EKWB EK-Quantum Reflection PC-O11D D5 PWM D-RGB - Plexi
Out of stock
EKWB EK-Quantum Reflection PC-O11D D5 PWM D-RGB - Plexi
- Brand: EKWB
- MPN: EK-Quantum Reflection PC-O11D D5 PWM D-RGB - Plexi
- Part #: WTREKW826140
- UPC:
View all shipping info
- Brand: EKWB
- MPN: EK-Quantum Reflection PC-O11D D5 PWM D-RGB - Plexi
- Part #: WTREKW826140
- UPC:
Features
Specifications
Reviews
Delivery & Pick-up
Returns & Warranty
Popular Custom Cooling Parts





EKWB EK-Quantum Reflection PC-O11D D5 PWM D-RGB - Plexi
- Brand: EKWB
- MPN: EK-Quantum Reflection PC-O11D D5 PWM D-RGB - Plexi
- Part #: WTREKW826140

Product URL: https://www.pbtech.com/au/product/WTREKW826140/EKWB-EK-Quantum-Reflection-PC-O11D-D5-PWM-D-RGB
Features
The EK-Quantum Reflection PC-O11D D5 PWM D-RGB, a custom-designed water cooling distribution plate that serves as a reservoir, coolant routing, and pump solution. This "distro plate" is specifically designed to fit in the front of the Lian Li O11D case to provide an exquisite aesthetical showpiece and an advanced water cooling solution with a genuine D5 pump already installed. This waterway is also equipped with a unique physical flow indicator that gives a nice visual representation of the pump's speed.
This water distribution plate comes with a very powerful yet silent, PWM-controlled authentic 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.
Installing this distro plate in the front of the case, it allows for the placement of up to a 360mm PE 40mm thick radiator in the top, and a 240 PE 40mm thick on the bottom, together with standard 25mm thick fans.
The EK-Quantum Reflection PC-O11D D5 PWM D-RGB is engineered to bring pristine aesthetics to your PC and to simplify the custom water cooling loop routing process for beginner PC builders who are entering the hard tubing water cooling world for the first time. The distribution plate offers an all in one solution that includes a pump, a reservoir, with a simple mounting mechanism, and multiple industry standard G1/4? threaded inlet and outlets. The placement of these inlets and outlets is perfectly aligned with the ports of other EK liquid cooling components like water blocks and radiators in order to minimize the number of bends the user has to make to create a clean looking loop. It is able to support 1 CPU, 2 GPUs, and up to 2 radiators with a maximum size of 360 PE in the top and a 240 PE in the bottom.
Engineered to be mounted on the front window of the case, the EK-Quantum Reflection PC-O11D D5 PWM D-RGB will fit seamlessly within the LIAN LI O11D chassis. The integrated custom-designed flow indicator impeller is a nice aesthetical touch, but it also serves the purpose of indicating the speed of the pump. The flow indicator features a unique impeller body with a closed center and sloped impeller wings which prevent air from being stuck inside the indicator.
The addressable D-RGB LED strip runs down the entire length of the unit while a black anodized aluminum cover hides the unwanted LED hotspots. The built-in addressable LED strip contains 28 digital LEDs and connects to the motherboard's 5V header. 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.
Specifications
Reservoir
Dimensions with the attached pump (W x D x H)
201x 66x 413mm
Reservoir volume
~513ml
D-RGB LED count
23
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 power 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