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  9. ADEMCO 685 User manual

ADEMCO 685 User manual

STA1lATION
F=1!FSTRUHION5 E
‘~s 7/87 ksue bss been subat~ti~ly retised
IGSNSRAL INFORMATION
............................................... 3
II PUNCIPAL ~ATURES ................................................ 6
III FUNCTIONAL D~CRDTION ............................................
A. 8
Stit@es and LEDs on Front of Receiver........................ 8
B. DD Switoh Group (Inside Flip-Down Panel)..................... 11
C. Additional Stit&es (Ioside Fli&Dmn Panel).................. 13
D. Rear of Receivm ................i............................. 14
IV ~SSAGE FORMATS...................................................
A.. LOW SF~D (Admco Stsndard or Seswa) Forma t.................
.- B. ~GR SPEED Fmmat ..............................................
C. Eq~ded Low Speed Fomat .....................................
D. RadioniN BFSK ...............................................
E. System Messages...............................................
1‘. RCVA Group (Peri@er~ Device F~l/R~tore) ...............
2. RCVB Group (OperatorTriggered Condition
or Messa@ Transmission Error)............................
3. LINE Group (T&ephone Line Fatit~estore) .................
16
16
la
23
25
28
2a
30
32
vME~RY CARD SETUP PROCEDURE....................................... 32
VI OPTION PROM CHE FOR M=SAGE LIGHTS,
ENGL~H LANGUAGE P~NTER OUTPUTS AND
OPERAT~G OFTIONS................................................. 33
A. En@ish Lm@ge Messages
for Printout and Display Li@ts ...............................
1. 33
RnQish Lmguage Using Table Lmkup ....................... 33
2. ‘Zone En@lsh” Option..................................... 37
B. Operating Optiona............................................. 38
c. Pro5ting the Option PROM Chip.............................. 39
VII LINE CARD SETUP PROCSDURE......................................... 45
A.
B.
c.
D.
E.”
F.
Group nmbr Selection........................................ 45
~GH SFSEDOtiy Option (No. 685-2 ofiy)....................... 45
Slw CmmimtOr OptiOn...................................... 45
Handshake ModWication Option................................. 46
~~ssing Line Fatit Tating .................................. 47
Inserting the Line Cards...................................... 47
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XI
VIII ~STALLATION .....................................................
A. Preliminary..................................................
B. Connections and Settin@ .....................................
IX TROUBLSSHOOT~G ..................................................
xGE~RAL SPECIFICATIONS
...........................................
A. Yo. 685 Di@tal Alarm Receiver...............................
B. Printer ad Cmputer Interface...............................
c. P*allel Printer Pin COnnectiOm .............................
D. M=sage Formats..............................................
~MPUTER INTE~ACE ...............................................
A. Improved ACK/WCK Protocol Features..........................
B. Cmputer OptiOm .............................................
LI~TATIONS STAT2~~ .....................................................
APPEND~ ..................................................................
Diagrm, Tablae, -s
Dia~am 1: FRONT V~W OF No. 685..........................................
Dia~m 2: REAR V~W OF No. 685...........................................
Dia~m 3: TOP V~W OF No. 685............................................
Dia~m 4: MSMORY CARD.......................................... .........
Dia~m 5: TYPICAL L~E CARD..............................................
Diagrm 6: ELECT~ CAL CONNECTTONS.........................................
TABLE A: RECS~ER LOADING FOR FIRE ALARM ~NITORING .......................
TABLE B: CHANNEL STATUS ~DES (~GH SPESD FORMAT).........................
TAB~ C: TYPICAL LOW SPEED ~SSAGES .......................................
TARE D: RCVA GROUP MSSSAGES..............................................
TABLK E: RCVB GROUP ~SSA~S ..............................................
TABLE F: ENGLEH LANGUAGE MMSAGES ........................................
PROM CHART 1:
PROM CHART 2:
PROM CHART 3:
PBOM CHART 4:
PROM CHART 5:
PROM CHART 6:
PROM CHART 7:
PROM CHART 8:
PROM CHART 9:
ENGLISH LANGUAGS ~SSAGE SELECTION..........................
ENGLEH LANGUAGE MESSAGE PROGRAMM~G ........................
L~E CARD ENGLISH LANGUAGS ENABL~G .........................
LINE CARD ‘ZONS ENGL=H” OPTION SELECTION...................
REMOTE ALERT DELAY SE~CTICW ................................
OPERAT~G OPTION SELECTION..................................
~~WER OPTION SELECTION...................................
CODE 9 R=TORS REPORT TRANSLATION.. ........................
L~E CARD 3-1 WITH CHECKSUM ENABL~G ........................
47
47
49
50
9
52
53
54
54
57
58
59
59
60
61
62
63
5
19
25
29
30
35
@
64
65
65
65
66
66
66
67
w
2
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I. ~ m-ma
W Mo. 685 D@td A- Reesi~ conforms to Part 68, FCC Regulations, Re~s-
tration No. AC398U-62851-~-N, Ringer Equivalence: 0.7B.
This equi~ent compli~ with FCC Roles and Regulations Part .15, Subpart J for a
Class A O~Puting device. The FCC requires the following stataent:
wsrd~ - This equipemt generates, uses ad @n radiate radio frequency energy
and if not installed and used in accordance with the instruction msnu~, may
cause interference to radio communications. It has ken tested and fomd to
cmply with the limits for a Class A cmoputing device pursuant to Subpart J of
Part 15 of FCC Rules , which are desi~ed to provide reasonable protection
agaimt such interference when operated in a commercial environment. Operation
of this equi~ent in a residenti~ area is likely to cause interfermce in which
case the user at his own e~ense will be required to take whatever measures may
be :requiredto mrrect the interference.
The No. 685 cmepli~ with NFPA Standard No. 71 (National Fire Protection Ass-
ciabion, &tterymsr& Park, Quincy, M 02269).
The No. 685 is U.L. Listed for Central Station Burglary and Fire Alarm
monitoring.
~ortant: For U .L. Listed Grade B Central Station and Grade A Police Connect
OPeratiOn, only U.L. Listed digital communicators (such as the Ademco
Nm . 678UL-B and 41W-12) can be wed at the protected premises. For U.L. 864
Listed fire monitoring, otiy U.L. Listed digitd communicators (such as Ademcc
No. 678UL-F) can te used at the monitored premises.
U.L. requires that a minimum of two phone lines, on a rotary, be used on the
No. 685. While not required, it is re~snded that al Listed accounts
tramsmit in WGH SPEED fomat to Nos. 685-2 ~GH SFBSD or 685-8 Mdti-Format
Lin~?Csrds (See Section IV B), for the following reasons:
1. All Listed accounts must trmsmit openin~cl~ing or test si~~s daily,
whi~ can r=d t in delays in processing emergency signals during peak
o@n/clme and test periods.
2. The HIGH SPEED format reduces the probability of missing any si~al. LOW
SP=D fomat si~ds (see Section ~ A) require approximately 20 seconds
between receiver pickup and hangup as compared to approximately 5 seconds
for ~GH SPEED fomat. Assuming two phone lines on rotsry and random
call-in owr a one-hour period, the maximm throu@~t rate at the remiver
is: HIGH SPEE~ 1400 Sign&s
LOW SFKSD: 350 Sign~s
The receiver is mpable of processing aignds frcm digitd commmi~tors in LOW
SPEED (Ademco Stmdard, Radionics, or S=COA) fomat, Ademco ~GH ~SED fomat,
RadLOtiCS B~K, or Radionics ‘Superfaatttformat. The receiver accommodatees up
to /8phone lines and processes calls on these lines simtitsnecusly. The type of
m-:3a@ (hOlduD. fire, bur~arv. etc.) can be disulaved and in Ccnjmction with
a s{;=d-~one p~nter. (Adm-m ~86
EngLish language message ~ be
mat]tixcmputer style printer.
Printer d~cri~d ;erein), a printout with an
produced. The No. 786 is an 80-mlmn dot-
3
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The receiver is providedwith front handles for easy insertion in a st=dad 19n
rack (approximate dim~sions are 19n wide x 6–7/8n high x 21” deep) . An
attractive enclosure (No. 685C2) is optionally available for desk top
installation. -
The basic No. 685 contains displays, CPU (processor), mother board, pmer supply
and charger and interfaces for prtiters, ~odas and a computer. Up to 8 Ike
cards (in any combination) can be installed in the receiver (a separate card is
required for each phone line). At the present time, s~en types of cards are
avafiable:
No.
No.
No.
Xo.
No.
No.
No.
No.
*
Each 1ine card
built into the
j85-1Line Card, Adaco LOW SPEED Fomat
j85-2Lke @rd, Ademco HIGH/LOW SPED Fomt
j85-3Line Card, SESCOA Formt
j85-4Line Card, Radionics Formt*
j85-5Lfie &rd, Adaco Long tinge Radio
j85-8Line Csrd, Mdti–Formt*
j85-9Derived Channel
j85-9ATDerived Chmnd with Am incl.~ded
&n process Radionics BFsK tr~=i~siom.
contains a telephone 1ine fault monitor. Lightning arrestors are
receiver for each phone line.
Standby should be prwided by a user-supplied, 12 Volt, maintenance–free, lead
acid batte~ (50 rep-hour mitimw) . For ~~ple, a Globe GC12550 55 rep-hour
batte~ wfil prwide up to 9 hours of standby (U.L. requires at least 4 hours).
Note: Since the No. 685 can process signals on multiple phone lines simul- -,
taneously, data is stored in mmory and the phone 1ine released prior
to the displaying of the signal. Wis ten-inn, therefore, cannot be
used with the No. 685.
The stiject receiver is listed for Fire Mam Signaling se~ice in accordance
with UL Standard 864, NFPA Standard No. 71 and is Listed by the California Fire
Marahal for commercial fire alarm monitoring. These standards require
obsemance of the follwing rties:
1.
2.
3.
4.
5.
6.
he spare receiver mat be prmided for ~ch groq of five or f~er p-q
receivers,with failed receiver m~imm substitution time of 30 seconds.
A~- of tio sqamte ticrming phme lines (n~ers ) c~ectad to aach
receiver, with a separate ltie card for aach 1tie, m-t be prwidd. til
fire dam monitoring lines must he used for receiving dam signals ~.
The audible deti of ~ch receiver -y not be disc~ected or in aw m=ne r
permanently stienced.
The l-ding ~pabfii~ for each receiver shs21 be im accor-ce with Table
& The telephone 1ines shal1 be arranged in separate hmt groups.
me 12W dectficd c-ecti~ of the receiver ~~t meet ~ass 1 wiring r~
qoir~~ts. tie method of meeting these requirements is shmn in diagra 6.
Groti stati ~ not be used for the pramises t~tters. b
4
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11nes
5
20
3
lines
—
5
—
70
—
in
—
w
—
%4
4
ines
—
5
s
Ii
nes
5
m
6
lines
5
20
7
Iims
5
20
10
w
8
lines
—
5
20
10
50
—
Protected Premises
.Equimt
tixim .“*e. of
water flow devices
per initiating
&vice Circuit:
Mxim. nuder of
sprinkler super-
viswy devices
Wr initiating
dev?ce circuit:
N
o
T
A
c
c
E
P
T
A
B
L
E
20
Mxiu .utir of
allty~ of
initiating device
circuits wr
digital slam
transmitter: 10
50
2%M
10
—
m
—
51?
10
50
7MI
~the fol Iming
limitations are m
1. A~Xi_ Of
me waterflw
switch Wr
*nitiating
&.ice circuit.
2. AW,im of
fwr spri.k ler
SVW.V is ory
switches wr
+nitiating
*vice circuit.
.-
.-
Then tk Mxi-
ntier of initiati
&. Ice circuits w
digit.1 al am
tran=itter is:
1. Sptm Loading at
tk Centrdl Statia
ti.f mnuder of
fire protect% V*
S<gndl i.9
service ini -
tiating device
Civc”its: lnz4t
1024
&xim rider
of digital aIam
transmitters far
fire protect 70“
siwa?inq service:
Mxi- ntier of
al 1tyks of
initiating *vice
circuits in any
c*inati Oo:*
Mxi- ntir
of digital slam
tranwitters for
all tYm of
255
512(
512
ct. cir
m
7m
762
;, I.e.:
5
512
—
lN
—
Im
768
153
—J
terflw, ftre slam. smrvisory,
179 m8
1s3 175
—
●Inclu*s every init
gwrd. brglary. bImg6
JP.etc.
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The No. 685 Digit~ Alarm Receiver,when used in injunction with a No. 678UL-F
Di~tal Communicator, cmpriaea an ~ (Factory Mutu~) Approved Digital Alarm
Cmunicstor System for Catr& Station Fire Alarm, Security Alarm and SprinMer “
System SupervisorySi~tiing Services.
The definition of the approved system @nfi@ration is smarized hermith.
.No. 6780L-F Digit~ Commmi~tor (s) re~rting ofiy to a NO. 685 Di~tti
Receivw.
. No. 678UL-F must & progr~ed only for Alternate by Fsirs Calling and 8
Attempts, snd~municate in Ademm *s Hi@ or Lw Speed Format.
. No more than 500 No. 678UL-FS can mmmmi~te to a No. 685 on 2 phone
lines. An addition~ 256 No. 6780L-Fs can be added for each additiond
mone line.
The No. 685~s ~wer mmt k backed up by a 12v, 5AH No. 63o (non-UL use
otiy), or a 12V, 55AH Glote (OC 12550) battery or other more elaborate UPS
systems (see Section X, Ganerd Specifi~tiom , for UL applications).
. Gromd start may not be used for the premises trmamitters .
II. P~~AL ~A~
In addition to those featmes ~ready mationed, the receiver~s other principal
features include:
A.
B.
c.
D.
E.
P.
Accepts HIGB ~~ t~ ssions frcm Noc. 678, 678uL-B, 678uL-F, 694, “
694EN Di@tal Comm@eators and N=. 4160, 4180 Control/Communicators
without field modification of miti presently trsosmitting to LOW SFEED
receivers.
In HIGH SPEED mode, the time tetween the start of the handshake tone and
the end of the kissoff tone is ofly 4.7 secondc. During this period, the
statue of ALL EIGHT of the No. 6781s or No. 4180~s (or al FOUR of the
No. 694$s) ch~els is sent. Other fomats require mdtiple messages for
mtitiple chmnel repcrting.
Acce~s t~SaOw in Lm SFSSD (Ademm Standard and S=~A) formats,
aa well as Radionics ‘Superf=ttt fomat. Thr% or four-digit account
numbers may be received.
Ucspts ~ t~ssions at 10, 20 or 40 pulses per semnd, using either
Adsmco (1400 Hz) or SBCOA/Radionics (23oO Hz) Acknowledge and Kissoff
tones.
Can acso~odate up to 8 phone lines and procese calls on al lin=
sim@t Snsously.
Re@rss 2 swcessive idantiti t~s~o~ for Mssoff (or can aecept a
ain@e romd with a parity check diat ).
Store up to 113 messqs (tith nes m=wy board) for SuMewt &splay b
during heavy trsffic or ‘troublenperiods.
6
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G.
H.
J.
K.
L.
M.
M.
.- 0.
s.
T.
u.
“- v.
w.
lb 14 m-s-s (tith new m-wry board) ham been stored (but not yst
tisplayed)on any one @one ltie, the neti call to that line will reosiw a
!Wholdu~i~a (not a ‘busyW sign~ ) fOr UP tO 60 Se~ndS.
Accepts % or M&t accoti nmbsrs (with 3-ti@t account numbers, a
:Lea~ng zero is added) and displays status of 9 channels (including test
tiannel).
IDisplay lights on recsivwr for ~~ary, fire, holdup, restore, teat,
~~pa~ng, closing, 1- httery. Triggered by incoming si~~ if user (or
Iidemco) progr-able option PROM CM p is so progrmed.
IDisplay li@ts on racairsr indAmte AC f~lure, re~i~r la battery,
Ikdephone lfie fadt, printer fdlure, x~tsr f~lore.
IEnglish lsngusga outputs for print= selectable tia user (or Ademcn)
I?rogrammablePROM frm buflt-in table of 27 different messag~. Separate
tables are used for LOW SPEED (Adem~ St~&rd or s~~A) f-at, ~W
SPEED fomat and Ratiotics fomat.
!Weetable on- or tw-fing ~cbp, to redme fdse pichpe mused by noise
<)nphone lin~.
(he or tw~second delay bstw~ pictip ad t~ssion of ac~led~
wi~~, to permit mone line settling.
l~kplaye ti~ in either civilian (11:OOPM) or tilitary (23:00) mode sod
fkte in either U.S. (MMDDTY)or Ewo~an (DD~) style.
Ibtitere moue 1- e~ry 10 finut~. If fatit occurs, receiver displays
fa~ted line number, prints message and sends special code to cmputer (M
oonnected). A more immediate teat of the @one lines m be accomplished
by depressingthe SYS~M T~T stitch.
l!ut~atieslly goes into WWUAL ~ in -e of printer or A.C. par
~’sAlureto prevent10ss of si~als.
lMl&ti hzser till not ~so~d after king silenced, if a second alarm
~.sreceived wit~n 10 semnds of pretioua slam.
l)rycontact output for raete somdar. selectable delay of 1 to 50 seconds
I)eforecontacts close. bble assembly, tith plug, is supplied to facilitate
c!onnection.
Wsnd s~tss test mode tests receiver o~ration, sands test signals to
(!aputer (N @nnected ) and message to printer. Also initiates line test
c)nal inactive~one lines.
!-d batterytest reduces tiar@ng voltage wd produces tittery npass11or
,,failm message at pfinter.
11printed massage occurs if rsoeiwsr is placed in or out of ~WOAL ~ by
:m oparstm.
l~iti operation frna ~ Wz AC ~ar is ~ogr~ble (not relevant to UL
{j64listed fire dam monitoring).
IMltiti wst&dog ti~ continually motit~ reeeiear operation.
7
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III. ~~ONAL DES~ON
A. *itches and L~s on Front of Receiver .-
1. ~/~AL -itch (and L~). This pushbutton controls the message
display/prfiting mode. Each time the button is pushed, it ~itches tO
an ‘Outn or ‘Inn position.
a.
b.
~ (Wt) Position: In the AUTO mode, messages are displayed
(and printed) as quickly as they are processed. In this mode, the
No. 685 is ncmally used with a printer, since the display my
change rapidly when nany messages are being received. This node
pemits the No. 685 to operate at maximu throughput.
-AL (In) Position: The MANUAL mode is intended for use when a
printer is not available and messages are stored in the intern~”
memoq of the 685 until the operator chooses to display thin.
This allws time for the message already being displayed to be
copied dwn manually.
Note: Up to 113 messages can be stored (14 per line card,
plus one additional).
The L~ located to the left of the AUTO/MANUAL mitch is used to
indicate that the MANUAL mode is being used. This LED will
always be lit when the witch is in the WAL (In) position.
There are circumstances in which the NO. 685 wfil switch to the
MANUAL mode. These are: -
1)
2)
3)
4)
5)
6)
Note:
AUTO/MANUAL mitch in NANUAL position, or
Both PRN-OFF and OFF-COM DIP =itches in oFF position,
or
Printer fault with the printer ON, or
AC power failure with “Auto ACn option (see Section
VI B 6) not selected in PROM, or
Computer failure with OFF-COM DIP sitch in COM
position and PRN-OFF DIP -itch OFF, or
Computer failure with OFF-COM DIP witch in COM
position, MANUAL Mode on Computer Failure option
selected and Printer ON.
Operation of :he AUTO/MANUW mitch w31 cause a qst~
message to be generated (See Section N E 2).
2. VAL~/ti &itch: Each time this button is pushed, it -itches to am
‘Outn or ItInn position.
a. VAL~ (@t) Position: Ody messages that are considered Validn
(@o successive identical tran~issions, or propar parity for
single tran~ission/checksm verified messages) will be printed.
8
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This position may te used to conserve pa~r, since only one line
.will be printed for each incoting messa&. When in the MANUAL
mode, this position will also wnserve internal message stora~
space since unverified messages wU1 not be stored.
Two exceptions to this position exist:
1) If m data ton= are heard after the ‘lHandshakeWtone is
sent, a message will be @nerated as an indication o? “no trms -
mission.” This is used to indicate the possibility of an attempt
to jam the incoming phone line.
2) If a call is handled without a successfd message receipt
(OO kissoff tone is sent), the last message “round” to be
received will be printed, as an indication of a “bati
transmission.m This feature may te used to help deterdne the
location of a defective commmicator.
In both of the above cases, a TRANSMISSION ERROR message will
be printed and displayed follming the m=sage (see “SYSt~
Messagen Section ~ E 2).
b. U (b) Pmition: All incoming transmissions, whet~r valid
or not, will be displayed (and printed).
,-
3. DISPLAY =XT =SA= Mtcb : This momentary action ~shbutton is
used to cause the next message stored in the memory to be displayed
(and printed) when the receiver is in the MANUAL mode. A new massage
will & displayed for each push of the button until the mamory has
been emptied, at which time the display will clear. In the AUTO mode,
this button fmctiona as the nClear Displayttbutton.
4. BATTSRY TEST Sfit& (and LED): This mmentary action pushbutton
is used to initiate or cancel a battery test.
The purpose of the battery test is to test the rendition of the bac~p
battery.
During a Mttery test, the No. 585 is operated frm the battery alone
fo? a period of 5 minutes. If during that ‘time, the battery voltage
f~ls balw the lW battery threshold, the test is terminated and
a BAT~RY TEST FA~URE message will b printed and displayed (See
Section IV E 2).
If the battery voltage remains abve the lW kttery threshold (11.2
volts), a BAT~RY TEST PASS message will be displayed and printed
(See Section IV E 2).
To ifitiate a battwy test: Press and hold the BATTSRY TEST button
until the LED to the left of it k@na to flash (abut 2 seconds).
To cancel a battery teat, once it has be-: Press and hold the
BATTSRY T=T button until the LSD stops flashing (about 2 seconds).
9
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5. SYS=M ~T ~tsb: This mmentary COntact wahtitton is used to
ititiate a system test. The t-t is conducted as follows:
a. ~ld t~ ~t~ areased: All Of the front ~el LEDs and di S-
plays will be turned on to enable user verification of their _
operation.
b. R~eaae the Wtton: A SYSTSM TEST message will be sent to all
printers, the cmp~sr (M used) and.the display (See Section ~
E 2). This ~lws a check on all of these devices.
c. Within 10 seconds, all inaoti - ~one lti- till be tested
(See Section VIII B 7 c).
6. Smwm mm Smm: This mmentary contact ~shbutton is used to
sflsnce the receivers alert tone ad dso cancel the rmote ~ert (if
used. ..See Section III D 5). If multiple signals come within 10
seconds of each other, the ~ert will not r-sound.
The volme of the alert tone can be changed by adjusting a wten-
timeter tit~n the receiver, ~ong its right edge (See Diagram 3).
The alert tone will sound for ea& of the follaing conditions:
a. Each time a massage is received.
b. Failure or restoral of any of the parimeral devices (printers,
com~ter ), battery, or A.C. power.
c. Whenever a message remains on the tisplay for more ttin 30
seconds tith the (message) WA~~G ED on. This TONE SWVSS to
remind the o~rator that there are more messages stored in the
No. 6851s memory.
7. -A= ~E ~: These 8 display lights can be asi~ed to specific _
dam codes (LOW SPEED Ad~co stmdard, Radiotics, and S=COA fomata )
and/or Channel nmters (~~ SPEED A@m@ , Derived c~nnel, Or Long
Range Radio fomat ) by the progra~ng of the option PROM chip fur-
nished with the No. 685. Stsndsrdiced alarm ondes and/or channel
nmbers must be used for all phone lines (line cards) so progsmmed.
For enmple, coda 1 could mean BURGLAR AMRM fm all LW SPEED ~m-
m~icators. -d 1 could also mean the same thing, or smsthing
different (e.g.: FIRE ALARM), for all HI~ SPEED communicators. For
full information, see Section VI A 1. The -SAGE TYPE LEDs are
designated:
HOLD-UP LOW BATT.
FIRE ALARM OPENING
BURG. ALARM CLOS~G
R~TORE ~ST
a. VALD L~ When lit, indicates that the m~sa~ on the display
is a verified message.
b. WA~~G LSD: When lit, indi=tee that at least one msesa& is
conttined in the intern~ m-ory of the No. 685. It is intended
to warn the operator tbt there are more messages to be copied
when the WUAL mode is being used.
10
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-.
As an additional warning feature, the alert tOne will be
triggered if the DISPLAY = ~SSWE button is not pressed
within a 30-second period. If the operator silences the alert
but does not display the n~t message, the alert tone will
trigger again 30 seconds later.
This feature is intended to remind the operator that there are
more messages stored in the No. 685,s memo~.
c. A~~ L~: When lit, indicates that a call is being processed
on at least one of the telephone lines.
a. La B~. @OY) L~ : When lit, indicates that the receiverrs
standby battery voltage has dropped helm 11.2 volts. Since
the batte~ is normlly being charged by the NO. 685, a L~
BATT. condition should ofly occur after an A.C. pwer failure.
b. A.C. L2D: When lit, indicates that an A.C. pwer faflure
for longer than 5 seconds has t&en place.
c. PRI~R L~ : When lit, indicates that one of the printers
(serial,paralld or =tension) has failed.
d. ~~ L~ : When lit, indicates that the NO. 685vs comection
to the computer (if a~) has failed.
Note: The CAPS and Ademco/M computer aystm are ~ listed for
burglary monitoring but are not listed for cmmercial fire
motitoring.
e. L- F~T L~ : When lit, indicates that a faflure has bem
detected in me of the phone 1ines. The fadty line’s nuber
will be displayed abme F~T~ LI~ just to the right of the
TI~ and DATE message display.
B. D~ %itch Groop (InsideFront F1ip–Dwn Panel):
These witches (located inside the flip–d- pael on the front of
the receiver) are used to select various seldm-changed operating
features. They must be activated by straightened paper clip or
similar pOinted object (not a pencil point). To open the
flip-dwn panel, simply pdl on the fr~t handle.
1. A~O-M (Auto/~nual Kis-off) %itch: This =itch is used
for facto~ testing otiy. Its position is unimportant in nomal
operation.
2. C~F-CR (Carriage Return, Line Feed/Carriage Return Ody)
&itch: This witch is used to adapt the No. 685 to printers that
feed the paper twice when a carriage return-line feed combination
signal is received.
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3.
4.
5.
6.
When the swit& is in the left (CRLF) position, the No. 685
is sat up to work tith mmt printers (incluting the No. 786). ‘d
If the printing appears double s~~d after each line, move
the stitch to the right (~)’. The No. 685 will then output o~y
a *rriaga return.
Pm4PP (PrAnte/off ) wtoh: WE T~S S~T~ lN ~S ~~ (pm)
P~~I~ WHSN A PRIN~R E USED. If pfinter failure occurs,
the ‘PRINTXRn SYSTEM FA~URE UD till li@t and the No. 685
wfil autaatically stitch to the MANUAL mode. In ttis event,
the MANUAL mode can be overriolden,if desired, by meting the
stitch to the right (OFF). This will retwn the systa to the
A~O mode (as mi~t be desired if a com~ter ig also connected
to the No. 685) while keeping track of the printer status.
The ‘PRINTERW SYSTEM FALURE LED till remain lit.
Caution:
USE T~S
Mle the switch is to the ri@t (OFF), the ‘readym
lines from the printer are not checked during
printing. This could cause loss of data on the
printer.
S~T~ IN ITS RImT (0FF) POSmION E A mWmER IS
USED W~H NO RE~mER PRIN~R PR~ENT.
With the switoh in this position,.the No. 685 will autmati~lly
stitch to the ~UAL mode if.a ccmputer faflure occurs with
~ Witier Wnnected to the No. 685. -
Use of a pfinter is recommended, to log the detafls of any ‘bad
trsnsmissionen that may occur.
1-S (l-Seoond/2-Semnd Eadshsks Delay) ~t~: This stitti
is used to gelect the amount of time allmed for phone line
settling after mswering a call. In some localities, enessive
phone line settling delay ~ght cause the handshake tone to
‘break up .$’ To avoid this situation, the No. 685 may be
progr~ed to wtit a longer time between answering a call and
starting the “handehkew tone.
In the left (1S) position, the normal l-second delay is
selected. If difficdtiss are enmuntered, meting the stitch to
the right (2S) will increase the delay to 2 seconds.
12E-24E (12-hour Cltilti/2tiW Htiit~y T-) %t&: This
switch is ~sed to select a 12-hour (civilian) or 24-hour
(military) time display. For the 12-hOur display, move the
stitch to the left (12H) position.
1R&2RG (l-Rin@2-Ring Pickp) ~teh: This stitch is used
to pro~am whether the No. 685 will amwer a cdl aft% 1 fing
(left) or 2 rings (right). Pickup after 1 ring shodd norm~ly
be used to allow the No. 685 to operate at mafimum speed. If,
howenr, false pickpa due to noisy @one lines occur, the 2- b
ting pickup position shodd be used.
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,-
?. ma~ (off/timer) Mta: This
below the 1RG2RG stitch. It may not stitch is located
be labelled on all directly
mite .
Use this swit& in ita ri~t (COM) pogition when a oomputer is
used.
This stitch is used to tell the No. 685 that a com~ter has ben
connected to it. The No. 685 uses this information to decide
whether or not to switti to the MANUAL mode in the event of a
cmputer failure.
If the nMANUAL Mode on Cmputer Failurew option has been selected
and if the OFF-~M stitch is in the right hand position, the
No. 685 will switch to t~ MANUAL mode in the event of a comwter
faflure.
If a printer is present, the No. 685 may be restored to the AUTO
Mode by moving the OFF-~M dipswitch to the OFF (left) POSitiOn.
c. Adtiti~ Stitches (Inside Fli~DWn Panel): T* foilwi ng switches
are ~so to be fomd inside the fli~down panel on the frent of the
unit.
1.
2.
3.
4.
5.
6.
7.
~~nER _ER Selector Stit&: This switti is used to identify
the receiver nmber on message displays and printouts. It may ba
set to my di@t frem 1 to 9 (1 for the first receiver, 2 for a
second receiver, if used, etc.).
== -ST *t&: This switti is used in case of a tsm~rsry
malfmction. When this stitch is pulled down and released ,
the following events occur:
a. All m~sa~ memori~ are cleared.
b. The system is re-initi~i~d.
c. The stored date end time is &ecked for validity ~d reset
to 12:00 M m Jeu. 1 if so error is detected. The seconds
are ~wa~ reset to zro.
d. A SYSTEM RzSET m~saga will & displayed and printed (see
Section N E 2 a).
SSWD msoFF Stita: This switch is wed for factory testing
and does not fmction in nom~ operation.
~L DAWm Mt&: This stitch is used only for factory
tasting.
DA= SRT/O~fl~ SST Stit~
-mom wtd
DAY~ Stit&:
These switches are used when setting the internal clock and
ctiendar.
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D. Rear
1.
2.
i
Normally the DATE SET/OFF/TI~ SET switch is in the OFF
position. When it is in either the DATE SET or TIME SET
~sition, the display will flseh as a W=fing and printing is
held back (tMs prevents printout of an inv~id time or date _
dining getting of time or date).
At the completion of aettin~ the time or date; a speci~ system
m=sage will be generated for log@ng pmpmes.
TO SET THR DATE:
a. Move the DATE SET/OFF/Ti~ SET stit~ to DA~ SET.
b. Set the month by pressing and holding tbe MONTH/HOUR
button”. The month portion of the display will advance until
the button is released.
c. Set the day by wesaing and holding the DAY/~NUTs button
until the desired day shows on the display.
H&e: The calendar will normally advance from
February 2a to March 1. In a leap yem, the date
may be manually s~ to Fe&Wry 29. It till then
automatically advmce to Mar& 1 at ~dfight.
a. Move the DATS SET/OFFflIMS SET stit~ to TIME SET.
b’. Pres9 and hold the MONTHfiOUR button mtil the desired _
hour is displayed.
c. Press and hold tbe DA Y/MIN~E stitch until the desired
finute is diaplayed.
H&e: The seconds munter will ~ held at O seconds mtil
the DATE SET/OFFflIMS SET switch is returned to OFF.
A~R TSR DATE AND TI~ WAVE BEEN SET, TSS DA= SST~~M
SST SW2T~ ~ST BE RSTORSSD TO ~- TO PEMT MSSAOSS TO BE
DISPLAYSD AND PRIN~D.
& Recelvar:
-L P~N timector J101 (RS232)
SSTS=I~ Pfiet=* (M-) Comeotor J102 (RS232)
~~~Se ~or J103 (RS232)
P~L P-R ~eetw JIM (Cantrotios Fomat):
●Not relevant to UL a64 listed.fire alarm monitoring.
Thsae ~e standard data connectors (25-pin, ~w for J101, J102,
JI03 and 36-pin for J105) that permit connection to appropriate
eqti~ent.
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,.-
5. MMTE ALRRT Connector J104: Permits connecting alert tone
dry mntacts within the receiver to an option~ remote somder
No. 706 Mini-Howler) or light. Matimum distanm between the
685 Receiver and rmote sounder or light is 50 feet. A tw-
conduct or cable assembly with matching connector is supplied
to facilitate the connection.
Nate: An efiern~ pwer sour- .is remired for the remote
used. The contacts? matim ratings are: 12V.DC, 2
~Ps .
mrtaat: Da not use balls or metiti t~ horns as somdi~
6.
7.
8.
9.
10.
11.
. .
aences.
The receiver’s remote ~ert mntacts - be operated in either
of two modes, as chmen during the prowamming of the option
PROM chip (see Section VI) .
a.
b.
R-ate Alert Dday: The remote contacts’ operation follms
the receiver’s intern~ alert after a user selectable delay
of up to 50 seconds . The r=ot e alert as well as the
internal alert will have to be silenced by momentary
operation of the receiver’ s SLENCR ALERT switch. For
selecting the delay, see Section VI C on progrting the
option PROM chip.
Ramot e Alert -se R&ay: Each time the ~ert tone is
triggered, the raote contacts wfll close for 2 seconds.
This is uaefti in a computer* inst~lation where the No. 685
is raote from the operator. In this case , mute the
No. 685 !s internal alert using the potentiometer as
dscrikd in Section III A 6. The operator will then not
bve to Wsh the S~EN~ ALSRT button. If 2 seconds of
cl~ure is not sufficient, an eternally powered latching
relay and reset switch m be employed. See Section VI C
for selecting the pds e relay option.
●Not relevant to UL 864 listed fire ~srm monitoring.
BAT=RY 12V Connectors J106, J107: For connection of user-
supplied standby battery (12V, mtintensnc~free lead acid, 50
amp-hour minim~) . Use both cable assemblies provided and
psr~lel the connections at the battery.
=~ L- T5rmi@s: For connection of up to 8 phone lines
(phone line polarity must be obaerved).
AC Paer Comector: For 11OV.AC Line Cord (supplied).
AC F=e: 3A, SLO-BLO (e.g., No. m-10) .
BATT. Fuse: 15A (e.g., No. 90-15).
GRO~ING POST: For connection of an earth gromd.
15
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&LOW SPSSN (Ademeo Stan*d, Raditics, SsdioniS Supsrf=t or S=~A)
Fmat:
1. Dis@ay, M SP= F-at: When a si~d is received via a Line Card
imt~led in the No. 685, the si~d will be displayed as six identi-
fication &@ts followed by a singe di@t am code. A typical
display mi~t be:
12 0865 2 (pi= T~ snd DATE)
The first digit (1) represents the receiver number setting of
the RECRNER NWER switch on tk No. 685 (see Section III Cl).
The second digit (2) represents the group or rotary nmsbsr (1-8) which
the usr has sasi~ed to the tele~one line processing the =11. Up
to 8 rotary identifiers may be assigned. Conversely, al 8 ptine lin~
may be assigned the ssme rotary nmbsr. This number is ~ogr~ed
during the Line Card Setup Procedure (sse Section VII A).
The third throu@ sifih digits (0865) repr~at the subscribers
account nmebsr. The No. 685 Receiver is desi~ed to accept > or k
di@t aocount nmbsrs se supplied by LOW SPEED Adsm@, Radionics or
S=COA c=ticato=. When reoei~ng 3-digit LOW SP~ si~ds, the
receiver adds a O ahead of the 34~t acwmt nmber as shown in this
e=ple. -
The fi- di@t (2) represents the transmitted alsrm code, which can
be any code fra O through 9 or B though F.
With the No. 685 in the A~OWATIC mode, the characters on the display
wfll ap~sr as they are received and processed by the No. 685. If the
semnd transmission is identical to the first, the display will not
~angs (except for the VALID LED, which will light for the second
message). ~tid the transmission change , the nsw~y transmitted
sign~ wfll appear on the display screm. In the ~UAL mode, the
previous message will remain on the ~splay until the DISPMY NE~
~SAGE button is depressed.
If mtitiple traosmissione are received frm a commuoicstor,they will
nom~ly al be hsn~ed by the No. 685 on the same odl. M~sagss are
displayed on the No. 685 in succession as if they were se~rate
messages frm clifferent cmmcat O=.
zMot*, W SP- Fe: When a printer is used with the No. 685,
it mn be operated in one of two modes: PRINT ALL or PRINT V&ID
ONLY. ti the P~NT ALL mode, every m-sage recsimd by the No. 685
wfll be printed. In tk PRINT VAL~ ofiy successf~ transmis~om
whioh have been Hssed-of f will te printed. ~S means, under norm~
conditions, for ewry tw messages reoeiwd ofiy one will be printed,
in an <fort to cn~srvs ~psr and minimize operator re~sw time. _
However, when tid or Pr transmissions are received, an error mssags
wfll be printed.
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Typical printouts are shown &lcw. The is represented in an AWPM
basis in this example. The second itm represents the month and day
of the year. The nefi 7 digits represent a reproduction of the
No. 685 display. The English language message at the right is
produced by assi5ing specific alarm codes to one of 27 messages
stored in the option PROM (see Section VI A).
6:30 PM 3/15 12 0865 2 B~GLAR ALARM
If Hssoff is issued, the message will be identified as verified with
the letter (V) as shown below:
6:3o PM 3/15 12 0865 2 (V) BDRGLAR ALARM
Ad=co’s High Speed c~unicatora wfll ~ways transmit in LOW SPSSD
format to the No. 685-1 Line Card.
It is possible that a transmission frcm a Hi@/La Speed @mmuni-
cating detice may be received by a No. 685-2 or No. 685-8 Line Card in
LOW SPEED Ademco Standard format . This will ody occur if the
communicator fafls to recognize the HZGH SPSRD actiowled~ent tone
wti& is transmittedttice from the No. 685 receiver. This situation
can arise as a ras~t of a fatity phone line. The c~uni cator si5ti
will then display on the No. 685 screen and print in exactly the same
manner as dascrikd abva. The otiy word of caution is that a 4-digit
account nmber programmed into the communicator, will then W
transmitted as a 3 di~t account nmnbar. In this case, the No. 685
will insert a leading O to convert the account number into 4 di@ts.
For example, if channel ‘3is activated at account 4123, and the cal
is received by receiver #2 on line #4, this Prtion of the message
will appear as shown below:
24 0123 3
In addition, if a low speed commmication message is received on a
No. 685-2 ~GHLOW SPEED card, the message wfil ap~ar in LOW SPSSD
Ademco Standard format.
Lw s~ed r-torti messages from the NW . 678, 693*, 694* and similar
c-unicators may option~ly be translated to Adaco High Speed fomat
for the CAPS or Ademco/MAS com~ter system. These messages sre as
fOllows:
ACC Z
ACC 9
Where ACC = Accomt Nmber
z = C~ti cator Channel
These messages will be printed (but not sent to com~ter ) along with a
685-generatedHigh Speed message. The cmputer wfll ofiy receive the
swci~ High Speed m-saga.
.,-. ●Tnese C-unicators are not UL Listed.
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B.
For ~ample, the message:
will be printed as:
Note: When the High Speed
message naber wfll
Iang=ge table.
l= 2
123 2
123 9
123 9 .J
0123 2 (V)
0123 9 (V)
0123 5355 5555 7 (V) ZO~ 2 RESTOM
but Ofiy
0123 5355 5555 7
wfll be s~t to UPS.
message is printed, tbe EnQish languge
be sd ected frm the HIGH SPE~ English
This feature must be embled for each line card for which it is
desired.
EI~ = Fo~t :
1. Displ~, HI= S= Fe-t: When a No. 678, 694*, 4160-12 , or 4180-
12 High Speed Digital Communicator addresses a No. 685-2 HIGH/LOW
SPE8D Format Line Card, tbe message will no~lly be tr~mit ted ~d
displayed in HIGH S~~ format. In this fo-t, the presentstion of
the sti identification digits is similar to that of the LOW SPEED
fofiat.
The receiver nmber, \_
the group or rotag nuber, and the 4-digit
subscriber’a account nmh r are the same as described in paragraph A
(leading digit is not forced to zero).
Mote: The No. 678, 694*, 4160-12 or 4180-12, if programed for
Adaco fo~t, need not be re-programed to sed at HIGH
SPE~ to the No. 685-2 or 685-8 card in the No. 685.
* Not ~ Listed for c-tti station c~tication
In HIGH SPB~ fomt, information regarding dl 8 charnels as wdl as
the ninth (teat/la battery/channel data ID) channel will be
trmmitted on each message. In HI~ SPEED fo~t, slam cnd~ no
longer identify a channd. Instead, the positieo of the info~tion
h tbe display and on the prfiter (if used) id~tifies the charnel.
Code nmbers identify the states of each ch~nd. men any chmn~ is
activated in a high speed communicator, status information is
automatically tramitted for dl chmnds.
The specific code nmbers that are used to indicate the status of each
chmnd are indicated in Table B.
For ~mpl e, if chmne2 1 is activated, and chmnd 2 bas reported on
(Cmt 1d on page 20)
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.,-
TABLE ECHANNEL STATUS CODES (HIGH SPEED FORMA~
r the ei@t event mportins ~~s (di~ts 5 through 12), the channel
a~tuscodes are as follOWS:
mde Meting
1t NEW EVE~ (previously unre~rted ).
2 NEW OPEN~G (previouslyunreported).
3NKW RESTORE (previously unre~rt ed).
4 NEW CLOS~G (previouslyunre~rted).
5NOR~L (no event since previously rewrt ed RESTORE).
6PREVIOUSLY REPORTED RVEM ST~L ~ EFFK~.
o* NRW TROUBR (otiy displayed for e~snded re~rting lW speed
comuni eators).
r th ti~h ~d (di~t 13), the follwing channel status codes are used:
-,
1 DURESS RRPORT in preview 8 channels (specificallychannel 1).
2OPEN~G REPORT in the previous 8 ohannels (with wer ID in &annel 1
if e~anded reporting of user # is selected at the communicator).
3ZONE BYPASS STATUS REPORT in the previous 8 channels.
4&~~G REPORT in the previous 8 channels (with user ID in &annel 1
if e~snded reporting of user # is selected at the communicator).
5ZONE TROUBLE STATUS ~ ORT in the previous 8 channels.
6SYSTEM TROUBLE RSPORTS in the previow 8 channels.
~
CHANNEL 1: AC LOSS
CSANNBL 2: LOW BATTERY
CHANNEL 3: SYSTEM FA~URE
~NNKL 4: WAT~~G TI~R RRSET (LONG RANGR RADIO)
CHANNEL 5: FA~URE TO RE~ME STATUS MESSAGE (LONG RANGE RADIO)
CHANNEL 6: TEL~ L~E FAULT
~ANNKL 7: NOT USED
~ANNEL 8: WALK TEST (SENSOR TEST ~DE)
7ZONE ALAW STATUS REPORT - &arms are remrted in previous 8 channels.
8~W LOW BATTERY (will mt re-report on subse~ent calls and will mt
send restore) - old him speed format method for reprting system
low battery - ~arm statw is re~rted in the pretious 8 channels.
9TSST MPORT - ~- status is re~rted in the previous 8 channels.
o RADIO DIAGNOSTIC** – Radio testing infc is re~rted in previous 8
channels (This message will not be sent to the emptier output).
L
+ This code not ued with Radionics B~K software to rewrt Telco channel
problems (code O ued) .
* This code not used for Long Range Radio reporting (code 1 used).
** Refer to Appendix in this manual (see Ind=) for further information.
..-
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a Prefio~ tr=s~ssion, the display till indicate a n= alarm (1) on
Chm”el 1, a previous ~am (6) on ch~el 2, no~~ (5) on ~h-ela 3
through 8 and Alarm (7) on the test/lm battery/channel data ID _
channel. The following examples should illustrate the types of
displays to be e~ected with hi~ speed format. fi ~1 of the
following cases, the receiver number is 1, and the call is received on
POUp or rotary No. 3. Of course, T~ and DA= wotid be displayed in
each case as well.
Um : Only NEW events: ALARM, OPENING, RESTORE, CLB~G or
TROUSM on any channel or 24-hour zone BYPASS~ or T~T will
trigger transmission, at tiich time al 9 channels till
report.
Mamples (~GR SPBBD format):
1. At subscriber #2890, channels 1 through 8 are norm~ md a lW battery
(channel 9) ifitiataa a call. The following message will be sent:
Rcvr/
Line ID
Message: 13 28go 5555
~nel 9: 55558
NEW LOW BAT~RY
Subscrikr Channel Nmbsr
Identificstion 1234 56789
2. At subscriber fi890, channels 2 and 5 go into dsrm (and initiate a =11)
and channel 6, which has previously reported an ~arm is still triggered.
Channel Number
1234 56789
5155 16557
Rcvr/ Subscriber
Line ID Identification
Massage: 13 5890
-nel 2: NSW ALARM
Channel 5: ~W ALARN
Channel 6: P~IOUSLY REPORTSD ALA~
(still in effect)
3. Still at subscribsr %890, follwing the events of e~ple 2 ative, channel
2 restores (initiating the call) and channels 5 and 6 raain in ~arm:
Rcvr/ Subscribr Channel Nmbsr
Line ID Identification 1234 56789
Message: 13 58go 5355 66557
-nnel 2: NRW RSSTORE
~nels 5,6: P~IOUSLY REPORTED ALA~
Rcvr/
Line ID
%easaga: 13 Channel 1: ~ER ID - User #1 opened
Channels 2-9: OPEN~G REPORT TRANS~TTED
(still in effect)
sands ao opening:
Subscriber CMnel Nmber
Identifi=ti on 123Q 567a9
0135 1222 22222 -
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