Specially Designed with Cooling in Mind Sirius Loop’s larger blades and thinner frame allows the fan to generate more air, which is efficiently pushed by the sickle-shaped blades. The large surface area creates more airflow and pressure. The center of the fan is also built with ventilation holes to cool the bearings and extend the fan’s lifespan. Dual Addressable Loops The circular addressable lighting effect is complemented with black fan blades to add that solid touch of RGB lighting in PC builds. The dual-looped design provides users the option to install on either side. Easy Cable Connects Connect Sirius Loop directly to the motherboard’s addressable header, and witness and control the lighting effect through the motherboard software!
Specially Designed with Cooling in Mind Sirius Loop’s larger blades and thinner frame allows the fan to generate more air, which is efficiently pushed by the sickle-shaped blades. The large surface area creates more airflow and pressure. The center of the fan is also built with ventilation holes to cool the bearings and extend the fan’s lifespan. Dual Addressable Loops The circular addressable lighting effect is complemented with black fan blades to add that solid touch of RGB lighting in PC builds. The dual-looped design provides users the option to install on either side. Easy Cable Connects Connect Sirius Loop directly to the motherboard’s addressable header, and witness and control the lighting effect through the motherboard software!
in 2 offers
Specially Designed with Cooling in Mind Sirius Loop’s larger blades and thinner frame allows the fan to generate more air, which is efficiently pushed by the sickle-shaped blades. The large surface area creates more airflow and pressure. The center of the fan is also built with ventilation holes to cool the bearings and extend the fan’s lifespan. Dual Addressable Loops The circular addressable lighting effect is complemented with black fan blades to add that solid touch of RGB lighting in PC builds. The dual-looped design provides users the option to install on either side. Easy Cable Connects Connect Sirius Loop directly to the motherboard’s addressable header, and witness and control the lighting effect through the motherboard software!
Specially Designed with Cooling in Mind Sirius Loop’s larger blades and thinner frame allows the fan to generate more air, which is efficiently pushed by the sickle-shaped blades. The large surface area creates more airflow and pressure. The center of the fan is also built with ventilation holes to cool the bearings and extend the fan’s lifespan. Dual Addressable Loops The circular addressable lighting effect is complemented with black fan blades to add that solid touch of RGB lighting in PC builds. The dual-looped design provides users the option to install on either side. Easy Cable Connects Connect Sirius Loop directly to the motherboard’s addressable header, and witness and control the lighting effect through the motherboard software!
Last updated at 30/09/2024 18:46:21
+ $51.77 delivery
Go to store
Affiliate Disclosure: We may receive a small commission for purchases made through this link at no extra cost to you. This helps support our site. Thank you!
+ $15.00 delivery
Go to store
See 9 more history offers
available 2 months ago
Low stock
available 3 months ago
Low stock
available 8 months ago
Low stock
Affiliate Disclosure: We may receive a small commission for purchases made through this link at no extra cost to you. This helps support our site. Thank you!
available 9 months ago
Low stock
available 9 months ago
Low stock
available 9 months ago
Low stock
available 10 months ago
Low stock
Affiliate Disclosure: We may receive a small commission for purchases made through this link at no extra cost to you. This helps support our site. Thank you!
originally posted on scorptec.com.au
Fan Size (mm) | 120mm |
Cooling Technology | Air |
Warranty Period | 2 Years Warranty |
Updated about 1 hour ago
See 9 more history offers
Fan Size (mm) | 120mm |
Cooling Technology | Air |
Warranty Period | 2 Years Warranty |