Cylinder Structure and Working Principle Engine Model Dual-propelled Steam Engine Physics Steam Engine Model Pressure Piston Movement

This steam engine model belongs to a dual-propulsion steam engine, the steam is controlled by the reversing valve, and the steam can beThe steam intake at both ends of the cylinder alternately pushes the piston to work. Its working principle has a strong representative. When the gas source supplies enough simulated steam to it, the shocking effect and viewing angle impact brought by its high-speed operation can be observed. When running at low speed or manually shaking slowly, carefully observe the action relationship between the reversing valve and the piston, and it is not difficult to understand its working principle.Some parts of the instrument are designed with transparency, which is convenient to observe the working details of each part of the instrument in an all-round way without dead angle.The instrument has two options of pneumatic operation and manual operation, and has speed adjustmentThe mechanism can adjust the running speed during pneumatic operation.Main performance of the instrument1. Piston diameter: 68mm2. Piston stroke: 54mm3. Dimensions of the instrument: 395mm×140mm×230mm4. The cylinder, steam chamber and airflow channel are transparent, and the working principle is visible5. The instrument needs to be used with a small gas source

• * This steam engine model belongs to a dual-propulsion steam engine. The steam is controlled by changing the valve, and the intake air from both ends of the cylinder can alternately push the piston to work.
• * Some parts are designed with transparency, which is convenient to observe the working details of each part in an all-round way without dead angle.
• * The instrument is composed of cylinder, piston, steam chamber, steam flow reversing valve, crank connecting rod mechanism, flywheel, bracket and bottom plate.
• * In order to facilitate the observation of the working process of the running piston and the steam flow reversing valve, the cylinder and the steam chamber are made of transparent plastic.
• * A steam passage is designed above the cylinder to connect with the steam chamber; one side of the steam chamber is designed with a steam pressure regulating mechanism for adjusting the running speed of the machine, and the flywheel is cast iron.