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ToasterIQ2000 · 11-11-2005, 10:12 PM

The Innovatek 1046s use a different rotor than fish prefer. When I first learned of the modified rotor I think it was only available aftermarket from german wc sites.

I have two machines running 1046s, both are built for silence: large passive radiators, CPU, GPU, chipset, HD coolers, pretty visual flow indicators, pressure compensating diaphrams ... and other Rube Goldberg-isms that amuse me...

On a cold morning when I can see my breath a 1046 pushes 0.5 l/m through all that.

I've burned out two of the 12v DC to euro AC HPPS inverters on the test bench. One of my theories is that those little inverters burn out if their connection to the pump is allowed to wiggle and spark. If you do anything other than set the pump in place with the HPPS converter snapped in place and never fiddling with it, I'd reccomend soldered connections between the pump and inverter.

11-11-2005, 10:12 PM	#5
ToasterIQ2000 Cooling Neophyte Join Date: Oct 2004 Location: Gorky Island, WA USA Posts: 22	The Innovatek 1046s use a different rotor than fish prefer. When I first learned of the modified rotor I think it was only available aftermarket from german wc sites. I have two machines running 1046s, both are built for silence: large passive radiators, CPU, GPU, chipset, HD coolers, pretty visual flow indicators, pressure compensating diaphrams ... and other Rube Goldberg-isms that amuse me... On a cold morning when I can see my breath a 1046 pushes 0.5 l/m through all that. I've burned out two of the 12v DC to euro AC HPPS inverters on the test bench. One of my theories is that those little inverters burn out if their connection to the pump is allowed to wiggle and spark. If you do anything other than set the pump in place with the HPPS converter snapped in place and never fiddling with it, I'd reccomend soldered connections between the pump and inverter.