Soldato
- Joined
- 12 Oct 2007
- Posts
- 2,647
I'm currently configuring a dual loop system comprising 7 blocks cooled by 2 rads and a single shared reservoir. Here's my plan so far:
Loop 1 Pump1 - Rad (Black Ice GT 240) - CPU - NB - Mosfet (left) - Mosfet (top) - Reservoir - Pump 1
Loop 2 Pump 2 - Rad (Therm 360) - SB - GPU 1 - GPU 2 - Reservoir - Pump 2
In my experience a single PA360 can easily cool a dual core and 2 GPU's, so I'm hoping the extra 240 rad in the roof will allow me to also cool the motherboard, with both loops sharing a sinlge reservoir.
I'm using an XSPC Dual DDC Bay Reservoir which looks perfect as it will help cut down on tubing clutter something which has always put me off dual loop configs in the past.
So how feasible are my ideas?
Likely outcomes in terms of temps and flow rates?
I'm slightly concerned that the restrictions of having 4 blocks in loop 1 might be too much for the pump, a Laing 18w Ultra?
Loop 1 Pump1 - Rad (Black Ice GT 240) - CPU - NB - Mosfet (left) - Mosfet (top) - Reservoir - Pump 1
Loop 2 Pump 2 - Rad (Therm 360) - SB - GPU 1 - GPU 2 - Reservoir - Pump 2


In my experience a single PA360 can easily cool a dual core and 2 GPU's, so I'm hoping the extra 240 rad in the roof will allow me to also cool the motherboard, with both loops sharing a sinlge reservoir.
I'm using an XSPC Dual DDC Bay Reservoir which looks perfect as it will help cut down on tubing clutter something which has always put me off dual loop configs in the past.
So how feasible are my ideas?
Likely outcomes in terms of temps and flow rates?
I'm slightly concerned that the restrictions of having 4 blocks in loop 1 might be too much for the pump, a Laing 18w Ultra?
Last edited: