A simulated drying cylinder rotary condensation test device
A technology for testing devices and drying cylinders, applied to measuring devices, instruments, scientific instruments, etc., can solve the problems that the turntable can only rotate horizontally, cannot rotate vertically, and cannot measure the condensation in the tube, so as to reduce adverse effects and operate accurately status effect
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Embodiment 1
[0038] see figure 1 , the invention discloses a simulated drying cylinder rotation condensation test device and method, including a vertical rotation platform and a condensation heat transfer experiment section applied to the platform. The vertical rotating platform includes a turntable 36, a rotating shaft 35 coaxially rigidly connected with the turntable 36, a speed-regulating motor 17, a turntable counterweight 34, and rotary joints 5 and 16 coaxially connected with the turntable 36; the condensation heat transfer experiment section includes a medium test Tube 32 , coolant tube 31 , camera 33 and differential pressure sensor 40 , tube wall thermocouple set 38 and coolant thermocouple set 39 . The steam is generated by the generator, condensed by the coolant in the experimental section, completely condensed into liquid through the aftercooler, and finally returns to the evaporator to complete a cycle.
[0039]The connection mode of the condensation test heat exchange device...
Embodiment 2
[0041] see image 3 , Considering that the cost of using two constant temperature water baths is too high, therefore, this embodiment uses a cooling tower 46 to supply water to the aftercooler 18 and the cooler 6 at the same time. Cooler 6 cold side channel outlet is connected with cooling tower 46, valve 45, flow meter 44, pump 43 and flow meter 41 through pipeline to cooler 6 cold side channel inlet; A cooling tower 46 , a valve 47 , a flow meter 48 , a pump 49 and a flow meter 51 are sequentially connected between the inlets of the cold side channel of the aftercooler 18 . Wherein, a valve 42 is connected between the outlet of the pump 43 and the inlet of the cooling tower 46, and a valve 50 is connected between the outlet of the pump 49 and the inlet of the cooling tower 46. When the flow rate is high, it can be adjusted to a suitable flow rate by manually adjusting the valve 42 or 50.
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