Chamberlain LMSC1000 - Page 4

4
Reader Wiring Diagram
RF
LP
PWR
RESET
Serial
Power Loop
Dry ContWiegand
SET/ERR
SER I
SER 0
WO
DC
SETUP
LOOP
8SEC
4SEC
2SEC
1SEC
1
2
3
4
5
6
PWR
SET
Arming Loop Detector
(Optional)
Set Switch #5 to “ON”
to enable.
LMSC1000 RFID Reader
Power Transformer
Solid Black
Red
Black
Normally Open
Low Voltage Light
Arming
Loop
Detector
Common
24 Volts AC/DC
1 Amp max.
Green
White
Yellow
White
The gray, blue, and
brown wires from the
RFID Reader are unused.
Green
Black
DOOR BOARD 1
Door 1 Door 2
WIEGAND INPUT
PRIMARY
RELAY
AUXILIARY
RELAY
AUXILIARY
RELAY
REQUEST
TO EXIT
WIEGAND
OUTPUT
REQUEST
TO EXIT
STATUS
STATUS
Access Control System
PRIMARY
RELAY
ON
WIEGAND INPUT
ON - OFF
+12 V
- 12 VDC (GND)
+12 V
- 12 VDC (GND)
SER IN
SER OUT
GND
DATA 1
DATA 0
GND
GND
LP_INL
LP_INH
NO CONN
A
B
Normally Open
Gate Operator
Common
WIEGAND INPUT
WIEGAND INPUT
Black w/Dash
Wiegand Interface Module LEDs
Green (PWR) Power (Solid when power present)
Green (LP) Arming Loop (Solid when active)
Blue (SET/ERR) Data Error Received from Reader
Red (SER 1) Data Received from Reader (Flash)
Yellow (SER 0) Data Transmitted to Reader (Flash)
Orange (W0) Wiegand Data Output (Flash)
Orange (DC) Relay Control Output (Flash)
RF
LP
PWR
RESET
Serial
Power Loop
Dry ContWiegand
SET/ERR
SER I
SER 0
WO
DC
SETUP
LOOP
8SEC
4SEC
2SEC
1SEC
1
2
3
4
5
6
PWR
SET
LP
PWR
SET/ERR
SER I
SER 0
WO
DC
5
6
ON - OFF