Electric linear actuators are devices that can be used to move a load along an axis. They are commonly used in industry, but they can also be found on smaller scales and in applications such as automobiles and robotics. In this post, you will explore how electric linear actuators work, their uses in different industries, and more!
Automation
Electric actuators can be used to automate machinery. The electric linear actuator is an electromechanical device that transmits motion along a straight line into a mechanical system. This allows for precise positioning, speed control, and torque (the amount of force required to move something). When electric actuators are used in conjunction with other automated systems, they allow for the automation of machinery.
Material handling
If you happen to own a business, then it is likely that you will need to move materials. The good news is that there are a number of different ways in which you can accomplish this. One way is through the use of an electric linear actuator.
- Electric linear actuators move goods around your warehouse or factory floor. This includes palletizing and sorting tasks, as well as packaging or conveying applications where a load must be moved from one location to another.
- They can also be used for waste and recycling movement applications, including compaction and sortation equipment, as well as automated packaging machines.
- Lastly, these products can be utilized in any situation where it would be necessary for items to move from one place within a facility over to another area.
Solar tracking
Solar tracking is the process of moving a solar panel to follow the movement of the sun. This can take place by using a manual, electric or hydraulic motor and gearbox assembly that allows for continuous rotation about an axis. The most common methods for solar tracking are:
- Manual – A manual system manually rotates a single axis with ropes or cables. This system is typically used in greenhouses due to its simplicity and ease. However, it has some disadvantages, such as being prone to wear and tear from repeated use over time and requiring maintenance on greased bearings, which could be difficult in certain environments (i.e., high temperatures).
- Electric – An electric tracking system uses motors powered by electricity instead of mechanical energy stored within rope or cable systems. However, these units require access points where wires connect and some power supply (either batteries or grid) since they don’t store any energy themselves like rope-based systems do when pulled around during operation (therefore making them less efficient).
Mechanical engineering
Mechanical engineering is a broad field that involves designing, analyzing, manufacturing, and maintaining mechanical systems. Mechanical engineers focus on applying physics principles to analyze and design tools and machines.
The specific activities within mechanical engineering are:
- Analyzing designs to optimize their performance
- Designing components and systems to meet desired specifications
- Performing simulations, tests, experiments or analyses on prototypes
- Troubleshooting existing equipment
You can see many different uses for an electric linear actuator. The advantages of using one include their ability to move objects without having any moving parts, as well as their easy installation. Linear actuators are also available in various sizes and have various applications depending on your needs.
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