SmartRig8 - Installation and Wiring Instructions

SmartRig8 - Installation and Wiring Instructions

SmartRig 8 — Clean, Controlled Power for Every Build

Wiring your 4x4, touring rig or canopy setup doesn’t need to be a mess of relays, fuse boxes, and tangled circuits. At ALTIQ™, we believe in clean installs, high-performance hardware, and control that’s as smart as your build. That’s why we engineered the SmartRig 8 — a solid-state switch panel system that delivers full control of 8 accessories from two linked control panels.

This post gives you an overview of how it works, and how to get it up and running in your rig.


What Is the SmartRig 8?

The SmartRig 8 is a next-gen switching solution that eliminates traditional relays and fuse boxes entirely. At its core is a solid-state power distribution module, paired with two switch panels — one for your cabin, and one for your canopy or rear setup.

The benefit?
Less wiring.
No relays.
No blown fuses.
And a cleaner, more professional-grade install.

Whether you're wiring driving lights, camp lights, air systems, compressors or water pumps — SmartRig 8 gives you total, adaptable control.


Component Breakdown

Component

Description

Primary Switch Panel

Mounts inside the cabin. Controls switches 1–8.

Secondary Switch Panel

Mounts in the rear/canopy. Also controls switches 1–8.

Power Distribution Module

Solid-state control hub. No fuses or relays required.

Plug A / Plug B

Communication cables connecting the switch panels to the control module.

Pin 10 (–VE)

Ground connection. Wire to battery or chassis ground.

Pin 11 (+VE Ignition)

Connect to a 12V ignition-switched power source to enable panel power control.

Pins 5–15 (Outputs)

Dedicated output pins for wiring accessories.

100A M8 Fuse

Inline fuse protection for the main power supply.

Wiring Harness

Connects accessories to the module and provides signal/power.

 


 

 Installation Overview

Here’s the basic flow of installation. The system is designed to be approachable for capable DIYers or professionals alike.


1. Install the Switch Panels

  • Primary Panel (Plug A): Install inside the cabin for access while driving.

  • Secondary Panel (Plug B): Install in the canopy, tray, or rear - perfect for use at camp or job sites.

  • Apply Your Switch Labels: Choose from the included 2x label sheets and apply the appropriate icon to each switch according to your accessory layout. Both panels control Switches 1–8, giving you total access front and rear. 


2. Mount the Power Distribution Module

  • Secure the solid-state control module inside your engine bay.  Avoid direct heat sources and ensure it’s firmly mounted to prevent vibration damage. 



3. Connect the Wiring Harness

  • Plug the large 16-pin connector from the included harness into the power module. This delivers power and control signals from the switches to your accessories.


4. Wire Your Accessories

  • Connect each accessory’s positive wire to the appropriate output pin on the control module. 
  • Ground each accessory’s negative wire to the chassis or battery negative. 
Switch Output Pin
1 Pin #5
2 Pin #6
3 Pin #7
4 Pin #8 & #9
5 Pin #12
6 Pin #13
7 Pin #14
8 Pin #15


5. Connect the Ignition Trigger

  • Pin 11 should be connected to a 12V ignition-switched power source. This ensures your system only powers on when the ignition is live, avoiding accidental drain.


6. Connect to Battery (Final Step)

⚠IMPORTANT: Before connecting power, remove the 100A M8 inline fuse from its holder. This prevents accidental shorts or power surges during installation.

  • +VE (positive): Run directly from the threaded terminal on the Power Distribution Module to the battery via the fuse holder.

  • –VE (negative): Connect Pin 10 to chassis ground or battery negative terminal.

  • Once all wiring is complete and verified, install the fuse back into its holder. Your SmartRig8 system is now ready for action.


💡 Why Go Solid-State?

Traditional wiring setups rely on mechanical relays and fuses — things that fail, spark, and take up space.
SmartRig 8 uses MOSFETs and microcontroller-based switching to handle all the current flow digitally and safely.

You get:

  • Self-resetting circuit protection

  • No moving parts to fail

  • Compact installation

  • Instant switching response



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