For the secondary water flow, use a lower flow rate, creating a higher delta T. Then, the output flow can be diverted into any basin (and periodically emptied), with the temperature measured there. You could use a thermocouple inside of the input water flow for measure, but keep a disconnect in the line to double-check (by emptying some into a basin as well)
Aussie Guy E-Cat <aussieguy.e...@gmail.com> wrote: >I have just emailed Rossi with my interest in purchasing a 100 kW E-Cat >plant. I do thank Vortex members (on the forum and privately) for >providing the behind the scenes insight into the history of LENR that >helped to make this decision happen. My bags are ready to be packed, >funds locked down and I'm ready to fly to Bologna to see and test a >E-Cat reactor. What I didn't know or were a bit rusty about in measuring >a E-Cat has been provided by the excellent Vortex forum. > >My intention is to pay the funds into a Escrow account, request a test >of a single E-Cat and if that is found to be OK, to proceed to pre >delivery testing the 100 kW plant. Failure of either test to meet a min >COP 6 result would trigger the return of all my Escrowed funds. > >I would appreciate suggestions as to the necessary equipment (manuf and >model) you would suggest I would need to make the initial single E-Cat >test measurements. I do have many thermocouples and DVMs with temp >ranges but no flow meters. Does anybody know the manuf and model of the >heat exchanger used in the 6 Oct demo as I plan to use that setup to do >the delta T measurements. I do plan on taking a 16 channel data logger >and digital oscilloscope (both battery powered) to check the input >energy in ALL the wires going into the E-Cat. > > From what I have read here, the 2 temp probes should be inserted >through the wall of the water hose feeding the heat exchanges enough so >they are approx central to the water flow, while not touching the inside >wall of the water hose and likewise for the outlet water hose. Is a 45 >deg insertion angle acceptable? > >AG > >
