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BI-AXIAL SHAKETABLE
BI-AXIAL SHAKETABLE, the portable and versatile solution for simulating earthquakes and performing a range of engineering tests. This cutting-edge product is designed with flexibility in mind, allowing users to simulate various waveforms, including sine, triangle, and boxcar, as well as user-defined acceleration, velocity, and displacement profiles. With its easy-to-use EASYTEST control software, this system is fully controlled by the user.
The BI-AXIAL SHAKETABLE is a must-have for Civil Engineering departments and is ideal for structural mechanics, earthquake, soil, and geological engineering tests. It’s also useful for calibrating accelerometers and seismic instruments, making it a practical solution for a wide range of applications.
OVERVIEW
Description
The BI-AXIAL SHAKETABLE has become the market choice for engineers and researchers worldwide. Thanks to its price advantage and practicality, it’s widely used in many university laboratories across the US, Spain, Netherlands, Poland, India, Taiwan, Turkey, and Thailand.
With its compact size, portability, and advanced capabilities, the BI-AXIAL SHAKETABLE is a smart investment for anyone in need of reliable and efficient earthquake simulation and engineering testing. Don’t miss out on this cutting-edge solution that has been proven to deliver impressive results time and time again. Order your BI-AXIAL SHAKETABLE today and take your engineering research to the next level.
COMPARISONS WITH QUANSER
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TECHNICAL FEATURES
Bi-axial shake table has the following technical features
- Bi-Axial – 2 Lateral Degree of Freedom
- Highest Control Resolution with Servo Motor
- Closed-Loop PID Control
- ±2g @50 kg Payload
- 750×750 mm
- ±100 mm Stroke
- Operational Frequency up to 15 Hz
- High precision linear guideway with low friction.
- Earthquake Simulation (Arbitrary User-Defined Waveforms)
- Standard Waveforms – sin, triangle, boxcar, etc.
- Easy Setup, Plug & Play
- High Industrial Quality, Virtually Maintenance Free
The maximum specimen overturning moment for the table is 730N.m and the maximum height of the specimen that you can use on the table is 2m
APPLICATIONS
| BI-AXIAL TDG-SHAKETABLE |
|---|
| CIVIL & EARTHQUAKE ENGINEERING LABORATORIES |
| STRUCTURAL MECHANICS, MODE SHAPES |
| UNDER GRADUATE AND GRADUATE EDUCATION PURPOSE |
| EARTHQUAKE / CIVIL / SOIL / GEOPHYSICS ENG. SMALL SCALE TEST |
| ACCELEROMETER CALIBRATION |
| SEISMIC / EARTHQUAKE RESISTANT DESIGN COMPETITIONS |
Datasheet
Calibration Report
