Save on installation space
through the short and compact mounting position of the industrial planetary gear units.
Reduce weight
by having a lightweight gear unit design.
Gain flexibility
through a wide range of additional equipment and option.
Increase efficiency
through optimal tribology.
Our P-X.e series planetary gear units are the perfect choice for applications that require a compact, robust solution with high thermal limiting power. These powerful, standardized industrial gear units combine the proven planetary gear units from the P or P2.e series with a helical bevel gear unit from the established X.e series. The big advantage: All mounting and equipment options of the X.e series are also available here.
In order to achieve the best possible thermal limiting performance, we take a holistic approach to oil temperature and lubrication. Functional surfaces, sophisticated oil quantities, different lubrication and cooling options and tested oil from SEW-EURODRIVE ensure the optimum solution for every application. An additional feature provides even more cooling in the P-X.e gear units: the cast-on intermediate flange on the primary gear unit not only connects both gear units, but also creates a common oil chamber. This ensures continuous oil circulation, which dissipates excess heat from the planetary gear unit.
With the P-X.e series, you benefit from the best features of two advanced industrial gear unit worlds - for maximum efficiency, reliability and durability.
Whether hollow shaft, solid shaft with or without feather key, splines according to DIN 5480 or different spatial positions (horizontal, vertical or inclined) - the flexible modular solution system of the P-X.e series, with the proven gear unit technologies of the P, P2.e and X.e series, offers you customized solutions for your application.
Gear unit type | Stages | Gear ratio i | Nominal torque MN2 kNm |
Bevel-helical planetary gear unit P..042 X.e – P..102 X.e | 4 stage | 159 – 548 | 100 – 500 |
P.. 002 X.e - P.. 052 X.e | 3 stage | 22,4 - 142 | 24.8 kNm – 124 kNm |
All applications that require mean output speeds and a high torque. For example: