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Product Description
Universal Vibration Apparatus
We, Zoom Scientific World , Are Engaged In Engineering Lab Equipment . We , Zoom Scientific World , Are Offering You Universal Vibration Apparatus Which Is Used Under Theory Of Machine Lab . We Are Offering You This Unit At A Very Competitive Rate Which Cannot Be Beat Up In The Market By Any One Else.Also We Have Experts In This Field Having An Experience Of Over 15 Years . Features:
Razor Sharp Performance
Durability
Perfect Finish
Specifications:
Net Dimensions: 1400 X 600 X 1600 Mm
A Heavy And Sturdy Ms Frame With A Useful Cupboard To Store All Accessories
A Control Panel With Dimmer And Digital Rpm Indicator
Arrangement For Plotting Amplitudes Of Vibrations By A Strip Chart Recorder
Arrangement For Changing The Damping Positions
No. Of Long Steel Beam = 3 Nos
No. Of Shaft = 3 Nos
No. Of Spring Of Varying Stiffness = 2 Nos
Tools Included: Allen Key Set, Stopwatch And Measuring Tape
A Comprehensive And A Detailed Technical Manual
Service Required:
230 V.A.C. Single Phase Supply
Rigid Platform With Preferably A Solid Foundation
Experimental Scope:
Simple Pendulum Available Also As “Pendulum Module”
Compound Pendulum
Bifilar Suspension
Trifler Suspension
Mass-Spring Systems
Equivalent Spring Stiffness
Torsional Oscillations Of A Single Rotor Available Also As “Torsional Vibrations Module”
Torsional Oscillations Of A Single Rotor With Viscous Damping
Torsional Oscillations Of A Two Rotors System
Transverse Vibration Of A Beam With One Or More Bodies Attached Available Also As “Transverse Vibrations Module”
Free Vibration Of A Spring-Mass System
Forced Damped Vibration Of Spring-Mass System
Dunkerley'S Theorem Verification
Universal Vibration Apparatus Is Frequently Used For The Following Experiments :
To Verify The Relation Simple Pendulum
To Verify The Relation Of Compound Pendulum & To Determine The Radius Of Gyration
To Study Radius Of Gyration Of Bi-Filer Suspension
To Study The Undamped Free Vibration Of Spring Mass System
To Study The Longitudinal Vibration Of Helical Coiled Spring
To Study The Forced Vibration Of Simply Supported Beam For Different Damping
Undamped Torsional Vibrations Of Single Rotor System
Undamped Torsional Vibrations Of Double Rotor System
To Study The Damped Torsional Vibration Of Single Rotor System And To Determine The Damping Co-Efficient
Verification Of Dunker Ley'S Rule
To Study The Forced Damped Vibration Of Spring Mass System