Triple Convoluted 10''×3 Air Spring Bellows Front Rear With 2 Girdle Hoop

Triple Convoluted 10''×3 Air Spring Rubber Bellows With 2 Girdle hoop

Specifications and Tecnical Data: 10×3 air bellow

Cross Reference

Bellow number: 10×3

Air spring assembly number cross Reference

FIRESTONE Part Number: W01R584059; W01 R58 4059; W01-R58-4059; WO1-R58-4059; WO1 R58 4059;WO1R584059

DUNLOP SPRINGRIDE SP1539(10×3)

CONTITECH: FT 210-32 DS;  FT 210-32 ;  FT 210 32;  FT210-32;  FT 210 32; FT21032

NORGREN:  M/31103;  M 31103;  M31103

PARKER Part Number 9109031

Feature

Excellent universal properties
Very high dynamic capability
Elasticity
Tensile strength
Tear resistance
Abrasion resistance

Applications

Web tensioning device
Short stroke mechanical linkage
Hot foil stamping press
Commercial laundry machine
Quick lock device Roller tensioning
Reel tensioning

Air Bellows are an excellent solution to vibration isolation problems.

The basic points which must be considered when selecting an air bellow as an isolator are:
- load or total weight and number of mounting points
- recommended operating height
- degree of isolation
- operating pressure

Load capability
When selecting the isolator, there should be sufficient load-bearing capability to compensate asymmetric load distribution or excess weight.
Air isolators have been designed to absorb dynamic increases in load from operating vibrations.

Recommended operating height
To ensure optimum isolation and lateral stiffness, isolators should be used at the recommended operating height.

Operating pressure
As a rule, the size of the air isolator is correct if the operating pressure is between 4 and 6 bar.

Knowledge

The thrust of the Air Bellows depends on the height of the bellow.
When height increases the thrust decreases because of the change in the effective area.
DO NOT INFLATE the Air Bellow until it is not fixed on the machines with end stops. And so DEFLATE fully the Air Bellows before removing from the machine.
Take care to put enough clearance around the Air Bellow because of the change in the section under pressure.
Use the full surface of the end plates to bear the forces.
Use guidance to avoid any angular or axial misalignments.

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