CORSAIR XD7 RGB Distro Plate/Pump Combo

This document provides a general installation guide for the CORSAIR XD7 RGB Distro Plate/Pump Combo. It does not cover specifics of individual case or radiator mounting.

CORSAIR recommends a thorough leak test of your custom cooling system for at least 24 hours to ensure it is securely sealed and operating reliably. CORSAIR warranty does not cover hardware damage resulting from improper assembly.

Disassembly of CORSAIR HYDRO X products is strongly discouraged due to complex component design, as it may lead to irreparable damage and void the warranty.

Package Contents

• XD7 RGB Distro Plate/Pump Unit (x1)
• ATX 24-PIN PSU JUMPER BRIDGE (x1)
• CORSAIR G1/4" PLUGS (x4)
• CORSAIR G1/4" TEMPERATURE SENSOR PLUG (x1)
• M4 x 8mm SCREW (x12)
• PLUG TOOL (x1)
• ARGB MOTHERBOARD ADAPTER CABLE (x1)

Prerequisites (Not Included)

• CORSAIR iCUE COMMANDER PRO SMART RGB LIGHTING AND FAN SPEED CONTROLLER
• PHILLIPS-HEAD SCREWDRIVER
• FILLING FLASK & CORSAIR XL TYPE COOLANT

Note: CORSAIR iCUE Commander PRO or CORSAIR Lighting Node PRO is required for RGB illumination control. The Commander PRO is also needed for automatic pump control and liquid temperature monitoring via iCUE software.

Mounting the XD7 RGB

Secure the XD7 RGB unit to the case front fan tray using the included M4 x 8mm screws.

Mounting Orientation: It is mandatory to install the XD7 RGB vertically with the pump at the bottom. Horizontal orientation is highly discouraged as it may lead to air recirculation and pump failure. [✔️ Vertical orientation recommended, ❌ Horizontal orientation discouraged]

Finalizing the Setup

CPU Only Cooling

Follow these steps for CPU-only water cooling:

1. Identify the correct ports on the distro plate.
2. Install four (4) CORSAIR XF G1/4 BSPP threaded-type fittings (not included) into the appropriate ports and hand-tighten them. Do not use pliers.
3. Install the CORSAIR G1/4 Temperature Sensor Plug (D) into the G1/4 port at the bottom of the unit.
4. Close any remaining open ports with the included CORSAIR G1/4 plugs (C), tightening them with the Plug Tool (F). Avoid using a screwdriver to prevent surface damage.

CPU and GPU Cooling

Follow these steps for combined CPU & GPU water cooling:

1. Identify the correct ports on the distro plate.
2. Install six (6) CORSAIR XF G1/4 BSPP threaded-type fittings (not included) into the appropriate ports and hand-tighten them. Do not use pliers.
3. Install the CORSAIR G1/4 Temperature Sensor Plug (D) into the G1/4 port at the bottom of the unit.
4. Close any remaining open ports with the included CORSAIR G1/4 plugs (C), tightening them with the Plug Tool (F). Avoid using a screwdriver to prevent surface damage.

Connecting the Pump and RGB Illumination

To use the integrated RGB illumination, a CORSAIR iCUE Commander PRO or Lighting Node PRO is required. The CORSAIR iCUE software is used for programming visual effects.

The XD7 RGB unit can be connected directly to a compatible CORSAIR controller or daisy-chained with other addressable RGB components.

1. Identify the RGB connector on the reservoir-pump unit.
2. Insert the RGB connector into a CORSAIR iCUE Commander PRO or Lighting Node PRO port.
3. Download and install the CORSAIR iCUE software suite from corsair.com/icue. Configure effects following the iCUE software manual.
4. Connect the XD7 RGB pump's 4-pin fan connector to Fan Port #6 on your CORSAIR iCUE Commander PRO.
5. Connect the XD7 RGB's temperature sensor to temperature Port #1 on your CORSAIR iCUE Commander PRO.
6. Connect the XD7 RGB's main power cable via a 4-pin Molex connector from your power supply.

Connecting RGB Lighting to Motherboard

Connect the XD7 RGB male connector to the ARGB MOTHERBOARD ADAPTER CABLE (G). Then, connect the adapter cable's female connector to the Digital RGB header on the motherboard. Ensure the arrow on the adapter cable aligns with the +5V pin on the motherboard. Note: Using the motherboard adapter cable means RGB illumination cannot be controlled via iCUE software.

Filling and Priming the XD7 RGB

1. Disconnect all PSU power cables except for the XD7 RGB 4-pin Molex connector. Ensure the PSU is OFF. Connect the included ATX 24-pin PSU Jumper Bridge starter to your PSU's 24-pin ATX cable to power the XD7 RGB without turning on the PC.
2. Disconnect the XD7 RGB pump's 4-pin fan connector to allow the pump to run at full power for easier priming and air bleeding.
3. Fill the reservoir through the top G1/4 opening with CORSAIR XL coolant using a filling flask, up to approximately 4cm (1.5 inches) below the top opening.
4. Turn on the PSU. The pump will prime with coolant and start flowing. Turn OFF the PSU before the reservoir empties. Never run the pump dry or without coolant, as this will cause damage.
5. Repeat steps 2 and 3 until the system is full. Do not fill more than approximately 0.5cm (1/5 inch) from the top.
6. After filling, run the system for 24 hours to remove trapped air and check for leaks. Once leak testing is complete, turn OFF the PSU, disconnect the jumper bridge, reconnect other PC components, and start the computer.

Frequently Asked Questions (FAQ)

• Can I use the XD7 RGB as a standalone part? No, it requires a complete custom water-cooling system including cold plates and radiators. Visit corsair.com for more information.
• Can I use the XD7 RGB with aluminum water-cooling equipment? No, you cannot. Avoid mixing copper/brass parts with aluminum.
• Can I connect the RGB header directly to my motherboard? Yes, using the included ARGB MOTHERBOARD ADAPTER CABLE (G). However, RGB control via iCUE software will be lost.
• Can the XD7 RGB pump be controlled without CORSAIR iCUE Commander PRO? Yes, but automated pump speed control via iCUE software will be lost. Pump speed can be manually controlled via motherboard UEFI if the 4-pin PWM fan connector is connected.
• How many RGB devices can I daisy-chain to a single CORSAIR controller channel? CORSAIR recommends no more than three (3) Hydro X Series RGB devices of any type per channel. Do not mix fans or LED strips with Hydro X products on the same channel; use a dedicated channel for other components.