mid tower · 240 mm AIO liquid cooler
Does the ID-Cooling FX240 Pro fit in the Corsair 3500X?
Yes. Fits the Corsair 3500X (top or front mount): The 240 mm radiator mounts top or front. Top-mounting keeps the pump below the radiator's top edge, which is the quietest long-term orientation.
Reviewed by Farrukh Sufyan SarwarHow we estimate temperaturesPublished Prices verified Model v1.2 · data updated
Fits
Fits the Corsair 3500X (top or front mount)
- Radiator
- 240 mm
- Mounts
- top, front
- Margin
- —
- GPU length limit
- 370 mm
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Cooler
$54.99as of Nov 2, 05:59 AM UTC · In Stock
(opens Amazon in a new tab)ID-Cooling FX240 Pro
240 mm AIO liquid cooler · 260 W · 52 mm
Case
~$150
(opens Amazon in a new tab)Corsair 3500X
mid tower · 45 L · GPU up to 370 mm
Product prices and availability are accurate as of the date/time indicated and are subject to change. Any price and availability information displayed on Amazon at the time of purchase will apply to the purchase of this product.
Frequently asked questions
Does the ID-Cooling FX240 Pro fit in the Corsair 3500X?
Fits the Corsair 3500X (top or front mount). The 240 mm radiator mounts top or front. Top-mounting keeps the pump below the radiator's top edge, which is the quietest long-term orientation.
What is the maximum CPU cooler height for the Corsair 3500X?
170 mm from the motherboard to the side panel, per Corsair's specification.
Which radiators does the Corsair 3500X support?
Top up to 360 mm, front up to 280 mm, rear up to 120 mm.
Terms used on this page
- CPU cooler height
- The installed height of an air cooler from the motherboard, compared against the case's published CPU cooler clearance. Coolers at or above 160 mm exclude many compact Micro-ATX and tempered-glass mid-towers.
- AIO liquid cooler
- A sealed closed-loop liquid cooler with a pump block and a 120–420 mm radiator. Radiator length determines case compatibility; thickness plus fans determines top-mount clearance above the VRM heatsinks.
- Dual-tower air cooler
- An air cooler with two fin stacks and a fan between them (often a second in front). Highest air-cooling capacity, but the front fan overhangs the DIMM slots, which is where RAM clearance limits come from.