Industrial PCs often share the same operational principles and technical features as standard computers. The choice of storage media, RAM type, screen resolution, and color depth can be customized based on the user’s needs. Classified according to the target user type, industrial PCs are designed to sufficiently meet the needs of their users. However, industrial PCs cater to a completely different market.
Industrial PCs, which operate for extended periods under harsh conditions, are used in locations where high-current equipment is present. They are highly resistant to factors such as water, temperature, humidity, pressure, and dust. In areas where standard computers may not suffice, industrial PCs stand out. In high-production factories, where human capabilities may be exceeded, industrial PCs are the preferred choice.
Advantages of Industrial PCs
Industrial PCs, which are used in the field of industrial automation, offer several advantages over regular computers. They can operate in ambient temperatures ranging from 60 to 85 degrees Celsius and are also suitable for operation at sub-zero temperatures. In addition to having a durable outer casing, they can be used within certain moving devices.
Designed to be protected against voltage surges, industrial PCs prevent physical damage. They are unaffected by factors like dirt and humidity. With advanced ventilation and cooling systems, they require minimal maintenance. These PCs undergo tests for heat, vibration, waterproofing, dust resistance, and impact. They are also less affected by electrical noise.
Applications of Industrial PCs
- Industrial PCs are used in all kinds of production processes.
- They are employed in machine management and in data communication between machines.
- Industrial PCs are chosen for supervision and control systems.
- They are utilized in workplaces with harsh working conditions.
- Industrial PCs are preferred as motion control and transport equipment.
- They are ideal for general automation and factory applications.
- Since normal computers cannot be used in humid environments, industrial PCs are deployed in such conditions.
- Other areas of application include retail, charging station applications, healthcare, intelligent transportation systems, and smart city projects.
- Industrial PCs are recommended for all areas where standard computers are insufficient.
Things to Consider When Selecting an Industrial PC
Due to its wide range of applications, many customers purchase industrial PCs. When buying an industrial PC, attention should be paid to whether it has a powerful and fast processor. It should have a CE certification, which indicates that it is less affected by electrical noise. The document proving that the computer is industrial-grade is its test report.
Protection classes like IP65 and IP66 indicate a high level of dust protection in industrial computers. Some industrial PCs are fanless, while others have special filters and cooling fans installed.
It is crucial to select an industrial PC that suits the process. Custom solutions are provided for customers, and they should specify their industrial PC needs. Choosing an industrial PC that exceeds the process requirements may lead to unnecessary costs.
Why Choose an Industrial PC?
Industrial PCs, designed for industrial-grade applications, stand out with their hardware durability and software stability. They maintain high-quality features in the long term and across various applications. Those investing in technology research and development opt for industrial PCs. They can also be used in public spaces as information terminals or media players.
Industrial PCs can be adjusted according to environmental conditions and have relatively low power consumption. These computers, which serve as a human-computer interface, offer users a great experience. Showcasing the progress in science and technology, industrial PCs provide solutions for speed and efficiency needs, all while being cost-effective and meeting expectations.
Differences Between Industrial PCs and Standard Computers
While industrial PCs are preferred in production environments, standard computers are more suitable for home use. Industrial PCs function more like commercial computers. These PCs, developed through a program or software, collect and store data.
While standard computers can only withstand a maximum temperature of 35°C, industrial PCs are resistant to ambient temperatures up to 85°C. In terms of durability, reliability, performance, and compatibility, industrial PCs come to the forefront. For long-term usability, industrial PCs are recommended.
While dirt and moisture affect standard computers, industrial PCs are unaffected. Industrial PCs undergo rigorous testing to adapt to harsh conditions. They are used in outdoor and extreme environments. Equipped with passive protection measures, industrial PCs provide protection against electrical fluctuations.