Choosing the right geared motor is not a difficult decision, as long as you know what you want and where to get it. There is a wide variety of designs available on the internet, so whether you plan to purchase a new one or repair your old one, you have to know their purpose. Understanding the difference between straight and helical gearboxes will also help you make the right decision.

Industrial gearboxes are mostly used for changing motor speed and increasing torque. Applications that need high horsepower require a gearbox and a geared motor, they’re used most often in the food, mining, oil, rolling mills, power plants and packaging industries. So, when it comes to picking a quality geared motor, you should look for a reputable company which has an adequate selection. Depending on your preference, you can choose from different brands and different types. There are several factors that can determine the right gearbox for your application, and the company you choose to buy from can have a representative to help you with your choice.

The 2 most common types, helical and straight gearboxes, are used in two completely opposite applications. Straight gearboxes are used in low-speed applications where equipment produces a lot of noise and has a low level of efficiency. Helical gearboxes on the other hand, are used in high speed applications. Helical gearboxes are more efficient and produce less noise.

When buying either type, you should pay attention to a number of factors, like gear ratio, size, output torque and efficiency. These factors affect both the performance and cost of each gearbox. Additionally, you should take the application for the gearbox into consideration. High-quality gearboxes are manufactured to withstand tough industrial processes, so you should also factor in the load distribution before you make your choice.

Knowing your needs is essential in order to make the most informed and best decision. Ultimately, you should invest in a geared motor or gearbox that meets your specific needs and has high output and efficiency. A high quality gearbox will save you money in the long run because it has a lower chance of failure and you won’t have to pay for repairs for many years.

A well known name in the world of innovations is Michael Faraday, famous for his electromagnetic discoveries. He developed the idea of electric fields and how magnets and currents were related, uncovering the way currents affected magnets and vice versa. It’s these ideas that brought to the creation of electric motors. Perhaps the most widely used motors that we aren’t even aware we have all around us are the AC electric motors. As we can guess from their name, this kind of motors run on alternating current and the role of the motor is to convert the electrical energy into mechanical. All this is possible also thanks to the use of rotating magnetic fields which are aided by the alternating current in the coils – once electricity gets to the coils, the magnetic field is created and it’s then that rotation happens.

When looking for AC electric motors, you’ll come across induction and synchronous, differing in their rotor design. Induction, or asynchronous, electric motors work on the principle of electromagnetic induction as the rotating power. What’s typical for this type of motors is the speed of their rotor, turning slower than that of the rotating magnetic field. Unlike them, the synchronous motors’ rotors turn at the same rate as magnetic field. Because of their widespread usage, they are more than a worthy investment to make as they prove to be cost-effective too, even more than DC motors. You might have heard of an AC motor phase but don’t know what it means; the phase represents the number of all the electric currents that send energy to separate coils, and the more coils there are, the better the motor run.

Because of the durability, low maintenance and costs, the AC motors are used in both home and industrial applications. They are the moving force behind a well-functioning clock, fan, disk drive as well as in appliances such as washing machines. In the industry they are present in compressors, blowers and pumps. Though they don’t require much maintenance, it’s advisable to check for overheating, smell and input voltage, making sure it’s connected properly. Frequent checkups ensure there is no damage.