Standard drive shaft with connection forks
Product advantages
The W series PTO drive shaft offers tried-and-tested Walterscheid technology and is perfectly designed to suit all application areas. The excellent benefits of this Walterscheid PTO drive shaft is a long service life, ease of use, and great safety properties. For decades, Walterscheid has been a guarantee of the highest quality. The W series are optimally dimensioned for drivetrain tasks, from simple to complex ones. It impresses users with its robust design and high reliability for daily use. Another advantage: All of the components in the PTO drive shaft W series can be replaced really easily to increase ease of use or if spare parts are needed.
The scope of delivery includes a complete drive shaft size W2500 with connection forks (profile ZNP 1,526-23, 1 3/8" (21)), guard, retaining chain(s), operating and assembly instructions incl. declaration of conformity.
- Type
- W
- Size
- 2500
- Shaft length (Lz)
- 213
- Item no. attachment WH-A
- 134741
- Item no. attachment WH-I
- 134742
- Torque of clutch in daNm
- 0
- Rotation speed max. RPM
- 540 UPM
- Form attachment WH-A
- ZP1 3/8
- Form attachment WH-I
- ZP1,526
- Length of guard tube (outer)
- 0
- W-Länge
- 213.00
- Nipple shape/position
- LB LB
- Schutzrohrlänge-I
- 0.00
- SNR Anschl.-WH-A
- 134741
- PR-Länge-A
- 0.00
- KZ Anschl.-WH-A
- NG
- Drehzahl max.
- 540 UPM
- SNR Anschl.-WH-I
- 134742
- Form Anschl.-WH-I
- ZP1,526
- PR-I
- ZWP40X36-20H
- PR-A
- ZNP40X36-20H
- Nipple form / position I/A
- LB LB
- Nipple on sliding profile
- PR-NIPPEL
- MD in daNm
- 0.00
- Length of guard tube (inner)
- 0
- KZ Anschl.-WH-I
- NG
- Schutzrohrlänge-A
- 0.00
- PR-Bef.
- A-
- Attachment type of profile
- A-
- Outer profile length
- 0
- Form Anschl.-WH-A
- ZP1 3/8
- Inner profile length
- 150
- PR-Länge-I
- 150.00
- PR-Nippel
- PR-NIPPEL
- Cross seal
- STANDARD
- Abbreviation attachment WH-A
- NG
- Abbreviation attachment WH-I
- NG
- Profile tube - outer type
- ZNP40X36-20H
- Profile tube - inner type
- ZWP40X36-20H