Edit Equipment: RFID entry system

You do not have permission to edit this page, for the following reason:

The action you have requested is limited to users in the group: Users.

The following values will go into the infobox on the side
Name:
Zone:
Reservation Address:
Reservation Calendar URL:
Looks Like:
Owner:
Make/Model:
Part Number:
Date Acquired:
Date Departed:
Storage Location:
Authorization Required:
Status:
Value for IRS:
MAC Address:
IP Address:
Hostname:
Power Requirements:
Documentation:	[https://github.com/i3detroit/esp-rfid code we are running] [https://github.com/i3detroit/door-management programming script] [[HOWTO Program a key]]
Other References:
The following fields will go into the main body of the page
Intro:	This is the door controller that controls access to the building It's an esp-rfid and a weigand 13.6 MHz rfid/keypad
Rules:
Instructions:	=== TO ENTER: === * Scan your key against the rectangular LED [[File:A-Side_Main_keypad.jpg\|thumb\|Keypad on A-side main door]] [[File:A-Side_Main_keypad_scan.jpg\|thumb\|Scan location on A-side main door]] [[File:B-Side_Office_keypad.jpg\|thumb\|Keypad on B-side office door]] [[File:B-Side_Office_keypad_scan.jpg\|thumb\|Scan location on B-side office door]] * Type in your PIN * Press enter * On successful PIN entry, the door will unlock for 3s, then automatically lock * No audible feedback is given at this time, just try the door as you type the last digit of your PIN * If you have entry problems, please email doors@ === TO EXIT: === ==== A-Side Main: ==== * Press the crashbar as normal [[File:A-Side_Main_exit.jpg\|thumb\|Exit crashbar on A-side main door]] * The magnet will re-engage 3s after the bar has been pressed ==== B-Side Office: ==== * use the door handle like a normal door [[File:B-Side_Office_exit.jpg\|thumb\|Exit button on B-side office door]] * there is an exit button, the magnet will re-engage 3s after the button has been pressed
Maintenance Info:	Door access log is at /var/log/mqtt-door.log but doesn't contain all door events
FAQ:
ToDo:	Known esp rfid bugs (not reported to esp rfid because making test cases takes time) * a user badging in can scan as the previous user occasionally, so it says bad pin * doors crash a lot when reading the user list Next steps # remove mqtt opendoor functionality # write script to open door via websocket # more error handling/timeout in the setting script so we can automatically retry in the future Choices # medium term data source: make script to fetch from google, or update seltzer #* make a script that can automagically pull the spreadsheet, but this is a google permissions issue and I think the best way is to create an account that only has read access to the spreadsheet and use credentials from that and I've been lazy. #* Update CRM to replace slot with pin, and put all the keys back in the CRM.

Authorized Users for this equipment

User Name:		Authorized By:		Date of Most Recent Training:

User Name:		Authorized By:		Date of Most Recent Training:

User Name:		Authorized By:		Date of Most Recent Training:

User Name:		Authorized By:		Date of Most Recent Training:

User Name:		Authorized By:		Date of Most Recent Training:

Certified Trainers for this equipment

Trainer Name:		Certified Date:

Free text:

= Wiring Notes = == Keypad connection == {| class="wikitable" |- ! purpose ! esp rfid ! reader ! extension |- | 12V | 12V | red | brown |- | GND | GND | black | brown/white |- | D0 | GPIO 13 | green | green |- | D1 | GPIO 12 | white | green/white |- | LED | GPIO 2 | blue | blue |- | beep | N/C | yellow | orange |- | GND | GND | grey | orange/wite |- | N/C | N/C | N/C | blue/white |} == non-keypad connections == * Button has a button * Door Stat: not connected * 12V * RSW: Not connected, no idea * RPDW: Connected to magnet coil = RFID Key Formats = There are three formats for the data in our flavour of RFID: # 1 26 bit decimal number, just a number, written on keyfobs # 2 16 bit decimal numbers, <code><5 digits>:<5 digits></code>, currently (2022-07-29) in the CRM and written on the cards. # the number but as hex It's what is in the [https://docs.google.com/spreadsheets/d/1MDKT8mEWlRE7w8xLvvEomp-zHsXRGF5U2E4l-wxVbnM/edit?usp=sharing spreadsheet] right now. === Converting formats === * To go from hex to decimal: <code>echo 0x05094D8 | perl -nle 'print hex'</code> ** <code>0x</code> is optional * To go from 2 16 bit to decimal: <code>echo 80:38104 | perl -laF/:/ -e 'print (($F[0] << 16) + $F[1])'</code> * To go from decimal to 2 16 bit:<code>echo 5280984 | perl -ne 'printf "%03d:%05d\n", $_ >> 16, $_ & 0xFFFF'</code> * Decimal to hex: <code>echo 5280984 | perl -nle 'printf "0x%X\n", $_'</code> There is also a[https://abzman2k.wordpress.com/2013/07/10/rfid-card-id-formatting/ blog post] and [https://docs.google.com/spreadsheets/d/1nXWvc0n79zF8VsAUfdsVBvRDxYZU4ZT5NOXnN-Q-534/edit?usp=sharing Google Sheet] about this.

Summary:

This is a minor edit Watch this page

Cancel

Edit Equipment: RFID entry system

Navigation menu

Personal tools

Namespaces

Variants

Views

More

Search

i3 within this wiki

wiki navigation

Tools