1/4" Waterbox Random Flow Generator Return Nozzle - Vivid Creative

Description

The Waterbox Cube series and the new Peninsula Mini all use the same stock inlet nozzle. To add an RFG to any of these systems, you’ll need  our 16.5mm to 1/2in Modular Hose Adapter.
Adding the 16.5mm adapter will convert the end of the stock inlet to be compatible with genuine 1/2in Loc-Line. From there, you can add additional Loc-Line parts, reducer fittings, hose segments and of course, The Random Flow Generator™ Nozzle
Compatible with the following Models:
Cube 10
Peninsula Mini 15
AIO Series (Require 2 Kits for a complete solution)
Kit Includes:
– 1/4in Random Flow Generator® Nozzle –
RFG025
– 1 segment of genuine 1/4in Loc-line –
LOC49420
– Genuine 1/2in to 1/4in Loc-line fittings –
LOC59869
– 16.5mm Waterbox Adapter –
WB165050
3D Printed Parts printed in Reef-safe PETG plastic.
Produce a more natural flow pattern in your saltwater aquarium with the RFG Nozzle.
Creates a random flow pattern with no moving parts!
Designed for the Fluval Spec V Nano 5-gallon Aquarium
Easily onto stock outlet
Printed in Reef-safe PETG plastic.
PATENT PENDING DESIGN
Flow recommendations
The 1/4 RFG Nozzle is designed for small Nano and Pico aquariums. The "Optimal" GPH recommendation a a suggested flow rate, so we encourage you to experiment
Model
Minimum GPH
Suggested Optimal GPH
Rerecorded MAX GPH
Single 1/4in RFG
80-100
120-140
225
Two 1/4in RFGs
120-150
200 - 300
400
Installation
The 1/4in RFG is easy to install. Simply remove the stock nozzle assembly and the included 13mm adapter slip-fits right onto the existing pipe.
Remove Stock Nozzle
Assemble the 1/4in RFG to the Adapter
Press the Nozzle/adapter assembly onto the pipe that protrudes out from the back wall, while supporting the elbow behind the back wall with your other hand.
Adjust the angle of the nozzle and or rotate the adapter to ensure the nozzle sits below the water line.
Randomizer
The 5 internal fins form a set of spiraling channels. As the water flows through the nozzle, the channels draw the stream of water in one direction or the other. The small amount of interference at the base of the Eductor causes the stream to randomly change direction as it exits the nozzle.
Eductor
Draws in additional water volume
Listing and template services provided by inkFrog