Some Important Information about Diesel Engine Concrete Mixer

<p>Torque measurements of a progressively wetted powder system were used to characterize the mixture state after adequate mixing of <a href="http://www.doubleshaftconcretemixer.com/">concrete mixer</a>. Power consumption of the mixing motor is an easy-to-implement alternative method for identifying the states described before. From the pendular state (at the starting point of operations) leading to the suspension, the variation in power consumption vs. liquid addition generates a sort of &ldquo;signature&rdquo; of the process of the concrete mixer, also known as the cohesion function, which can be described as follows:</p>Henan Daswell Machinery Co., Ltd,is a professional manufacturer and trader specializing in the research, development and production of construction machinery for nearly 30 years. Our main products are as follows:<a href="http://www.doubleshaftconcretemixer.com/beltplant/hzs60-belt-conveyor-type-concrete-mixing-plant.html">concrete mixing plant</a>,small <a href="http://www.daswellmixer.com/">concrete pump</a>,We will provide you with the best product and service. <p> <p>Phase I As previously discussed, at low liquid content <a href="http://www.doubleshaftconcretemixer.com/electricmixer/jzc350-mobile-electric-concrete-mixer.html">mobile concrete mixer</a>, moisture becomes absorbed by powder particles without the formation of any liquid bridges and power consumption does not increase. Phase II Power consumption is observed to increase at a saturation rate of approximately 25% since liquid bridges form between the powder particles and the first granules. Phase III The addition of liquid results in filling the interparticulate space and forming coarser granules; moreover <a href="http://www.concretemixerpump.com/pro/p23.html">concrete mixer pump</a>, power consumption levels off with liquid content. Phase IV Another marked increase in power consumption is observed at approximately 80% saturation, at which point large areas in the particulate system are completely filled with liquid. Power consumption rises and falls with liquid content before reaching a maximum when the liquid saturation equals 100%. Power consumption of theconcrete mixer then decreases as the liquid becomes excessive and the system transitions into a state of suspension.</p> <p>Some differences in the cohesion function profile may be noted during Phases II and III from one <a href="http://www.dwdieselmixer.com/pro/p8.html">concrete mixer machine</a> to the next. The fluctuation in time of the power consumption shows a similar evolution as the cohesion function. More specifically, increased power fluctuation is observed in Phases III and IV. This particularity is sometimes utilized in order to improve process monitoring.</p>