SAF Trailer Air Spring 2.229.0003.00 W01-M58-6364 Firestone 813MB Contitech 566283547

SAF Trailer Air Spring 2.229.0003.00 W01-M58-6364 Firestone 813MB Contitech

Top Plate Width: 286 mm

Piston Width: 260 mm

Weight: 13.2 kg

Other Cross Reference

Hendrickson: 505859, 785170

SAF: 2.229.0003.00, 2.229.0003.00, 2.229.2103.00, 2.229.2403.00, 2.229.0010.00, 2.229.2603.00, 2229000300, 2229000300, 2229210300, 2229240300, 2229001000, 2229260300

Weweler: US07345

Kässbohrer: 4.731.030.000, 4.731.033.000, 4731030000, 4731033000

Granning: 15634

Meritor: 21215633

Scania: 1723269

Renault: 5.000.790.692, 5.010.130.925, 5000790692, 5010130925

Paul NFZ: P2700MB0813

Titan: 91687700000

Trouillet: ST225675

Trailor : 65023482, 0036158E

Viberti : 128147122, 644285

Weweler: US87408

Pegaso: 175005

Airtech: 130102, 3813C

Blacktech: RML7924C

CF Gomma: 87408, 1T19E-2, 1T19E2

Dunlop F: D13B19, D13B02

Dunlop UK: 00985A-AP

Firestone: W01-M58-6364, W01-M58-6339, 1T19L-11, W01M586364, W01M586339, 1T19L11

Gart: 277.4.500, 287.4.510, D277/B, D287/A, 2774500, 2874510, D277B, D287A

Goodyear : 1R14-705, 1R14-857, 566-28-3-547, 566-28-3500, 1R14705, 1R14857, 566283547, 566283500

Neotec: ABM74033A45

Phoenix: 1D28B2,1D28B2

Primeride: 5813AP03

Taurus: KR62226

Vibracoustic: V1D28B-2, V1D28B2

How To Choose Air Springs?

Use: The purpose of using the air spring will affect its performance. For example, if you need to transport heavy loads on rugged terrain, you will need a higher pressure air spring to provide better support and stability. If you need to transport passengers on smooth roads, a lower pressure air spring will provide better comfort.

Weight: The weight of the air spring will also affect its performance. If you need to carry a lot of weight, you can choose an air spring that is heavier, which will provide better load capacity. If you mainly transport lightweight items, a lighter air spring will be more suitable to reduce vehicle weight.

Temperature: The temperature adaptability of the air spring is also important. The pressure and resilience of an air spring will change with different temperatures. Therefore, you need to choose an air spring that has good temperature adaptability to ensure that it can work normally in various weather conditions.

How Do Air Springs Work?

Air springs are an elastic element based on used in vehicle suspension systems and building structures. They provide resilience by filling them with air, thus ensuring the stability and comfort of the vehicle.

When an air spring is filled with air, its volume changes, creating a pressure between the two ends. This pressure difference produces a spring effect, resulting in a nonlinear elastic behavior of the air spring. That is, the more pressure the air spring is filled with, the greater its resilience.

The advantages of air springs include providing higher resilience and greater support force while maintaining low noise and vibration. This makes them a popular elastic element in vehicles.