TRICONEX ICM6211 Automated instrument control system
The brand TRICONEX color standard applies industrial height 351mm rated current 416mA
Protection Level IP45 Suitable for motor power 153KW Application Site Power Industry Material Code GJR2391500R1220 Power industry HIEE401782R0001 Part number ICM6211
Applicable pipe 2 Whether imported is weighing 3.65 kg can be sold nationwide
TRICONEX ICM6211 Automated instrument control system
TRICONEX ICM6211 is the ideal solution for removing free and emulsified water
TRICONEX ICM6211 The third way to remove water from waste oil is through polymers. This usually takes the form of a folded filter cartridge in which the medium is the star. Again, this has a lower upfront cost, but may have a higher operating cost because the filter needs to be replaced repeatedly when the pressure difference is reached, which indicates that the filter’s life is over and the filter needs to be replaced. This is the ideal solution for removing free and emulsified water in intermittent or low flow situations. Depending on the volume of the oil and other impurities in the oil, the filter can reach the pressure difference relatively quickly, increasing the workload of monitoring and operation.
TRICONEX ICM6211 Next comes a more broadly applicable consolidation strategy. This is well known in the industry, and often operators will perform coalescing operations on site if they know that oil will always need to be separated from water. This is a fairly expensive upfront effort; However, once installed, it has lower operating costs. We see this method being used to separate water from fuel, as well as the use of oil to cool various equipment in heavy industry Spaces. You can even use coalescence technology to remove oil from exhaust gases.
All of the above strategies are effective, time-sensitive ways to sufficiently remove moisture from the oil to meet certain uses. In all four of these methods, however, one cannot be sure that the oil is restored to its purest original state. Therefore, the application of recycled oil is limited.
TRICONEX ICM6211 The fifth and most comprehensive approach is the exercise we’ve seen the most recently – vacuum dehydration. This is the most realistic way to recover oil out of the five methods. In applications that require a pure oil state, the only way to convert waste oil to operate safely in this environment is through vacuum dehydration.
TRICONEX ICM6211 Automated instrument control system
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