Triangle 6325 4320 Double Rubber Air Spring AIRSUSTECH 2B6910 Total Stroke 185MM

Triangle 6325 4320 Double Rubber Air Spring AIRSUSTECH 2B6910 Total Stroke 185MM

Product Information

Product Specifications

• Cover Plate

Top Cover Plate Diameter: 160 mm
Screw Center Distance of Top Cover Plate: 89 mm
Bottom Cover Plate Diameter: 160 mm
Screw Center Distance of Bottom Cover Plate: 89 mm

• Nut/Blind Nuts

Top Cover Plate Screw(Nut) Tooth: 2×3/8-16UNC
Bottom Cover Plate Screw(Nut) Tooth: 2×3/8-16UNC

• Gas Hole/Air Inlet/Air Fitting

Air Hole Standard: 1/4NPTF

• Rubber Bellow

Rubber Bellow Max. Diameter: 251 mm

Natural Diameter of Rubber Bellow: 224 mm
Minimum Height: 75 mm
Maximum Height: 260 mm

OEM Manufacturer

Firestone OEM Manufacturer W01-358-6910
Contitech OEM Manufacturer FD 200-19 320
Goodyear OEM Manufacturer 2B9-200/202/216
Goodyear Bellow NO. 578423202
Triangle OEM Manufacturer 6325 4320
Taurus OEM Manufacturer KF218-6910
Brake & Wheel OEM Manufacturer M3501
Dina OEM Manufacturer A812719/AZ812719
Dayton OEM Manufacturer 3546910
Leland OEM Manufacturer Sc2011
Navistar OEM Manufacturer 554783C1
Hendrickson OEM Manufacturer S8768/458433
Ridewell OEM Manufacturer 1003586910C
SAF Holland OEM Manufacturer 57006910
Trailers De OEM Manufacturer 133128
Tuthill OEM Manufacturer 1371
Watson&Chalin OEM Manufacturer AS-0001/AS-0156G

Precautions for Installing and Using Air Springs

1. Do not exceed the recommended safe extension height: When installing or using gas springs, ensure they do not extend beyond the recommended height. Exceeding this height can cause the air spring to overextend, which can lead to damage or a loss of performance over time.
2. Avoid using the air spring below its minimum compression height: To extend the life of the air spring, always avoid using it below its minimum compression height. Operating below this limit can cause the rubber bladder to overextend, resulting in premature wear and possible failure.
3. Do not use at a pressure above 0.7 MPa: Gas springs must operate within the specified pressure range to ensure optimal performance and safety. Pressures above 0.7 MPa can cause the air spring to overextend, compromising its structural integrity.
4. Avoid deformation of the air spring: During installation and use, care must be taken to avoid deformation of the air spring. A warped air spring can lead to uneven air pressure distribution, which can cause internal damage or even failure.

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