Hydraulic Cylinder Configuration Tool
Enter the key cylinder dimensions, mounting, ports, connections, and operating conditions to create a hydraulic cylinder configuration sheet for engineering review and quotation.
Display Units
Step 1 of 4Structure & Geometry
Step 01
Structure & Geometry
Enter the main cylinder dimensions and mounting style.
mm
mm
mm
Head Flange (Rod End)
Cap Flange (Cap End)
Side Lug
Cap Fixed Clevis
Intermediate Fixed Trunnion
Cap Spherical Bearing
Other / Not Sure
Mounting Recommendation
Answer only if you want a mounting suggestion. This does not replace engineering verification.
Port positions are referenced while viewing the cylinder from the rod end. Position 1 is the standard top reference position. Select “Specify Positions” when hose routing or machine clearance requires a defined orientation.
Specify Port Positions
Reference View: Viewed From Rod End · Position 1 = Top
Viewed from the rod end. Position 1 is the standard top reference position.
Custom port positions may require engineering review depending on the selected mounting arrangement and cylinder construction.
Male Thread
Female Thread
Clevis
Spherical Bearing
Plain Rod End
Other / Not Sure
mm
bar
Enter the normal hydraulic system pressure for this application. Maximum cylinder rating, proof pressure and test pressure are separate values.
°C
to
°C
Configuration Summary
Hydraulic Cylinder Configuration Sheet
Configuration data and engineering screening are separated so unverified items are never shown as approved.
Hydraulic Cylinder Configuration
For Engineering Review
ReferenceHC-260902-0018
CreatedSep 2, 2026
PurposeQuotation / Review
Primary UnitsMetric
01 Structure & Geometry
Bore Diameter
Rod Diameter
Stroke
Mounting Style
02 Ports & Connections
Port Standard / Size
Port Position ReferenceViewed From Rod End
Head-End Port Position
Cap-End Port Position
Rod End Style
Thread Size
03 Operating Parameters
System Operating Pressure
04 Fluid & Temperature
Working Fluid
Fluid Temperature Range
Application Context
Load Motion
Primary Load Direction
Motion Alignment
Calculated Reference Values
Theoretical Extension Force
—
Theoretical Retraction Force
—
Calculated for a single-rod cylinder using the entered system operating pressure as working-side pressure. Opposing-chamber pressure, friction and pressure losses are not included.
Engineering ReviewPreliminary review only — final engineering verification required
Basic Geometry
Checked
Positive dimensions confirmed; rod diameter is less than bore diameter.
Port Standard / Size
Checked
Port standard and size designation are internally consistent.
Port Position
Checked
Standard Position 1 is selected.
Pressure Rating
Not Checked
Entered system pressure has not been checked against a verified cylinder pressure rating.
Port Machining Feasibility
Not Checked
Must be confirmed against bore size and final head/cap construction.
Mounting
Review Required
Selected mounting must be verified against load direction, alignment and machine structure.
Rod Buckling
Not Checked
Rod buckling was not evaluated; compression load, column length and end condition are required.
Buckling Screening Inputs
mm
Defaults to the entered rod diameter. Reduce this value if a smaller threaded or turned-down section governs the compression column.
kN
Use the actual compressive load when known. The theoretical extension force is not automatically treated as the application load.
mm
GPa
210 GPa (about 30.46 Mpsi) is a common steel reference value. Confirm actual rod material before final engineering approval.
Speed / Flow
Not Checked
Required cylinder speed and flow were not provided.
Seal / Fluid Compatibility
Not Checked
Working fluid and complete temperature range were not provided.
For preliminary selection and engineering review only. Final specifications must be verified before manufacture or installation.
Share Configuration
Prototype share link for UI demonstration. A production version should save the configuration server-side first.