Active Mass Damper (AMD) for Structural Vibration Control and Research
Active Mass Damper (AMD) is a high-precision structural vibration control system designed for research and education in structural dynamics and active vibration mitigation. Powered by servo motors, MEMS sensors, and EASYTEST control software, the system allows engineers and researchers to study and implement advanced vibration suppression techniques in multi-story structural models and building systems.
$8.500,00 – $11.500,00Price range: $8.500,00 through $11.500,00
OVERVIEW
Description
Active Mass Damper (AMD) is an advanced structural vibration control system designed for research, education, and real-world implementation of active vibration suppression in buildings and infrastructure. The system allows engineers, researchers, and students to study structural dynamics, vibration mitigation, and active control algorithms using a precise and configurable experimental platform.
This Active Mass Damper system is ideal for civil engineering laboratories, structural engineering research centers, and earthquake engineering programs seeking a reliable solution for studying dynamic response and vibration control of structures.
Available AMD Configurations
The AMD system is available in multiple configurations to support different structural control experiments and research applications:
1-Floor AMD – Single Active Cart
Designed for single-story structural models and basic vibration control experiments.
2-Floor AMD (Single Cart)
A single active cart designed to control vibration across a two-floor structural system.
2-Floor AMD (Dual Carts)
Two independent active carts providing enhanced vibration suppression and advanced control testing for multi-story structures.
Each configuration can be customized to meet specific research requirements, structural models, and experimental setups.
Each configuration includes:
- 1 or 2 Floor Active Mass Damper (AMD) System,
- 1 or 2 Floor Structure Model,
- Digital Accelerometer and Gateway,
- Motor Drive, Motor, Cart & Linear Track,
- MATLAB Simulink Library and Example Codes
Advantages of the Active Mass Damper
Our AMD system provides researchers with powerful tools to study real-time vibration mitigation, active structural control strategies, and building response under dynamic loading.
By implementing advanced control algorithms, engineers can analyze how active damping improves structural stability, reduces vibrations, and enhances occupant comfort in tall buildings and flexible structures.
Key Features
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High-precision active vibration control using DC servo motors and robust gearbox systems
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Flexible configurations with single-cart or dual-cart AMD setups
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IP-based communication architecture for easy system integration
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High-accuracy MEMS sensors for structural vibration measurement
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Windows-based EASYTEST control software with intuitive user interface
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MATLAB toolbox integration for advanced control algorithm development
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High-resolution encoders for precise cart position tracking
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Industrial-grade components for long-term reliability and durability
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Open architecture control system for user-defined controllers
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Adjustable cart payload (mass) for customizable experimental studies
With its advanced sensing, precision actuation, and open control architecture, the Active Mass Damper (AMD) provides a powerful platform for studying and implementing active vibration control in modern structures and high-rise buildings.
Additional information
| Weight | N/A |
|---|---|
| Dimensions | N/A |
| Options | 1-Floor AMD – Single Active Cart, 2-Floor AMD (Single Cart), 2-Floor AMD (Dual Carts) |
APPLICATIONS
Ideal Applications
The QuakeLogic Active Mass Damper system is widely used for:
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Structural vibration control research
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Earthquake engineering laboratories
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Civil engineering education and teaching demonstrations
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Tall building vibration mitigation studies
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Structural dynamics and control algorithm development
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Shake table experiments and smart structure research

















