In scenarios where additional heat input is summed, such as valve lamination or specific industrial processes, the system can regulate the cooler control. As shown in fig. 4, the cooling command is alternated to the heating one.
The command works by setting a threshold value in which heating or cooling should be activated. In this way the fluid thermoregulation will be ensured.
In scenarios involving large oil volumes, the limitations of resistive heating methods become evident. Traditional methods lack the precision required to avoid oil degradation, often leading to inefficiencies and quality issues, because the power distribution is fixed and not distributed all over the tank.
Atos Induction fluids heating system excels in these scenarios by delivering precise power to heat specific oil quantities, ensuring controlled heating without the risk of burning the oil.
This patented system is indispensable in industries where hydraulic systems play a fundamental role to ensure best performance and repeatability.
Fig. 4 Working cycle with heating and cooling commands
for fluid inductive heating control
