EK-Quantum Reflection² PC-O11D EVO XL D5

The EK-Quantum Reflection² PC-O11D EVO XL D5 PWM D-RGB is a custom water cooling reservoir, routing, and pump solution that seamlessly fits into the front of the Lian Li O11D EVO XL case. This waterway is also equipped with 5 innovative push-in ports that come with female G1/4? threaded adapters. The idea is that a user can assemble the whole radiator + fittings + tubing and use these push-in adapters to simply slide it into the distro plate.

With the installed distro plate, the maximum radiator size is the following:

• Top: EK-Quantum Surface P420 (X420 in limited motherboard tray configurations)
• Bottom: EK-Quantum Surface X420
• Side: EK-Quantum Surface P420

Note: The Top and Bottom radiator positions are incompatible with 360mm radiators due to O11D EVO XL’s asymmetric mounting pattern. For exact motherboard tray positioning for specific radiator thicknesses, please consult the manual. Installing an X420 radiator at the top is possible; however, the motherboard tray must be moved down, which will severely compromise the tube routing of the CPU and GPU.

EK-Matrix7 Support

Matrix7 standardizes the products' dimensions, including the port position and spacing, making liquid cooling loop assembly more intuitive and easier than ever. EK-Quantum Reflection² distro-plates follow the EK-Matrix7 standard, enabling them to seamlessly integrate with the Vector² GPU water blocks and active backplates and Quantum Surface radiators. This means you'll spend less time planning the loop and bending tubes, while the end result will still be an epic build.

This water distribution plate comes with a very powerful yet silent, PWM-controlled genuine D5 pump. The goal was to make a product that has enough power to offer great reliability and outstanding performance with multiple blocks and radiators while keeping the noise level down to a minimum. It is equipped with 5 innovative push-in ports that come with female G1/4" threaded adapters. The idea is that a user can assemble the whole radiator + fittings + tubing and use these push-in adapters to simply slide it into the distro plate.

Designed to offer unique aesthetics and ease of use, this advanced all-in-one waterway solution also includes a pump, reservoir, simple mounting mechanism, and multiple industry-standard G1/4" threaded inlets and outlets. The placement of these inlets and outlets is aligned to fit with other EK products to minimize the number of bends the user has to make when creating the loop. It was engineered to support the following five components - one CPU water block, one GPU water block, and three radiators.

Engineered to be mounted on the front window of the O11D EVO XL case, the EK-Quantum Reflection² PC-O11D EVO XL D5 PWM D-RGB fits elegantly within the LIAN LI O11D EVO XL chassis. The front no longer has a stainless steel plate covering the pump; instead, it is now a single piece of see-through acrylic.

The addressable D-RGB LED strip runs down the entire length of the unit, while an anodized black aluminum cover hides the unwanted LED hotspots. The built-in addressable LED strip connects to the motherboard's 5V header or a dedicated D-RGB controller. It is also compatible with MSI MYSTIC LIGHT SYNC, ASROCK POLYCHROME SYNC, ASUS AURA SYNC, and GIGABYTE RGB FUSION 2 software for a coordinated lighting effect.

Reservoir:

– Dimensions with the attached pump (W x D x H): 230 x 75 x 472mm
– Reservoir volume: ~525ml
– G1/4" port count: 16
– D-RGB LED count: 24
– D-RGB cable length: 500mm
– D-RGB connector standard 3-pin (+5V, Data, Blocked, Ground)

Pump Motor Technical Specifications:
– Motor: electronically commuted spherical motor
– Rated voltage: 12V DC
– Power consumption: 23W
– Maximum pressure head: 3.9m
– Maximum flow: 1500L/h
– Maximum system temperature: 60°C
– Materials: Stainless Steel, PPS-GF40, EPDM O-rings, Aluminum Oxide, Hard Coal
– Power connector: SATA and 4-pin PWM FAN connector

Operational Regime:
– PWM duty cycle: ~ 20-100%
– Default behavior: runs at 100% duty cycle when no PWM feedback signal is present