Bykski
Bykski RGV-NZXT-H9 Flow-P PMMA Distribution Plate with DDC Pump and 5V A-RGB for NZXT H9 Flow
Bykski RGV-NZXT-H9 Flow-P PMMA Distribution Plate with DDC Pump and 5V A-RGB for NZXT H9 Flow
TL;DR: The RGV-NZXT-H9 Flow-P is a chassis-specific PMMA distribution plate cut to the NZXT H9 Flow internal layout, consolidating reservoir, pump mount and waterway routing into a single panel with G1/4 ports. The included DDC-class pump sits under an aluminum heatsink armor and runs from a 4-pin Molex...
Common Applications
The RGV-NZXT-H9 Flow-P is a chassis-specific PMMA distribution plate cut to the NZXT H9 Flow internal layout, consolidating reservoir, pump mount and waterway routing into a single panel with G1/4 ports. The included DDC-class pump sits under an aluminum heatsink armor and runs from a 4-pin Molex with PWM speed control on a 4-pin header. Spec'd at 10-15 VDC, 5000 RPM max, ~600 LPH peak discharge, 50,000-hour MTBF, with a pump body envelope of 62 x 62 x 58 mm. A 5V A-RGB (RBW) strip is mounted under the acrylic for sync with motherboard A-RGB headers.
Frequently Asked Questions
Q: What case is this distro plate designed for?
A: NZXT H9 Flow only. The cutouts and standoffs are case-specific and will not align with other chassis.
Q: What pump is included?
A: A DDC-class pump under aluminum armor. PWM 4-pin speed control, 10-15 VDC, up to 5000 RPM, ~600 LPH max discharge, 50,000-hour MTBF, 62 x 62 x 58 mm body.
Q: What radiator thickness does the layout support?
A: Radiators 30 mm thick or thinner. Thicker radiators will not clear the distro plate and case combination.
Q: What thread size and lighting voltage?
A: G1/4 ports and 5V 3-pin addressable RGB (RBW). Do not connect to a 12V RGB header.
Q: Is this safe for aluminum-radiator loops?
A: The distro plate body is PMMA and the pump armor is aluminum but is not in the coolant path. The plate itself works in either copper or aluminum loops, but mixing copper blocks with aluminum radiators downstream will still cause galvanic corrosion.
