KTR ROTEX 001-TN GS19 coupling

The KTR ROTEX coupling 001-TN GS19 is a shell cross coupling designed for the precise transmission of torque between shafts. With its compact dimensions of 40 x 64 mm, it offers a space-saving solution for various drive tasks. The housing material AL 98SH A ensures robustness and durability in industrial applications. This coupling is characterized by its elastic elements, which dampen vibrations and shock loads, thereby extending the lifespan of machine components. The low mass inertia of the ROTEX couplings allows for a quick response to speed changes and minimizes unwanted feedback on the drive train. Ideal for use in pumps, compressors, fans, and other rotating machines. The KTR ROTEX 001-TN GS19 is a reliable choice for demanding applications. Looking for a spare part or alternative? Inquire now!

Similar products

More parts from KTR and from the Couplings & Brakes category

All products from KTR (62 products) →Couplings & Brakes category →

Trademark notice: All brand names, manufacturer designations and part numbers mentioned are the property of their respective owners and serve solely to identify the products offered. Such reference does not establish any partner or authorised-dealer status beyond any business relationship that actually exists.

Contact form

Technical data

KTB ID:

1717335

Manufacturer part number (MPN):

001-TN GS19

Manufacturer information

KTR Kupplungstechnik GmbH;Karl-Benz-Straße 12;48308 Senden;Germany

Description

KTR Systems develops and manufactures couplings, rotary slide valves, and braking systems. The company operates globally with its headquarters in Germany and production facilities worldwide.

Metadata

KTR Coupling Rotex;001-TN GS19;40 x 64 mm;large cube AL 98SH A

Category

Clutch technology

Category

Clutch technology

KTR ROTEX clutch

001-TN GS19

Cup cross coupling

40 x 64 mm

AL 98SH A

Power transmission

Torque transmission

Machine coupling

Clutch technology

Buy spare part

Looking for support?

Call us or write us a message.