LogoLogo
  • Welcome
  • Getting Started
    • Quickstart Guide
    • Features
    • Board Overview/Connectors
    • How the System works
      • Firmware Menusystem
      • Motion Operation
      • Service Menu
      • Settings Menu
        • Filter Settings
        • Actuator Settings
        • System Settings
        • Rig Settings
      • Motion Submenu
      • Quick Access Options
    • Button Boxes & Handhelds
    • Setup your Motion Rig
      • Configuration Form
      • Rig
      • Actuators
        • Rotating Actuators
        • Linear Actuators
        • Belt Tensioner Actuators
        • Custom Actuators
        • Endless slew Actuators
      • Pulse Frequency
      • Filters
      • Setup
      • Service / Testing
      • Factory Resets
      • Firmware Updates
      • Direct Motion Mode
      • Position Motion Mode
      • Network
  • Wiring
    • Wiring Online Switch & Safety Stop
    • Wiring Position End Switch for Homing
    • Wiring a Servo Brake
  • Servo Driver Settings
    • Wiring Driver
    • AASD Monitoring Parameters
  • NEW! AASD Servo Torgue Mode for Belt Tensioner
  • FAQ and Troubleshooting
    • Troubleshooting Controller Boot Issues
  • Motion
    • How motion cueing works
    • Dashboard Motionsystem
    • Simtools
    • Flypt Mover
    • DR Sim Manager
    • SimHub
  • Information
    • Serial Commands
    • Communication and Electronics Gear Settings
    • Board Revisions
  • Youtube
  • Discord
  • Github
  • Instagram
  • Terms of Service
  • Privacy Police
Powered by GitBook
LogoLogo

Copyright © Motion4Sim LLC 2024

On this page
  1. Wiring

Wiring Position End Switch for Homing

PreviousWiring Online Switch & Safety StopNextWiring a Servo Brake

Last updated 2 months ago

Please connect the limit switches for the homing mechanism to the servo controller according to the following specification. Please note that the signal pin is directly connected to the controller and is switched to a pull-up of 3.3 volts. Please do not connect any external voltage to this pin. The signal is triggered by connecting the signal pin to the GND pin. This will generate a low signal that the controller can detect. check the connector on the pcb here:

  • Inductive proximity sensors can also be connected, which only require an additional 5V voltage from the board. Examples of these are:

    Note the brown cable will be used for the signal

Board Overview/Connectors
5V Metal Proximity Switch - DFRobot
5VDC Inductive Proximity Sensor - Cytron