MVRE: Spiral Torsion Spring Vibration Unit
Brand: EDIBON | Category: Scientific & Laboratory Equipment
MVRE is used to study the torsional oscillation of a mass supported by a spiral spring. Students measure the period of oscillation for different inertias and spring stiffnesses and compare the measured values with theory.
Technical Specifications
| Parameter | Value |
|---|---|
| Dimensions | 500 x 400 x 800 mm approx |
| Weight | 12 Kg approx |
| Coil spring section | 8 x 0.5 mm |
| Coil spring external diameter | 18 mm |
| Coil spring inside diameter | 57 mm |
| Adjustable distance from the center of gravity of the weight to the rotation axis | 42 to 150 mm |
Get a Quote
Request an itemised quotation covering the proposed configuration, availability, lead time and agreed supply and support scope.
Useful details to share
- Intended application, process or teaching activity
- Required capability and equipment it must work with
Share what you know. You can start with your name and a phone number or email; final specifications can follow.
Not sure which configuration you need? Help me choose
Contact Vvon Technologies Limited about EDIBON equipment requirements in Bangladesh.
Phone: +8801805987890 | Email: info@vvon.com.bd
Back to Scientific & Laboratory Equipment
More from Theory of Machines Lab
- MVL: Free Vibration Unit
MVL is a bench unit for studying the free vibration of beam and spring systems. Students measure the natural frequency and observe how amplitude decays with damping, comparing measured results with calculated values.
- MEVTC: Computer Controlled Torsional Vibration Unit
MEVTC is a computer controlled unit for studying torsional vibration of shafts and rotor systems. Free and forced torsional oscillations are excited and the response is recorded through the data acquisition system, giving natural frequencies and damping.
- MVLF: Free & Forced Vibration Unit
MVLF covers both free and forced vibration of a beam and spring system. An out of balance exciter drives the beam over a range of frequencies so resonance, amplitude response and the effect of a damper can be measured.