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| Brand Name : | GUOMAT |
| Model Number : | 64267 |
| Certification : | ISO/TS16949:2009 |
| Price : | $59.9-69.9/pc |
| Payment Terms : | L/C, T/T, Western Union |
| Supply Ability : | 1000pcs/week |
| Delivery Time : | 2-8 work days |
New Goodyear 2B9-200 Convoluted Airbag Firestone W013586910 Rubber Bellows Air Spring
Item specifics
New Goodyear Air Spring
Condition:New
Manufacturer/Brand Name:GUOMAT/Goodyear Air Spring
Manufacturer/OEM Part Number:2B9-200
Flexmember:578-92-3-202
Country/Region of Manufacture:Mexico
Cross Reference
| Contitech | 64267 |
| FD200-19320 | |
| DAYTON | 354-6910 |
| DINA | A-8127-19 |
| FIRESTONE | 6910 |
| W013586910 | |
| W01-358-6910 | |
| GRANNING | 1371 |
| HDA | PMABG-6910B |
| HENDRICKSON | 45843-3 |
| B-8768 | |
| INT'L/NAVISTAR | 554783C1 |
| LOAD GUARD | SC2011 |
| MASA | 227138412 |
| PREVOST | 63-0173 |
| R&S TRUCK&BODY | 1027405 |
| RIDEWELL | 1003586910C |
| S-4512-C | |
| TAURUS | AS218-6910 |
| TRIANGLE | 4320 |
| WATSON&CHALIN | AS-0001 |
64267,FD200-19320,354-6910,A-8127-19,6910,W013586910,1371,PMABG-6910B,45843-3,B-8768
554783C1,SC2011,227138412,63-0173,1027405,1003586910C,S-4512-C,AS218-6910,4320,AS-0001
Technical Data For Goodyear 2B9-200
Top Cover Plate Diameter:6.40 inches/162.56 mm
The Distance Between Threaded Holes On Top:3.50 inches/88.9mm
The Distance Between Air Hole And Threaded Hole On Top:1.75 inches/44.45mm
Bottom Cover Plate Diameter:6.40 inches/62.56 mm
The Distance Between Threaded Holes On Bottom:3.50 inches/88.9mm
Working Stroke :10.8 inches~3.2 inches /274.32mm~81.28mm
Maximum Height:10.8 inches/274.32mm
Minimum Height:3.2 inches /81.28mm
Compressed Height:7.6 inches/193.04mm
Air Fitting:1/4 NPTF
Tapped hole on top retainers 3/8-16,on pistons 1/2-13
Top Bead Plate :ASA-92-8-016
Bottom Plate:ASA-92-6-010
What are the advantages of air springs?
1) The air spring has excellent nonlinear hard characteristics,
which can effectively limit the amplitude, avoid resonance, and
prevent impact. The nonlinear characteristic curve of the air
spring can be ideally designed according to actual needs, so that
it behaves with a lower stiffness value near the rated load.
2) Since the medium used by the air spring is mainly air, it is
easy to implement active control.
3) The stiffness k of the air spring changes with the load P, so
under different loads, the natural frequency of the vibration
isolation system is almost unchanged, and the vibration isolation
effect is almost unchanged.
4) The stiffness of the air spring is adjustable, and the stiffness
of the system can be changed by changing the volume of the air
chamber or the inner cavity pressure. No matter how much the load
is, the air pressure can be changed as needed to adjust the air
spring stiffness, or the internal volume of the auxiliary air
chamber can be increased to reduce the stiffness.
5) For the same size air spring, when the internal pressure
changes, different bearing capacities can be obtained. This allows
the same air spring to adapt to a variety of load requirements, so
it is economical. While bearing vertical load, air spring can also
bear certain lateral load and transmit torque.
6) Increasing the total volume of the air spring can reduce the
natural frequency of the vibration isolation system, which is a
unique advantage of the air spring. The volume of the air spring
body cannot be too large because the size of the structure space is
limited to a certain extent. In order to reduce the natural
frequency of the vibration isolation system, an auxiliary air
chamber can be set up, and the auxiliary air chamber can be
arranged away from the air spring. The volume of the auxiliary air
chamber is increased, that is, the total volume of the air spring
is increased, and the natural frequency of the air spring vibration
isolation system is reduced.
7) The air spring can use the height control valve system to keep
the working height of the air spring basically unchanged under
different loads. Similarly, through the action of the height
control valve, the air spring can have different heights under a
certain load, so it can adapt to various structural requirements.
8) The air spring can absorb high frequency vibration and has
excellent sound insulation performance.
Air springs are mainly composed of rubber bladders and air. During
the vibration process, the rubber bladder has little internal
friction due to expansion and warping, so it is difficult to
transmit high-frequency vibration. Air and rubber do not transmit
sound easily, so they have good sound insulation properties. The
steel spring is easy to transmit high-frequency vibration, but also
easy to transmit sound.
9) If an orifice is set between the main air chamber and the
auxiliary air chamber of the air spring, when the air spring
vibrates and deforms, there will be a pressure difference between
the main and auxiliary air chambers, and the air flows through the
orifice and absorbs a part of the energy due to resistance. , so it
has a damping effect. A suitable orifice diameter can improve the
damping characteristics of the vibration isolation system and
effectively suppress the resonance amplitude.
10) The air spring is light in weight. In addition to the rubber
bladder and almost weightless air, its body is the upper and lower
covers, so it is much lighter than the steel spring.





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