Author: Tronserve admin
Thursday 29th July 2021 11:08 AM
Parallel Shaft Gear Motors, Applications And Advantages
On every electromechanical engineering project, it is of utmost importance to think about how each actuation is to be performed. In order to accomplish them, there are different types of gear motors on the market, but the best choice will depend on the movement we want to accomplish, the power, or the space that is available. In this article we introduce you to an actuation system that may be very useful for certain applications: the parallel shaft gear motors. Do you want to learn about its applications and advantages? Keep reading!
Parallel shaft gear motors are a type of gear motor which uses gears to accomplish the speed reduction. They are called “parallel shaft” since the motor shaft and the speed reducer shaft are on parallel planes. It is precisely this disposition that enables for quite flat gearboxes, which are ideal for applications where space is limited, such as stirrers for liquid mixing processes.
The parallel shaft gear motor may use three types of gears to accomplish the transmission. Choosing one or the other will depend on the final application and the characteristics we need to obtain within the speed reducer:
- Spur gears: they are the most widespread. The teeth on their toothed wheels are straight and parallel to the driveshaft of the speed reducer.
- Helical gears,: their teeth are oblique to the axis of rotation. They transfer greater power and speed. They are likewise more silent and enduring.
- Double helical gears: used to eliminate the axial thrust; in other words, the rotation elicited by the shaft itself.
What are the advantages of the parallel shaft gear motors?
- Compact design, which translates into less space and weight when compared to coaxial shaft gear motors.
- Parallel shaft gear motors may reach a power rating of up to 200 kW and a nominal torque for the speed reducer of up to 20,000 Nm.
- They withstand a high torque and great radial forces.
- Low vibration, and therefore, low noise levels.