Feser TFC XChanger Quadruple 120mm Fan PC Radiator
Feser TFC XChanger Quad 120mm Fan Radiator - 480 QUADRUPLE 120mm Fan Radiator Kit
Only the best materials are used for these radiators. The fins and water channels consist of high-grade copper (e-Cu). The water chambers consist of a
brass alloy. The layer of the black paint remains very thin, thus optimizing the heat-air transfer.
Features:
Dimensions: 20.74" x 4.84" x 2.44" LxWxH (527x123x62mm)
Copper Water Channels and Fins
Brass Water Chambers
Black Finish (5µm)
G1/4" Threads
Mounting Screws for Case (16)
Mounting Screws for Fan (16)
Fan Spacing = 15mm
Silicon Pads (4)
Bleed Valve Screw
Stamped TFC – Xchanger Logo
ColorBox Packaging
Warranty Card
Serial Number with Holographic Sticker
Sealed in VCI Bag - 5 Year corrosion protection
3 Year Warranty
Compatible with all available watercooling systems
EXTREME PERFORMANCE
The newly developed technology and patented design brings you double the cooling power to your system. Better materials, the newest technology and a
cool design prove to be an outstanding product.
NOISELESS - SILENT OPERATION
By using larger spacing between the copper fins the air flow rate is increased improving heat transfer. This allow allows the use or fans at a lower speed.
The lower the speed, the lower the noise level.
HIGHFLOW OPTIMIZED
The radiators are especially designed to run with a High Flow system configuration. High Flow Systems are recommended to maximize your heat dissipation.
MAXIMUM SYSTEM COMPATIBILITY
The radiator inlet and outlet ports are G1/4” BSPP threaded allowing multiple fitting options. The X-CHANGER can replace any previous radiator used in a
system loop.
PERFECT HEAT TRANSMISSION
The water channels and fins are made out of pure copper allowing for maximum transfer of heat out of the water.
INSTALLATION - EASY OF USE
Enough srews are provided to install the radiator properly. The radiator position (vertical / horizontal) will not effect the cooling performance.
ENERGY EFFICIENT
Due to the ability of using low speed fans, and less water resistance for the pump, the operating system reduces energy consumption.