planetary geared motors
Looking for compact yet powerful solutions for heavy duty torque transmission? Discover Power Build’s premium range of Planetary Geared Motors – Series PN and Series PL – engineered to deliver unmatched performance and efficiency across demanding industrial applications.
Planetary geared motors are designed for space constrained installations without compromising on torque or speed precision. Power Build’s planetary series offers a smart blend of strength, durability, and flexibility, making them ideal for industries such as sugar, cement, textiles, wastewater, and more.
Why Choose Planetary Geared Motors from Power Build?
High Torque, Small Footprint: Both Series PN and Series PL deliver exceptional torque – up to 2,75,000 N-m – in a compact design, ensuring maximum output in limited space conditions.
Wide Ratio Range: Gear ratios from 3.6:1 to 3200:1 make these geared motors versatile for both low-speed, high-torque and high-speed, low-torque operations. Series PN covers up to 2,250:1 while Series PL goes further to 3,200:1.
Flexible Configurations: Choose from Solid or Hollow Shafts, Keyway, Shrink Disc Connections, and internal/external splines – built to match your specific mechanical setup.
Motor Compatibility: Supports IEC motor frames ranging from 90 to 250 (Series PN) and up to 200 (Series PL), with options for brake motors, flameproof motors, and crane-duty motors.
Built for Tough Applications: Whether it’s agitators, conveyors, cranes, or mixers, Power Build’s planetary geared motors are designed to withstand rugged conditions with reliable, long-term performance.
Series Overview
Series PN: Heavy-duty planetary geared motor with torque up to 2,75,000 N-m and support for up to 55 kW power.
Series PL: Smart, space-saving design delivering torque up to 65,000 N-m, ideal for inline and right-angle applications.
With Power Build, you’re not just getting a motor, you're investing in performance, reliability, and peace of mind. Choose our Planetary Geared Motors when precision and power matter the most.
