Anti-shock Rubber Press Machine F-400-5 Five Convolutions Yokohama
Air Bag S-400-5R/S400-5
OEM Cross reference
AIRSUSTECH Part No.: F-400-5
YOKOHAMA S-400-5R
YOKOHAMA S 400 5R
YOKOHAMA S-400-5
YOKOHAMA S 400 5
YOKOHAMA S400-5
YOKOHAMA S 400 5
YOKOHAMA S400-5R
Replaces these punch press air springs
Specifications and Detailed Technical Parameters: F-400-5 Air Bag
This type of air spring is self seal. The number of convolution is five, with 4 pieces of ring, without
plate
Guomat No. | Yokohama No. | Height | Maximum stroke(mm) | Max diameter(mm) |
Design Height(mm) | Max. Heigh(mm)t | Min Height(mm) |
F-400-5 | S-400-5R | 276 | 435 | 156 | ±113 | 460 |
Standard Height,Internal Pressure 0.49 Mpa |
|
|
Effective Area (cm2) | Volume(L) | Load (KN) | Dynamic Spring Parameters (N/mm) | Natural Frequency (Hz) | Max inner preesure limited (Mpa) | Burst inner pressure (Mpa) |
1260 | 34.5 | 61.6 | 481 | 1.4 | 0.69 | 3.9-4.9 |
Our core competitiveness in producing punch airbags for press
equipment
(1) Good product quality, high cost performance, practical and
economical
(2) Professional R&D team, high brand awareness, high-quality
after-sales service
(3) Advanced production technology and equipment, and scientific
testing methods.
Anti-shock Rubber Press Machine Air Spring Working Principle
Industrial noise generated by punching machines, grinders, crushers
and other equipment is unavoidable. For our health and not to have
an impact on the surrounding environment, it is necessary to reduce
the noise of mechanical equipment.
First of all, noise is often generated by mechanical vibration. The
best way to solve this kind of problem is to use air springs to
dampen and reduce noise. Guomat high-quality air springs can play a
huge role.
The shock-absorbing area of the air spring shock-absorbing airbag
is the middle part of the rubber airbag. From the elastic
coefficient of the spring, the elastic coefficient of the
traditional steel coil spring (commonly known as the softness and
hardness of the spring) is fixed, and it can only respond to
specific shocks. The force has a shock absorption effect. If the
force is too small, the elastic deformation of the spring cannot be
met, and the shock absorber spring hardly has any shock absorption
effect. If the force is too large, it will completely exceed the
bearing capacity of the shock spring. , then it will not only fail
to achieve the expected shock absorption and buffering effect, but
also may cause damage to the spring and equipment.
The elastic coefficient of the Guomat air spring can be changed by
adjusting the internal pressure. Reasonable selection of the air
spring and adjusting the elastic coefficient of the spring
according to the actual production situation can effectively avoid
the impact of the air spring due to bottoming out during use shock
effect.
The related picture of F-400-5
