Industrial applications often demand computers that can operate reliably in harsh working environments like dust, grease and humidity.
When the cooling fan in a computer fails, it could potentially shut down or even damage its components, potentially ending production altogether.
Low Power Consumption
All computers generate heat, and its most heated parts – such as CPU and graphics card – must be kept cool to avoid overheating. Traditional PCs use fans to move air through their motherboard and components while industrial fanless computers take an alternative approach by employing special heat sinks that channel heat away from these areas of their hardware.
By doing this, they run more efficiently and consume less power while using less fan power – eliminating their wear-and-tear and noise output over time.
As industrial fanless computers don’t contain moving parts, they’re less susceptible to vibration and dust damage that would normally cause regular computers to crash – saving businesses both in maintenance costs and downtime costs, not to mention being more secure with no fans or components that can be tampered with than their consumer counterparts.
Fanless industrial computers use passive heat dissipation techniques that rely on physical principles rather than fans to disperse heat away from their systems and extend their lifespan, eliminating mechanical failure risk and increasing reliability.
Lacking fans, computers are easily used in environments with lots of dust, such as operating rooms. This prevents build-up that could otherwise cause failure and lowers maintenance costs while simultaneously cutting downtime due to needing to clean out their computer regularly.
Fanless embedded box PCs can be found across industries, from healthcare settings where they’re used for electronic medical records (EMR) to streamlining processes and improving productivity. Teguar’s fanless industrial PCs can be utilized in numerous applications with their rugged construction enabling them to operate reliably even in harsh environments.
Fanless industrial PCs use a passive cooling mechanism which relies on thermal conductivity, copper heat pipes and an aluminum-finned chassis to disperse any generated heat generated by the computer. This reduces mechanical components like fans that may fail due to harsh operating environments they exist within.
Fanless designs also prevent dust, grease and humidity from clogging up the system over time and potentially causing damage, lengthening its lifespan while decreasing maintenance and repair needs.
Industrial computers designed with an intuitive design make integration into industrial systems much simpler, minimizing downtime in factories while protecting business operations and profitability.
Wide Temperature Range
Fanless industrial computers can operate successfully in harsh environments that traditional PCs cannot. Their fanless operation and passive cooling mechanisms help resist dust, humidity and vibrations to provide businesses with stable operations in any situation.
These devices feature a broad temperature range, making them suitable for environments where temperatures fluctuate greatly, such as desert environments where temperatures may reach 60 degrees C during the day and drop to near zero at night.
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Fanless computers can also be utilized in locations where fans cannot, such as moving vehicles and medical operations, due to no moving parts reducing chances of failure, moisture entry and decrease Mean Time Between Failure (MTBF). Their small form factor also allows them to fit more comfortably in spaces than fan-based computers do, providing greater flexibility with system placement while cutting maintenance costs down significantly.