurement average accuracy

± 0.5% Fs (0.001mm resolutio

 

暂未实现,敬请期待
暂未实现,敬请期待