Specifications

ManualsBrandsADEMCO ManualsHome building and Decor4160-12 C-COM

STA1lATION

F=1!FSTRUHION5

‘~s 7/87 ksue bss been subat~ti~ly retised

GSNSRAL INFORMATION

...............................................

PUNCIPAL ~ATURES

................................................

III

FUNCTIONAL D~CRDTION

............................................

Stit@es and LEDs on Front of Receiver........................ 8

DD Switoh Group (Inside Flip-Down Panel)..................... 11

C. Additional Stit&es (Ioside Fli&Dmn Panel).................. 13

Rear of Receivm ................i............................. 14

~SSAGE FORMATS...................................................

A.. LOW SF~D (Admco Stsndard or Seswa)

Forma t.................

~GR SPEED Fmmat ..............................................

C. Eq~ded Low Speed Fomat

.....................................

D. RadioniN BFSK

...............................................

System Messages...............................................

1‘. RCVA Group (Peri@er~ Device F~l/R~tore) ...............

2. R CVB Group (Operator Triggered Condition

or Messa@ Transmission Error)............................

3. LINE Group (T&ephone Line Fatit~estore) .................

ME~RY CARD SETUP PROCEDURE.......................................

OPTION PROM CHE FOR M=SAGE LIGHTS,

ENGL~H LANGUAGE P~NTER OUTPUTS AND

OPERAT~G OFTIONS

.................................................

A. En@ish Lm@ge Messages

for Printout and Display Li@ts

...............................

RnQish Lmguage Using Table Lmkup ....................... 33

‘Zone En@lsh” Option..................................... 37

Operating Optiona............................................. 38

Pro5ting the Option PROM Chip

..............................

VII

LINE CARD SETUP PROCSDURE

......................................... 45

E.”

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

Summary of content (68 pages)

PAGE 1
STA1lATION F=1!FSTRUHION5 ‘~s I II III IV .- v VI VII 7/87 ksue bss been subat~ti~ly E retised GSNSRAL INFORMATION............................................... 3 PUNCIPAL ~ATURES ................................................ 6 FUNCTIONAL D~CRDTION ............................................ A. Stit@es and LEDs on Front of Receiver........................ B. DD Switoh Group (Inside Flip-Down Panel)..................... C. Additional Stit&es (Ioside Fli&Dmn Panel).................. D.
PAGE 2
VIII ~STALLATION ..................................................... A. Preliminary.................................................. B. Connections and Settin@ ..................................... 47 47 49 IX TROUBLSSHOOT~G .................................................. 50 x GE~RAL SPECIFICATIONS........................................... A. Yo. 685 Di@tal Alarm Receiver............................... B. Printer ad Cmputer Interface............................... c.
PAGE 3
I. ~ m-ma W Mo. 685 D@td AReesi~ conforms to Part 68, FCC Regulations, Re~stration 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.
PAGE 4
The receiver is provided with 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).
PAGE 5
? 11nes — Protected . Equimt 3 lines — 4 ines — s Ii nes 5 5 5 5 5 5 70 20 m 20 20 20 10 — 10 10 10 m 50 w 50 51? 7MI lnz4t 512 768 1024 lN 153 179 Im 1s3 175 6 lines 7 Iims 8 lines — Premises tixim .“*e. of water flow devices per initiating &vice Circuit: nuder of sprinkler superviswy devices Wr initiating dev?ce circuit: 5 N — Mxim. o 20 — Mxiu .
PAGE 6
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 Supervisory Si~tiing Services. The definition of the approved system @nfi@ration is smarized Commmi~tor (s) re~rting “ hermith. . No. 6780L-F Digit~ Receivw. ofiy to a NO. 685 Di~tti . No.
PAGE 7
G. 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. H. 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.
PAGE 8
III. ~~ONAL A. DES~ON *itches and L~s 1. on Front of Receiver .- ~/~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. ~ (Wt) Position: In the AUTO mode, messages are displayed 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.
PAGE 9
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.
PAGE 10
5. SYS=M ~T ~tsb: This mmentary COntact wahtitton is used to ititiate a system test. The t-t is conducted as follows: a. b. c. 6. ~ld t~ ~t~ areased: All Of the front ~el LEDs and d i Splays will be turned on to enable user verification of their operation. 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.
PAGE 11
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~.
PAGE 12
When the swit& is in the left (CRLF) position, the No. 685 is sat up to work tith mmt printers (incluting the No. 786). 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. 3. ‘d WE T~S S~T~ lN ~S ~~ (pm) Pm4PP (PrAnte/off ) wtoh: P~~I~ WHSN A PRIN~R E USED. If pfinter failure occurs, the ‘P RINTXRn SYSTEM FA~URE UD till li@t and the No. 685 wfil autaatically stitch to the MANUAL mode.
PAGE 13
?. ma~ (off/timer) Mta: This stitch is located directly below the 1RG2RG stitch. It may not be labelled on all mite . Use this swit& used. in ita ri~t (COM) pogition when a oomputer is 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.
PAGE 14
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~ m=sage will be generated for log@ng pmpmes. _ system 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”.
PAGE 15
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 twconduct 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 . Da not use balls or metiti . . aences.
PAGE 16
& LOW SPSSN Fmat: 1. (Ademeo Stan*d, Raditics, SsdioniS Supsrf=t or S=~A) 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 identification &@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 the RECRNER NWER switch on tk No. 685 (see Section III Cl).
PAGE 17
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) .
PAGE 18
For ~ample, the message: will be printed as: l= 123 123 123 2 2 9 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. When the High Speed message is printed, tbe EnQish languge message naber wfll be sd ected frm the HIGH SPE~ English Iang=ge table. Note: This feature desired. B. Fo~t must be embled for each line card for which it is EI~ = : 1. Displ~, HI= S= Fe-t: When a No.
PAGE 19
TABLE E CHANNEL STATUS CODES (HIGH SPEED FORMA~ r the ei@t event mportins a~tuscodes are as follOWS: ~~s (di~ts 5 through 12), the channel mde Meting 1t EVE~ (previously unre~rted ). NEW OPEN~G (previouslyunreported). NKW RESTORE (previously unre~rt ed). NEW CLOS~G (previouslyunre~rted). NOR~L (no event since previously rewrt ed RESTORE). PREVIOUSLY REPORTED RVEM ST~L ~ EFFK~. NRW TROUBR (otiy displayed for e~snded re~rting lW comuni eators).
PAGE 20
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 Mamples 1.
PAGE 21
,- 5. Mter tramission of &mple Rwrl Message: Subscriber Identification 13 Ch~nd 1234 0135 Ganel ~ands 6. 4, stiscriber #0135 sends a closing: 1444 USER D - User /}1closed 2-9: ~OSING REYoRT T~SMIm Nmber 56789 44444 1: Subscriber #0135 sends a duress message: Rwr/ Line D Message: 13 Subscriber Identification ~mnel 1234 Nmber 56789 0135 1555 5555 1 ~annels 1-9: Duress report tr~mitted 7. Subscriber #0135, User #l force arms the qstem, report a bypass. Message: .
PAGE 22
Rcvr/ Line ID Messa~: 13 Trouble restord Messa@: m: 9. Subscriber Identification Channel Number 123& 567a9 5a90 5155 55555 5355 55555 is transmitted as soon as it occurs. 13 5a90 If a Him Speed trouble report is received on a channel that has been pro~-ed as a FI~ channel (Message #11 ) the English Language massa~ will be FIRE TRO~M. If a system trouble condtion etists. Rcvrl Line ID Subscriber Identification F@ Loss of AC ReportlW Messa~: occurs.
PAGE 23
Conditions which produce an En~ish language output are anything other than a previously reported event or a nom~ event; however, when multiple conditions occur on one transmission, the printer will produce an (M) in front of the m~sage.
PAGE 24
TABLE C TvPICAL LOW SPEED MESSA( > I I mm mm w Reprting - T 0124 1 (V) 0124 0124 0124 0124 0124 B C D E F OBBB 3 0124 3222 2222 2 (V) OPEN~G USER #3 3124 3222 2222 2 0124 C Occc 3 0124 3444 4444 4 (v) 2124 3444 4444 4 0124 E OEEE 1 0124 3555 5555 7’ (v) (v) (v) ZONE 1 RESTORI D124 3555 5555 7 I 0124 F OFFF 2 0124 5055 5555 7 (v) (v) (v) ZOWE 2 TROUBU 0124 5055 5555 7 124 F FF 9 1 0124 F OFFF 9 0124 5555 5555 8 (v) (v) (v) LOW BATTRRY 012Q 5555 5555 a 124 E EE 9 I 0124 E OBE
PAGE 25
The No. 685 oombin- these messages and ~oduces an equivalent HI@ SPEED fomat message to indicate a RESTO~ of channel 1 (see Section IV B): 13 08g0 3555 5555 7 The cmbined m-sage will te displayed on the No, 685 and outputted to the printer and com~ter. In addition, if the No.
PAGE 26
g. h. i. 3. POFH Trouble/Restore Re~rts Telco C-uni mti on Channel Trouble Rewrts Unsuccessful and Successful Downioad, Trouble~estore Reports or Power-on Reset Translates al received m~sagas into an Adem’m Cm~ter Autmation Systm capatible fomat. In addition, a ‘Zone En@ish~ message wfll be printed on the No. 786 Printer, if ued. Nske sure that the Adam emptier syatam (if used) is set up to handle ~srm codes S (Status repcrts) and W (Foroe-arming) for the B~K acmunta.
PAGE 27
3. .-. At the end of the status messages, a s~cid message consisting of the account # followed by m dam code of 1S’ will be printed and sent to the computer. This message may be wed to su~rvise accounts with periodic test reports. For e~ple, if a status re~rt is triggered after a claing has occurred, the printer will show: (Tim & DAm) (Tim & DA~) Display: 13 0123 3444 4444 4 13 0123 S *STATUS* CLm~GUSER #3 STAT.
PAGE 28
P~RS fiouble~estore Reports: In the event that a BFSK mmmmi mt or reports a POPEX fafiure, the No. 685 will generate the following high speed m-sage: Printout: Display: (T~ & DATE) 13 0123 5505 5555 6 13 0123 5505 5555 6 (v) .- SYS~M FA~ORE (TI~ & DATE) Note that code O is used to indicate a new trouble in this case and appeara in the channel 3 position, thus indicating a system failure, which appears in the printout above.
PAGE 29
meaning. TABLE D: RCVA GROUP MESSAGES ~AN~G ; ●2 CO~UTER ~MPU~R (AND P~NTOUT) FAEUEE R~TORE SEWAL P~NTER FA~URE SER~L PRINTSR R~TOEE ●3 1 3 mTENS ION P~NTER EXTENSION PRIN~R (MODEM) (~DEM) PARALLBL PRINTER FA~URE PARALLEL PRINTER RFSTORE ** 5 AC POWER FA~URE AC POWSR R~TORE 6 SYS~M BATTERY FALURE SYSTEM BATTERY RRSTORR 1-8 1-6 5 6 NOR~L PREVIOUSLY REPORTED FA~URE ng n 7 NOR~L AC~UNT -ER is ~ways: LI~ (GRP.) No.
PAGE 30
2. RCVB Group Messages TransaAssion Brror): (Opsrator-Trigssred Condition or Heasa@ ._.. An RCVB Group message (format sitilar to HIGN SPEED) will indicate conditiom either triggered by the operator or caused by a message transmission error. An event will be indicated by a ‘1’ in the corr=ponding channel position. The ACWUNT NUMBER will be RCVB. See Table E.
PAGE 31
d) This message is Wed to indi=te that the AUTO Pm ~~ ~: AOTO/MANUAL DISPLAY~RI~ stitch has been restored to the AUTO position. 12:00 AM 01/01 10 RWB e) 5551 5555 7 (V) AUTO PRINT ~DE This message indicates that the battery BATTRRY TEST PASS: voltage has rmtined stove the lW battery threshold and the test has been mmpleted (see Section III A 4). 12:00 AM 01/01 10 RCVB 5555 1555 7 (V) BATT T=T f) ON PASS This message is used to flag the occwrence TRA~I~ ERROR: of an abnomd message transmission.
PAGE 32
~ TRANS~SSION ERROR m~sa~ i9 uef~ in conjunction tith a cmputer. Since the cmputer is otiy sent nlid maasa~s, in certain asas, a bad transmission may not conttin the proper number of chsratiers and may never et s.nt to the eom~t er. The TRANS~SSION ERROs message is fomatted to reach the caput er to advise the operator to check the reeeiver/printer. g) Tm/DA~ ~s?: Wnever the time and/or date ig S*, a m~ga~ , is sent to the pfinter and the omputar.
PAGE 33
-. As shipped, the maory card is set up for operation with a psr~lel printer. If any other peripherals are wed, the jumper plugs must be repositioned. See the follming procedure and Dia~sm 4. The mmory card is lo=ted in the third &rd slot (J3) frm the receiver’s front The second card slot is emptY). panel. See Diagram 3 (-e: ~ lRepoaitioni~ of the Jmper PIUSS is Required: off al power to the UO. 6% (battery as well ss At). 1. m 2. Raom th top -=r ftk Ho. 685 by raoting packing material is rmovad. 3.
PAGE 34
This m-sage/display featwe can k wed otiy in conjmction with cods 1 stsndardi=d digitd communicator codes. For instance, dm ‘routmean the same thing (such as bur@sry) for all LOW SPBSD (Admco Standard, Radionics, or S=@A format) commmi catQrs transmitting to the No. 685. 00s set of standard codes C= be assi~ed to LOW SPEED (Ademco Standard, Radionics , or SESCOA format ) and a SePaPate (different or identio~ ) set csn be assigned to ~GH SFSSD.
PAGE 35
TABLE F: ENGLIBH LANGUAGE MESSAGES — m -Am # ~A~ mm SPm (-Y) ~A~ =TGRS (See Mote ‘da) 01 02 03 04 blank OPEN~G CL03HG RESTORE CANCEL TEST 05 06 n 07 08 DO NOT USE WTH UGH SPEED FGR~T A~IL~RY ALAW LOW BATT/AC AM~ SHUNTED ZCNE 09 10 11 12 13 14 15 16 17 18 19 20 HOLD-UP ALARM FI~ ALARM BURGLAR ALAW SP~NSLER ALAW ~TE~AL ALARM LOW BATT. ALAW AC POWER ALAW FRBEZER ALARM BOILER ALARM ~DICAL ALAW BURG. Z~E 1 ALAW BURG. ZWE 2 ALAW BORG.
PAGE 36
message, must be programed to correspond to code 8. If code 5 is a closing, a ~OSING (03) message must be selected to correspond to code 5. c. For LW SPRRD fo-t, a RZSTO~ (04) message shodd be..- Droz~ed for those dam codes thct indicate restoring of qecif ic a2a=. For sample, if code 2 is FIRE ALA~ and code ? restores code 2 and if code 3 is BURGLAR ALN and code 8 restores code 3. then bOth cOde 7 and code 8 must be assigned a RESTORE (04) message.
PAGE 37
=We: ~= SP~ Ws~/Display Mdoatioos. The f~l @pabflity of the n~sage/display featore is e~loited with the =~ SPEED format. ~is is best illustrated with an e-pie (refer to Tables B and F): P~ ~L 1 2 3 4 ●5 6 7 a BR5BH WA= WSAGZ -A= =SAGS HOLD-UP ALARN FIRR ALARM BURGLAR ALARN ~TE~AL ALARN blak SP~NRLER ALARN BOILER ALARM A~IL~RY ALAW 10 11 12 14 01 13 18 07 # *OPENING/CLOS~G ehsnnel (the En@ish OPEN~G buflt into the No. 6a5 for ~GH SFERD fomat).
PAGE 38
New alarm (channel status wde 1, per Table B) and restore (statua code 3) conditions wfll be identified by zone (ZONE 1 ALA~ or ZONE 1 RESTORE for ebannel 1, etc.) titbcut s~cifying the t~ of alarm or r=tore (fire, bur@ar, etc.) _, OPEN~G (status code 2), ~OSMG (4), LOW BAT~RY (8) and ~T (9) conditions will cause the appropriate message to be printed as well as turn on the corresponding ~SAGE TYPE display UD on the No. 685.
PAGE 39
5. 2ur. ~.: This option muses the date to ~ displayed and printed to wnfom to the Ewopesn style of day/month rather than the U.S. style of monthldsy. For e~ple, June 1 will ap~ar as 01/06 instead of 06/01. 6. Auto AC: Normally, if AC ~wer fails, the No. 685 switches to the MANUAL mode. This is done to prevent loss of si~~s, before an operator can read them, when m AC powered printer such as the Ademcc No. 786 is used. If a 12V.DC printer (with its own stand~) is used, the switching of mode is ~t rewired.
PAGE 40
1. Fill in PROM CEAHT 1 (See Table of Contents for locati~) SNGLBE LAN~A~ =SA~ S~~IOS by assigning measa~s (from Table F) to the WGH SPSSD channels md LOW SPEED dam ~des, as Also note that required. Do not program alarm code “O”. messages #2 to 6 are not used tith the ~GH SPEED forest. For unused channels (or males) program a blank. EXAMPLE PROMCHART1: ENGLISHuNGUAGE MESSAGE SELECTION HIGH SPEEO CHANNEL # (HIGH SPEED) OR ALARM COOE (LOW SPEEO) .
PAGE 41
EXAMPLE HIGH SPEED CHANNELS ●Insert all leading seroes. ●*Restrictedto singe di@t LOW SPEED ALARM CODES If m message desired, pro~am “Olw. (1 to 9). If m message desired, progr= “1”. 3. Fill in PROM CHA~ 3***: L= ~~ EN~BH LAN~AGZ ~LR by placing a Aeck in ea~ box corr~~nding to the 1-d nombsr (not ~oup or slot nmbar) for whi~ an En@ish lm~age output is desired. Not e: card nmbar corresponds to Line telephone line nmber. 4.
PAGE 42
7. Ffil h PRW -~ 7*: COK~R ~~~ SRLS~I~ (d=s a ~~er -1 mt be used, in w~~ case, stip t~s step). See Section XI B for an explanation of the cmputer options. Pla~ a check in each box for,whi~ the option is desired. 8.. F~ h PRON ~~ check in each tix slot number) for Ademm HIGH SPEED 9. F~l in PROM ~~ 9*: L= CA~ 3-1 WE ~CRSM E~L~G by placing a check in each Wx corres~nding to the line card nmber (not group or slot nmber ) for which 3-1 Checksm reports are to be enabled. .
PAGE 43
LmE MRD ENGLmH LANGGAGE ENARLMG 18. Turn the rot~y (PROM CHART 3) stit& to its ~TORS ~ition. 19. Refer to PRW WRf 3 and ~sh up the OPTION/WANNEL SELS~ION srntch~ correspending to each box checked. 20. Harntsrily ml ~ enabled position. the PR_ ~t~. An LED till light for each L~E CARD ‘ZWE ENGLBHW OPTION SELE~ION 22. Turn the rotary atit~ to its 16 SEC. DELAY position. (PROM CHART 4) 4 and push up the OPTION/mA~L 23. R&er to PRW ~~ stitches corres~nding to ead tix checked. 24.
PAGE 44
~N~ER OPTION PROGHAWNG (PROM CHART 7) (Not relewnt to UL 864 fire Note; alarm monitoring) Skip Steps 34 to 41 if a com~ter will not be wed. 34. Turn the rotary switch to 35. Refer to PROM CRART 7 and push up the switches corresWnding to each tox checked. i- down the PRW 36. Umantarily @l pro~smmed position. 37. Ret~n dl position. L~ CARD EWL~G oPTI~/~~L position. ~ERTED swit~.
PAGE 45
~. L~ ~RD S- ~~1~: A. PR~ORS Do not rmove or insert any of the Ho. 685*S drdt cards tithout first turdng off the MO. 6X1S AC ~er, ss *1 ss tisconneetingthe standby battery. Group E~bsr S~aetion: The ~oup number is the second digit of the receiver~s display (it follms the receiver number). It identifiae the phone line on which a cdl was received. In the mse where mtitiple @one lines are set up as a rotary group, the group number may be used to identify the rotary group number. B. 1.
PAGE 46
Sme tigit~ ccmmmicatcrs manufactured by other companies (FrsnUin, DCI are among th-e ) have long delays between the first and second transmitted messages. Additiondly, sme communimtors dso have a long time delay between the receipt of the handshake tone and the start of the mesag=. In order to accommodate these units , a Slow Commmicator option is avafiable. When this option is chosen, the No. 685 wfll wait up to 7.5 seconds btween the handshake tone and the start of m-sages.
PAGE 47
In instances where the phone line is intact, but a line fatit is in~~ted because of vti ation in the t~ephone cmpsny supplied loop current, the phone line testing feature can be bypassed by connecting a shorting wire between two pins on the line card, ~ shmn in Dia@m 5. F. k-ing the Ltie Cards: The slot for line card #8 is the rearmcot slot (Jl3 in Diagram 3) . coat dwn frcm the rear untfl you locate the slot for line card #1 (J6). The tele~one mnnectors in the rear corr~pnd to these line card # slots.
PAGE 48
2. P=ition the (user-supplied)st=d~ httery ad connect th supplied connector cable ass-blies to the httery in wr~lel as follows, but Standby is necusary in order to DO N~ CONNS~ TO THE No. 685 ~T. prevent messages ad the date and time ?rom being lmt during an AC Do not attempt to use power fafiore, even if it is otiy mmentary. the No. 685 without battery bacbp. The No. 685 contaim a built-in charger. ‘–’ The No.
PAGE 49
10. Replace the receiveris cmer. B. Comeeti~ and Settiogs: 1. Connect a 800d earth gromd (a cold water pipe or d ectrical box grounding wfil seine this pu~ose in some locations) to the scrm teminal marked EAR~ GROUND. This scra is located on the lower right side of the NO. 685*s rear panel (see Diagram 2). This connection will provide a ground path for the syst~ and must be used. 2. Comect printer(s) and/or c~pntefi to the appropriate e connector(s) prwided at the rear of the receiver.
PAGE 50
Connect the positive (+) phone wire to the ‘+/T” teminal negative (-) phone tire to the “-/R” ter~nd. and the When all the phone lines have been connected, they may he tested at anY time bY m~entarily pressing the SYSTEM TEST button on the No. 685’s front panel. Within 10 seconds, all of the phone lines will be tested. If SOY of the lines shows a f~lme, check the polarity of the tiri~.
PAGE 51
,,.. . RECS~ER NOT ACCEFT~G Motitorincctingtransmissions tith headeet TransmissionsFROM acrms TELO L~ terminalsin No. 685. COmNICATORS. ‘TRANSMISSIONERRORn~Aa ON P~NTER. . ~ No. 6= SANGSW L~ BEFORE TWES START: . E NO TRANS~SSION RE~~D AT ALL: A. B. A. B. c. . ~ DATA RE~~ED, B~ NO. 685 NANGS~ BETWSEN~SSAGES: A. B. c. Cm Orangejm~r on line -rd (see Diagram5). -d commicstcr . Wrong commmicstorfor line card. No acknowledge tone,bad line card. Wd mmuoicator. Cm ORANGR jm~r on line card (seeDiagr~ 5).
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Prokble Cawe m~w **= . NO ENGL~H LAN~AG2 ON P~NTER. A. B. c. . BATTSRYTEST FAfi~E. A. B. c. D. . BAT~RY BOIL~G 0~ ‘WATRRn. Physical: Width: Height: Oe&h: Weight: ~e~mded Actioe No. 691 PROMwas not enabledfor this line card position (see Section VI C and .. PROM CHART 3). No. 691 PROM on memory card inserted backwards . Checkmemorycard’sNo. 691 PROM’spro~ammed messageselectionwith No. 690 Progrmmoer. “1 %ttery disconnected. Sattery voltage reaching No. 685 must be at least 11.2VDC.
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B. Hnt- =d CQ@er* H=fass Spsdfi=tim: ,- The SER~L PRIN~R*, EXTSNSI~ pfinter*and ~~U~Sa the follwi~ mrmeters. ● outputs are set up tith Not relevantto UL 664 listedfire aisrmmonitoring. mt resomm~ded. See subsection Use of a serial printerinterfaw is — C for psrdlel printerinformation.) -e: %ud Rate: 600 1 StartBit 7 Data Bits 1 ~ity Bit forsadto O 1 StoPBit Seri~ PrinterBUSY. my ~ set up to read either pin 11 or 20, as required. Bmsy = Negative(-) voltage. Ready= Positive(+) voltage.
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c. Psr&ld Pfintar Pti Connections: Pb ; ; 5 Mote: Comection Pin Connection DataStrok Data Bit 1 Data Bit 2 Data Bit 3 Data 3it 4 6 7 8 11 16 Data ~it 5 Data Bit 6 Data Bit 7 PrinterBusy Si~d Ground Some printers require that their pin 9 (Data Bit 8) be mnnected to pin 16 (SignalGround). Use of doubleshielded~~1~ cable tith met~ shell cometiora batnsm the Uo. 68s and the printer(s)is recommended(e.g.Adam- Ho. 6864). D.
PAGE 55
3. If en ACK is not received within 2 seconds after the second t~s~on, tk -puter or mwter lM is sss~ed to & in a FtilurenLED on the No. 685 will fatited contition. me .C~~tw light md a ccmputerfa=ure message will appear on the No. 685 displayand the printer (if used). There is an optionto force the No. 685 into the ~NUW mode upon ccmputerfafiure (seeSection 111 B7). 8. H the ~~ter to the -Wter .-. is in a fatit sontition, m-sages till still be s-t However,otiy one transmissionWr m~sage will . OCCW.
PAGE 56
freeingthe o~rator from the task of silencingthe No. 685. ti the event of a cmputer faflureor a switchto the ~UAL mo&, the alert tone will ~ triggeredfor al messages. NOTS: 6. If the ‘PulseRelayn option (See SectionVI B 8) has been chosen,the rmote ~ert relay will activatefor 2 seconds on ALL messages. This will ~low a remote~ert sounderto be used at the computerconsolewhfle reservingthe intern~ alert soonderfor systemmessagesofiy.
PAGE 57
those w~o use B and C for other messages,an optionhas been protided in the 6SS Mmory Boardis option PROM to disable the automatic trsnalation. To disabletranslationof codes BO - BF and CO - CF, check %x 8 of PROM CURT 7 and follow the pro~amming procedurein SectionVI C steps 34 - 37. HAW~G T= L~ATIOSS ~ = RS=~~G STS~ tfis Receiver is part of an advanceddesip centr~ station monitoringsystem, it does not offer guaranteedprotectionagsimt burmsry or fire.
PAGE 58
APPEUDIX -O D~~=TIC ‘.._ ~~TI~ Code O appears in the ninth channel~sition, as indi~ted in Table B: subscriberinatdlation radio test ~~ States Codas (~m Speed F-), i~omation’wfll be reportedin the previouseightchannels(butnot sent to the mm~tm o~~t ). The test messagewill containthe follwing information: men a. =bs criberidentif i~t ion (accountnomber). b. The nmoberof the MasterStationreceivingthe ~arm. c. The sign~ strengthof the receivedmassage. d.
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PULL HANDLE TO OPEN CONTROLS INSIDE FLIP-DOWN PANEL ~ ~agram ,.. ,. LL 1: FRONT D,psw,T~HEs VIEW OF NO. 685 FUSES AC POWER CONNECTOR STANDBY BATTERY CON NECTORS ~agram 2 R~R 59 - Vl~ OF NO.
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.. REAR J13 c— LINE CARD #6 3 J12 E— LINE CARD #7 3 Jll c— LINE CARD W 3 J1O c LINE CARD W —3 J8 c— LINE CARD #3 J7 E LINE CARD W —2 J6 LINE CARD #1 —2 J5 c c‘------ J4 E J3 c— J2 E-––---BLANK– J1 E— J9 2 INTERNAL ALERT TONE VOLUME ADJUSTMENT POT. .\ o BMNK-------z - CPUBOARD —3 MEMORY BOARD —3 -----I DISPLAY DRIVER BOARD —~ FRONT Diagram 3 TOP VIEW OF NO.
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CARD EJECTOR J MEMORY CARD (From slot 3) \ I I J BLUE PLASTIC JUMPER PLUGS as stipped, pins are jumperedas shown. 1 lQ + P? JUMPER POSITIONS: rg 2Q 3Q 1 PARALLEL PRINTER (P7) Parallel Printer As shipped (Hns 2 and 3) No Parallel Printec Jumper Pins 1 and 2 COMPUTER (Pl o) Computer As shipped (Pins 2 and 3) Wth Computec Jumper Pins 1 and 2 No NOTE Not Eleva”t to UL m fisted fire slam monitoring.
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TO BYPASS LINE FAULT TESTING, SHORT THESE TWO PINS. SEE SECT. Vll E LED+Rfl~~ REED RELAYS- ‘~~ : ~&- c> F c> c1 ORANGE JUMPER (CUT FOR ~ “SLOW COMMUNICATOR,, OPTION) WHITE JUMPER (CUT FOR ,CHIGH SPEED 1 ONLW OPTION ON NO. =-2 LINE CARDS) J AVAILABLELINE CARDS No. ml Line Card, Ademco LOW SPEED Format Line Card, Ademco HIGH/LOW SpEED Format tineCard, SESCOA Fo~mat No. ~ Line Card, Radioni= Format No. K5 Une Card, Long Range Ratio No. ~5+ Multi-Format tine Card No. ~9AT Une Card, Derived Channel No.
PAGE 63
THE 120V ELECTRICAL CONNECTION OF THE RECEIVER MUST MEET CLASS 1 WIRING REQUIREMENTS. ONE METHOD OF MEETING THESE REQUIREMENTS IS SHOWN IN THE FOLLOWING DIAGRAM: A= (e.g.: Emcor Products #WM-306) No. 685 120VAC Lme Card _-— o --W 1 1 \ / P’ I LISTED CONDUIT OR EMT. -.
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CHARTS FOR PROGRAMMING NO. 665’s OPTION PROM (NO. 691) UTILIZING NO. 6W FROM PROGRAMMER PROM CHART 1: ENGLISH LANGUAGE MESSAGE SELECTION - CHANNEL LOW SPEED HIGH SPEED # (HIGH SPEED) OR ALARM CODE (LOW SPEED) “MESSAGE# AND MESSAGE “’M ESSAG-E# AND MESSAGE (From Table Din Instructions) (From Table D in Instructions) 1 2 & I ~5 6 ? I 8 I ! a 1 . . NOT USED 9 ./nc/ude all leading zeroes in message desired, select ,,01 ,s. J I #. If no message “.
PAGE 65
PROM CHART 3 LINE CARD ENGLISH LANGUAGE ENABLING 8 1234567 ~ OPTION/CHANNEL ON NO. 690 SELECTION SWITCHES a.Check line card #s to be enabled. b. Follow PROM programming procedure in instructions, with No. 690’s rotary switch on RESTORE and checked swiiches “up’,. PROM CHART 4 LINE CARD “ZONE ENGLISH” LANGUAGE OPTION SELECTION Applicable only to No. 685-2 Line Cards operating in HIGH SPEED format (No. W54 tine Cards automatically yield’’Zone English’’ output ifenabled via PROM chaR 3). 8.
PAGE 66
PROM CHART 6: OPERATING OPTION SELECTION I 2 1 34567 a NOT USED 50 Hz Eur Cal Auto A.C. Test Msg. Pulse Relay 300 1200 Baud Baud I OPTIONICHANNEL SELECTION SWITCHES ON NO. 690. ~ OpTIONs BAUD RATE IS 600 IF a. Check desired options on chart above. b. Follow PROM programming procedure in instructions, ‘7:Ew:::RBoTHARE with No.
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PROM CHART 1 2 3 4 5 9 LINE CARD %1 WITH CHECKSUM 6 ? 8 ~ ENABLING OpTION/CHANNEL SELECTION SWITCHES ON NO. 690. a. Check line card numbers forwhich 3-1 with checksum repotis areto be enabled. b. Follow PROM programming procedure in instructions, with No. 690s rotaW switch in position 12 (Iabelled NOT USED) and checked switches “up”.
PAGE 68
‘- I I LIMITEDWARRAN~ warrants Seller its products to be in conformance with its own plans and specifications and to m free frOM defeck in materials and workmanship under normal use and sewice for f 8 months from the date stamp control on the product or for products not having an Ademco date stamp, for 12 months from date of original purchase “niess the installation instrutions or catalog se~foflh a shofler ~riod, in which @ethe shotier pti~ shall aPPIY.