The GUNT Vibrations on Machine Foundations Unit demonstrates the importance of vibration isolation in machine design. It allows practical study of how vibrations transfer to a foundation and how to reduce this transfer using adjustable springs, dampers, and vibration absorbers. This hands-on system replicates real-world scenarios and provides measurable data on vibrational behavior.
Product Features
- Simulates vibration transfer from machinery to foundations for isolation analysis
- Elastic, vibration-isolating mounting prevents disruptive vibrations from affecting surroundings
- Deliberately generates vibrations on an elastically mounted machine to test isolation methods
- Equipped with a vibration generator using two independently driven imbalance sets
- Servomotors control excitation forces and directions with precision
- Optional piston compressor available for alternative vibration generation
- Machine mounted on foundation using springs and dampers to mimic real-world setup
- Dual vibration isolation via additional coil springs and heavy foundation ensures stable operation
- Switch cabinet houses the control system, power supply, and data acquisition components
- Acceleration sensors measure vibration deflection, velocity, and acceleration at multiple points
- Comprehensive software controls conditions, records vibration data, and analyzes operational vibration modes
- PC connectivity via USB interface for real-time data processing and visualization
Benefits
- Provides hands-on demonstration of vibration isolation principles in machinery
- Allows comparison of different isolation materials and setups
- Supports in-depth study of machine dynamics and foundation behavior
- Enhances understanding of practical vibration damping solutions in engineering
Why Choose the GUNT Vibrations on Machine Foundations Unit?
This advanced unit gives students and engineers a complete picture of vibration transmission and mitigation. With real-time control and data analysis capabilities, it is ideal for training in mechanical engineering, machine design, and structural dynamics.
