Here you’ll learn about the NanoDLP controller board, what things you need to use it, and how to set it up.
What it come with
Standard version of the NanoDLP controller board coming with following hardwares:
|NanoDLP Controller Board||1|
|NanoDLP Loaded High Speed 8GB SD Card||1|
|TFT 3.5″ HMI Touch Screen||1|
|Controller USB Connector||1|
What you will need
Which Raspberry Pi
Even-though NanoDLP runs on all Raspberry Pi versions, it is better to get Raspberry Pi 4 B as it is performance higher than older versions.
If the 3D files you plan to print are under 100MB, 1GB Pi 4 will be enough. For larger files it is better to get Pi 2GB or even 4GB.
To connect LCD / Projector to Raspberry Pi you will need an HDMI cable. For Pi 4 you will need micro HDMI – HDMI cable.
Stable power supply with 12~24V 5~20A output.
3D Printer Hardware
To use NanoDLP controller board you need to wire it to following hardwares inside your 3D printer:
- Stepper motor
- LCD Driver or Projector with HDMI connector
- Min probe limit switch
- Min / Max Limit Switches
Setup NanoDLP Controller Board
NanoDLP Controller Board coming with a ready to use SD card just needs to put it into Raspberry Pi.
You need to place the NanoDLP controller board as Hat over top of Raspberry Pi.
Make sure pins are correctly placed. Also one of the Pi’s USB port should get connected to the board.
The provided board is not nextion, but it acts in a similar way.
Wiring Stepper Motor
Stepper Motor Driver
The LCD driver coming with your 3D printer should be wired to Raspberry Pi directly.
NanoDLP supports wireless communication through WiFi, but prefered mode of communications is through Ethernet port. By connecting ethernet port Raspberry Pi to your local network you can access NanoDLP through any device in your home network.
Default NanoDLP controller boards require the min switch to be wired.
LED Driver Power Supply (Optional)
There are five fan connection ports for cooling purposes, usually UV LED based 3D printers generate lots of heat in order to guarantee longevity of the equipment you can wire fans to the designated ports.
Power Supply / Adapter
The NanoDLP controller board requires 12~24V 5~20A input depending on hardware you are using. Make sure you are using a well made adapter / power supply as it could affect stability of your printer.
Power Up Controller Board
The NanoDLP controller board doesn’t have a power switch. As soon as you connect it to the power supply, it will turn on.
- Raspberry Pi should not get connected directly to power, NanoDLP controller board already provides power to Raspberry Pi.
You should see a red LED light up on the Raspberry Pi, which indicates that Raspberry Pi is connected to power. Also HMI display should power up after boot up gets completed in under a minute, HMI display connecting screen should change to home page.
Connect to NanoDLP
HDMI and Network Settings
If you need to adjust HDMI settings based on manufacturer instructions you can do it by going to setup / tools / Edit Raspberry Pi Settings.
Then correct parameters based on instructions and reboot.
Axis and movement details
You need to correct configurations based on your current hardware through the NanoDLP setup page. Z-Axis height settings need to be updated.