Bykski
Bykski RGV-PHA-NV7-P Distro Plate Kit for Phanteks NV7, PMMA Waterway Board with 5V A-RGB, G1/4 Threads, Single GPU Loop
Bykski RGV-PHA-NV7-P Distro Plate Kit for Phanteks NV7, PMMA Waterway Board with 5V A-RGB, G1/4 Threads, Single GPU Loop
TL;DR: The RGV-PHA-NV7-P is a case-specific distribution plate machined from PMMA acrylic to bolt directly into the Phanteks NV7 chassis. All ports use G1/4 threading and the waterway is routed for a single CPU plus single GPU loop with radiators up to 30 mm thick. A 5V 3-pin Addressable RGB (RBW) light...
Common Applications
The RGV-PHA-NV7-P is a case-specific distribution plate machined from PMMA acrylic to bolt directly into the Phanteks NV7 chassis. All ports use G1/4 threading and the waterway is routed for a single CPU plus single GPU loop with radiators up to 30 mm thick. A 5V 3-pin Addressable RGB (RBW) light strip is integrated behind the channels for backlit fluid effects. The kit ships with the waterway board, the A-RGB strip and full mounting hardware; an aluminum loop is supported and the DDC pump is sold as an option.
Frequently Asked Questions
Q: Which chassis is this distro plate designed for?
A: The Phanteks NV7 only. The waterway and mounting bosses are cut to match the NV7's internal layout and will not fit other cases.
Q: What thread size are the ports and what radiator thickness fits?
A: All ports are G1/4 BSPP. The board is engineered for radiators up to 30 mm thick (TN-class) in the supported mounting positions.
Q: Is a DDC pump included in this kit?
A: No. This SKU is the kit version with the waterway board, 5V A-RGB strip and mounting hardware. The DDC pump and armor are optional add-ons.
Q: What voltage RGB does the LED strip require?
A: 5V 3-pin Addressable RGB (RBW). Do not plug it into a 12V 4-pin RGB header or the LEDs will be destroyed.
Q: Can I run an aluminum radiator in this loop?
A: The PMMA board itself is compatible with aluminum or copper loops, but never use coolants containing alcohol with PMMA acrylic or the board will crack.







