Ever-Power planetary gear units excel due to their wide range of feasible applications. High rigidity combined with low radial backlash for their dynamic positioning role. An extremely efficient, compact design for continuous procedure of your smart option. Or optimal soft running properties through surface helical gears. What do you consider to be important when choosing a gear unit? You decide which requirements your equipment unit should fulfil.

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Simple design of planetary gear units
The basic design of a planetary gear unit contains a sun gear, a ring gear and many planetary gears. The planetary gears are backed by the ring gear and rotate around sunlight gear. This operating principle provided the name to this type of gear unit. The gear unit’s drive and output functions can be performed by sunlight gear, the housing or the planetary carrier, depending on the design.

In the most common design, the epicyclic gear unit, the drive function is conducted by the sun gear, the output function by the planetary carrier, and the housing is stationary. This design includes a positive influence on the internal forces in the gear unit. The strain distribution over a number of planetary gears enables high torques to become transmitted in a concise design. The utilization of helical gears reduces the running noises.

THESE ARE ADVANTAGES OF PLANETARY GEAR UNITS TO THE Ever-Power STANDARD
Compact
High torque could be transmitted
Drive and output run synchronously
Coaxial design
Minimal radial backlash
High efficiency
High degree of stiffness

Planetary gear units
Planetary gear units P
Planetary gear units P
Planetary gear units XP
Planetary gearmotors XP
Planetary gear units P-X
Planetary gearmotors P-X
The standardized industrial gear systems in a planetary gear unit mounting position offer high to optimum torque ratings. Primary gear models from our modular concept for standard gear units or from the commercial gear device X series provide powerful support. Their compact, space-saving style eliminates couplings and adapter flanges.