INNO3D RTX 3060 Ti 3Fan Shroud
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This is a modified shroud for the Inno3D 3060ti product, replacing the two 90mm fans with three 80mm fans.
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I think products from other companies that share the same PCB can probably be used, but I can't give you a definite answer until exactly which company's products are compatible
https://www.inno3d.com/product/inno3d-geforce-rtx-3060-ti-twin-x2-oc-lhr
The card length is 240mm, so three 80mm fans fit perfectly for a clean setting.
The cooling performance has improved dramatically. The GPU temperature dropped from 72 degrees under full load to 65 degrees, and it's not just the temperature that has decreased; since the fan speed isn't exceeded 60%, the noise has also been significantly reduced. It is completely inaudible.
This shroud modification uses the Thermalright TL-8015 fan. (Any 80mm 15T fan can be used, but the design of the intake may not match.)
7 heatset insert nut (M3/D5/L4)
6 M3 FHCS 10mm
1 M3 FHCS 6mm
These materials are additionally required. For all other screws, use the ones included with the fan purchase or the screws on the graphics card itself.
For printing, you need a material that can withstand the temperatures of the graphics card and the inside of the PC.
While PETG might work, I recommend ABS.
For the cover, you must print it vertically to ensure clean rounded edges; however, since the contact surface with the floor is small, if the enclosure temperature cannot be guaranteed, you may need to add settings to increase the contact surface, such as a brim or raft.
Assembly is very simple, so it shouldn't be difficult.
The only tricky part is the cables. I've made a large space for cable management and routing holes on the top of the cover.
You can connect the three fans using the motherboard's PWM pins, or, like me, connect them by converting them to the graphics card's mini 4-pin to 4-pin PWM connector.
If you are making the conversion connector yourself, you need to utilize the PST function. Therefore, you must connect all four pins (GND, 12V, RPM, PWM) to only one of the three fans, and connect only three pins (GND, 12V, X, PWM) to the other two fans to prevent RPM noise.
After final assembly, the thickness increases by about 5mm to 50mm.
The explanation may be strange due to the use of a translator.🥲