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Heat
Hydroelectric Power Station
Ideal for classroom demonstration, this hydroelectric power station model allows students to directly observe the process of conversion of water flow to electrical energy that occurs in hydroelectric power plants. The water turbine is mounted on a plastic base together with a dynamo, newton disc, lamp, LED, and a two-way selecting switch. The switch selects delivering power to either a lamp or a Newton’s Color Disc. The LED can be removed if you instead want to draw current from the 4 mm output terminals. Includes instructions.
PH20452 -
Heat
Four Stroke Petrol Engine Model
The Four Stroke Petrol Engine Model is a detailed educational model designed to demonstrate the construction and working of an air-cooled, four-stroke spark ignition (petrol) engine. The model clearly illustrates the four stages of engine operation suction, compression, power, and exhaust along with the movement of the piston, connecting rod, crankshaft, spark plug, and valves. The operation and timing of the inlet and exhaust valves are clearly visible, helping students understand the complete engine cycle and the conversion of fuel energy into mechanical work.
It is mounted on a polished wooden base with a schematic diagram for easy reference. With an overall height of approximately 450 mm, it provides a clear and practical demonstration of internal combustion engine principles, making complex concepts easier to visualize and understand.PH20475 -
Heat
Hero’s Engine
Hero’s Engine demonstrates the principle of jet propulsion. The apparatus consists of a small Erlenmeyer flask with a rubber stopper and two tubes with tangentially oriented jets. A collar is provided around the flask to hang it above a heating source. When water boils inside the flask, steam escapes the jets and the flask spins.
PH20497 -
Optics
Mirror, With Base
To explore light reflection and refraction properties of concave and convex mirrors, laws of reflection, image formation, the effects of surface curvature on reflection, spherical aberration etc. Each mirror is securely held on a plastic base, diameter of the mirror is 95mm approx.
PH30058















