First elevator connections to 2 elevator module, 2 elevator module, Monitor ism/xl™ hardware guide 37 – Interlogix Monitor XL Hardware Guide User Manual
Page 41
22-0375 rev1.1
Monitor ISM/xL™ Hardware Guide
37
(+)12V
(
-
)0V
Data B
Data A
14
3
2
1
4
3
2
5
6
1
3
2
1
4
3
2
1
4
3
2
(+)
12V
(
-
)0
V
D
a
ta
A
D
a
ta
B
N.
O
.
Com
.
N.
C
.
Com
.
N.
O
.
Co
m
m
o
n
Co
m
m
o
n
(+
)5
/1
2
V
D
C
G
ree
n
LED
Re
d LED
Gr
ou
nd 0V
This Module Bus
connector is for
connecting a
Service LCD
Keypad Module
bl
ac
k
ye
llo
w
re
d
gr
ee
n
1
3
2
12
12
N.
O
.
Co
m.
N.
C.
Co
m.
N.
O
.
Com
m
on
By
p
a
s
s
Fi
re
B
y
p
a
ss
Co
mm
o
n
(+
)5
/1
2
V
DC
G
ree
n
LED
R
ed
LED
R
ead
er
1 D
a
ta 1
Gr
ound
0
V
R
eade
r 1
Dat
a
0
P
a
ni
c
I
n
pu
t
1
4
3
2
5 6
1
3
2
1
4
3
2
1
3
2
1 2
1 2
Re
ade
r 2
Dat
a
0
Re
ade
r 2
Dat
a
1
XXXXX
1
st
El
ev D
a
ta I
n
2 Elevator
Module
Self resetting
0.5A fuse.
Low Voltage
LED
Processor OK LED
(normal = slow flash)
Unlock Relay
2 LED
Auxiliary Relay 2 LED
Module Bus communications
indicator LED
Auxiliary
Relay 1 LED
Unlock Relay
1 LED
Reader
Reader
Aux
Rly 2
Aux
Rly 1
Unlock
Rly 1
Unlock
Rly 2
2
nd
El
ev D
a
ta
In
Not Used
Not Used
By
pa
s
s
Fi
re
B
y
p
a
ss
Pani
c
Inp
u
t
Module Bus
5V
12V
Reader Voltage
Jumper
5V
12V
Reader Voltage
Jumper
P/N 650-9017
5 digit serial
number to program
in Module
Programming
red
orange
white
green
black
READER
for
Elevator
Module’s
first
elevator
brown
not used
1
3
2
1
3
2
1 2
1
4
3
2
5
1
2
13
2
RLY1
RLY2
(+)
(
-
)
DATA
DA
T
A
DAT
A
0
DAT
A
1
Elevator
Relay Board
Aux
12VDC
(+
)
P
/N
6
50-
90
35
C
u
ta
w
a
y vi
ew
Ea
rt
h
Co
m
m
o
n
Gree
n
LED
R
ead
er 1/
2 D
a
ta
1
R
ead
er 1/
2 D
a
ta
0
El
ev
1/2
Da
ta
0
E
le
v
1
/2 D
a
ta
In
By
pas
s
P
ani
c
In
0V
Neg
(
-
)
(+)
12VD
C
Grou
nd 0V
Com
m
on
By
pas
s
F
ire
B
y
pas
s
Com
m
on
T
a
mpe
r Ou
tput
Gr
een
L
E
D
Rea
der
1/2
Dat
a
1
R
e
a
der
1/2
Dat
a
0
Pan
ic
Ou
t
El
ev
1
/2 D
a
ta
0
El
ev
1
/2 D
a
ta
1
El
e
v
1/2 Dat
a
In
12
VDC
12V
DC
Gro
und
0
V
P/N
641
-9
0
3
6
12
12
12
3
2
1
4
3
2
1
4
3
2
1
1 2
1 2
1 2
3
2
1
3
2
1
4 5 6
3
2
1
4 5
3
2
1
4 5
(
-
) (+)
(+)
(
-
)
El
ev
1/2
Da
ta 1
(+
) 5
/ 1
2
V
D
C
S
par
e
Com
m
on
TB1
TB
1
0
TB4
TB9 TB7
TB3 TB2
TB
1
3
TB14
TB
11
TB12
TB
16
TB
1
5
0V
N
e
g
0V
Neg
F
ire
By
pas
s
RS485 Reader
Connections for
reader runs over 500
ft.
See following
“Wiegand to RS485
Interface Board”
Reader Voltage
Jumper
Module Bus
connection
from the
motherboard
or paralleling
to another
Module
Power
Supply
(+)
( )
Power
Supply
(+)
( )
Relay and
Isolator board
cabinet 12VDC
power supply.
Module Bus
Elevator
Module
12VDC
Power
Supply must
also be
connected to
the Elevator
Module side
of its Isolator
boards.
Elevator
Module
Elevator
side
Elevator
Module
side
Elevator
Isolator
Board
( )
Au
x
12
V
D
C
Reader cable shield. Connect
to control unit ground lug.
Elevator Isolators and Relay boards do not have a 5 digit
serial # to program in Module Programming.
Parallel connections to next Elevator Relay board(s)
Power to next Elevator Relay board(s) in this cabinet only. NOTE: If more elevator
relay boards are added in additional expansion cabinets with their own power
supply - ALL RELAY BOARD’S POWER SUPPLY NEGATIVES MUST HAVE A
COMMON CONNECTION.
Fire Bypass is not intended for
"Life/Safety" applications.
2
nd
El
ev D
a
ta
0
2
nd
E
le
v
D
a
ta
1
1
st
El
ev D
a
ta
0
1
st
El
ev
D
a
ta
1
ELEVATOR MODULE and ISOLATOR BOARD (1
st
elevator connected to 2 Elevator Module)
First Elevator
Connections
to 2 Elevator
Module
Normal
RS485
Waterpipe ground input when a
cabinet ground lug is not available.
If quad cable is used, use all four
wires. Terminate two wires in #1
and two wires in #2, for
convenience.
5V
12V
Gr
oun
d
Earth Ground
T
a
m
per
Outpu
t
T
a
mpe
r Output
Elevator Module
current rating =
180mA
.
maximum.
Elevator
Isolator Board
current rating:
Elevator
Module
Connections
side =
100mA.
Elevator
Connections
side = 130mA
Plus add all
reader’s
current rating.
12
Tamper
Switch
Input
Not Jumper PINs.
Do not short.
Connect current
protected LED to
remote “Processor
OK LED”.
Not Jumper PINs.
Do not short.
Connect current
protected LED to
remote “LED
Always on When
Power OK”.