High torque planetary gearbox
Performax® Plus
Zeitlauf GmbH antriebstechnik & Co. KG
As a unique derivative of the innovative Performax® planetary gearhead series from ZEITLAUF® antriebstechnik, patent pending, Performax® Plus is yet another significant milestone in the drive technology sector.
The new addition to the range is particularly impressive in terms of extremely high torque and extra robust construction. Performax® Plus is ideal for doing tough jobs in difficult conditions. In comparison to competitor products of similar specifications, Performax® gearheads offer very high power density as well as first-class smoothness and range of gear reductions.
The exceptional efficiency for which the entire Performax® series stands out, is due to a design feature with which ZEITLAUF® makes best possible use of the space available within the gearhead - a radial screw joint for the individual casing elements provides maximum usable diameter for concave toothing. Solutions featuring axial screw joints, as used by many a competitor, restrict the space required for the toothing so that only relatively small concave toothing diameters are possible and therefore only limited loads can be transmitted.
The new addition to the range is particularly impressive in terms of extremely high torque and extra robust construction. Performax® Plus is ideal for doing tough jobs in difficult conditions. In comparison to competitor products of similar specifications, Performax® gearheads offer very high power density as well as first-class smoothness and range of gear reductions.
The exceptional efficiency for which the entire Performax® series stands out, is due to a design feature with which ZEITLAUF® makes best possible use of the space available within the gearhead - a radial screw joint for the individual casing elements provides maximum usable diameter for concave toothing. Solutions featuring axial screw joints, as used by many a competitor, restrict the space required for the toothing so that only relatively small concave toothing diameters are possible and therefore only limited loads can be transmitted.
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