4 Benefits Of Steel Output Shafts In AC Electric Motors

4 benefits of steel output shafts in AC electric motors include high torque capacity, wear and fatigue resistance, impact and shock tolerance, and dimensional stability. Bauer GMC, a reputed distributor of gear motors, gear reducers, and AC electric motors in Mississauga, Ontario, explores these 4 benefits in detail in this blog.

What Are The Benefits Of Steel Output Shafts In AC Electric Motors?

High Torque Capacity

Steel is known for its high durability. This enables the steel output shafts in AC electric motors to handle high torque without twisting or failing. Therefore, the gear motor with such shafts can handle high loads effectively.

Wear And Fatigue Resistance

Alloy steel or steel with carbon is also known for its wear and tear resistance. Thus, the output shaft of an AC electric motor offers high resistance to continuous rotational friction. 

Impact And Shock Tolerance

When the gear motor experiences a sudden spike in load, the steel output shaft is best suited for handling the shock generated from this additional load. This is why they are better suited than softer metals and materials at handling sudden inertia.

Dimensional Stability

In terms of dimensional stability, steel shafts are the best choice in AC electric motors. This is why it is adept at handling high radial and axial loads, which consequently reduces vibration and extends the lifespan of motor components. 

Conclusion

To conclude, the benefits of steel output shafts in AC electric motors include high torque capacity, wear and fatigue resistance, dimensional stability, and superior shock tolerance.

Bauer GMC is a proud distributor of some of the best electric gear motors available in the market today. We also offer gear reducers and AC gear motors in our Mississauga facility. If you'd like to own brand-new units or replace your existing ones, contact us today to learn more about our services.

FAQs:

Why is steel chosen for output shafts for electric gear motors?

Steel is chosen for output shafts because it provides rigid tensile strength and high fatigue resistance.

Can high gear ratios cause output shaft failure?

Yes, high gear ratios can cause output shaft failure as it builds excessive torque and increases the overall mechanical fatigue.