Door Controller/Pinouts

Connectors on board

• P1 - Power in (9-16V, 12V typical, depending on your lock)
  • 12V
  • 0V
• P2 - Power out to lock (NOTE: The lock connector is the other way up on the board, when compared to P1)
  • 12V
  • 0V
• R1 - RFID Reader
  • 12V (Red, or Orange)
  • 0V (Black, or White)
  • Data 0 (Green)
  • Data 1 (White)
• tbc - RQE Switch. No connector on board yet, but connect RQE switch directly to:
  • A1
  • GND

Keypad cable colours

This is the suggested keypad colouring if using Cat5 cable and Farnell 1130805 (ECO.12150.06.SP) keypad. It will leave one core spare (Brown).

Arduino pin	Row/Col Name	Farnell	Colour
5	COL 3	D	ORA'
6	COL 2	E	ORA
7	COL 1	F	GRN'
8	ROW #	G	GRN
9	ROW 7	H	BLU'
10	ROW 4	J	BLU
11	ROW 1	K	BRN'

Keypad + reader cable colours

This is the suggested keypad colouring if using Cat5 cable and the esctl combined Mifare + keypad Wiegand reader.

Arduino pin	Function	Reader cable	Cat5 Colour
3	Wiegand 0	GRN	GRN
4	Wiegand 1	WHT	GRN'
+12V	Power	RED	BRN
0V	Ground	BLK	BLU
tbc	Buzzer	YEL	BLU'
tbc	LED	BLU	BRN'
	Bell A (N.O.)	ORA	ORA
	Bell B (N.O.)	BRN	ORA'
		GRY

Arduino Pinout

• A0 - Door Lock
• A1 - RQE
• A2 - iButton
• 3 - Data 0 / Data (Green)
• 4 - Data 1 / Clock (White)
• 5 - Keypad Col 3,6,9,#
• 6 - Keypad Col 2,5,8,0
• 7 - Keypad Col 1,4,7,*
• 8 - Keypad Row *,0,#
• 9 - Keypad Row 7,8,9
• 10 - Keypad Row 4,5,6
• 11 - Keypad Row 1,2,3
• 12 - Status LED (Red)
• 13 - Status LED (Green)