Quote Originally Posted by Philwong View Post
Now that's something truly unique and promising for a long time.

Just a few questions if you don't mind?

1. What kind of flow rate can we expect at the lowest pump speed for both 220 and 320 kits?


2. Can the radiator and pump operate vertically when mounted sideway like the MCR320 in the above render?

3. Perhaps powering the pump from a 4-pin molex, while routing PWM and RPM signals to the mobo header would be a more conservative approach? After all, a MCP355 draws up to 18W peak power.

4. Are the fill ports using standard thread sizes?

Phil
1. FLOW RATES: Sorry, this hasn't been done. email stephen@swiftech.com if you need more information

2. ORIENTATIONS: the pic below should answer your question. You can also download the install guide here



3. this is what were' doing.

4. yes, G1/4

Quote Originally Posted by PatRaceTin View Post
hmmmmmmmmmmmmm does this 2 kits compete with H70 / ALC ???
no; these products are in a different league

Quote Originally Posted by zytrahus View Post
3. MCP350 and MCP355 already have their power wires on a 4-pin molex connector and the tach wire on a separate 3-pin connector. They probably replaced the 3-pin by a PWM style 4-pin and kept the PSU style 4-pin molex for the power wires.

4. I think Swiftech said they were switching all their PG11 fill port to G1/4, probably the case here.
correct on both counts

Quote Originally Posted by Vapor View Post
Philwong, in regards to question number 1, at 1300RPM (0% PWM duty, a.k.a., minimum speed), the MPC35X/DDC3.25 should provide less pumping power than a D5 at setting 1.
Since we haven't done the curve of the 35X at minimum speed, it is really impossible to provide a scientifically correct answer. Let's wait for the curves before we speculate.