How To

Welcome to another Progressive Automations’ technical blog! Today, we will be outlining how an Arduino can communicate with our PA-04-HS. A hall effect sensor is an electronic component that allows for precise control of a linear actuator. It is usually positioned within the gearbox alongside a magnetic disc. As the linear actuator moves, the magnetic disc rotates, which creates a magnetic field that passes through the hall effect sensor. This...

If you require a quiet actuator for your application where noise pollution is a concern, the best way is to check out the noise rating along with verifying this value with a decibel chart. Decibels were named to honor Alexander Graham Bell, the inventor of the telephone – the term refers to the intensity of a sound and is often referred to as dB for short. While many people are aware of what the term decibel means, not many can accurately say ...

The most common electrical linear actuator used in the industry today is the 12VDC version. The function of a linear actuator is quite simple; it moves an object in a linear motion. Depending on how the unit is wired, one can control it in many different ways. In this article, we will go over wiring a 12-volt linear actuator to a rocker switch and control box along with a basic understanding of how an actuator works.

In your search for the proper actuator, you might be wondering what duty cycle is and how it affects your application. When selecting an actuator, the duty cycle becomes important when you risk running the actuator beyond its expected operation. [cta] [cta-content] We have a wide range of electric linear actuators for any application – click to browse! Click Here [cta] What is an Actuator and Duty Cycle? Duty cycle is the ratio of on-time to o...

There are two methods of multiple actuator control – parallel and synchronous. Parallel control outputs a constant voltage to each actuator, while synchronous control outputs variable voltage to each actuator. The process of synchronizing multiple actuators is necessary when implementing two or more actuators to move at the same speed. This can be achieved with two forms of positional feedback – hall effect sensors and multiple turn potentiom...

This article is dedicated to walking you through the process of calculating the force of an actuator required to successfully lift the load of your application. There are a couple of factors involved to find the right force, including the load, the angle at which it is being pushed and the size of the load.