HomeSitemap ReferencesAbout SelkaContact usNewsletter

 Products:  Engineering Mechanics and Machine Elements » Dynamics » Basic Experiments on Dynamics & Moment of Intertia » TM 611
Manufacturer Info
G.U.N.T Hamburg
Other products
   High/Low Voltage Electrical Distribution Boards, Controls and SCADA-GPRS Systems Design-Production

 Engineering Mechanics and Machine Elements
   Strength of Materials
     Dynamics of Rotation
     Basic Experiments on Dynamics & Moment of Intertia
     Critical Speed, Balancing & Stability
   Fundamentals of Engineering Design
   Properties of Material
     Machinery Diagnosis


   Thermodynamics, Heating and Sanitary Systems

   Fluid Mechanics and Hydrology

   Process Engineering


   Apprenticeship workshop equipment

   Trainings Systems

   Measuring & Test Instruments

   CNC Control Software

   Biology / Anatomy



   Biology-Physics-Chemistry PC Based Systems

View All Products
Your Inquiry
Your inquiry cart contains 0 items

View All Manufacturers
Who's online?
There currently are 14   guests online.
previous Product2/3 next

TM 611: Rolling Disc on Inclined Plane

Print Ask to this Articlel

Rolling Disc on Inclined Plane

Product Details

Technical Description 
This benchtop unit enables basic experiments to be performed on dynamics and is ideal for laboratory experiments. A metal carrier with a three point support is used as an inclined plane for the experiment; the different rotating masses are rolled down this plane. The inclined plane can be precisely aligned using two integrated sprit levels and three bolts. The angle of inclination is adjusted using an adjustment bolt and is indicated by the built-in inclinometer. The inclinometer uses the plumb line principle. A 1000mm ruler is integrated directly into the inclined plane for measuring the travel. The steel rotating masses each have self-centering conical pins. Using a separate pendulum block the moment of inertia of the rotating masses can be determined by swinging.

Learning Objectives / Experiments

- Demonstration of the law of gravity on an inclined plane
- Influence of the mass of a body on its acceleration
- Determination of the moment of inertia on rotating masses by
  performing a rolling test
- Determination of the moment of inertia by performing a pendulum test
- Influence of the moment of inertia of a rotating mass on its angular
* Comparative determination of inertia of rotation by
  rolling down an inclined plane and by performing
  pendulum experiments


[1] Experiments on the law of gravity on an inclined plane and on the angular acceleration of discs
[2] Plane 1000mm, adjustable
[3] Three spirit levels, three alignment bolts
[4] 2 rotating discs with self-centering conical pins
[5] l x w x h 1200x300x280mm

Technical Data

Inclined plane
- length: max.1000mm
- inclination angle: max. 7°
- D=100mm, mass: 620g
- D=70mm, mass: 320g
Shaft pin diameter: D=10mm each

Dimensions and Weight
l x w x h : 1200 x 300 x 280 mm
Weight : approx. 10 kg

Scope of Delivery

1 inclined plane base, 1 pendulum block, 2 rotating mass discs, 1 instruction manual

Order Details

040.61100  TM 611  Rolling Disc on Inclined Plane

Alternative products
TM 110.01 -- Supplementary Kit Inclined Plane and Friction

SELKA GmbH, Hamburg
Grindelallee 188, 20144 Hamburg / Germany
Tel.: + 49 (0) 40 343453 |  Fax: +49 (0) 40 63657075
E-Mail:   |  Internet:

Site generate in 0.110 seconds.