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Codlno Chati
811 Wolghl
BIl Wolght
1
2
4
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2
4
6
a
9
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E(14)
FW)
CAUTION:
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Throughout these reporting selections. the ability to selecl full Hexadecimal teportmg codes is mdlcated. Make sure that the receiver. into which
your signals are being reported.iscapable 01 accommodatmng such reporting. For example. the Ademco No 6601673 is only capabteof acceptmg
l-9 for all reporftng codes.
A. INSTIWTION
AND WIRING, No. 41~12/4lSOEC
C-COY
To ensure that the battery is fully charged when the system is put
into Operation. the battery should be placed on charge while the field
wiring is being installed and run to the control. Fdlun
to Install
l
hrlb
chqwd
lultwy
m0y
mult
In lmpropw
0l0nn
op0mtlon.
To charge the battery, proceed as foftows:
ConrteCt the battery by connecting the FAST-ONs a1 the end of the
BLACK
(-) and RED (+) wires coming tram the C-COM crrcult board
(See Diagram 9) to the Corresponding color coded male tabs on the
selected battery (see chart in SPECIFICATIONS for appropriate bat-
tery). If two 6V batteries are used, connect them is series. as fol-
lows: (a) Connect the Black wire form C-CO&l to the Black tab of
batlery Ul. (b) Connect the Fled wire from C-COM to the Red tab on
battery #2. (c) Connect the Red tab on battery #l .tr, the Black tab
on battery #2. Be
0um
to obaerue proper polar&y whm #nokIng
b0nwyconrl0cuom.
When using 6V batteries (Nos. 465-654 or 465.627). an ORANGE
Jumper should he out (see Diagram-9 tar location). To reach the
jumper, remove three screws holding the right side of the insulating -
cover over the C-COM's board. and fold cover back.
Connect the output terminals of'the transformer to TB3 terminals 1
and 2. Then plug the transformer into a 120 volt AC outlet that is ON
24 hours a day. Banery charging will now commence.
DOWtllUk0WyOlh0f-
tothecontrdwRbutRnt
dbcomwUnq
m battery and unplugging
the tmnrfonmor.
When all field wiring has been installed and wires are ready for con-
nection to the control, disconnect battery and unplug the
transformer.
Use of twisted wire is recommended for all runs for greater immunity
to unwanted induced voffages.
1. TERMINALS (See Summary of Connections Diagram)
TBlTwmlrub
1
By&m
Amaw
Btntus Output This terminal provides
an output that can be used to control space Protection
devices such as those in the 650 series (pas-
sive Infrared). See the individual instructions accompany-
ing these devices.
II may also be used to control the arming of Ademco's
No. 1034-12 Zone Expander. See the individual instruc-
tions accompanying ft.
The polarity of this oulpuf is settable in PROM
(L+ARM.
HI--DISARM or HIPARM. LOW=DfSARM).
:q
'_
,'
optional (No. 41?9) 24 hour tlme;. When input go& HI fd
volts). the system sends a test report lo central stalion.
See individual instructions accompanying this device.
Tol8phom Urn Fault Input: Terminal is provided for an
optional Telephone Line Fauif Module. When input goes
HI (bvofts). the system indicates the kne tault by sound
ing a trouble signal (disarmed mode) and sounding an
alarm (armed mode). An "F" IS tatched at the console until
the system is next disarmed. See individual instructlons
accompanying this device.
S(-), 7(+) DC Powr tar Smoke or comkrrtlon
Mwtorc
Inter-
ruptible by disarming the system. OBSERVE POlARrrY
Use wire
sues
In accordance with the following tabulation
and connect the power terminals of the detectors in
parallel:
SMOKE OR COMBUSTION DETECTOR POWER WIRING
3
2
Lltes On Input: This input provides a conventent method
of turning on the LITES ON OUTPUT. and the LITES ON
CONSOLE DISPLAY. When the inpuf is brought momen-
tarily HI(*6 volts). the output latches on. This result IS
independent of any PROM selectins.
External Loop Status Input This terminal provides an
input for status from an external zone expander.
When mput is LO (0 volts). the system is unable to arm
and zone 'Yero" is displayed at the console. See indtnd-
ual instructions accompanying these devices.
24 Hour Test ino&Terminal
is orovided as an input from
:,\
YMIYUY
DISTANCE
NUMBER OF No. BK-2S12. BK-2212lM.
TO FARTHEST
AND/OR BK-1612 DETECTORS
DIXECTOR
1 OR2
3106
7TOlO
1
100 FEET
if22
%22
a20
Do
a22
a20
x18
MO
a22
118
116
500
1
a20
1
x16
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.
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'Use separate pmver runs for up to 6 detectors each
NO=
Do not exceed the auxiliary total output current limitations des-
cribed under SPECIFICATIONS.
6
Ut0s On Output Output capable of 1OmA when turned
ON. The output IS in the high tmpedence state when Off.
Used to turn on XT-BA284 AC line carrier transmilter
which, in turn. controls BSR X-10 line carrier recewer
modu\es.
I
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,'
18
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