CSD Series / Unit / Super Flat Type Hollow & Flat Shape Unit

Features

The unit type features a CSD Series component outfitted with high stiffness bearings (cross roller bearings) for a compact design.
This achieves a hollow structure and increased bearing load capacity.

*Product images and CAD images are for reference purposes.
  See here for form details

Model

  1. Model: CSD series
  2. Model Nos: 14, 17, 20, 25, 32, 40, 50
  3. Reduction ratio: 50, 80, 100, 120, 160
  4. Model:
    • 2UH = Extremely thin and compact unit type (model numbers 14 to 50) Click here for details
    • 2UF = Hollow bore structure type with higher roller bearing load capacity (model Nos 14 to 40)
  5. Special specification:
    • No description = Standard product
    • SP = Special specification

Catalog

Membership registration is required to print or download catalog data.

Click here for Membership registration

Catalog Series Catalog name Japanese English Traditional Chinese
HarmonicDrive® Reducer for precision control General catalog of HarmonicDrive® 2308-25R 2308-25R 2308-25R

Manual / Software

Membership registration is required to print and download technical data.

Click here for Membership registration

Manual/Software Type/Series Material name/software name Detailed information English
Manual HarmonicDrive® Speed Reducer HarmonicDrive® Engineering Data

Related products

This model pushes flatness to new extremes. In comparison with the CSG/CSF Series, this module reduces the length in the shaft direction by about 50%.

inquiry

If you have any comments about this product, please contact us using the inquiry form or the nearest sales office.

The academic and general name of "Harmonic Drive®" is "Strain Wave Gearing", and the name "Harmonic Drive®" is a registered trademark that can only be used for products manufactured and sold by the Company.

back to the list

This website uses cookies to improve convenience for users, to statistically understand how the site is used, and for other purposes. Please read the About cookies and, if you consent to the use of cookies, click the "Agree" button.

Agree