LogoLogo
  • Project PANOPTES
  • Overview
    • 🤷‍♀️FAQ
    • 🤖PANOPTES Units
    • ☎️Contact
  • Building Docs
    • 🔭Start Building!
      • Building Overview
      • Safety Guide
      • Parts Listing
    • 🛠️Hardware
      • Control Box
        • Electronics
        • Hardware and Assembly
        • Network Setup
        • Power Distribution
      • Camera Box
        • Camera Setup
        • Electronics
        • Hardware and Assembly
        • 4 Camera Design
      • Mount and Pier
        • Pier
          • Fabrication
          • Assembly
        • Mount
          • Assembly
          • Saddle Plate Rotation
          • Balancing
      • Weather Station
    • 👩‍💻Software
      • Installation
        • Installing OS
        • Installing POCS
        • Installing PowerBoard
      • Configuration
      • POCS Command Line
        • Mount
        • Config Server
        • PowerBoard
        • Weather Station
      • Appendix
        • SSH Access
        • Command Line & The Shell
        • tmux / byobu
        • Services
    • 📋Testing
    • 👷‍♀️Deployment
      • Site Planning
      • Camera Focus
      • Polar Alignment
        • Overview
        • Drift Method
        • Procedure
          • Find Misalignment
          • Fix Misalignment
    • 🪐Operation
      • Automatic Operation
      • Manual Operation
  • Science
    • 📊Data
Powered by GitBook
LogoLogo

Links

  • Forum
  • GitHub
  • Contact

Site

  • Getting Started
  • Teams
  • Data

2023 Project PANOPTES

On this page
  • Introduction
  • Functional Requirements
  • Assembly
  • Wiring
  • Software
  1. Building Docs
  2. Hardware
  3. Control Box

Power Distribution

After converting the mains power to a 12V system, this guide describes how to set up the distribution system so you can power the different components.

PreviousNetwork SetupNextCamera Box

Last updated 1 year ago

Introduction

The power distribution board on a PANOPTES unit is composed of an and an (referred to as the "trucker board" because of it's intended use in the automotive industry).

The trucker board is attached directly to the Arduino Uno as a "shield" and is controlled by the software on the Arduino (called a "sketch").

The Infineon board is a capable of handling 24V and is officially called a "24V Protected Switch Shield" but works just as well for 12V.

Functional Requirements

The primary purpose of the power distribution is to provide 12V DC power for each of the PANOPTES subcomponents (mount, camera box, weather station, and fan) as well as the ability to independently power-cycle each channel. The recommended solution is to use the Arduino/Infineon "trucker" board combination described below.

Requirement

Provided by

Five (5) channels of 12V DC power.

Arduino/Infineon "trucker" board.

Power-cycle for each channel.

Arduino/Infineon "trucker" board.

Assembly

The Infineon relay shield attaches directly to the Arduino Uno, as demonstrated in the following short video:

Wiring

See the following video for the complete wiring of the Control Box, including the Power Distribution:

Software

For instructions on installing the software for the power distribution board, see the page:

🛠️
Arduino Software - Power Distribution
Installing PowerBoard
Arduino Uno
Infineon 24V relay shield
Quick demonstration of attaching the Infineon shield.