Contitech FS 200-10 CI Continental Bellows Style, Industrial Single Convoluted Air Spring

Product Specification

FS 200-10 CI G1/4 G3/4 OS,Bellow Stype Industrial Air Spring,Single Convoluted,200cm sq Effective Aiea,89 mm Max Stroke,Crimped Bead Plate,Female Mounting Threads

FS 200-10 Air Spring Technical Data

FS 200-10 Cover Plate Data

Top Cover Plate Diameter:161mm

Between Threaded Hole Distance:89mm

Between Threaded Hole And Air Hole Distance:38.1/44.5mm

Bottom Cover Plate Diameter:161mm

FS 200-10 Blind Nuts

Screw(Nuts) on Top Cover Plate:2XM8

Screw(Nuts) on Bottom Cover Plate:2XM8

Screw(Nuts) M8 Depth:15mm

M8=25Nm

FS 200-10 Rubber Bellows

Rubber Bellows MAX Diameter:250mm

FS 200-10 Working Stroke

The Working Stroke :51mm~140mm

The Maximum Height:140mm

The Minimum Height:51mm

The Compressed Height:89mm

FS 200-10 Air Inlet/Gas Hole

Air Inlet/Gas Hole:G 1/4 G 3/4

G 1/4=25 Nm

G 3/4=25 Nm

Order Infromation

Technical parameter

Min Pressure:0 bar

Restoration Force to Minimum Height:≤ 200 N

Total Weight (including cover Plate):2.3 kg

Vibration Isolation Applications - Dynamic Eigenvalues

Design Height H: 110 mm recommended, 90 mm minimum

Pneumatic applications - static eigenvalues

Force F [KN]

Introduction Of Contitech Rubber Air Spring

Rubber air spring are widely used in papermaking equipment, leather machinery, vibrating table, textile equipment, mining, machinery and other industries. The rubber air spring used in industrial equipment are roughly divided into single-layer, double-layer, and three-layer air springs according to the number of layers of their rubber bodies.

When the rubber airbag works, the inner cavity is filled with compressed air to form a compressed air column. With the increase of the vibration load, the height of the spring decreases, the volume of the inner cavity decreases, the stiffness of the spring increases, and the effective bearing area of the inner cavity air column increases, and the bearing capacity of the spring increases at this time. When the vibration load decreases, the height of the spring increases, the volume of the inner cavity increases, the stiffness of the spring decreases, the effective bearing area of the inner cavity air column decreases, and the bearing capacity of the spring decreases. In this way, within the effective stroke of the air spring, the height, inner cavity volume, and bearing capacity of the air spring have smooth and flexible transmission with the increase and decrease of the vibration load, and the high-efficiency control of the amplitude and vibration load occurs. The stiffness and bearing capacity of the spring can also be adjusted by increasing or decreasing the amount of inflation, and an auxiliary air chamber can also be attached to achieve automatic adjustment.

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