HOT-C 40mm Fan Mount
Don’t let HOT get too hot.
This is a LIMITED RUN; I'm not making more.
With the use of my backplates and high W/mK thermal pads, I found my HOT controllers running very warm. This item was developed alongside my HOT copper heatsink kits and pairs perfectly with them. While it may seem like overkill to make this from a solid piece of 6061 aluminum, the concept itself is already pretty over-the-top anyway. However, sometimes overkill products that don’t have much practical use are the most fun to work on. I had a lot of fun developing this, and HOT controllers will stay at practically ambient temperatures when using active cooling and a heatsink. There is a FREE download of this file for 3D printing in my Discord; I just wanted to offer a few aluminum versions for the memes.
(NO HOT CONTROLLER INCLUDED; THIS IS JUST THE FAN MOUNTING SYSTEM)
Includes:
1 Aluminum HOT 40mm Fan Mount
4 M2x16 SHC Screws (Stainless)
Pictured is my personal HOT. I used gold button heads that are not included in the kit. Additionally, I wired a fan header to the PCB and powered the fan off the 6-pin connection on the PCB. This setup prevents speed control but only loses up to 5W on a 15,000 RPM fan. I would recommend a much smaller fan!
Don’t let HOT get too hot.
This is a LIMITED RUN; I'm not making more.
With the use of my backplates and high W/mK thermal pads, I found my HOT controllers running very warm. This item was developed alongside my HOT copper heatsink kits and pairs perfectly with them. While it may seem like overkill to make this from a solid piece of 6061 aluminum, the concept itself is already pretty over-the-top anyway. However, sometimes overkill products that don’t have much practical use are the most fun to work on. I had a lot of fun developing this, and HOT controllers will stay at practically ambient temperatures when using active cooling and a heatsink. There is a FREE download of this file for 3D printing in my Discord; I just wanted to offer a few aluminum versions for the memes.
(NO HOT CONTROLLER INCLUDED; THIS IS JUST THE FAN MOUNTING SYSTEM)
Includes:
1 Aluminum HOT 40mm Fan Mount
4 M2x16 SHC Screws (Stainless)
Pictured is my personal HOT. I used gold button heads that are not included in the kit. Additionally, I wired a fan header to the PCB and powered the fan off the 6-pin connection on the PCB. This setup prevents speed control but only loses up to 5W on a 15,000 RPM fan. I would recommend a much smaller fan!
Don’t let HOT get too hot.
This is a LIMITED RUN; I'm not making more.
With the use of my backplates and high W/mK thermal pads, I found my HOT controllers running very warm. This item was developed alongside my HOT copper heatsink kits and pairs perfectly with them. While it may seem like overkill to make this from a solid piece of 6061 aluminum, the concept itself is already pretty over-the-top anyway. However, sometimes overkill products that don’t have much practical use are the most fun to work on. I had a lot of fun developing this, and HOT controllers will stay at practically ambient temperatures when using active cooling and a heatsink. There is a FREE download of this file for 3D printing in my Discord; I just wanted to offer a few aluminum versions for the memes.
(NO HOT CONTROLLER INCLUDED; THIS IS JUST THE FAN MOUNTING SYSTEM)
Includes:
1 Aluminum HOT 40mm Fan Mount
4 M2x16 SHC Screws (Stainless)
Pictured is my personal HOT. I used gold button heads that are not included in the kit. Additionally, I wired a fan header to the PCB and powered the fan off the 6-pin connection on the PCB. This setup prevents speed control but only loses up to 5W on a 15,000 RPM fan. I would recommend a much smaller fan!