Bosch 822419008 Weforma WBE 300-E2 Single Convolution Suspenion Air Springs G1/4 For Blower And Motor

Cross Reference

Bosch suspension air springs 822419008

Weforma suspension air springs WBE 300-E2

Weforma industrial air springs WBE 300 E2

Weforma industrial air springs WBE300-E2

Weforma air bags WBE300E2

Weforma air spring WBE300 E2

Firestone air bags W01-M58-6166

Firestone air bags W01 M58 6166

Firestone air bags W01M586166

Firestone air bags WO1-M58-6166

Firestone air bags WO1 M58 6166

Firestone air bags WO1M586166

Continental/ Contitech air actuator FS 120-9

Continental/ Contitech Single Convolution Air Actuator FS 120-9 CI

Continental/ Contitech FS 120 9 CI

Continental/ Contitech FS1209CI

Continental/ Contitech FS 120-9 CI G 1/4 CA

Continental/ Contitech FS120-9CIG1/4CA

Continental/ Contitech 61358

Dunlop(FR) 8’’x1 S08100

Dunlop(FR) 8''x1 SO8100

Airkraft 111005

Airkraft 1 Convuleted 1B-190

Airkraft 1B 190 air spring complete

Airkraft 1B190 air spring assembly

Specifications and Detailed Technical Parameters: 1B1209-1/4

Air spring can be used in blower and motor

Air springs are load-carrying components used in air suspension systems for machines, automobiles, buses, and other heavy-duty vehicles.

Air springs are available in single , double, and triple convolution types to handle varying levels of weight and pressure. They offer improved ride stability, comfort, and noise reduction compared to traditional coil springs.

Air springs can be used in a variety of industrial applications where vibration isolation and shock absorption are needed, such as blower and motor. It can be possible to use air springs in some blowers or motors to reduce vibration and noise, but this would depend on the specific design of the blower or motor and the requirements of the application. Overall, air springs are most commonly used in industrial machines to provide a smooth ride and protect against shock and vibration.

Air spring characteristic

One important characteristic of air springs is their stiffness, which is the resistance they offer to deflect or compressions. The stiffness of an air spring is related to its ability to isolate vibration, which depends on the ratio of its spring constant to its damping factor.

Another important characteristic of air springs is their effective static deflection, which is the vertical deflection of the air spring under static load conditions. This characteristic is determined by the dynamic rate at which the air spring compresses and expands, and is affected by the ambient temperature, load deformation and bellows structure.

The related picture of 1B1209-1/4