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Earthquake Simulation Systems
The Servomotor based earthquake simulation system is a bench-scale single-axis earthquake simulator ideal for teaching structural dynamics, vibration isolation and topics related to earthquake and Vibration engineering. Users can define the type of motions such as sine, triangle, square, saw tooth or random to study the behavior under various input acceleration spectrums. With actual acceleration profiles of real earthquakes from peer database, students can study their effects on buildings, bridges and various materials. As a typical application, the Shaker Table can excite the flexible modes of a tall structure in order to design, implement, and evaluate a model to manipulate and dampen the structural vibrations.
- Validate the structural model with respect to FEM results
- Understand the behavior of models visually
- calculate bandwidth curves based on the imposed position, velocity and acceleration limits of the shake table
- Get an idea of the vibration damper and isolator
- Effects of padding/stiffeners on the structures
- Single-axis operation or dual-axis operation using two Shake Tables
- Integrated safety features and limits
- Supports scaling and playback of earthquake data
- Ball-screw mechanism for robust actuation
- Easy integration of user-built structures, third-party sensors and actuators
- Designed and built for the structural labs in civil engineering studies
- Precise and accurate positioning using high-resolution encoder and low-backlash guide
- Standalone software operation using Shake Table software or highly-flexible operation and control design using control software.
Fasma signal analyzer system provides reliable and precise measurements for vibration monitoring and analysis applications. These rugged, compact modules are powered directly using DC Adapter power making them ideal for portable Laboratory uses with different input voltage standards.
- Vibration Analysis system for Acceleration Sensing
- Static and Dynamic acceleration measurement capability
- Velocity and Displacement processing
- Sensor interface through 6 pin Industrial MIC type connector
- USB 2.0 interface for communication
- Signal Analysis and data display application
- Data Archival - Raw data as well as processed data in excel format
- Real Time data display in time and Frequency Domain
- User friendly GUI for control and configuration of the system parameters
- Intuitive operation shortens the learning curve for faster implementation
- Simultaneous display for vibration parameters for ease of analysis and modeling
- 16/12/8/4 Channel - Data Acquisition system provides connectivity up to five triaxial accelerometer measurements
- Embedded intelligence using hardcore DSP engine for high performance applications
- Compact, rugged design holds up to any plant environment, unique solution using integrated module approach
- Excellent protection for input supply upto 32 V and high immunity to external noise
- Expansion connectors for mixed signal and Digital I/O functionality