Rexroth - Bosch Hydraulic Cylinder Tie Rod Design (Single Rod Cylinder - Series CD 70N) Cylinder Internal Diameter = 25 mm , Stroke Length S=200 mm - RE 17016/07.03

Supplier:
User Library
Model Name:
Rexroth - Bosch Hydraulic Cylinder Tie Rod Design (Single Rod Cylinder - Series CD 70N) Cylinder Internal Diameter = 25 mm , Stroke Length S=200 mm - RE 17016/07.03
Configuration Name:
Part Number:
CD70N25-16-200Z1X
Quantity:
First Name:
Last Name:
Email:
Phone Number:
Company Name:
Address:
City:
State/Province:
Country:
Zip or Postal Code:
Comments:
Email me a copy:
   
Modified on: August 26,2026  
Rating: 
Downloads: 1
 
Comments: 
 
 

Do you have a better or corrected version of this model?
Post Alternate Version   (Login required)
Embed this 3D Model in your Blog

 
Report inappropriate content

Specifications
Supplier part number: CD70N25-16-200Z1X
Name:Rexroth - Bosch Hydraulic Cylinder Tie Rod Design (Single Rod Cylinder - Series CD 70N) Cylinder Internal Diameter = 25 mm , Stroke Length S=200 mm - RE 17016/07.03
Description:Based on the technical documentation for the CD70 series, a Rexroth CD70N hydraulic cylinder with a 25 mm bore and 200 mm stroke is not a standard configuration and would not be recommended for use . 📘 Confirmed Series Specifications The "N" in the model number CD70N designates a specific mounting type for the CD70 tie-rod cylinder series. The following technical specifications apply to this series: Parameter Specification Series CD70 (Tie-Rod Cylinder, Component Series 1X) Nominal Pressure 70 bar [7 MPa] Piston Diameter (ØAL) 25 mm Piston Rod Diameter (ØMM) 12 mm or 16 mm Stroke Length 200 mm (max up to 3000 mm) 🚫 Critical Design Constraint The official "admissible stroke lengths" table for the CD70 series shows that for a 25 mm piston, regardless of the rod diameter (12 mm or 16 mm), a stroke of 200 mm is not permissible at any operating pressure up to 105 bar . For a 32 mm piston (with an 18 mm rod), up to 670 mm of stroke is permissible at 70 bar, which confirms the 200 mm stroke is feasible with a larger cylinder bore .
   

 

Download the model according to the specified sizing parameters in either 3D or 2D format.
(Login required)
  Be the First to Rate this Part  (Login required)

Report Inappropriate Comment


Do you have a different version of this model? Post Alternate Version (Login required)