Air Motors Versus Hydraulic and Electric in Dusty Environments

Did you know the type of motor in a place like dusty can make a dramatic difference in the performance? You also have to choose the type of motor that’s best for your application: If dust is a problem, as in construction sites or factories, it’s not just any motor that will do. There are three principal types: air motors, hydraulic motors and electric motors. Here’s what they look like in dusty conditions.

Contact / Compare With Air Motors: 

The most efficient type available, low first-cost (initial cost) and low operating cost, Air Motor do not always perform well in actual practice.However, they do produce extremely high slow-speed torque, the value of which can be enhanced if necessary simply through reduction of air supply, and speed value also.

Airstrokes utilize compressed air to operate. 

They can be a good option in dusty locations, too, because they do not use electricity, and do not become hot. Power is generated in hydraulic engines through hydraulic power motors, utilizing fluid pressure. They are sturdy and durable. Electric motors run in electricity, though they can get compromised with dust and dirt.

What Happens to Other Motors in Dust

Dust can be a major problem for motors of all kinds. Dust will clog the air passages of pneumatic air motor and they will lose power. If dust enters the hydraulic fluid, hydraulic motors can leak. Electric motors, too, can struggle with dust and fail to work or overheat as a result.

Impacts of Dusty Environment on Motor Performance

Air motors are great in a dirty place because they don’t heat up, and will go fast. Hydraulic motors are powerful but may also require more attention to prevent leaks. Electric motors perform nicely but tend to be more susceptible to dust, so they might require caps or filters.

Pros And Cons of Each Type Of Motor

Blowing isn’t likely to overheat, and air motor can run fast. But they require a source of compressed air, which can be expensive. Hydraulic motors tend to be more powerful and last longer but are prone to leaks and issues with dust. Electric motors are efficient, but can tend to be more sensitive to dust and may require extra protection.

Things to Think About

When selecting a motor for dusty environments, it is equally important to consider the job requirement. Think about how much dust there is, the power and speed that will be necessary, and how much maintenance it will require. Speaking to a specialist will prevent you from making potentially costly mistakes when choosing a motor.