Page 11 - Automotive2-Railroad Industry

Evaluation of Earthquake Resistance in Structures 10 MN Structure Testing System

The multi-jack system uses multiple jacks (either dynamic or static), and controls
each jack in real time in order to apply force distributed across the sample
corresponding to actual loading conditions during driving. It is used in testing
earthquake resistance in steel structures.

Max. Test Force ±1000 kN
Stroke ±100 mm

Simulation Evaluation Using Actual Vibration Waves Uniaxial Vibration Testing System

This system evaluates the vibration characteristics and endurance of structures and
transportation equipment. Tests can be performed using sine waves, earthquake
waves, or random waves.
Max. Applied Vibration Force 50 kN
Test Stroke ±200 mm
Table Dimensions 1500 × 1500 mm
Max. Load Weight 10 kN

Evaluation of Characteristics of Seismic Isolation Rubber Biaxial Seismic Isolation Rubber Testing System

If buildings and bridges shake during an earthquake, the seismic isolation rubber laid underneath them is required to support the weight of the structure
and help withstand shaking. This system places a maximum 20 MN vertical load on the structure, while implementing a horizontal shear test.

Compression direction : 20 MN
Max. Test Force
Horizontal : -2.8 to 6 MN
Compression direction : 250 mm
Test Stroke
Horizontal : 1500 mm
Compression direction : Max. 80 mm/min
Test Speed
Horizontal : Max. 120 m/min
Vertical load

Shear load

Seismic isolation rubber

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