Nano Indoor Shades Guide

Nano Indoor Shades

Complete guide to our precision-engineered Nano shading solutions

Nano Box

Nano Open Roll

Nano Pocket

Nano Duo

Nano Coupled

Nano Manual

Janus

1K PoE Switch

SI IP Bridge

Kratos

TaHoma Switch

Side Channels

TRO.Y 2

Suite XVI

C4 Zigbee

Pocket Flap and Hanger Extrusions

SI Eco-System - 485

SI Eco-System - PoE

SI Eco-System - Zigbee

SI Eco-System - RTS

RF Remote - Standalone

Zigbee Remote Standalone

TaHoma Switch

Bond Bridge Pro - RTS Only

Bond Bridge Pro - EcoSystem Integration

3rd Party Integration

Wiring Pinouts

How to service the V2 Nano Box

How to swap a motor in a V2 Nano Box

How to swap a motor in a V1 Nano Box

How to fix roll overs and hembar jams

Nano Open Roll V2 motor Swap

How to fix Pin-holes in Blackout Fabric

Zigbee Troubleshooting

485 Troubleshooting

RTS Troubleshooting

Table of Contents:

Wiring Pinouts

Wire Topologies

Pinouts

24v DC - 485: Using 5 Conductor Wire

24v DC - 485 : Using 5 CAT5/6

Wire between Janus terminal block face and the motor only.

Screenshot 2025-02-12 at 1.47.41 PM.png

On the Phoenix Connector:

V+ = BLUE PAIR
V- = BROWN PAIR
+ = ORANGE WHITE
- = ORANGE
G = GREEN PAIR

Screenshot 2025-02-12 at 1.52.25 PM.png

24v DC - 485: Using 4 - Conductor Wire

If the pre-wire does not have a third insulated data conductor for the 485 ground, terminate the wire as shown below.
Use the same termination on both ends.

Screenshot 2025-02-12 at 1.58.09 PM.png

WIRING - 24v DC - RTS

For guaranteed motor performance the supplied voltage for 24v motors must be 24v DC.

Screenshot 2025-02-12 at 2.00.01 PM.png

See the table below for maximum wire lengths.

Screenshot 2025-02-12 at 2.00.08 PM.png

If the motors are powered using a Power Distribution Enclosure connect the motors to the “+24v DC” and “-24v DC” ports on the terminal blocks.
The RS485 ports are unused.