PRODUCT CATALOGUE
Hydraulic Cylinders
Explore Duplomatic MS hydraulic cylinder series: HC2 tie-rod cylinders with 160 bar nominal pressure and 25-200 mm bores, and heavy-duty HC3 cylinders with 250 bar nominal pressure and 50-400 mm bores. Compare series specifications, mountings and options, then request an application-specific quotation from IMPEX CONNECT.
ENGINEERING TOOLS
Size it. Configure it.
Calculate cylinder performance, choose a catalogue size and prepare a cylinder enquiry in one place.
01 / Hydraulic calculation
Applied to required force only. 1.00 adds no allowance; this is not a structural safety factor.
100% = theoretical. A lower value is an assumed mechanical efficiency, not a measured guarantee.
02 / Catalogue configuration
Choose Duplomatic HC2 or HC3 above to generate a catalogue code. For another manufacturer, the hydraulic calculation remains available.
Measured from the catalogue datum. Allowed range:
Positions 1–4 follow the catalogue front-view diagram. Confirm orientation on the drawing.
Open series catalogue ↗Need double rod, sensors, ATEX or a custom design? Include the requirement in your enquiry.
Cylinder section — schematic, not a manufacturing drawing
Calculated performance
| Extension | Retraction | |
|---|---|---|
| Rod speed | — | — |
| Full stroke time | — | — |
| Chamber volume | — | — |
| Effective area | — | — |
| Displaced return flow | — | — |
Same supply flow in each direction. Return flow can exceed pump flow during retraction.
Your catalogue code
Standard single-rod configuration without sensors or ATEX. Catalogue-based code, subject to technical and commercial confirmation.
The quotation form opens with your code, inputs and results already filled in.
Select and copy the specification below.
Calculation basis
Force F = (p₁A₁ − p₂A₂) × η. Speed v = Q/A. Stroke time t = S/v.
Force in kN and metric tonnes-force (tf); dimensions in mm, pressure in bar, flow in l/min.
Pressure is applied to the active chamber; back pressure acts on the opposite chamber. Force efficiency scales the resulting net hydraulic force. Flow calculations ignore leakage and compressibility.
Preliminary sizing only. Rod buckling, mounting loads, cushioning energy, pressure peaks, pipe losses and duty cycle require engineering verification.