Pneumatic Bellows Actuators AIRKRAFT 113075 2B-150 WEFORMA WBZ-G 210 Norgren M/31062 6"x2 Industrial Air Springs

Cross Reference

AIRKRAFT : 2B-150 /2B 150 / 2B150

AIRKRAFT 113075

AIRKRAFT 11120036

WEFORMA WBZ-G 210 / WBZ-G210 / WBZ G 210 / WBZG210

NORGREN M/31062 (6"x2)

NORGREN M31062 (6"x2)

NORGREN M 31062 (6"x2)

DUNLOP 6"x2

DUNLOP SP1482 / SP 1482

Firestone W01-R58-4053 / W01 R58 4053 / W01-R58-4053

Firestone WO1-R58-4053 / WO1 R58 4053 / WO1-R58-4053

CONTITECH FD 76-14 DS / FD 76 14 DS / FD76-14DS/ FD 76-14 DS CR / FD 76-14 DS G 1/2 CR / FD76-14DSG1/2CR

PARKER 9109001

Industrial air springs product details

Rubber bellow diameter: 159mm

Top/Bottom plate bolts : 4pcs x M10

Screw center distance: 127mm

Top/Bottom plate: 153.5mm

Air inlet: G1/2
Rubber bellow diameter: 135.5mm

Convolutions: Double

Rubber bumper: Without

Girdle hoop: 1 piece

HS Code: 8708809000

Usage

Components

1. Bolt: used to mount air springs (or airbags) to the vehicle's suspension system.

2. Air Inlet: The air inlet is the part of the air spring where compressed air is introduced into the system.
3. Top Plate: . The air spring top plate is usually attached to the frame of the vehicle and provides a secure location for the air spring to be mounted . Different vehicles may use air spring top plates of various sizes and designs , but they all serve the same basic purpose of supporting and securing the air spring. The top plate may include holes or studs to which the air spring can be bolted or clipped onto.

4. Clamp Ring: An air spring clamp ring is a component of an air spring system that helps to secure the air spring body in place. The clamp ring typically consists of a circular metal band that can be tightened around the air spring body to hold it securely in place.

5. Girdle Hoop: An air spring girdle hoop is a wire-wound ring that is molded to the air spring bellows in order to provide lateral stability and prevent distortion or tearing. The girdle hoop is typically made of steel wire, and its purpose is to reinforce the bellows and help maintain its shape during use. It is designed to handle the stress placed on the air spring during compression and expansion, and to prevent it from becoming deformed or damaged over time. The number of girdle hoops used on an air spring can vary depending on the specific design and intended use of the spring.
6. Bellow: This is the flexible, accordion-like component of the air spring that expands and contracts as the air pressure changes. It is typically made of rubber or a composite material.
7. Bottom Plate: Normally without air inlet

The reated picture of industrial air springs