Fundamentals of Statistics Model MT 108

Sci-tech Fundamentals of Static Apparatus Model MT 108 demonstrates fundamental principles of statics such as the equilibrium of forces and moments, resolution of forces, the laws of rigid body, the law of levers and beam and suspension of of cables demonstration.

The base element is an upright panel. Feet enable the panel to stand on a laboratory bench. All parts required for the experiment can be quickly attached to the rails around the edges. The imprinted line grid and grid-marked lever rods permit precise assembly. The lengths marked on the grid make it easy to define angles. A wide range of mountings, such as cables, rods, pulleys, torque disks, pivot bearings and the like, can be easily fixed in place and combined. Ball bearings integrated into the panel permit low-friction torque experiments. The versatility of the experimental unit helps students to explore their creativity in developing their own experiments.

Large-format force gauges are particularly well suited to demonstration purposes. The adjustable transparent dial enables input loads, such as dead-weights, to be taken into account.

Add to wishlist

SKU: 2afb9120fb04 Categories: Strength of Material, Trainers

Description
Technical Specification

Features

Versatile experimental unit demonstrating planar mechanical force systems
Scope of experimentation can be extended by supplementary sets

Sci-tech Fundamentals of Static Apparatus Model MT 108 demonstrates fundamental principles of statics such as the equilibrium of forces and moments, resolution of forces, the laws of rigid body, the law of levers and beam and suspension of of cables demonstration.

The base element is an upright panel. Feet enable the panel to stand on a laboratory bench. All parts required for the experiment can be quickly attached to the rails around the edges. The imprinted line grid and grid-marked lever rods permit precise assembly. The lengths marked on the grid make it easy to define angles. A wide range of mountings, such as cables, rods, pulleys, torque disks, pivot bearings and the like, can be easily fixed in place and combined. Ball bearings integrated into the panel permit low-friction torque experiments. The versatility of the experimental unit helps students to explore their creativity in developing their own experiments.

Large-format force gauges are particularly well suited to demonstration purposes. The adjustable transparent dial enables input loads, such as dead-weights, to be taken into account.

As a special teaching aid, it is possible to write directly on the panel with erasable markers. Markings, sketches and comments can be added to supplement the experiments. All parts are clearly laid out and well protected on a storage system. The storage systems are stackable, providing for space-saving storage.

Three supplementary sets are available to extend the scope of experimentation, providing additional experiments relating to the inclined plane, friction, pulley blocks and gear wheels.

Specifications

Experimental setup to demonstrate simple, planar force systems
Panel with rails around the edges for easy mounting of various experimental components
Panel with imprinted 50mm line grid and facility to write on using erasable marker
Lever rods with 50mm grid
Wide range of mountings: cables, rods, pulleys, torque disks, pivot bearings and the like
Force gauges for tensile and compressive forces, with large-format display
Transparent dial on force gauge rotatable
Storage system to house all parts

Technical Specifications Panel

WxH: 600x700mm, @13kg
Line grid: 50mm

Force gauges for tensile and compressive force

Measuring range: ±50N
Display diameter: Ø=110mm
Protected against overloading
Roller chain
Magnetic chain sprocket pulleys
Spring balances
Magnetic hook points
Lightweight hooks
Model ladder
Magnetic pulleys
Magnetic ladder hook and plate points
Magnetic pulleys
Cords with rings
Rigid beam with hook points

Weights

2x 5N (hanger)
6x 5N

Accessories:

Demonstration of Suspension Cable Model 108/01

Magnetic parts of the kit fit on MT 108 to study or demonstrate the shapes and tensions in a suspension cable. The kit compares a suspension cable with a catenary cable and analyses results using catenary and parabolic theory. It includes a roller chain (the cable), held by magnetically mounted sprocket pulleys and a set of weight hangers and weights. Spring balances measure the tension in the cable. The versatility of the kit means that you can create symmetrical and non-symmetrical cables, with point loads or with evenly-spread loads. Experiment Possibilities

Analysis using catenary and parabola theory
Cable weight and tension
Comparison of a symmetrical suspension cable and catenary
Unsymmetrical suspension cable
A point load on a suspension cable

2) Rigid Body Equilibrium Model 108/02 Magnetic parts of the kit fit on MT 108 to study or demonstrate the forces around an inclined ladder-type structure. The kit holds a model ladder at different angles with or without a ‘climbing mass’ and measures the horizontal and vertical forces. The versatility of the kit means that you can adjust the ladder angle between more than 15 to 45 degrees and try it with or without a climbing mass at any position along its length. Experiment Possibilities

Horizontal and vertical reaction forces on a ladder
Safe angles for a ladder
A climbing mass on a ladder
A ladder at different angles

3) Equilibrium of Forces Model MT 108/03 Magnetic parts of the kit fit om MT 108 to study or demonstrate three coplanar concurrent forces (triangle of forces) or more (force polygons). The kit uses masses, hooks, pulleys and cords to apply forces on a single point (concurrent). Students may also set it to apply forces to two points (non-concurrent). Students measure the forces at equilibrium and compare with theoretical values. The kit introduces ‘Bow’s Notation’ and the drawing method of finding the forces. The versatility of the kit means that you can set up to five forces at any angles, using its cords, rings, magnetic mounts, magnetic protractors, pulleys, weights and a spring balance. Experiment Possibilities

Concurrent and non–concurrent coplanar forces
An introduction to Bow’s notation and graphical analysis
Force triangles, polygons and Link polygons

4) Equilibrium of a Beam Model MT 108/04 Magnetic parts of the kit fit on MT 108 to study or demonstrate forces, moments and reaction forces around a rigid beam at equilibrium. The kit uses masses, magnetic mounts and spring balances to apply forces to a rigid beam. Students measure the forces around the beam at equilibrium and compare with theoretical values found from theory of moments and equilibrium. The versatility of the kit means that you can set up several different ways of supporting the beam, including simply supported or balanced. Experiment Possibilities

Using moments and the theory of equilibrium to fi nd beam reaction and other unknown forces
Simply-supported beams
Balanced beams

Manuals The Kit is supplied with the following manuals: Required Services, Assembly and Installation, Starting-up, Safety, Maintenance & Practices Manual.