Lian Li Galahad II Trinity Performance 360 White - 3 interchangeable looks, RPM switch controller, double wave radiator fits, 4200 RPM pump motor
Key Specifications
Choose one or multiple features to search for items that have the same specifications.Weight & dimensions | |
Radiator width | 39.6 cm |
Radiator depth | 13 cm |
Radiator height | 3.2 cm |
Tube length | 38.5 cm |
Fan dimensions (W x D x H) | 120 x 120 x 28 mm |
Packaging content | |
Cables included | 4-pin, SATA |
Mounting kit | |
Screws included | |
CPU bracket(s) | |
Design | |
Product colour | Black |
Number of fans | 3 fan(s) |
Radiator material | Aluminum |
Number of fins | 2 |
Performance | |
Type | All-in-one liquid cooler |
Number of speeds | 2 |
Fan diameter | 12 cm |
Suitable location | Computer case |
Maximum airflow | 108.29 cfm |
Minimum airflow (imperial) | 81.54 cfm |
Minimum air pressure | 4.08 mmH2O |
Maximum air pressure | 6.99 mmH2O |
Pump motor speed | 4200 RPM |
Fan speed (max) | 3000 RPM |
Fan speed (min) | 2300 RPM |
Bearing type | Fluid Dynamic Bearing (FDB) |
Quantity per pack | 1 pc(s) |
Fan noise level (min) | 32.1 dB |
Fan noise level (max) | 39.9 dB |
Pump noise level | 22.03 dB |
EAN | 4718466014368 |
Source: Icecat.biz |
BOOST PERFORMANCE TO THE NEXT LEVEL
Galahad II Trinity Performance pump is larger than the regular one so that it accommodates upgraded components to efficiently cool the CPU.
CHOOSE PREFERABLE LOOK
The Galahad II Trinity series’ pump cap has three interchangeable designs, each with a unique look and two rings of colors that can be individually controlled with different lighting effects.
DUO- INFINITY
An aluminum housing cap with duo infinity mirror rings and a Lian Li logo at the center. (90° Rotatable)
DAZZLE
An entirely shining pump cap that brings the most vivid lighting to your build.
SINK-HOLE
The combination of the diffuser and infinity mirror creates the sinkhole effect.
HIGH DENSITY ALUMINUM RADIATOR
The 32mm thick radiators feature a double-wave radiator fin design of 19 FPI which provides more surface area to dissipate heat with a high performance fan.
DAISY-CHAINABLE LCP FAN
The double-stack radiator fins provide better heat dissipation due to the enlarged surface area. However, the increased density also requires a more performance-oriented fan. These high-performance LCP fans can be daisy-chained by a single short cable which can be hidden inside the frame of the fan. Just like the UNIFAN P28, this 120mm fan is 28mm in thickness and features a copper shield bearing for high RPM stability and quiet operations.
MOUNT IN ANY WAY
This innovative 45° tubing connector gives the tubes the freedom of 360° rotation, allowing the Galahad ll Trinity series to be installed in many different ways.
INSTALATION MADE EASY, FOR YOU
The Galahad II Trinity series introduces redesigned mounting backplates to provide a hassle-free installation to users while maintaining compatibility with most mainstream CPU sockets. The backplates have a one-piece design with fixed struts to make installation easier.
It also comes with a thermal paste control film and spreader to help ensure the right amount of thermal paste is applied for effective heat dissipation.
SEAMLESS SOFTWARE
Control and preview with precision the lighting effect and real-time motor speed of the Galahad II Trinity Pump and fans with the L-Connect 3.
SIMPLE CONNECTION
The controller is built into the pump and the fan can be connected to the pump to control via L-Connect 3.
Estimated delivery: 06.11 - 08.11
Today: 10:00 - 18:00
Estimated delivery: 06.11 - 08.11
Today: 09:00 - 17:00
Estimated delivery: 06.11 - 08.11
Today: 10:00 - 18:00
Estimated delivery: 06.11 - 08.11
Today: 10:00 - 17:00
Estimated delivery: 06.11 - 08.11
Today: 10:00 - 18:00
Estimated delivery: 06.11 - 08.11
Today: 10:00 - 17:00
Estimated delivery: 06.11 - 08.11
Today: 10:00 - 18:00
Estimated delivery time: 06.11 - 08.11
Estimated delivery time: 07.11 - 08.11
Estimated delivery time: 06.11 - 07.11
Estimated delivery time: 07.11 - 08.11
Estimated delivery time: 07.11
Estimated delivery time: 07.11