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What Makes an Industrial Rackmount PC More Reliable Than a Standard PC?
- Industrial rackmount PCs are designed with exceptional regard for their mechanical and natural versatility, which makes them ideal for crucial applications across different industries, including manufacturing, telecommunications, and data centers.
- One of the key reasons an industrial rackmount PC is more reliable than a standard PC is its redundancy features.
- These features ensure that the system keeps on working even if one part fails, reducing the likelihood of downtime.
- Industrial rackmount PCs are built to withstand the afflictions of the factory floor, warehouses, or outside offices, including enhanced resistance to natural factors like temperature limits, dust, humidity, and physical vibrations.
- These PCs are designed to endure a wider range of temperatures, often capable of working in environments from – 40°F to 140°F.
- In industrial settings, power fluctuations and surges are common, which can cause instability or even failure in standard PCs.
- Industrial rackmount PCs typically come with improved power security, including redundant power supplies and surge protection.
- Heat dissipation and shock and vibration resistance are also critical factors that contribute to the reliability of an industrial rackmount PC.
- This ensures that the components do not overheat, which could lead to system failures or reduced performance.
- In addition, the durability of an industrial rackmount PC is a result of its superior build quality and resistance to physical damage.
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