£245.99

Stock Available: 0
  • Processor All-in-one liquid cooler 12 cm
  • Supported processor sockets: LGA 1700
  • 39.7 dB 101 cfm
  • 120 x 120 x 30 mm
  • Black
  • 1 pc(s)

The Phanteks Glacier One T30 Gen2 is a high-end all-in-one liquid CPU cooler, capable of cooling powerful CPUs while operating silently. The T30-120 fans offer the ultimate in performance, quality, and flexibility. They are made of glass fiber reinforced Liquid Crystal Polymer, feature a 3-phase motor and multiple fan modes for the best performance in any scenario. Powered by Asetek’s Gen8 pump and a 30mm thick radiator, the Glacier One T30 Gen2 AIO models bring high-end cooling performance. Installation is a breeze thanks to the pre-filled all-in-one solution, flexible braided tubing and the Tube Clips that help routing the tubing and fan cables.
The Glacier One T30 Gen2 features an infinity mirror pump cap design with a tempered glass window, anodized aluminum covers and integrated D-RGB lighting. Simply connect it to a D-RGB equipped Phanteks chassis or motherboard to control, sync and expand your lighting setup.
Keep your system cool with the Phanteks Glacier One T30 Gen2.

Performance
Mean time between failures (MTBF) 150000 h
Pump motor speed (min) 800 RPM
Pump motor speed (max) 2600 RPM
Quantity per pack 1 pc(s)
Pump noise level 25.3 dB
Maximum airflow 101 cfm
Noise level (high speed) 39.7 dB
Supported processor sockets LGA 1700
Fan diameter 12 cm
Type All-in-one liquid cooler
Suitable location Processor
Design
Fan connector 4-pin
Illumination colour Multi
LED connector type 3-pin
Number of LEDs 14
Illumination LED Yes
Material ABS, Aluminium, Copper, Tempered glass
Product colour Black
Power
Pump power consumption 5.5 W
Weight & dimensions
Package weight 2.82 kg
Fan 2 dimensions (W x D x H) 120 x 120 x 30 mm
Fan thickness 3 cm
Fan dimensions (W x D x H) 120 x 120 x 30 mm
Waterblock height 5.2 cm
Waterblock depth 9.3 cm
Waterblock width 9.4 cm
Radiator height 3 cm
Radiator depth 40 cm
Radiator width 12 cm
Packaging content
Installation instruction Yes