The Vibration Labs are designed to facilitate a variety of experiments that demonstrate and clarify the concepts involved in the study of vibrations. This equipment allows a wide range of vibration experiments to be conducted on a single, robust framework. The channel section used to construct the frame is durable and strong. The experiments are specifically designed to be easily assembled on the framework with a minimal set of standard engineering tools. For more complex free and forced vibration experiments, large knurled knobs are used to clamp components to the frame, ensuring quick and easy changeovers. Many components are shared across multiple experiments. Each set of experiments can be purchased individually, and if needed, the entire set can be accumulated over time by purchasing them as required.

Specification

• Wide range of vibration experiments
• Study of forced and free vibrations
• Exploration of damped and undamped vibrations
• Adjustable damping arrangements
• Sturdy storage cabinet included
• Easy assembly
• Suitable for undergraduate studies
• Supports student projects

Features

• Pendulum Experiment
• Simple Pendulum
• Compound Pendulum
• Bi-filler Suspension

Longitudinal Vibration Experiment

• Spring Mass System
• Equivalent Spring Mass study of undraped
• System free vibration

Torsional Vibration Experiment.

• Single Rotor System
• Two Rotor System
• Single Rotor with viscous damping

Damped Vibration Experiment.

• Verification of Dunkerley's Rule
• Forced rotor with viscous damping along with frictional HP Motor Strip chart recorder & control unit
• A technical manual accompanies the equipment
• A technical manual accompanies the equipment

Utilities required other than above supply

• 230V AC stabilized supply with earthing connection.
• Bench area 0.5m x 0.5m x 0.5m height.
• Tachometer included to measure jumping speed (optional).