Top Benefits of Using Geared Motors

Removing these additional components results in a lighter, more streamlined solution and fewer wear components, leading to less servicing for you and your team. A geared motor has several other advantages. Let’s go through the top benefits of using a geared motor.

Savings On Expenses

Using a gear motor to increase torque and lower speed eliminates the expense of running the system. The effectiveness and dependability of gear motors provide instant benefits to an application. Several gear motors are inexpensive and easy to install and need little maintenance, resulting in reduced unplanned downtime to replace the gears.

Reduced Speed

Gearheads are sometimes known as “speed reducers.” Gear ratios are also known as “speed reduction ratios” at times. Whilst speed controllers now handle speed reduction, gearheads were formerly employed to lower the speed of a motor. When using a geared motor, the speed of the motor is split by the gear ratio. An 1800 RPM AC synchronous motor with a 5:1 gearhead, for instance, will operate at 360 RPM.

Environmental Advantage

Reliable speed reducers can save a lot of money on energy and motor components. Furthermore, gear motors benefit both the environment and the employees who use them. Commercial electric motor systems account for around one-twelfth of total greenhouse gas emissions from fossil-fuel energy plants. The generation of greenhouse gases may be greatly decreased by lowering motor power usage with effective speed reducers, such as gear motors.

Torque

When directly connected to the motor axle, gear motors offer an advantage. This results in a mechanical advantage depending on the ratio of the number of gears to the number of teeth on every gear. For instance, if a motor produces 100 lb-in. of torque, adding a 5:1 gearhead produces 500 lb-in. of output torque.

Increased Rigidity

Geared motors are more robust and resilient to torsional stresses. As a result, as compared to conventional motors, geared motors are less prone to problems generated by load torque variations. Even though the load fluctuates, high stability and position precision may be expected.