mini Gas springs
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Pascal mini gas springs Pascal is the only company who produces gas springs in Japan

Models at-a-glance Performance table Gas discharging tool Caution in Use

Models at-a-glance Large diameter rod High durability against side-load High initial force Compact body Dust seal Dust seal Dust seal Check valve Check valve Check valve Rod seal, Sleeve-less construction Initial force Max. side-load 0.52/100 mm （Allowable eccentric angle 0.3°） Rod seal, Sleeve-less construction Rod seal, Sleeve-less construction Initial force Initial force Max. side-load 0.52/100 mm （Allowable eccentric angle 0.3° ） ● is weaker against the side- load compared with model DSA due to the guide-less structure. To download CAD data・To get updated information, vi

Compact body and hose-link type Models at-a-glance Dust seal Sleeve Dust seal Rod seal, Sleeve construction Initial force Max. side-load 0.87/100 mm （Allowable eccentric angle 0.5° ） ● Installation with a mount flange is advisable for model DNR due to the shallow tapped hole at the bottom. To download CAD data・To get updated information, visit www.p

Model designation 1 Cylinder diameter（mm） 2 Stroke（mm） OS ： Specify OS when delivery without unadjustable after delivery. Dimensions Cylinder base øK Gas port □14.1 ＊Diagonal 2 tap holes can be used for mounting.

Full stroke load ● Initial force and full stroke load in the table indicate the figure at 20°C, 21MPa charge pressure. ● Calculate the load in case of 18MPa(16MPa, 15MPa) charge pressure with (Load at 21MPa) x 18 (16, 15) ÷ 21. ● Refer to page → 15 ∼20 for performance table. ● Refer to page → 33 ∼ 34 for caution in use. To download CAD data・To get updated information, visit www

Model designation 1 Cylinder diameter（mm） 2 Stroke（mm） 3 Gas charge pressure（MPa） OS ： Specify OS when delivery pressure is unadjustable after Cylinder base No tapped hole provided (DSA19, 25) Width across flat ＊ Gas port can be used for mounting of gas spring. ＊ Gas port can be used for mounting of gas spring. DSA25 Width across flat 24 Width across flat 18 ＊Diagonal 2 tap holes can be used for mounting. Tips for stroke selection Gas port Use gas spring stroke as long as possible to achieve optimal performance of lubrication inside the cylinder.

Full stroke load ● Initial force and full stroke load in the table indicate the figure at 20°C, 21MPa charge pressure. ● Calculate the load in case of 18MPa(15MPa) charge pressure with (Load at 21MPa) x 18 (15) ÷ 21. ● Refer to page → 21 ∼23 for performance table. ● Refer to page → 33 ∼34 for caution in use. To download CAD data・To get updated information, visit www

Model designation 1 Cylinder diameter（mm） 2 Stroke（mm） 3 Gas charge pressure（MPa） 1 Cylinder diameter It varies in accordance with the model no. OS ： Specify OS when delivery without gas charge.Charged pressure is unadjustable after delivery. Dimensions Cylinder base DSC32 M6 depth 8 Width across flat 30 Width across flat ＊ Gas port can be used for the mounting of gas spring. DSC38 M8 depth 12 Width across flat 36 ＊ Gas port can be used for the mounting of gas spring. øD -0.2 Width across flat 46 Tips for stroke selection Gas port ＊ Use gas spring stroke as long as possible to achieve...

Full stroke load kN ● Initial force and full stroke load in the table indicate the figure at 20°C, 21MPa charge pressure. (15MPa for model DSC32 only) ● The load at 18MPa (15MPa) for DSC38/50 can be calculated with the formula of (Load at 21MPa) x 18(15) ÷ 21. ● Refer to page → 25 ∼ 26 for performance table. ● Refer to page → 33 ∼ 34 for caution in use. To download CAD data・To get updated information, visit ww

Model designation 1 Size 2 Stroke（mm） 3 Gas charge pressure（MPa） 2 Stroke ： Specify OS when delivery Cylinder base Tips for stroke selection Use gas spring stroke as long as possible to achieve optimal performance of lubrication inside the cylinder.

Full stroke load ● Initial force and full stroke load in the table indicate the figure at 20°C, 15MPa charge pressure. (18MPa for model DNK0350 only) ● The load for each gas pressure can be calculated with the formula of {Load of 15MPa(18MPa) x gas pressure ÷ 15(18)}. ● Refer to page → 27 for performance table. ● Refer to page → 33 ∼ 34 for caution in use. To download CAD data・To get updated information, visit www.pa

Model designation 1 Size 2 Stroke（mm） 3 Gas charge pressure（MPa） 2 Stroke ： Specify OS when delivery Dimensions Cylinder base øK Tips for stroke selection DNR Use gas spring stroke as long as possible to achieve optimal performance of lubrication inside the cylinder.

Full stroke load ● The load for each gas pressure can be calculated with the formula of {Load of 15MPa(18MPa) x gas pressure ÷ 15(18)}. ● Refer to page → 29 for performance table. ● Initial force and full stroke load in the table indicate the figure at 20°C, 15MPa charge pressure.（18MPa for model ● Refer to page → 33 ∼ 34 for caution in use. To download CAD data・To get updated information, visit www.

Performance table ● Load in the table indicates the figure at 20°C, 21MPa charge pressure. ● Calculate the load in case of 18MPa(16MPa, 15MPa) charge pressure with (Load at 21MPa) x 18 (16, 15) ÷ 21. To download CAD data・To get updated information, visit www.pascaleng.co.jp

Load Model page → 5 Performance table To download CAD data・To get updated information, visit www.pascaleng.co.jp 1

Performance table ● Load in the table indicates the figure at 20°C, 21MPa charge pressure. ● Calculate the load in case of 18MPa(15MPa) charge pressure with (Load at 21MPa) x 18 (15) ÷ 21. To download CAD data・To get updated information, visit www.pascaleng.co.jp

Performance table To download CAD data・To get updated information, visit www.pascaleng.co.jp 1

Performance table ● Load in the table indicates the figure at 20°C, 21MPa charge pressure. ● Calculate the load in case of 18MPa(15MPa) charge pressure with (Load at 21MPa) x 18 (15) ÷ 21. To download CAD data・To get updated information, visit www.pascaleng.co.jp