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Hydraulic cylinder: quotation request

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Type

TypeSS – single acting cylinder with single rodDS – double acting cylinder with single rodCustom

Mounting typeIn accordance with ISO 6099

M0 – no mounting‏‏‎ ‎‏‏‎ ‎‏‏‎ ‎‏‏‎ ‎‏‏‎ ‎‏‏‎ ‎‏‏‎ ‎‏‏‎ ‎‏‏‎ ‎‏‏‎ ‎‏‏‎ ‎‏‏‎ ‎‏‏‎ ‎‏‏‎ ‎‏‏‎ ‎‏‏‎ ‎‏‏‎ ‎‏‏‎ ‎‏‏‎ ‎MP3 – Cap, fixed plain eye ‏‏‎ ‎ ‎‎‎‎‎‎‎‎MP5 – Cap, fixed eye with spherical bearingME7 – Head, roundME8 – Cap, round – other

Mounting

Select oneMB1 – Body, through bolt holeMB2 – Round, through bolt holeME5 – Head, rectangularME6 – Cap, rectangularME7 – Head, roundME8 – Cap, roundME9 – Head, squareME10 – Cap, squareME11 – Head, squareME12 – Cap, squareMF1 – Head, rectangular flangeMF2 – Cap, rectangular flangeMF3 – Head, circular flangeMF4 – Cap, circular flangeMF5 – Head, square flangeMF6 – Cap, square flangeMF7 – Head, circular flange centred on the rear sideMF8 – Head, rectangular flange with two holesMP1 – Cap, fixed clevisMP2 – Cap, detachable clevisMP3 – Cap, fixed plain eyeMP4 – Cap, detachable plain eyeMP5 – Cap, fixed eye with spherical bearingMP6 – Cap, detachable eye with spherical bearingMP7 – Head, detachable clevisMR3 – Head, threadedMR4 – Cap, threadedMS1 – End anglesMS2 – Side lugsMS3 – Head angleMT1 – Head, integral trunnion (male)MT2 – Cap, integral trunnion (male)MT4 – Intermediate trunnion (male) fixed or mobileMT5 – Head, detachable trunnion (male)MT6 – Cap, detachable trunnion (male)MX1 – Both ends studs or tie rods extendedMX2 – Cap studs or tie rods extendedMX3 – Head studs or tie rods extendedMX4 – Both ends 2 studs or tie rods extendedMX5 – Head, tappedMX6 – Cap, tappedMX7 – Head, tapped, and cap studs or tie rods extendedMX8 – Head and cap, tapped

Mounting DD

MountingMDB1-Body, through bolt holeMDB2-Round, through bolt holeMDE5-Head, rectangularMDE7-Head, roundMDE9-Head, squareMDE11-Head, squareMDF1-Head, rectangular flangeMDB1-Cap, rectangular flangeMDF3-Head, circular flangeMDF5-Head, square flangeMDF7-Head, circular flange centred on the rear sideMDR3-Head, threadedMDS1-End anglesMDS2-Side lugsMDT1-Head, integral trunnion (male)MDT4-Intermediate trunnion (male) fixed or mobileMDX1-Both ends studs or tie rods extendedMDX2=-Cap studs or tie rods extendedMDX4-Both ends 2 studs or tie rods extendedMDX5-Head, tappedCap, tappedMDX7-Head, tapped, and cap studs or tie rods extendedMDX8-Head and cap, tapped

StrokeMax 500 mm for bore Ø25, Ø32, Ø40 mm; max 600 mm for bore Ø50 mm; max 800 mm for bore Ø63 mm; max 2000 mm for bore Ø80 mm; max 4000 mm for bore Ø100 mm and more.

30

04000

BoreIn accordance with ISO 3320

Ø in mm253240506380100125160200250320400500

Piston rodIn accordance with ISO 3320

Ø in mm810121416182022

Piston rodIn accordance with ISO 3320

Ø in mm101214161820222528

Piston rodIn accordance with ISO 3320

Ø in mm101218202225283236

Piston rodIn accordance with ISO 3320

Ø in mm162028303640455056

Piston rodIn accordance with ISO 3320

Ø in mm202536404550566370

Piston rodIn accordance with ISO 3320

Ø in mm121622252832364045

Piston rodIn accordance with ISO 3320

Ø in mm253245505663708090

Piston rodIn accordance with ISO 3320

Ø in mm506390100110125140160180

Piston rodIn accordance with ISO 3320

Ø in mm32405660708090100110

Piston rodIn accordance with ISO 3320

Ø in mm4050708090100110125140

Piston rodIn accordance with ISO 3320

Ø in mm6380110125140160180200220

Piston rodIn accordance with ISO 3320

Ø in mm80100140160180200220250280

Piston rodIn accordance with ISO 3320

Ø in mm100125180200220250280320360

Piston rodIn accordance with ISO 3320

Ø in mm125160220250280320360400450

Piston rod

W – welded (by default)S – solid forged

Piston rod

C – chrome plated, min 20 micron (by default)HC – hardened + hard chrome platedNC – nickel plated + hard chrome plated

Code of your cylinder:

[field5][field39][field15][field22][field42][field43][field57][field58][field55][field60][field56][field59][field62][field61][field64][field66][field67][field65][field63][field31][field29]

Other requirementsFor example: threads, ports, operating environment, color, marking, etc.

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Attachments

cloud_uploadDrawings and other technical documentation - Upload

Annual quantity

Batch quantity

Due dateDelivery time depends on batch size - 55 working days minimum

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Designing a hydraulic cylinder

can be a complex process that requires a deep understanding of the application’s requirements and the cylinder’s functionality.

To ensure optimal performance, it is essential to take into account the cylinder’s bore, rod diameter, stroke length, and operating pressure. Begin by gathering the necessary information, including the maximum force the cylinder needs to produce, the speed of operation, and the environment in which it will operate. Once you have this information, you can start designing the cylinder using software such as SolidWorks or AutoCAD.

Next, choose the appropriate materials for the cylinder’s components, such as the piston, rod, and seals. Consider the operating temperature, pressure, and any external factors that could impact the cylinder’s durability. After selecting the materials, it’s time to determine the cylinder’s dimensions. Calculate the bore and rod diameter based on the required force and the operating pressure. The stroke length is then determined by the distance the cylinder needs to move. Once you have a preliminary design, simulate the cylinder’s performance using software or physical testing. Make any necessary modifications to ensure optimal performance and durability.

Finally, choose a reputable manufacturer to produce the cylinder according to your design specifications. A well-designed hydraulic cylinder can improve system performance, reduce downtime, and ultimately, lead to increased efficiency and profits.
Explore the creative process and bring your vision to life by designing a custom hydraulic cylinder that perfectly matches your unique specifications and requirements.