
.
Communkatton PROM Data Group 17
TO program, set Rotary Switch to Position 14 (“Not Used”) and raise
Switches for checked boxes representing bii set wfthin the hexadecimal
Mamco Low spaadsEsCOAIRadtontcs Roporttng c3da8 tar Taat
coda.
end Lew Battery (Select from O-9. B-F)
+
Test
l
Low Battery
n
.
“\
SWITCHES
1
2
3 4
5 6 7
8
,Bii weights 1
2
4
a
1
2 4
8
‘MO= An entry is mandatory for these codes (e.g. 9) in the indicated
formats. even if there is no interest in receiving these reports,
H~xadeolmal Codlna Chart
Bit Walght
Blt Walght
.coda
1 2 4 0
1 2 4 8
o(w
8
1
9
2
WW
3
cm
D(13)
4
B(14)
5
P(15)
6
7
CAUTIOIY: Throughout these reporting sefections. the ability to select full Hexadecimal reporhng codes IS indicated. Make sure that the receiver, mto whrch
your signals are being repotted, is capable of accommodatina such reporting. For example. the Ademco No. 6601673 is only capable of acceptmg
i -9 forall reporling codes.
V. INSTALLATION AND WIRING
A INSTALLATION AND WIRING, NO. 41-12 C-COY
To assure proper system checkout with a charged banery. connecf
the battery to the red and black wires on the control’s circuit board
and then connect the transformer to the control and to a 11 OV outlet
(see Diagram 9). Control need not be mounted but should be
grounded. Do not insert PROMS or connect consote at this time.
Battery will charge while the installation is being wired. REMOVE ALL
POWER, AC AND BATTERY. BEFORE CONNECTIONS ARE MADE
TO CONTROL TERMINALS as instructed below. Uaa of
Whtad
wiring is recommended lor all runs, for greater immunity to unwanted
induced voltages.
1. TERMINAL& (See Diagram 9)
lB1
Byatam Amtbtg Btatua Output: This terminal provides an output
that can be used to control space protection devices such as
those in the 650 series (Passive Infrared). See Ihe individual
instructions accompanying these devices.
The polarity of this output is setlable in PROM (LO = ARM. HI =
DISARM or HI = ARM, LOW = DISARM)
Rad LED Output (LO = ARM): This output provides system
arming status data to the Red LED on remote Keyswitch arming
stations (e.g. Nos. 9787.9789). A steady output is produced to
indicate that the system is armed either “AWAY” or ‘STAY” and a
flashing output is produced as a memory of alarm indicator. Up to
tour Key arming stations can be supported (30 MA MAX.)
Notltad
Loop Blaba Output (HI = READY): This output provides zone
status data to the Green LED on remote Keyswitch arming sta-
tions (e.g. Nos. 978?,9?89). A steady output is produced to indi-
cate that all zones are intact. Up to four Key armmg stations can
be supported (30 MA MAX.)
Test Mode Salact Input (LO = ON): When this terminal is con-
nected to ctrcuit ground (e.g. Tel-?), a test call to the central sta-
tion is initiated with the Test Code as the report (independent of
whether the system is armed or not). In addition. the system is
placed in a test mode (if the system is disarmed and no memory
of alarm is present) in which actfvahon of any zone causes a
brief l/2 second sounding from the exterior alarm sounder(s), as
wet1 as visual zone annuncfation on the console’s zone identifica-
bon drsplay and on the appropriate C-COM zone LED (all but
zone 5). If the Test Mode is not manually termmated. tne system
will automatically come out of the Test Mode after 30 minutes.
&m/Dlaamt lnpt (Momentary HI to ARM or DISARM): This
input is normally provided by remote key arming stations (e.g.
Nos. 9787.9789) for the purpose of acting or disarming the sys-
tem. If the zone status indicates an open zone and arming is
desired in spite 01 the open zone. maintaining this input HI for 5
seconds causes forced arming of the system (automatic shunting
of the open zone).
Once the system is disarmed, the silencing 01 any remaining
troubfe or alarm memory sound is accomplished by reactivating
this HI input. As long as condftions remain that need 10 be
cfeared. activation of a key arming station cannot rearm the sys-
tem, only reset the interior audible annunciations. Up to tour arm-
ing stations can be supported by the system.
7 a 8 Circuit Ground (-) Return
Ti
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