Gas Spring Dimensions Guide
Measure Extended Length, Compressed Length, And Stroke
Correct gas spring dimensions are essential when replacing an existing strut or designing a new OEM application. Engineers should measure center-to-center extended length, compressed length, stroke, rod diameter, tube diameter, end fitting type, and force rating before choosing a replacement or custom specification.
Use Measurements To Choose The Right Product Family
Once dimensions are known, browse lift gas springs for standard support, lockable gas springs for controlled positioning, or SS316 stainless steel gas springs for corrosion-prone environments. The force calculator and mounting guide can help confirm whether the measured size works with the application geometry.
Check Fittings, Brackets, And Clearance Before Production
End fittings change the installed length and pivot behavior of a gas spring. Ball sockets, clevis ends, blade ends, eyelets, brackets, and custom fittings should be checked through the full open and closed positions. The gas spring must not bottom out, over-extend, bind, or collide with surrounding parts during the motion cycle.
Send Complete Dimensions For Faster OEM Review
For a dimensional review, send application photos, extended length, compressed length, stroke, rod diameter, tube diameter, end fitting type, mounting point distance, opening angle, panel weight, force marking if available, working environment, and quantity. These details help LX Gas Spring match the correct product family and avoid trial-and-error samples.