Feature
Easy to explain each part of the Differential Gear and understand operating functions and principles of power delivery.
Students are able to observe movement of Differential Gear by manual operation.
Structure education unit for Differential Gear. (Manual Type)
Incised sections are painted with different colors for education efficiency.

Specification
Composition : Differential Gear (real axle)
Weight : Approx. 40 kg
Size : Approx. 800 X 500 X 300 mm


 

Feature
Effective to educate the troubleshooting and inspection theory, training.
Each component is colored differently for educational effect.
An educational unit for understanding the components of a heavy equipment differential gear and training.
Is the best model to see operation state and location of differential gear components by making parts which aren't seen at an actual one open.
It allows to see planetary gear directly on the wheel.

Specification
Composition : Large Heavy machinery differential gear
Weight : approx. 150 kg
Stand : Steel frame with 5” lockable wheels
Size : approx. 2,000 X 800 X 500 mm

• For use with the Work Panel (STF1), the kit allows several experiments with a suspension cable. 
• Spring balances measure the tension in the cable. 
• Students or teachers fit the magnetic parts of the kit to the Work Panel 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. 
• The versatility of the kit means that you can create symmetrical and non-symmetrical cables, with point loads or with evenly-spread loads. 
• Supplies each kit with a fully illustrated User Guide containing theory, experiments and typical results.

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Feature
Effective to educate the troubleshooting and inspection theory, training.
Each component is colored differently for educational effect.
An educational unit for understanding the structureof tractor shafts.
Studying the differentials, Axle, reduction gears, wheel operation principles by observing.
Is the best model to see operation state and location of components by making parts which aren't seen at an actual one open.

Specification
Motor: Single phase 220V 180W reduction gear mounted
Composition : Tractor shafts, Power switch, power lamp, emergency switch, fuse holder and speed control
Stand : Steel frame with 5” lockable wheels
Weight: approx. 150 kg
Size : approx. 1,500 X 800 X 800 mm

• For use with the Work Panel, the kit allows several experiments with a rigid body – a ladder structure. 
• 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.
• The kit holds a model ladder at different angles with or without a ‘climbing mass’ and measures the horizontal and vertical forces.
• Students or teachers fit the magnetic parts of the kit to the Work Panel to study or demonstrate the forces around an inclined ladder-type structure.   
• Supplies each kit with a fully illustrated user guide containing theory, experiments and typical results.

• Students or teachers fit the magnetic parts of the kit to the Work Panel 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. 
• The versatility of the kit means that you can set up several different ways of supporting the beam, including simply supported or balanced.
• Students measure the forces around the beam at equilibrium and compare with theoretical values found from theory of moments and equilibrium. 

• For use with the Work Panel, the kit allows several experiments with forces pulling on one or more points at different angles. 
• Students may also set it to apply forces to two points. 
• Uses masses, hooks, pulleys and cords to apply forces on a single point. 
• The kit introduces ‘Bow’s Notation’ and the drawing method of finding the forces.
• Supplies each kit with a fully illustrated user guide containing theory, experiments and typical results.
• 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. 

• A focusing solar energy collector on a mobile frame. 
• Specially designed for educational use, the apparatus shows the principles, advantages and limits of this method of capturing solar energy.
• It is a highly-polished stainless steel parabolic reflector, supported on trunnion bearings on a turntable. 
• By adjusting the horizontal and vertical position of the reflector, students focus solar energy onto an energy collector. 
• The energy collector is a copper cylinder with an embedded thermocouple that measures the cylinder temperature.
• To enable students to compare different concentration ratios, supply four different sizes of energy collector. 
• Attached to the reflector carrier is a solarimeter that measures the incident solar radiation. 
• An extra thermocouple measures ambient temperature for reference.
• Also supplied is a removable transparent cover for the collector, so students can study the properties of shielded and unshielded collectors.