Rubber Air Spring Shocks Goodyear 1B5-500 One Convoluted Cushion With G1/4 Air Inlet

Rubber Air Spring Shocks Goodyear 1B5-500 One Convoluted Cushion With G1/4 Air Inlet
 
 
1K130070 Specifications and Tecnical Data  

Nut/blind nut

Top plate screw (nut) teeth: 2 pcs×M8

The Distance of Nut: 44.5 mm

Screw (nut) teeth of the bottom cover plate: 2 pcs×M8

Air hole/air inlet/air fitting

Air hole/air inlet: G1/4

cover

Top plate diameter (width): 85 mm

Diameter of bottom cover (width): 85 mm

Natural diameter of rubber bellows: 130 mm

Maximum diameter of rubber bellows: 150 mm

Design height: 70mm

Bumper block/bumper block

No bumper

Belt loop/Girdle hoop

No Belt loop/Girdle hoop

 
OEM Manufacturer:
 

Characteristics of air spring Shocks

The stiffness of the rubber air spring varies with the load, giving the spring device ideal characteristics;

The air spring has nonlinear characteristics, its characteristic curve can be designed into an ideal shape, and it can bear axial and radial loads at the same time, and can also transmit torque;

The air spring can obtain different bearing capacities by adjusting the internal pressure, so it can meet the needs of various loads; the air spring is light in weight and has a long service life;

The air spring has good high frequency vibration isolation and sound insulation performance. The rubber air spring requires little installation space and is easy to replace.

Four major improvements that rubber air cushions bring to industrial equipment

1. Improve the isolation and shock absorption capacity of the equipment: Industrial air springs can provide the best degree of isolation and shock absorption that any other shock absorber can't match. A lower natural frequency can be provided by attaching an external gas storage device.

2. Industrial air springs enable precise height control: Air springs adjust the operating height through internal air pressure. Industrial air springs do not generate static friction with other components. In the case of changes in bearing capacity, the automatic adjustment of system pressure can ensure a stable operating height.

3. Effectively prevent resonance: The air spring damping system can be designed with two natural frequencies, so resonance can be prevented by switching the natural frequency.

4. Improve horizontal stability: The air spring has good horizontal stability. Effectively reduce noise: Industrial air springs can reduce structure-transmitted noise. Since it does not have the spring vibration generated in ordinary coil springs, it does not generate noise by itself.

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