An industrial pc is a special kind of PC designed for industrial use. These computers are typically more durable and able to operate in harsh conditions that ordinary PCs cannot handle. They also have special features for industrial applications, such as dust and water-resistance, rugged designs, and enhanced durability.
Panel PCs
Industrial panel PCs are rugged computers with a touchscreen interface. They are ideal for industrial environments that require a reliable computer. These computers can also be configured to handle a variety of tasks with ease, including SCADA, M2M, and Internet of Things applications. You can download the company’s brochure in Adobe Acrobat (PDF) format to learn more about these PCs.
Industrial panel PCs can be customized to your specific needs. For example, you can use them to streamline inventory management and improve quality control. You can also integrate RFID technology to ensure that only the right parts are installed on each workstation. This helps avoid safety hazards and reduce human error.
Industrial embedded computers
Industrial embedded computers (IECs) are computer systems with a dedicated function within a larger mechanical or electronic system. They can be used to automate industrial processes and increase productivity. These computers typically consist of a processor, memory, and input/output peripherals. They can also provide data, monitoring, or control functions.
Industrial embedded computers perform specific tasks and are designed for rugged environments. They may include remote sensing, energy management, and particulate/radiation monitoring, as well as shock/vibration sensing. Their designs are aligned with industry standards. One example of such a standard is IEC 68-2-27, which examines the impact of shock on industrial equipment.
Industrial embedded computers utilize next-generation cooling systems and small-factor motherboards. They often do not use fans and rely on thermodynamic principles to cool themselves. Because of their small size and robust design, these computers are ideal for mission-based applications. They can operate at extreme temperatures and are also dust-proof.
Dust-proof and water-resistant
Choosing a PC that is water and dust-proof is essential for industrial settings. Ordinary computers can suffer significant damage if exposed to high levels of moisture or water. Water-resistant and dust-proof models can withstand both conditions, and many are designed with rugged enclosures and full dust protection.
Unlike traditional computers, these rugged models have a sleek design and are built to be dust and water-resistant. These models are also IP65-rated, which makes them perfect for use in harsh environments. They are also anti-vible and support customizable user interfaces. This means that they are more durable and reliable than traditional PCs, even in the harshest conditions.
When buying an industrial PC, make sure to pay attention to the IP rating. IP ratings indicate protection against water and debris. Look for IP65 and other ratings indicating the machine is able to withstand extreme conditions.
Modular design
Modular design for fanless industrial pc consists of interconnected, individually-housed components that can be easily replaced when needed. These computers are designed to reduce the amount of wasted space and are more environmentally friendly. Modularity is also a significant advantage for the user since they can easily upgrade or replace components without opening the case and touching ESD-sensitive circuit boards. Several companies have already developed prototype industrial PCs using modular design. One such example is Syslogic’s IPC-S2, a 19-inch rack-PC with modular design and configurable tasks.
Modular design reduces overall complexity by reducing the number of dependencies between modules and allowing for easier development and deployment. It does this by using five main design principles. First, each module must have a clear purpose. Second, its responsibilities must be clearly defined and distinct, and they must not overlap.
Reliability
industrial grade pc are specially designed to perform tasks in harsh environments. They are built to withstand extreme heat, dust, and weather conditions. In addition, they are easy to maintain and have long lifespans. Industrial PCs are ideal for applications where uptime and reliability are paramount. Therefore, when you’re choosing a PC for your business, make sure to consider its reliability.
Conclusion
The hardware and operating system of small industrial pc have high levels of reliability. This is because industrial PCs use components designed to operate continuously, without interruption. Consumer PCs would fail to continue running under the same conditions, so industrial PCs are built to last longer. Another advantage of industrial PCs is their ability to support legacy applications. These systems are highly customizable and can support applications for years to come. Many industrial PC suppliers offer spare parts and services for their products.
