PLC vs Microcontroller Applications: Choosing the Right Automation Solution

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Let’s Understand the PLC and Microcontroller Application Differences in Automation

It is of utmost importance to understand the significant differences which exist between PLC (Programmable Logic Controller) and microcontroller applications in order to select the appropriate technology for a particular automation control project. This page presents their distinctive features, strengths and the places where each of them is particularly efficient at. We will also attempt in providing guidance throughout the learning process so that you can conclusively choose between using PLCs and microcontrollers for your automation requirements.
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Advantages of the product

Robustness in Industrial Environments

Given the hostile environments that most PLCs operate in which include minimal temperatures, customers need to be provided maximum dampness and electrical sound. Their sturdy and rugged construction ensures that these devices work in every case whenever there is a need. That makes it lead to the excellence in critical industrial applications such as ultimate manufacturing or even controlling processes.

Related products

Nevertheless, we address our services regarding specific customers in development of PLC`s and microcontrollers: Several automation jobs interact closely with and control PLCs and microcontrollers. In general, PLCs are built for industrial automation. They are effective for real time control and where there are great processes and many inputs and outputs systems that need to be merged into the automation process. On the other side, microcontrollers are cheaper and quite effective for basic and embedded systems, but they are not as strong as PLCs. There is no doubt that knowing the coherent differences among these two technologies is essential in reaping the benefits of automation.

common problem

In what situations will it make sense to choose a PLC and not a microcontroller?

Go for PLC when the application has to have strong reliability with their many input and output devices and when there is risk of the application operating in a rough environment while controllers are best for less complex requirements.

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User evaluation of the product

Dr. Mark Lee

“I have been dealing with across the globe and never seen such organized customer care services.” “Qida works as magic, I never had any problem with them”

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These products are reliable in extreme industrial conditions, hence there have never been any downtime incidents. This added reliability would mean strong utility in key sectors.
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