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71288 Phoenix 2 B 20 R Vibracoustic V2B20R Goodyear 2B12-425
Industrial Air Springs For Magirus-Deutz 0342 2571
Cross reference
Brand | Cross reference |
Phoenix | 2 B 20 R |
Vibracoustic | V 2 B 20 R |
ContiTech | 608 N |
Airtech No. | 114250 |
Airtech Ref. | 2B-285 |
Firestone No. | W01-R58-4088 / W01 R58 4088 / W01R584088 |
Firestone Style | 20 |
Goodyear | 2B12-425/2B12 425 / 2B12425 / 300 |
Springride | 2B12-425/300 |
Taurus | F211-200 / F211 200 / F211200 |
OE Manufacturer/Part No.
BPW 02.200.20.50.0 / 0220020500
Granning 15923
Kässbohrer 4.731.003.000 / 4731003000
Kässbohrer 4.731.024.000 / 4731024000
Magirus-Deutz 0342 2571 150 L 10
Magirus-Deutz 0342 2571 Saturn II/II L
Kässbohrer 4.731.003.000 SG 176
The detailed Specifications and techical data
Material: Rubber
Convolutions: Double
Type: Industrial air springs bellows only
HS Code: 8708809000
Waranty: 1 Year
Packing: Strong cartons
Other model reference
Only rubber bellow
Single convolution
Phoenix 1B04 / 1B05 / 1B07 / 1B12 /1B12-3 / 1B20 / 1B20-4 / 1B22 /
1B22-3 / 1B34 / 1B49-3
Double convolutions
Phoenix 2B07R / 2B12R / 2B20R / 2B20R-9 / 2B34R / 2B34R-B / 2B49R-A
/ 2B49R-B
Air spring assembly
Single convoluted
Phoenix SP1B04 / SP1B07 / SP1B12-1 / SP1B34
double convoluted
Dhoenix SP2B07R / SP2B12R / SP2B12R-1 / SP2B12 R-16 / SP2B12R-17 /
SP2B12R-5 / SP2B12R-A-10 / SP2B12 R-A-3 / SP2B12R-A-4 / SP2B12R-B-1
/ SP2B22 R-1 / SP2B34R / SP2B34R-B
Air spring characteristic
An air spring works using compressed air as the working fluid to
support and cushion a load. The principle of operation is based on
the fact that when air is compressed, its volume reduces and its
pressure increases. Conversely, when the pressure is released, the
air expands to fill the available volume. In an air spring, the
compressed air is stored in a flexible container, usually made of
rubber or a similar material. The container expands and contracts
as the load changes, maintaining a constant pressure and providing
a smooth and stable ride. The spring rate is determined by the
volume of the container and the amount of pressure inside it. The
working principle ensures that the air spring can support different
loads, absorb shocks and vibrations, and adjust to changing road
conditions.
Air springs are a type of suspension system that uses compressed
air to support the weight of a vehicle or other heavy object. The
characteristics of air springs include their durability, stiffness,
multi-axial response, damping characteristics, and structural
parameters. Air springs can also have a wide range of stiffness
characteristics, which can be adjusted to suit the specific needs
of a particular application. Additionally, air springs can be used
in a variety of different settings, including in vehicles,
machinery, and industrial equipment.
The reated industrial air springs picture