Multi Stage Steam Turbine Physics Equipment Demonstration

Multi Stage Steam Turbine Physics Equipment Demonstration 
The steam turbine is a multi-stage steam turbine model. The cylinder of the multi stage steam turbine is composed of a three-stage impeller and a two-stage static impeller. The gas source of the first-stage impeller is directly supplied by the nozzle, and the second-stage impeller and the third-stage impeller are static. The Multi Stage Steam Turbine can be used with laboratory air compressors, and can be started with an air compressor or with a mouth blow, or with a hand.

Key Points:
1, The impeller is supplied, and the blades of the movable impeller and the static impeller are each 20 pieces, and the blades of the movable impeller and the stationary impeller are opposite angles.
2, Instructions for use: The air compressor is used to supply air to the steam turbine inlet, and the air flow pushes the impeller to rotate and work. Can also be rotated by hand. The pressure of the gas supply is proportional to the rotational speed. A steam turbine is a rotary power
machine that converts the energy of steam into mechanical work, also known as a steam turbine.
3, Mainly used as a prime mover for power generation, it can also directly drive various pumps, fans, compressors and ship propellers. It is also possible to utilize the steam exhaust or intermediate extraction of the steam turbine to meet the heating needs in production and life.
4, By using this multi stage steam turbine physics demonstration equipment, you can demonstrate the working principle and working process of the steam turbine, help children to understand the operating principle of the steam turbine more intuitively, and deepen their interest in physics learning

Tips: When not in use for a long time, it can be covered with dust cloth or transparent dust bag

Specifications:
Material: Metal + Plexiglass + Plastic
Product Weight: 650g
Package Dimensions: 18*12.5*13cm    
Package Weight: 700g
Packing: Box 

Package Content:
1 x Steam Turbine Model