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Komputer przemysłowy bezwentylatorowy czy z wentylatorem: porównanie

TSL Automation Solutions 24 grudnia 2024 Zaktualizowano 18 maj 2026

Porównanie komputerów przemysłowych bezwentylatorowych i chłodzonych wentylatorem, TSL Automation Solutions

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Fanless Industrial PC: How It Works

A fanless industrial PC uses a large aluminium heatsink chassis to conduct heat away from the processor. The entire outer surface of the unit acts as a radiator. There are no moving parts, no air vents, and no dust ingress paths. This makes fanless PCs the default choice for most industrial environments.

Fan-Cooled Industrial PC: When It Makes Sense

Some applications require very high-performance processors (Core i7/i9 at 65 do 125W TDP) that generate more heat than passive cooling can handle. In these cases, a fan-cooled industrial PC or workstation is used, but with industrial-grade fans designed for dusty environments, filterable intake vents, and longer bearing life (50,000+ hours).

Side-by-Side Comparison

Feature	Fanless	Fan-Cooled
Moving parts	None	Fan(s)
Dust resistance	Fully sealed	Requires filter maintenance
Vibration resistance	Excellent	Fan bearings vulnerable to vibration
Noise	Silent	Audible fan noise
Maintenance	None	Filter cleaning every 3 do 6 months
Max processor TDP	Typically 15 do 65W	65 do 125W+
Best for	Factory floor, harsh environments	Server rooms, high-performance workstations

Recommendation for Indian Manufacturing

For 95% of Indian manufacturing applications, SCADA workstations, HMI systems, data loggers, and IoT gateways, a fanless industrial PC is the correct choice. Indian factories typically have high ambient dust, humidity, and temperature, all of which reduce fan-cooled PC reliability. Only choose a fan-cooled design when your application genuinely requires a processor TDP above 65W.

Często zadawane pytania

Choose fanless when: the environment has dust, metal particles, wood chips, or liquids; the enclosure cannot be easily opened for maintenance; vibration is present; silent operation is required; or the system needs to run continuously for years without scheduled maintenance. Fan-cooled PCs are acceptable in clean, climate-controlled offices and engineering rooms where maintenance is accessible and the processor TDP exceeds fanless thermal limits.

Fanless industrial PCs reliably cool processors up to 35W TDP (typical for Intel Core i5/i7 embedded-grade with low-power profiles). For higher TDP processors (65W+ desktop Core i7/i9), active cooling is generally required. Ultra-low-power processors (Intel Atom, Celeron N series, 6 do 15W TDP) are ideal for fanless designs and can operate reliably in ambient temperatures up to 60°C.

Fanless industrial PCs typically achieve MTBF of 50,000 do 100,000 hours (6 do 11 years) in normal factory environments. Fan-cooled PCs in dusty environments may achieve only 15,000 do 25,000 hours (1.7 do 3 years) before fan failure, with much more frequent cleaning required. In clean environments with good airflow, fan-cooled PCs approach 40,000+ hours MTBF.

Yes, both fanless and fan-cooled industrial PCs run identical operating systems (Windows 10 IoT, Windows 11 IoT, Linux) and support the same industrial software. The difference is purely in thermal design and resulting reliability characteristics. All Avalue industrial PCs support the same OS, I/O, and software regardless of cooling method.

TSL Automation Solutions primarily supplies Avalue fanless industrial PCs, which are appropriate for the majority of Indian manufacturing environments. For applications requiring higher-TDP processors with active cooling, we can source appropriate Avalue configurations. Contact our Mumbai team to discuss your processing requirements and environmental conditions.

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TSL Automation Solutions

Dyrektor marketingu, TSL Automation Solutions

Sanjana pisze o trendach w automatyce przemysłowej, premierach produktów i nowych technologiach dla TSL Automation Solutions, dystrybutora paneli HMI, paneli PC i systemów wbudowanych z siedzibą w Mumbaju, obsługującego producentów w Indiach i na całym świecie.