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Access Control System - Everything Can Be Configured Via Web UI (IoT)

DESCRIPTION

Hi everyone in this project we gonna make ESP RFID accsess control board with ESP8266 and RC522. Access control system using a cheap RFID reader and ESP microcontroller.

  • Minimal effort for setting up your Access Control system
  • Capable of managing up to 1.000 Users (even more is possible)
  • Great for Maker Spaces, Labs, Schools, etc
  • Cheap to build and easy to maintain

Description:

Minimal effort for setting up your Access Control system, just flash and everything can be configured via Web UI. This control board is great for Makerspace, labs and schools. I made this for my own workshop.

Description:

PCB Gerber File and Schematic
PCB Gerber File and Schematic

In this project, I have choosen PCBWay. PCBWay is the only way to make this project happen a very low cost and high quality.

Product Detail

Board type : Single PCB

Size : 93.6 x 73.53 mm

Layers : 2 Layers

Total: US $5

PCB Gerber & Schematic

http://bit.ly/2T2rqbL

Description:

Flash Firmware & Web UI
Flash Firmware & Web UI

Steps

  • First, flash firmware (you can use /bin/flash.bat on Windows) to your ESP - https://github.com/esprfid/esp-rfid/releases
  • Search for Wireless Network "esp-rfid-xxxxxx" and connect to it (It should be an open network and does not require password)
  • Open your browser and type either "http://192.168.4.1"
  • Log on to ESP, default password is "admin"
  • Go to "Settings" page
  • Configure your amazing access control device. Push "Scan" button to join your wireless network, configure RFID hardware, Relay Module.
  • Save settings, when rebooted your ESP will try to join your wireless network.
  • Go to "Users" page
  • Scan a PICC (RFID Tag) then it should glimpse on your Browser's screen.
  • Type "User Name" or "Label" for the PICC you scanned.
  • Choose "Allow Access" if you want to
  • Click "Add"

Description:

3D Case STL

Download the ESP-RFID 3D Case Stl : https://app.box.com/s/2t14d0cgn65acwndw24jkqob7rd63e2g

  • Layer Height: 0.2
  • Infill: 20%
  • Support: None
  • Material: PLA
  • Time: 04h

In this project, JGAURORA A5S 3D printer was used.

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