Pneumatic Connection G1/4 Festo 193789 EB-385-115 1 Convolutions
Industrial Air Springs
OEM NO.
Festo 193 789 / 193789 Festo EB-385-115 Festo EB 385 115 Festo EB385115 |
Specifications and Detailed Technical Parameters
B1±0.2(Screw center distacne): 158.8mm
D1∅max.(Rubber bellow max outer diammeter):385mm
D2∅(Required fitting space):400mm
D3∅(Cover plate diameter):287mm
EE(Compressed air connection): G1/4
H2 min(Minimum installation height): 51mm
H3 max.(Maximum extended end position):175mm
Single-bellows cylinder
Cylinder Type: Bellows Cylinder
Mode of Operation:Single-Acting
Operating Medium: Compressed Air to ISO 8573-1:2010 (-:-:4)
Operating Pressure: 0...8bar
Air spring applications
The air spring consists of a flexible bag made of rubber, plastic,
or a similar material, which is inflated with compressed air to
support the weight of the vehicle. As the vehicle moves, the air
spring compresses and expands to absorb the shocks and vibrations
of the road. Air springs are also used in other applications, such
as industrial machinery and equipment, to provide vibration
isolation and shock absorption.Air springs have a variety of
applications across many different industries. Some common
applications of air springs include:
Automotive industry: air springs are commonly used in commercial
and passenger vehicles for improved ride comfort and handling, as
well as to adjust ride height based on the weight of the load being
carried.
Industrial machinery: air springs are used in industrial machinery
to isolate vibration and absorb shock, protecting both the machine
and the product it produces.
Aerospace industry: air springs are used in aerospace applications
for weight reduction, vibration isolation, and smoother landings.
Mining industry: air springs are used in heavy-duty mining vehicles
to reduce vibration and improve driver comfort, as well as to
extend the lifespan of tires and other components.
Overall, air springs have a wide range of applications across many
different industries and are valued for their ability to provide
improved comfort, stability, and durability.
Characteristic
Air springs have a number of characteristics such as stiffness,
load capacity, damping, and frequency response. One of the most
notable characteristics of air springs is their non-linear
behavior, which means that their response changes depending on the
amount of load and pressure applied to them. The characteristic
line of an air spring can be designed into an ideal curve as needed
. The stiffness of air springs also plays a major role in driving
comfort and can be adjusted to switch between comfy and dynamic
drive characteristics . Additionally, air springs can be used as a
replacement for traditional steel springs in order to provide
better performance and load capacity.
The industrial air springs pictures
