A22K Network Connectivity Wiring Diagram - CDVI A22K Manual Del Usuario

A22K NETWORK CONNECTIVITy WIRING DIAGRAM

Out of the box the A22K is ready for IP connectivity, fifty (50) A22K per account.
the "Master" controller to manage the others. These forty (49) others are defined as "Sub-Controllers" .
"MASTER"
CONTROLLER
The "Master" controller
manages up to forty nine
(49) "Sub-Controllers" .
(100 doors fully IP)
AES256
E N C R Y P T I O N
+12V DC
A+
B-
Input 1
Input 2
Output 1
+12V DC
Output 2
BUZ GRN RED D1 D0 GND 12V
Maximum 4000
ft
(1220 m)
+12V DC
+12V DC
A+
A+
B-
Input 1
Input 2
B-
Output 1
+12V DC
Output 2
Input 1
READER DOOR 1 READER DOOR 2
BUZ GRN RED D1 D0 GND 12V BUZ GRN RED D1 D0 GND 12V
A22K set as
Input 2
"Expander"
Output 1
+12V DC
Output 2
40
A22K
High Security Access Control 2-Doors Module
IP CONNECTIVITy
If you have more than one A22K controller per account, one must be set as
+12V DC
A+
B-
Input 1
Input 2
Output 1
+12V DC
Output 2
BUZ GRN RED D1 D0 GND 12V
IP Network
Maximum 300 ft (100 m)
+24V DC
-
+12V DC
-
BUZ GRN RED D1 D0 GND 12V C1 GND REX1 12V C2 GND REX2 12V GND TMP LK1+ LK1- C1 NO1 NC1 LK2+ LK2- C2 NO2 NC2
Up to forty nine (49) A22K defined as "Sub-Controllers" .
RS485 CONNECTIVITy
An A22K can be set as an "Expander". Up to four (4) can be connected to the
RS485 network (orange connector) of the "Master" and each "Sub-Controller" .
ETHERNET
PORT
A22K "Master" or "Sub-Controllers"
RS485 port (orange connector).
+12V DC
Use twisted pair wiring
RS485
for RS485 connection
LOCAL
(1 pair for ground and
A+
1 pair for A+ B-)
BUS
B-
Input 1
EXTRA
Input 2
INPUTS/
Output 1
OUTPUTS
+12V DC
+12V DC
+24V DC
-
A+
Output 2
B-
Input 1
Input 2
+12V DC
Output 1
-
+12V DC
Output 2
ENCLOSURE
TAMPER
INPUT INPUT LOCK LOCK
SWITCH
DOOR 1 DOOR 2 INPUT DOOR 1 DOOR 2
READER DOOR 1 READER DOOR 2
C1 GND REX1 12V C2 GND REX2 12V GND TMP LK1+ LK1- C1 NO1 NC1 LK2+ LK2- C2 NO2 NC2
BUZ GRN RED D1 D0 GND 12V BUZ GRN RED D1 D0 GND
A22K set as
"Expander"
READER DOOR 1
BUZ GRN RED D1 D0 GND 12V BUZ GRN RED D1
BUZ GRN RED D1 D0 GND 12V C1 GND REX1 12V C2 GND REX2 12V GND TMP LK1+ LK1- C1 NO1 NC1
LAN or WAN
+12V DC
+24V DC
-
A+
B-
Input 1
Input 2
Output 1 +12V DC
+12V DC -
Output 2
BUZ GRN RED D1 D0 GND 12V BUZ GRN RED D1 D0 GND 12V C1 GND REX1 12V C2 GND REX2 12V GND TMP LK1+ LK1- C1 NO1 NC1 LK2+ LK2- C2 NO2 NC2
"SUB-CONTROLLERS"
ETHERNET LOCAL BUS
How to set an A22K as an
"Expander"
SYSTEM STATUS
On power OFF, move the "Module Type"
jumper setting to the two pins closest to "EX" .
+12V DC
+24V DC
-
A+
B-
Input 1
Input 2
+12V DC Output 1
-
+12V DC
Output 2
ENCLOSURE
TAMPER
INPUT INPUT LOCK LOCK
SWITCH
DOOR 1 DOOR 2 INPUT DOOR 1 DOOR 2 READER DOOR 1 READER DOOR 2
12V C1 GND REX1 12V C2 GND REX2 12V GND TMP LK1+ LK1- C1 NO1 NC1 LK2+ LK2- C2 NO2 NC2 BUZ GRN RED D1 D0 GND 12V BUZ GRN RED D1
A22K set as
"Expander"
INPUT
READER DOOR 2 DOOR 1
D0 GND 12V C1 GND
+24V DC
-
+12V DC
-
Communication between the
LK2+ LK2- C2 NO2 NC2
"Master" controller and
"Sub-Controllers" is
established via TCP/IP
ONLY .
+12V DC
A+
B-
Input 1
Input 2
Output 1
+12V DC
Output 2
BUZ GRN RED D1 D0 GND 12V BUZ GRN RED D1 D0 GND 12V C1 GND REX1 12V C2 GND REX2 12V GND TMP
24V DC INPUT/ STATUS LOCK 1 & 2
BATTERY/ JUMPER SETTING
MODULE TYPE
EX CT
DO NOT
connection when an
A22K is set as an
"Expander" .
+24V DC +12V DC
-
A+
B-
Input 1
Input 2
+12V DC
Output 1
-
+12V DC
Output 2
ENCLOSURE
TAMPER
INPUT INPUT LOCK LOCK
SWITCH
DOOR 1 DOOR 2 INPUT DOOR 1 DOOR 2
READER DOOR 1
D0 GND 12V C1 GND REX1 12V C2 GND REX2 12V GND TMP LK1+ LK1- C1 NO1 NC1 LK2+ LK2- C2 NO2 NC2
BUZ GRN RED D1 D0 GND 12V
ENCLOSURE
TAMPER
INPUT
SWITCH
DOOR 2
INPUT
REX1 12V C2 GND REX2 12V GND TMP
ENCLOSURE
TAMPER
EN
+24V DC
-
+12V DC
-
LK1+ LK1- C1 NO1 NC1 LK2+ LK2- C2 NO2 NC2
INPUT
+24V D
POWER
SUPPLY
use IP
BATTERY
+12V D
+24V DC
BACKUP
-
+24V DC
-
+12V DC
-
ENCLOSURE
TAMPER
INPUT INPUT SWITCH LOCK LOCK
READER DOOR 2 DOOR 1 DOOR 2 INPUT DOOR 1 DOOR 2
BUZ GRN RED D1 D0 GND 12V C1 GND REX1 12V C2 GND REX2 12V GND TMP LK1+ LK1- C1 NO1 NC1 LK2+ LK2- C2 NO2 NC2
A22K set as
"Expander"
+12V DC
LOCK LOC
-
DOOR 1 DOO
LK1+ LK1- C1 NO1 NC1 LK2+ LK2-
-
-
C2