NewsPC & Computers

EK Announces New EK-Pro Pump-Reservoir Combo Units Which Also Work as Manifolds

EK, the premium water-cooling gear manufacturer, is launching a new pump-reservoir combo unit with a plethora of G1/4″ ports, allowing it to also act as a manifold. EK-Pro Pump Reservoir Manifold X6 D5 – Acetal has enough ports to work with a total of six water-cooling components, for example, two CPUs, two GPUs, and two radiators. It also has a dedicated fill port, a drain port with an optional QDC, and a small window for visually monitoring the coolant level.

EK-Pro Pump Reservoir Manifold X6 D5 – Acetal
This is a custom water-cooling reservoir, routing, and pump solution. It can act as a regular pump-reservoir combo, be used like a manifold, or, practically, as a distribution plate, even though its aesthetics vastly differ from most distro plates. The X6 in the name designates the number of components it can directly connect as a manifold, and D5 indicates a single D5 pump pushing the liquid around the loop.

It can be mounted to the case in many different ways. EK-Pro Pump Reservoir Manifold X6 D5 has M4 screw threads on the side opposite to ports and on the backside, allowing for plenty of mounting options, multiplied by the bracket with 120mm fan mounting hole spacing (105mm). A staggering 14 G1/4″ ports are available, of which two act as dedicated fill and drain ports.



Genuine D5 Pump
This combo unit comes with a powerful yet silent PWM-controlled D5 pump. The goal was to make a product with enough power to offer excellent reliability and outstanding performance with multiple blocks and radiators while keeping the noise down to a minimum. The D5 pump has been updated with the latest G3 (Generation 3) variant and comes with a SATA power connector, following the latest PC industry trend to decrease the use of 4-pin Molex cables.

Drain Port With QDC
EK-Pro Pump Reservoir Manifold X6 D5 – Acetal comes with a drain port and a Quick Disconnect Coupling/Fitting and tubing for the user to be able to drain their system directly out of the case without the need for any other tools. You simply slide on the part of the QDC with the tubing onto the other half of the QDC installed on the combo unit and effortlessly drain the reservoir. Using the QDC is entirely optional but brings many QoL benefits.

Build Materials
Most of this combo unit is made of durable Black POM acetal, with the addition of a stainless steel plate that goes over the front of the combo and has a sliver opened for the see-through acrylic window.

The pump is held by a black-anodized aluminum holder. Neither the steel plate nor the aluminum holder is in contact with the coolant, so there is no risk of corrosion due to the mixing of metals. The only metal touching the coolant is the nickel-plated brass G1/4″ plugs that close the unused ports – high-quality O-rings seal coolant.

Technical Details


  • Dimensions with the attached pump (W x D x H): 75 x 115 x 235mm
  • Dimensions with the attached QDC (W x D x H): 75 x 115 x 235mm

Pump Motor:

  • 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

Availability and Pricing
The EK-Pro Pump Reservoir Manifold X6 D5 – Acetal is available for pre-order through the EK Webshop and partner reseller network. It is expected to ship out in late December 2023. The table below shows the manufacturer-suggested retail price (MSRP), VAT included.

Name MSRP (incl. VAT)
EK-Pro Pump Reservoir Manifold X6 D5 – Acetal 379.90€

Related posts

Leave a Comment

* By using this form you agree with the storage and handling of your data by this website.

This site uses Akismet to reduce spam. Learn how your comment data is processed.

This website uses cookies to improve your experience. We'll assume you're ok with this, but you can opt-out if you wish. Accept Read More