Honeywell MS-9600LSE Manual Do Utilizador
10
MS-9600LS Series Manual — P/N 52646:B2 2/12/2010
+
B
A
T
T
E
R
Y
-
LCD DI
SP
LA
Y
K
E
Y
P
A
D
I/
F
O
P
T
D
A
C
T
J
3
J2
T
B2
T
B
3
JP
3
J
P
2
S
W
1
JP
5
JP
6
J1
7
J16
J6
J8
J7
J
10
J1
1
R
E
M
O
V
E
T
O
D
IS
A
B
LE
LO
C
A
L
C
H
A
R
G
E
R
D
IS
A
B
LE
G
N
D
F
LT
S
LC
O
P
T
4X
T
M
F
O
P
T
B
D
TB
4
T
B
4
J
P
8
T
B
5
T
B
6
T
B
7
D
B
9F
T
B
8
2
1
4
3
6
5
+
+
+
B +
B +
B +
B +
B
-
B
-
B
-
B
-
1
1
A +
A +
A
-
A
-
sh
ie
ld
-
-
-
-
NO
NC
C
NC
N
O
C
N
O N
C
C
5
4
3
2
1
9
8
7
6
T X
R C V
D T R
5
4
3
2
1
2
5 24 2
3
2
2 21
20 19
1
8 17 1
6
15 1
4
9
8
7
6
13
1
2
1
1
10
+
-
I N +
O U T +
I N
-
O U T
-
B +
B
-
B
A +
A
-
A
NC
N
O
C
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
T X
R C V
D T R
G N D
G N D
B +
B
-
B +
B
-
3
3
2
2
4
4
TB
1
J1
96
00
ud
le
sl
ayo
u
t.w
m
f
PS2 Keyboa
rd Interface
Flash Memory Loa
d
E
nabl
e
S
witch
UP is
no
rmal position
for switch
DOWN posit
ion all
o
ws
lo
ading
of
fa
ctor
y sof
twar
e
upgra
des
Conn
ector
fo
r O
p
tional
2nd
Sig
nalin
g L
ine
Circuit
Con
necto
r f
o
r O
p
tional
O
nboar
d D
A
CT
-U
D
Bat
tery
24 VDC,
26 Amp Hour
maximum
(super
vise
d, nonpowe
r-limited)
Au
xil
iary
Trou
ble I
nput
s
#1
2
To
di
sable gr
ound f
ault
det
ectio
n
,
remove jump
er/
sh
unt
f
ro
m
JP2.
Remo
ve
JP3
ju
mper to
d
isa
ble t
he FACP
ba
ttery charg
e
r when using ext
e
rna
l cha
rger
.
JP8
- In
st
all NA
C
K
EY b
oard i
n
prop
er
orien
ta
tio
n
to
conf
igur
e
NA
Cs 4
St
yleY or
2 St
yle Z
circuit
s
Connect
o
rs fo
r
4X
TMF
O
p
tion Module
Cut
th
is jump
er t
o
enabl
e
Supe
rvisory r
e
lay
w
hen
4XMTF i
s
installed
.
Cut
th
is
ju
mper t
o
super
vise
th
e 4XMTF
whe
n
insta
lled
(s
ee
J1
0 & J1
1)
(*
Fact
or
y def
a
ul
t r
ela
y pr
og
ra
m
m
in
g
as
sho
w
n o
n
ci
rc
ui
t boa
rd)
ci
rc
ui
t num
be
r
E
LRs
4
.7K
, 1
/2W
NAC
#1
NA
C #
2
NA
C #
3
NA
C #
4
Not
ifica
tion
App
lican
ce Circui
ts
Po
wer-li
m
ited
, super
vi
se
d
cir
cu
its
NAC #1,
#
2
, #3
, & #4,
S
tyle
Y (Cla
ss B)
3.
0
amp
s max per circuit
JP
8 con
fig
ured
f
o
r
Class B
us
ing NACKEY
car
d
(f
act
o
ry def
ault
co
nfi
gurat
ion
)
SL
C L
oop
(Su
pervised Po
w
er-limit
ed
)
Refer to the SLC Wrin
g
Manu
al fo
r
de
ta
iled
informa
tio
n
on wiring
add
ressa
b
le devices fo
r
St
yl
e 4
,
6,
a
nd
7
TERM (EI
A
-48
5
)
to
L
C
D
-80F
EIA
-232 t
o
prin
ter o
r
pe
rs
onal
com
put
er
Power
-limited
fo
r EDP
-list
ed
equip
m
ent
or
pe
rsonal
compu
te
r wi
th
FACP Uploa
d
/Do
w
nl
ad
Utili
ty.
50 f
oot
maximu
m
with
in same
r
oom.
OR
2 Pro
g
ramm
abl
e Re
lays &
1 F
ixed T
rou
ble Rel
ay
(non
su
pervised)
C
ont
act Rat
ings:
2.
0
a
m
ps
@
30
V
D
C
(r
e
si
st
iv
e)
0.
5 amp @
30
V
A
C (resist
ive
)
Co
nta
ct
s sho
w
in
no
rmal
condi-
tion (AC power
wit
h no alar
m,
tr
oubl
e,
or supe
rviso
ry activit
y).
A
fa
il-safe
tr
ouble
re
lay
swit
ches
to
th
e N
O
p
o
siti
on duri
n
g
tr
ou
ble condi
tio
n
s
an
d
under
lo
ss all power
.
ACN/ANN
-BUS
(E
IA
-4
85
)
to
a
n
nu
ncia
tor
s
(p
owe
r-l
imit
e
d,
sup
e
rvised
)
Re
d
Wh
ite
Gr
ee
n
Bl
ac
k
Al
ar
m
*
NO NC C
T
roubl
e S
upe
rv
is
or
y*
NO
N
C
C NO NC C
No
tific
atio
n
Ap
plian
ce Circu
its
S
pecial App
lication Power
Po
w
er-limi
ted
, super
vised
circui
ts
NAC #1 & #2 Sytl
e
Z (Class A)
3.
0 amps max
pe
r circuit
JP
8
conf
igured for Class
A
us
in
g N
A
CKEY
card
(S
ee St
yl
e
Y
il
lustr
a
te
d
nea
r r
ight
edge
of
boar
d)
N
A
C #
1 NA
C #
2
Special A
p
p
licatio
n Power
DC
P
o
wer Ou
tpu
ts (
24 VDC)
P
o
wer-l
imite
d
, no
nsuper
vised
circui
ts
Sup
e
rvise w
ith a powe
r
sup
e
rvision
rela
y EO
LR-1
Nonr
esett
abl
e
P
o
wer #2 - 24 VDC
filt
ered
, powe
r-limit
ed,
(1.
5
amps
maximum) Sup
e
rvision req
u
ired
.
S
u
itable
f
o
r power
ing ann
unciat
o
rs.
Nonr
ese
tt
abl
e
P
o
wer #1 - 24 VDC
filt
ered
, powe
r-limit
ed,
(1.
5
amps
maximum) Sup
e
rvision req
u
ired
.
S
u
itable
f
o
r power
ing ann
unciat
o
rs.
Resetta
b
le Power
-
24
V
D
C
fi
lte
red,
power
-limit
ed,
(1.
5
a
m
ps maximu
m)
to
smoke det
ector
s.
Supe
rvisi
on requ
ired.
Imp
o
rtan
t:
Removing
Gr
ound
Fa
ult D
isable jum
per JP2 voids
UL/
N
FPA Styl
e/Cl
ass
identification for
circuits.
Remove jumper
JP2 only wit
h
AHJ (Author
ity Having
Ju
risdict
ion)
approval
Basic Syst
em C
onn
ectio
ns