Gas Compression Springs
Gas Compression Springs Diameter D1 Ø 6MM - D2 Ø 19MM
Model 0619-GS
Leading North American high industrial quality Gas Compression Springs Rod Ø 6MM/0.24 -- Cylinder Ø 19MM/0.76
- Material
- Steel, nitrogen filled
- Made in
- Vernon, BC, Canada
- Quality system
- ISO 9001:2015
Part of Gas Compression Springs
Technical specifications
| Rod D1Ø | 6MM / 0.24" |
|---|---|
| Cylinder D2Ø | 19MM / 0.75" |
| Stroke lengths (S) | 10-210MM / 0.39" - 8.27" |
| Extended length EL1 | Stroke (S)*2 +30MM / 1.18" / shortest possible |
| Extended length EL2 | Stroke (S)*2 +30MM / + connecting parts |
| Force (F1) range | 10-400N / 2.25-90Lbs |
|---|
| Damping | Normal/No/Increased |
|---|---|
| Speed | Normal/Slow/Fast |
| Working temperature | -35°C +90°C / -31°F +194°F |
| Progression ( approx.) | 17% |
| Rod | QPQ |
|---|---|
| Cylinder | Black |
End fittings, options and part numbers
 |  | L: 6MM | 0.236" |
|---|---|---|---|
| Extended length (EL): Stroke (S)*2 +30MM/1.18" ( shortest possible ) | |||
 |  | A: M6x1.00 B: Ø6.1MM C: 11MM D: 16MM E: 3MM | 0.24" 0.43" 0.63" 0.12" |
|---|---|---|---|
| Extended length (EL2): Stroke (S)*2 +62MM/2.44" ( shortest possible ) | |||
|  | A: M6x1.00 B: Ø6.1MM C: 11MM D: 16MM E: 6MM | 0.24" 0.43" 0.63" 0.236" |
|---|---|---|---|
| Extended length (EL2): Stroke (S)*2 +62MM/2.44" ( shortest possible ) | |||
 |  | d2: M6x1.00 d1: Ø6MM B: 6MM G: 12MM L1: 31MM L2: 24MM | 0.236" 0.236" 0.47" 1.22" 0.94" |
|---|---|---|---|
| Extended length (EL2): Stroke (S)*2+78MM/3.07" ( shortest possible ) | |||
 |  | d2: M6x1.00 d2/1: M6x1.00 a: 25MM d1: ball Ø10MM L2: 16.5MM | 0.98" 0.49" |
|---|---|---|---|
| Extended length (EL2): Stroke (S)*2+80MM/3.15" ( shortest possible ) | |||
| | d2: M6x1.00 d2/1 5/16-18UNC a: 25MM d1: ball Ø10MM L2: 16.5MM | 0.98" 0.65" |
|---|---|---|---|
| Extended length (EL2): Stroke (S)*2+80MM/3.15" ( shortest possible ) | |||
| | d2: M6x1.00 d2/1 M8x1.25 a: 25MM d1: ball Ø10MM L2: 16.5MM | 0.98" 0.65" |
|---|---|---|---|
| Extended length (EL2): Stroke (S)*2+80MM/3.15" ( shortest possible ) | |||
 |  | d2: M6x1.00 a: 18MM d1: ball Ø10MM | 0.71" |
|---|---|---|---|
| Extended length (EL2): Stroke(S)*2+66MM/2.60" ( shortest possible ) | |||
 |  | d2: M6x1.00 d2/1: 5/16-18UNC a: 18MM d1: ball Ø10MM L2: 16.5MM | 0.71" 0.65" |
|---|---|---|---|
| Extended length (EL2): Stroke(S)*2+66MM/2.60" ( shortest possible ) | |||
| | d2: M6x1.00 d2/1: M8x1.25 a: 18MM d1: ball Ø10MM L2: 16.5MM | 0.71" 0.65" |
|---|---|---|---|
| Extended length (EL2): Stroke(S)*2+66MM/2.60" ( shortest possible ) | |||
 |  | d2: M6x1.00 a: 25MM d1: ball Ø10MM | 0.98" 0.71" |
|---|---|---|---|
| Extended length (EL2): Stroke(S)*2+80MM/3.15" ( shortest possible ) | |||
 |  | d3: M6x1.00 L1: 30MM d1: Ø6MM L2: 20MM | 1.18" 0.24" 0.787" |
|---|---|---|---|
| Extended length (EL2): Stroke(S)*2+90MM/3.45" ( shortest possible ) | |||
| - Reducible force: | V |  | |
| - Friction: | F |  | EL1/EL2 10MM longer |
| - Dust boot: | D |  | |
| - Rod protector: | R |  | Stroke reduction 5MM |
| - Horizontal use: | H |  | EL1/EL2 increase |
| - Low temperature -45°C / -49°F | A | ||
| - High temperature 200°C / 392°F | B | ||
| - No end fittings: |  | ||
| - Extended thread length: |  | ||
| - Cylinder end with groove: |  | ||
| - Private label | P | ||
| Part # | Stroke (S) MM/INCH | Length (EL2) MM/INCH | Force N/Lbs | Damping | Speed | Working temp | Options |
|---|---|---|---|---|---|---|---|
| 312 | 100 / 3.94 | 254 / 10.00 | 180N/40Lbs | Normal | Normal | Normal | |
- Extended length (EL) of a gas compression spring is calculated when piston rod is fully extended
- Force (F1) measured with piston rod 5MM/ 0.20" compressed
- Progression rate will change depending on cylinder volume
- Connecting parts are interchangeable, make your own combination or go to product category connecting parts to view more options
- Please be advised that Extended Length EL2 will change depending on your choice of connecting parts
Request a quote for 0619-GS
Every Gemini gas spring is built to order in Vernon, BC. Send us your stroke, force and end-fitting requirements and we will come back with a quotation.