Replacement for Suspa Liftline 01625035 80-675N

$44.38

Replacement gas spring for the Suspa Liftline 01625035 80-675 Newton. This fits a (possibly already present) ball with a diameter of 10mm. A corresponding ball is included. Brand: HAHN, a Stabilus company.

Please note:
The diameter of the tube of this replacement gas spring is 23mm instead of 22mm.

View this gas spring in our configurator.

Force

Choose80 Newton | 18.0 lbs.100 Newton | 22.5 lbs.120 Newton | 27.0 lbs.140 Newton | 31.5 lbs.150 Newton | 33.7 lbs.160 Newton | 36.0 lbs.180 Newton | 40.5 lbs.200 Newton | 45.0 lbs.220 Newton | 49.5 lbs.240 Newton | 54.0 lbs.250 Newton | 56.2 lbs.260 Newton | 58.5 lbs.280 Newton | 62.9 lbs.300 Newton | 67.4 lbs.320 Newton | 71.9 lbs.340 Newton | 76.4 lbs.350 Newton | 78.7 lbs.360 Newton | 80.9 lbs.380 Newton | 85.4 lbs.400 Newton | 89.9 lbs.420 Newton | 94.4 lbs.440 Newton | 98.9 lbs.450 Newton | 101.2 lbs.460 Newton | 103.4 lbs.480 Newton | 107.9 lbs.500 Newton | 112.4 lbs.520 Newton | 116.9 lbs.540 Newton | 121.4 lbs.550 Newton | 123.6 lbs.560 Newton | 125.9 lbs.580 Newton | 130.4 lbs.600 Newton | 134.9 lbs.620 Newton | 139.4 lbs.640 Newton | 143.9 lbs.650 Newton | 146.1 lbs.660 Newton | 148.4 lbs.675 Newton | 151.7 lbs.Clear

Quantity

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This gas spring is also known as 16-4 016 25035, 16-4-198-150-A207-B207.



This gas spring has a cylinder diameter of 23 mm. The cross section of the rod is 10 mm. The chrome part is called the rod. It has a length of 150 mm. In total, the length is 385 millimeter. This is the distance between the centers of the mounting parts. Without the mounting parts this gas spring is 345 mm long (thread to thread). This gas spring (01625035) has a force of 80-675 Newton. This is not an original gas spring from Suspa Liftline, but a so called replacement gas spring. HAHN Gasfedern, a Stabilus subsidiary, is responsible for the production of this replacement gas spring. The gas spring has the brand HAHN. Nevertheless, this gas spring can be used as replacement gas spring, because the dimensions and forces are almost equal.