How To Category - Progressive Automations Blog

In some electric actuator installations, the position of the motor housing, cable exit, or mounting holes can affect how easily the actuator fits into a project. This is especially common in compact assemblies where side-mounted motors or cables may interfere with surrounding frames, brackets, or enclosure walls. In some cases, we can customize actuators with rotated mounting holes before shipment; however, custom manufacturing fees may apply,...

In some electric actuator installations, the position of the motor housing, cable exit, or mounting holes can affect how easily the actuator fits into a project. This is especially common in compact assemblies where side-mounted motors or cables may interfere with surrounding frames, brackets, or enclosure walls. In some cases, we can customize actuators with rotated mounting holes before shipment; however, custom manufacturing fees may apply,...

IP Rating Chart & Guide: Waterproof & Dustproof Standards for Linear Actuators When selecting electrical and mechanical components such as linear actuators, understanding their IP rating is essential to ensure long-term reliability in real-world environments. Improperly specified ingress protection can result in premature failure, corrosion, or costly downtime. This guide explains how IP ratings work, how to interpret them correctly, a...

Automated trap doors improve safety, convenience, and functionality by replacing manual lifting with a controlled motorized system. Whether you’re upgrading the access for a basement, attic entry, or hidden storage panels, adding linear actuators can transform a standard door entrance into a smooth and reliable automated solution. In this article, we cover examples of how automated trap doors work, as well as the key components and considerati...

At Progressive Automations, we offer many options for controlling your linear actuator. From simple solutions like rocker switches to our more advanced control boxes for handling multiple actuators, we have many plug-and-play choices. However, sometimes project requirements and customer needs are a little more unique than what these options can offer. This is where microcontrollers can really be our friends. In this article, we will be going o...

The main difference is that a brushed motor uses physical brushes and a commutator to deliver electrical current to the motor windings, while a brushless motor (BLDC) uses electronic controllers instead of brushes to switch electrical current within the windings. For brushed motors, the design is simple, cost-effective, and provides good torque at low speeds, but it causes friction and wear over time, requiring regular maintenance. Brushless m...