I. How to solve the high temperature problem of industrial control motherboards
The main reason industrial control motherboards can be used in industrial production is their ability to operate stably and without failure in environments ranging from -20℃ to 60℃. Some industrial motherboards even employ special wide-temperature designs, with a temperature range of -20℃ to 70℃. This poses a severe challenge to the heat dissipation scheme and efficiency of the system. So how do embedded industrial control motherboards solve the problem of high temperatures? Lianzhitongda will explain in detail.
In terms of heat dissipation design for industrial control motherboards, many manufacturers use special heat dissipation designs, and some even use all-aluminum structural shells. They also take special measures for heat-generating components such as the CPU, northbridge, southbridge, and hard drive to ensure the normal operation of the industrial control motherboard and the whole machine.
In contrast, commercial motherboards cannot function properly in these environments and can only operate in stable conditions. Commercial motherboards can generally only be used in ambient temperatures between 5℃ and 38℃, have low requirements for heat dissipation, and prioritize a stylish and cool appearance.
Many industrial PCs are used in harsh environments (such as humid, vibrating, dusty, radiation, high temperature, etc.), where dust and salt in the air can corrode the motherboard and affect its normal operation.
In our work and daily lives, many of us encounter commercial and industrial motherboards. We should be aware that many industrial PCs require a fanless chassis design to prevent damage from harsh environments. However, a fully sealed, fanless design places higher demands on the motherboard's performance and stability due to heat interference from various sources.
Through special design, the industrial control motherboard can automatically restart and protect against surges in the event of a system crash or other abnormal situation, ensuring the system's high stability in harsh environments.
In addition, you can replace the fan with one that has better cooling performance. Check if the thermal paste is worn out; if so, replace it. Clean the dust inside the case and reorganize the wiring, as this can affect heat dissipation.
II. How to reduce power consumption on industrial control motherboards
Industrial electricity consumption consistently accounts for a large portion of my country's total electricity consumption. Therefore, some industrial control motherboard manufacturers have launched ultra-low power industrial control motherboards. These ultra-low power motherboards will significantly reduce industrial electricity consumption, saving electricity for my country. So how exactly do ultra-low power industrial control motherboards reduce power consumption?
First, the ultra-low power industrial control motherboard features a low-power design, fully complies with the COM Express specification, and is compatible with Type 1, 2, 3, 4, and 5 interfaces.
Second, it provides up to 14 COM ports, designed specifically for multi-serial port applications.
Third, it can be paired with various COM Express modules to flexibly form embedded PCs with different performance and platforms.
Fourth, it adopts a single power supply and a wide temperature range design, making it suitable for more demanding applications.
Fifth, it adopts a removable SATA2 high-speed interface design, making data transfer convenient and fast.
Sixth, it has a rich array of interfaces: it boasts up to 14x COM (DB9), 2x SATAII, 6x USB2.0, 1x VGA, and 4x RJ45, among others.
Ultra-low power industrial control motherboards can be integrated with other industrial control products, including industrial computers, special-purpose computers, original industrial PCs, industrial PCs, industrial single-board computers, industrial chassis, industrial PCs, all-in-one industrial PCs, single-board computers, vehicle-mounted computers, embedded computers, industrial PCs, ruggedized computers, box-type computers, fanless industrial PCs, industrial panel PCs, and portable industrial PCs. They are widely used in mobile handheld terminals, digital signage, automobiles, digital control, interactive clients, media playback, advertising, LCD screens, traffic control, information systems, financial equipment, and many other fields.
