What is the Difference Between Roller, Turbine, and Piston Industrial Vibrating Motors?

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As you build, expand, or upgrade your industrial business, you may find that you need to invest in more industrial electric vibrating motors for various tasks. When you begin looking at your options you will notice three types of motors. These types are the roller, turbine, and piston. If you aren't sure what each type does, what benefits they have, or if they will work for your needs, here are a few things about each one to consider.

Roller Vibrating Motors

Roller vibrating motors have several benefits for smaller needs that only require a few hours of work a day. They handle medium tasks like medium size hoppers. The benefit is they have a low noise and work on a ball vibrator system. This makes them slightly easier to repair instead of having to replace them immediately when there are issues. The also use less air compared to other vibrating motor options. Most of the roller vibrating motors are made of concrete or steel and also have reduced costs compared to other options. These benefits make it ideal for small industrial operations with a fixed budget.

Turbine Vibrating Motors

A turbine option is distinguished by a turbine wheel that rotates on ball bearings. This turbine vibrating motor is mainly used for industrial operations that deal with dry materials or fine materials like fine grains of sand. They are also used on small to medium hoppers rather than larger hoppers. They come in high pressure options with higher frequencies as well as low pressure with high amplitude. The high amplitude models are ideal for materials that may have a wet feel or base to them rather than completely dry materials.

Piston Vibrating Motors

If you have various types of materials that your company uses, you may want to go with a piston vibrating motor model. This type of vibrating motor is for small to large hoppers and can handle all types of materials including dry, wet, and fine. This motor is designed for all purpose use and can operate for a full work shift, up to 8 hours. These do have a higher noise level and can be used with chutes if chutes are required for your materials.

Remember, each one of these electric vibrating motors has several options under them as well. If you still aren't sure which options may work best for your needs, consider a consultation with an industrial engineer to determine what is best and the pricing for each. For more information, contact a business such as VSS - Vibration Systems & Solutions (Australia).