Typical System Diagram
Wiring Notes:
1. This system is designed to control a 12 or 24V locking device.
To Control any voltage higher than 24 volts, an external relay must be used.
2. The disable latching capability, cut the green wire loop.
3. To disable illumination, cut the blue wire loop.
4. If connecting a door monitor switch, cut the green wire loop.
5. For a garage or gate opener, remove the DC+ jumper and set door open
time to one second.
6. To initiate programming, momentarily short the PGM pins or short the pink
wire to the black wire.
7. To prevent inductive kickback, install the factory supplied MOV across the
wires to the locking device. (Install as close to the lock itself as possible)
14
5
Keypad Connections - Wiegand 26 Bit Keypad
Important Notes:
The default pass-code is 000
h
Do not apply voltage to the LED
h
control pin
Do not apply voltage to Site Code PGM
h
Do not apply voltage to Audio Control
h
This keypad does not provide a contact
h
closure output
Do not connect this keypad to a door
h
Set jumper on
far right pin only
Data 0’s
Data 1’s
12vDC In
Keypad Hold
12vDC Ground
LED Control
Site Code PGM
Audio Control
Earth Ground
CCTV
Violet -Prox-Hold
Configuration
The All-In-One 12-Pad is capable of generating standard 26 Bit Wiegand
data. DATA 1 and DATA 0 signals are open collector outputs with 2.2K
pull-ups to the in5v. The data is sent at 1 msec per bit with a pulse
duration of 50 usec. An annunciator beeps with each key press. When the
LED control input is pulled low, the GREEN LED will be on and the RED
LED will be off. When the input goes high the RED LED is on and the
GREEN LED is off. The LED that is illuminated will blink off with every key
press. The LED control input is pulled to the in5v with a 2.2K
resistor. An output is generated with each key press, which can be used
to drive a CCTV or Security Light. Located through the Blue wire (see
Connector Wiring), this is an open collector output capable of sinking
1/4 A with a 30 second on time. The following WIEGAND output is sent
each time the # (enter) key is pressed:
PS S S S S S S S N N N N N N N N N N N N N N N N P
BIT 1 2 9 10 25 26
BIT 1 is an even parity for the following 12 bits.
h
The sum of bits 1-13 is even.
h
BITS 2-9 are the SITE CODE.
h
BITS 10-25 This is the number(PIN) entered prior to pressing # (enter).
h
Leading 0’s are added as required. Bit 10 is most significant.
h
BIT 26 is an odd parity over the previous 12 bits.
h
The sum of bits 14-26 is odd.
h
Example:
The Site Code of 004 and a code of 123 entered
1 0 0 0 0 0 1 0 0 0 0 0 0 0 0 0 0 0 1 1 1 1 0 1 1 1
Note: An error code, which sends all binary 1’s to your panel, is
generated by any of the following:
a. Pressing the # key with no preceding digits.
b. Pressing any number of only 0’s prior to pressing the # key.
c. Pressing 65,535 or any number above 65,535.
Do
NOT
program your panel to accept code number 65,535.
