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What is the difference between industrial computer motherboards and ordinary commercial grade motherboards? Both industrial computer motherboards and ordinary commercial-grade motherboards belong to the category of industrial motherboards, which are essentially different from ordinary motherboards. The following is an analysis of the core elements of industrial control motherboards and ordinary commercial-grade motherboards, so that everyone can make a difference when selecting industrial motherboards.  The differences between industrial computer motherboards and ordinary commercial-grade motherboards are as follows: The main differences between industrial motherboards and ordinary motherboards are: size specifications, expansion slot support, use environment, reliability, protection functions, operating temperature, etc.  Industrial motherboards often work in harsh environments (long working hours, harsh climate, moisture, vibration, dust, radiation, high temperature, etc.), and commercial motherboards are not competent in these environments. Most of today's commercial motherboards run under stable conditions. Environment (short working hours, indoors, normal temperature) Due to the market positioning of ordinary commercial-grade motherboards, their products generally only have CCC certification, Great Wall certification, and civilian-grade electromagnetic compatibility certification required for electronic products.Because industrial motherboards are aimed at the industrial market, due to the need for reliability, every industrial computer motherboard will be tested and certified for industrial-grade requirements such as CEEME, FCC, QA realbility, and CCC vibration and drop before it is put on the market. Ordinary commercial motherboards can basically only be used in external environments between 5 degrees and 38 degrees, which is quite delicate.Industrial motherboards can work stably between 0 and 60 degrees. Some industrial motherboards even adopt wide-temperature designs, with a temperature range of -20 degrees to 70 degrees. The ordinary commercial motherboard market is updated very quickly, so the average ordinary commercial motherboard only has a life cycle of half a year to one year; in the industrial market, industrial-grade industrial control motherboards can have a life cycle of up to 5 years or even longer. time.

Things to note when choosing a fuel tank level sensor If you are a tank truck driver, how do you know the amount of oil in the tank of your tank truck? In response to this situation, the tank level sensor is currently one of the widely used means to detect and measure the filling level of the tank. Installation, leakage, oil level, oil temperature, air lock, etc.Since oil tanks always contain hazardous liquids such as gasoline or diesel, safety must be considered of paramount importance.There are many aspects to pay attention to. Several aspects that should be considered when choosing a fuel tank level sensor. The fuel tank level  sensor is made of new high-alloyed stainless steel, has explosion-proof functions, and can be safely used in oil tanks.Most cables on the market are specially made blue, which represents their explosion-proof performance and distinguishes them from non-explosion-proof cables that usually use black cables.Teflon cable is recommended to prevent corrosion and friction that could lead to explosions.Sensor housings are generally made of stainless steel (304SS or 316SS) because they will not corrode or react in such liquids. Make sure that the fuel tank level sensor is all welded and sealed to ensure the safety of oil measurement.In addition, remote monitoring of oil tank level sensors is best able to provide highly accurate readings and convenient operation, because oil tanks need to be continuously monitored, so oil tank level can be monitored remotely, tracking inventory, field issues, and based on actual oil volume Automatically tracks oil injection rate.