EKWB EK-Quantum Reflection² 7000D D5 PWM D-RGB – Plexi | 3831109897423

AED 1,890.00
in UAE Pay as low as 157.50 AED per month
In stock
SKU
3831109897423
  • Maximum system temperature: 60°C
  • Materials: Stainless steel, PPS-GF40
  • Maximum pressure head: 3.9m
  • PWM duty cycle: ~ 20-100%
  • Power consumption: 23W
  • 10x MS - Quantum Plug
  • Rated voltage: 12V DC

EKWB EK-Quantum Reflection² 7000D D5 PWM D-RGB – Plexi | 3831109897423

Details
The EK-Quantum Reflection² 7000D D5 PWM D-RGB - Plexi is a fully integrated water-cooling reservoir, coolant routing, and pump solution made to fit several Corsair cases. This distro plate is specifically designed to provide an advanced water-cooling solution with a market-leading D5 pump for users building custom liquid cooling loops with Corsair 7000D cases. This Reflection² distribution plate is EK-Matrix7 compatible.

Supported Corsair cases:

7000D AIRFLOW
iCUE 7000X RGB Tempered Glass

The EK-Quantum Reflection² 7000D D5 PWM D-RGB offers multiple industry-standard G1/4" threaded inlets and outlets. The placement of these inlets and outlets is perfectly aligned to match the water-cooled PC components and minimize the number of bends the user has to make in order to create the perfect hardline loop. The distro plate synergizes well with the EK-Loop Pre-Bent acrylic and metal tubes, further simplifying the loop-building process.

The radiator compatibility per case is as follows:

Front: Up to EK-Quantum Surface X360
Top: Up to EK-Quantum Surface X360

Engineered to be mounted next to the motherboard, the EK-Quantum Reflection² 7000D D5 PWM D-RGB – Plexi fits elegantly within Corsair 7000D and 7000X cases. The built-in addressable D-RGB LED strip runs down the unit’s entire length, while the anodized black aluminum cover hides the unwanted LED hotspots. The installed addressable D-RGB LED strip connects to the motherboard 5V D-RGB (A-RGB) header via an industry-standard connector. It is compatible with all major motherboard vendor software for a coordinated lighting effect.