How To

Electric linear actuators are driven by either an AC or DC motor. This article will highlight the main differences between these two motor types in order to assist you in the selection of the correct linear actuator motor.   Electrical Definition AC and DC motors run on the same principle. Alternating magnetic fields caused by alternating current direction cause a shaft to rotate. The differences between these two current types determine the m...

Hall effect sensors are one of the feedback options we offer in our linear actuators to provide position and speed information. Our PA-04-HS and PA-100 have Hall effect sensors on the stock units. While several of our other actuators can be custom ordered with Hall effect sensors.     WHAT IS A HALL EFFECT SENSOR? A Hall effect sensor is an electronics component that generates a voltage based on the strength of the magnetic field flowing throu...

Home automation significantly enhances the convenience, safety, and overall efficiency of numerous households by integrating advanced technology into everyday living. By automating various household functions, such as lighting, heating, security systems, and appliances, homeowners can enjoy a more streamlined and comfortable living environment. To fully leverage the benefits of home automation with our hall effect actuators and memory presets,...

One of the most important steps in selecting a linear actuator is choosing the appropriate force rating. It is quite simple when the application requires a load to be lifted vertically, wherein the weight of the load being lifted is equal to the force required from the actuator. A more challenging scenario is if you have a hinge-type application, as commonly seen with lids, trapdoors, and windows. In this article, I will use a sample trapdoor...

A Linear actuator is a common mechanical component in many industries. The applications in which linear actuators are used in very diverse and provide a variety of interesting automation possibilities. It is important to choose the right actuator for the job, but it also needs to be mounted correctly in the application for it to function properly. In this article, we will discuss a few common methods of mounting a linear actuator and what you ...

A speed controller is a circuit that is created to vary the speed of an electronic motor or to stop it entirely. Speed controllers are mostly found on electrical linear actuators and can either be a stand-alone unit or part of the linear actuator itself. Linear actuator speed control can be regulated without sacrificing the overall force that the linear actuator can bring to the task at hand. Speed controllers’ function by adjusting the voltag...