COMPT's industrial computers all adopt fanless design, which can be silent operation, good heat dissipation, stable and reliable, cost reduction, energy saving and environmental protection.
Industrial Fanless Panel PCs are designed to solve a variety of automation challenges in manufacturing, processing and fabrication environments. Installed with Windows® 11, Windows® 10, Windows® 7 or Ubuntu® Linux® operating systems, these PCs are equipped with touchscreens and are capable of running any Windows® software as well as powerful SCADA software such as Allen-Bradley's FactoryTalk ® View, Ignition™, AVEVA™ Edge and Wonderware®) and supports programming languages such as Visual Basic, Python and C++, providing users with flexible options.
Fanless Panel PCs ensure reliability and complete silence through advanced passive cooling technology for fanless, ventless cooling combined with SSD storage. They excel in vibration environments and are particularly suitable for dusty environments. These PCs are widely used in industrial automation, healthcare, finance/banking, education, entertainment, home automation, retail and transport. The high brightness/sunlight readable capacitive touchscreen option even allows for use while wearing gloves.
COMPT's industrial computers all adopt fanless design, and the designers have the following 6 reasons for this design:
1. Quiet operation:
Fanless design means that there is no noise generated by mechanical moving parts, which is very important for application scenarios that require a quiet operating environment, such as medical equipment, audio/video recording, laboratories or places that require concentration.
2. Good heat dissipation performance
COMPT's fanless industrial panel pc is fanless, but the heat dissipation technology used, heat pipes and heat sinks, through natural convection for heat dissipation, so as to keep the equipment in the normal operating temperature range. This design not only ensures the stability of the device, but also avoids the dust and dirt problems generated by the fan, further improving the reliability and service life of the device.
3. Stability and reliability:
The removal of wearing parts such as fans reduces the possibility of mechanical failure, thus improving the reliability and stability of the equipment. This is especially important for applications such as industrial control and automated production that require long periods of operation.
4. Reduced maintenance costs:
As the fanless design reduces mechanical components, the need for maintenance and repair is reduced, lowering maintenance costs and downtime.
5. Improved durability:
Fanless industrial panel pc usually adopts a more robust and durable design to cope with harsh industrial environmental conditions such as high temperature, high humidity, dust, etc., thus extending the life of the equipment.
6.Energy Efficient:
Fanless design usually means lower energy consumption, which helps to save energy and reduce carbon emissions, in line with environmental requirements.