Gate Access (Wired) - LiftMaster CAPXL Manuel D'installation

INTRODUCTION

Gate Access (Wired)

Disconnect power BEFORE making electrical connections. Below is an example of a wiring setup for gate access. Gate access can
be wired to Door 1, 2, 3, or 4 on the Door Boards. LiftMaster
wirelessly instead of using a wired connection (refer to the following page).
RFID ANTENNA
with Wiegand output
Power for RFID ANTENNA
(Not Provided)
DO NOT use the power
supply for the controller
STATUS
(Not applicable for wireless gate operator connections.)
GATE OPERATOR
(connect to Aux Closed Limit switch -
refer to gate operator manual)
EOL (End of Line)
Resistor (1k ohm)
PRIMARY RELAY
GATE OPERATOR
LiftMaster ® Security+ 2.0 ® gate
operators can be programmed
to communicate wirelessly
instead of using a wired
connection. Refer to the
following page.
*AUXILIARY RELAY
MAGLOCK
Use 18-22 AWG
For DC Power:
Install a 1N4005
diode or equivalent
PRE-INSTALL
WIEGAND
KEYPAD
OR
EXTERNAL FREE EXIT
LOOP DETECTOR
EXIT
COMMON
For AC Power:
Install a Siemens S10K30MOV
(Metal Oxide Varistor) (provided)
or equivalent
NORMALLY CLOSED
COMMON
+
Power for Maglock
(Not Provided)
DO NOT use the power
supply for the controller
INSTALL
® Security+ 2.0 ® gate operators can also be programmed to communicate
READER
OR
NOTE: For KPR2000
keypad, wire the pink and
black (ground) wires together.
REQUEST TO EXIT
PUSH
BUTTON
OR
REQUEST TO EXIT
NORMALLY OPEN
NORMALLY OPEN
NORMALLY CLOSED
AUXILIARY RELAY
Low
Voltage
Power
Supply
Isolation
Relay
NOTE: DO NOT
run high voltage
power within
the CAPXL
enclosure.
ALARM BYPASS
COMMUN
NORMALLY OPEN
18
NETWORK ACCESS CONTROL
NOTE: The length of the unshielded
wires should be kept to a minimum to
avoid electrical noise.
GROUND
STATUS
COMMON
COMMON
DOOR 1, 2, 3, or 4
LIGHT
LOAD
LINE
OR
* NOTE: MAGLOCK and ALARM
BYPASS not evaluated by UL.