How To Category - Progressive Automations Blog

Arduino microcontrollers are perfect for controlling a Progressive Automations linear actuator. However, like most microcontrollers, it has pin input/output current limitations. If these limitations are exceeded, it can cause instant and permanent damage to the Arduino, especially when operating a high-powered industrial linear actuator. Even a micro or mini linear actuator could be too much for the Arduino to power directly. The solution is t...

Motion control is a versatile field with numerous utilities; synchronization is one of its most useful applications! The concept is in the name: motion control devices being actuated in a ‘synchronized’ manner and running at the same speed. On the surface, this may seem like an easy task, but it is actually the opposite. Synchronization is not just achieved by simply wiring multiple actuators to the same switch, as some might think. In an idea...

Nowadays, almost any robotics enthusiast can build an automated robot arm. While robotic solutions for manufacturing, medicine, and scientific work are better left to professionals, something small to impress your friends can be constructed by available means. Want to find out how to create a simple robot arm based on the Arduino microcontroller and servomotors? Read on!   Technology meaning A robotic arm is an automated mechanical device con...

A linear actuator that is controlled with a temperature and humidity sensor has many prime applications. For example, one practical application would be to set up aquaponics and hydroponics where the humidity needs to be controlled – the sensor would detect when the temperature and humidity reach a certain threshold and automatically open/close a door using a linear actuator. This project is a fun activity for novice programmers or hobbyists w...

The PA-18 Track Linear Actuator is our largest fixed-length actuator and is commonly used in custom cabinetry, home automation, and robotics. You can easily control an actuator with an Arduino board, and this article will showcase how to build and program an Arduino controlled linear actuator that can be easily adapted to fit your application!   Required Hardware The following pieces of hardware are required for an Arduino controlled linear ac...

In our latest "How To" post, we will be going over how to control the timing of a linear actuator's motion using a microcontroller. Microcontrollers give a lot of freedom in motion control and this is just one example of an almost endless amount of motion control options available. Depending on your application, the example project in this article can be adjusted to suit your requirements, whether you add another timed actuator or beef up the ...