Dryer Industrial Air Springs Festo EB-325-215 193790 Double Convoluted Air Balloon

Dryer Industrial Air Springs Festo EB-325-215 193790 Double Convoluted Air Balloon

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Specifications and Tecnical Data  

B1±0.2(Screw center distacne): 157.5mm
D1∅max.(Rubber bellow max outer diameter):325mm
D2∅(Required fitting space):340mm
D3∅(Cover plate diameter):228mm
EE(Compressed air connection): G1/4
H2 min(Minimum installation height): 75mm
H3 max.(Maximum extended end position):305mm
Double-bellows cylinder
Cylinder Type: Bellows Cylinder
Mode of Operation:Single-Acting
Operating Medium: Compressed Air
Operating Pressure: 0...8bar
HS Code: 8708809000
Sample: Available
Condition: 100% New
Packing: Strong cartons
Applications: Industrial machines or others
Warranty: 1 Year

Type: Industrial air springs

About industrial air springs knowledge

Air springs are often used in different applications such as dryer, automotive, bicycles, suspensions and backpacks. One of the main advantages of air springs is their adjustability. They can be easily tuned to suit different applications and can provide a more comfortable ride than other types of springs. Additionally, air springs often offer better handling and stability due to their ability to react more quickly to changes in road conditions. Another advantage of air springs is their durability compared to other types of springs. They can last longer and require less maintenance over time, making them a cost-effective option. In summary, air springs provide advantages such as adjustability, comfort, handling, stability, and durability, which make them suitable for various applications in different industries.

Air spring work principle

Air springs are used in various applications, including automotive suspensions and industrial machinery, to provide cushioning and vibration isolation. The principle of operation is based on the compression of air, which absorbs and distributes the load placed on the spring.

In an air spring, a flexible enclosure, typically made of rubber or a similar material, is filled with compressed air. When a load is applied to the spring, the air inside the enclosure is compressed, causing the enclosure to expand and generate a reaction force.

The working principle of an air spring involves the use of a flexible membrane, which separates the air from the load-carrying structure. As the load is applied, the air inside the spring chamber will compress, resulting in an increase in pressure. This increase in pressure provides the force necessary to support the load.

The pressure inside the air spring is controlled by a valve, which regulates the flow of air into and out of the spring. When the load is increased, the valve opens to allow air to enter the spring chamber, thereby increasing the spring's ability to resist further compression. When the load is reduced, the valve opens to allow air to escape, thereby reducing the spring's stiffness.

Overall, the working principle of an air spring is based on the compression of air to provide cushioning and vibration isolation.

The indsutrial air springs picture