IHEX: PAGE General Information ....................................................... I. Introduction ......................................................... A. System Characteristics .......................................... Zone Inputs ..................................................... :: System Options .................................................. . Control Options ............................................ Communicator Options ....................................... II.
GECERAL INFORMATION: The No. 4160-12 Control/Communicator is a microcomputer based product which conveniently ca&ines the control panel and digital carmunicator into one package. This commercial-residential system provides every important feature required for a UL certified household fire/burglary alarm installation. an optional Eb. 4165 A typical system installation includes a No. 4160-12 C-C& Plug-In Siren Driver, one or two No. 5321 Security Consoles, optionally (up to four) No.
6. Chime mode, duress 7. I PROM variable sounder timeout, B. forced arming -.additional keypad functions. entry/exit and alarm sounder activation and ,delayed AC supervision reporting. delay, alarm 8. Alarm Relay alarms. 9. Arming status detectors. 10. Zone LEDs at the C-CCM to indicate 11. AC Power LEDs at the C-COM and Security Console to AC power is available and the battery is being charged. 12. Fire 13.
The discussion that follows broadly divides those options. into two categories: control options and comnunicator options. options conmacwmns: 1. Entry IMy, Exit Way The entry delay is the time between entering the premises the system must be disarmed to avoid activating an alarm. delay is the time between arming the system and when the The entry must be exited to avoid activating an alarm. delays may be independently PROM selected to be between seconds in 15 second increments. 2.
7. Eon0 4 Tup+ Selection As shipped, zone 4 Is configured as a standard burglary zone. )t>wever, it can also be configured in PROMas either a fully supervised Fire Zone or a 24 hour day burglary zone (during disarmed period, a trouble indication is communicated and audibly sounded if the loop is opened or shorted; a burglary alarm is triggered if the loop is opened or shorted during armed period). 8.
+12 volts 10. when armed space protection devices. Duress Digit The duress digit is a change to the last digit of the security code. Its purpose is to dllow someone to initiate a silent panic condition but still give the impression that the control'is working nonally.
15. Alam Sotmder Delay.Enable The "Exterior Sounder/Primary Communicator Delay" was explained as option 82, above. PROMoption 15 is simply the choice of burglary zones for which exterior sounder delay is desired. It should be noted that the delay does not apply to zone 4 if it is set up as a fire zone nor to zones 5 or 6 (if set up as panic). 1.
both trouble 3. and closing reports. Report to Secondary Phone bmber Oily The system allows for the various conxnunicator reports to be divided between two central:stations (or two receivers). This option is chosen in some situations, where, for example, all alarms may be routed to a primary alarm receiver while non-critical items, such as troubles or open and closing reports, might be routed to a secondary receiver. 4.
f) ALT by 2's (Alternate by Pairs) when PROM selected, will cause the communicator This option, to alternate between the primary receiver and the secondary receiver while. it is attempting to get through. It will first make two attempts to the primary receiver, then two attempts to the secondary receiver , and so on until it either receives a kissoff signal from one receiver or exhausts the maximum number of attempts. 5.
2. LED Indicators: ZONE LEDS FOR ZONES 1, i, the status of their 3, 4, 6 (RED): respective These LEDs indicate zones: ON STEADY - Existing Zone Fault SLOWLYFLASHING - Shunted RAPIDLY FLASHING - Memory of Alarm ZOE 4 TROUBLELED (RED): of zone 4 whether or as a day trouble This LED indicates the trouble status It is operating as a supervised fire zone burglary zone: Trouble ON STEADY - Existing RAPIDLY FLASHING - Memory of Trouble This LED indicates This LED will system.
POUER LED (6reen): This LED indicates to operate the system. This LED will AC power is lost. the presence of AC power turn off imnediately when BYPASS KEY and LED. (Tellou): When depressed of the security code and' followed by one or (1 to 6) while in the disarmed state, will the zone(s) designated [assuming that the system pennits the shunting of the particular subsequent to entry more zone nunber(s) individually shunt programming of the zone(s)].
1 it whenever all zones are intact (ready for the disarmed state. It 1s off at other times. arming) during ENTERKey: When depressed subsequent t0 security code and function or mode entry, eliminates the 2 second keying, delay that exists prior to acting on the function or mode request (use of this key is optional). FIRE and FIRE Keys and LED (Red): Simultaneous depression of both keys causes manual activation of the fire alarm (if fire The FIRE LED is lit when a fire is programmed for Zone 4).
2. Audible Fire Signals Alarm: Interrupted, accompanied Burqlary/Audible rapidly by lighting Police/Emergency alternating two-tone of FIRE LEO. sound Alarm: Either continuous rapidly alternating two-tone sound or continuous slowly alternating two-tone sound (dependent upon system programing) accompanied by lighting of BURGLRY message, POLICE LED, or EMERGENCYLED. System Turned DFF or Failure to Arm: Single brief tone System Armed AWAY: Two brief tones Three brief tones .
are present tjmultaneously. When depressed subsequent to entry of the BYPASS Key: code and followed by one or more zone number(s) (1 to in the disarmed state, will individually shunt the zone(s) [provided that the prograrnning of the system permits the of the particular zone(s)].
Trouble: Entry Rapidly pulsing buzz for a Zone 4 trouble or for a loss of AC power beyond the programmed time period. Warnin,g: Slowly pulsing buzz activated during the entry delay period subsequent to an alarm or after disarming subsequent to an alarm. Key Depression E. FUNCTIOlUL Diagru Feedback: Brief buzz for DESCRIPTIOW, RD. 9787/9789 each key depressed.
B. krti-Ju Fhny U.S. telephone networks will automatically disconnect the calling party if the called party hangs up for a period of time. the system automatically executes a 30 second anti-jam (hang up) AFTER the first call attempt and each successive call to prevent any incoming calls from blocking transmission. E: Only if The canunicator for a dial tone. C. link PROMselected. is established in the following manner.
E. Acknowledge Halt PRM Options . . 30 seconds - standard 60 seconds - slow response central station systems Message transmission will begin when the acknowledgnent is received. The system will transmit in the Ademco LOW or HIGH SPEED formats depending upon which acknowledgnent tone has been received from the central station. The latter is not true for SESCOA or Radionics Superfast formats which are specifically programa& for proper response to their acknowledge and acknowledge-hold receiver signals.
890 3 890 3' "Kissoff" 890 6 890 6* Final "kissoff" in this E: Only the last 3 digits of the subscriber identification be sent in this case. The full 4 digits will be used in with the HIGH SPEED FORMATdescribed later. optional Alma/Trouble . that tm, identical hang-up) *Assunes, Expanded Repotting example, (system messages verification is used.
Where: = nuneric shunt code selected = nwnber of zone shunted Message Sent = Where: 890 R3 R3R3R3 2 R3 = numeric 2 = nwuber of zone for shunt restoral User Identification at (&en/Close Message Sent = 890 C ccc u Where: C U = nuneric closing = User ID nunber, Similar Code. low Battery which shunt was removed, code selected 1 or 2.
As the number of subscribers calling into the central monitoring station increases beyond 1000 (subscriber identification number 999). the No. 685-2 Line Cards can easily be modified to send on1 the high speed acknowledgment tone. Subsequently connected systems may +t en be programmed with subscriber numbers lOOO-through 9999.
3. Still at subscriber 2 restores (initiating 85890, following the events of example 2 above, channel the call) and channels 5 and 6 remain in alarm: Subscriber Xdentification' Message: 5890 Channel 2: Channels 5,6: 4. Subscriber Channel Number 1234 5678 5355 7 6655 MW RESTORE PREVIOUSLYREPORTEDALARMS (still in effect) #0135 sends an opening: Subscriber Identification Message: 5.
5355 .,. .’ .. 5890 7. If a trouble condition report is transmitted., occurs . - Subscriber : Identification,‘ 5890 Wessage: Trouble restoral is transmitted 8. Zone 4'for '-: Channel 3 subscriber .: f5890, a trouble &ber 1234 5.6789 5551 5 5.5 5 as soon as it .’ 5 occurs. 5553 5890 NOTE: in 555.
The system employs two PROMintegrated circuits for selection of system options, one primarily for control characteristicf ihd one totally for communicator charMeristics. These PRCB4sare ordered se#Wately, Ademco ND. 691 if blank and till1 be progrwed by,the installer or )so. 6glP if the programming is done by hdemco to customer order. In either case the following feature charts need to b& canpleted as a record of the system cbnfiguration.
CUSTOMERRAME CUSTCHERiDDRESS NOTE: CUST. NO. Program the numbers that you write into the boxes except for double boxes,where you program the number preprinted in a box next to the box you check. A. Control PROM PRC&IDataI -Group 1 To program, to Position set Phone No. Selector Switch to "Secondary" 2 (Main Phone No.) on ?@I. 690 PROMProgrammer. and Rotary 1. Entry Delay (Se1ect O-49) 0 X 15 sets = 2. Exit Delay (Se1ect O-49) q X 15 sets = 3.
Zn 5 = Audible Panic, Zn 6 = Burglary: [Ti fn 5 = Audible Panic, Zn 6 = Audible Panic: 10. Alarm Sounder Options: m III 3 : ,: ! Check Cne '. There are two burglary siren output formats from which to select if the optional No. 4165 Siren Driver is to be used.. Output #l is a slowly alternating HI/LO sound that is similar to the sound produced by emergency vehicles in sane locales. Cutput 82 is a rapidly alternating HI/L@ sound that is more 1 ike an electronic bell sound.
6. Comunicator Al am Code/Channel* Assigned to Zone 6’: D 7. Cmmunicator Alarm Code/Channel* Assigned to Duress Alara: 8-12. used. Iat Select I-->8 for communicator allowed. Select 0 if connunicator 'NOTE: PRC+l Data Grout reports report duplicate not desired Security assignments for a zone. 3 lo program, set Phone No. Selector Switch to "Primary" Position 3 (Subs ID #) on No. 690 PRC?l Progralrmer.
PHCM Data Group 6 To program, set Rotary Switch for checked boxes. switches Communicator desired) Report to Position to Second Telephone 8 ("Secondary Number ONLY: # Only") (Check reports and raise for which S!JITCHES l 2 ZCNE 2 1 ZONE 1 4 ZCNE 4 3 5 2(!14E 5 ZC:E 5 7 ZCNE 4 TROUBLE 8 OPEN/CLOSE AhP SHUNTS . PR@l Data Group 7 set Rotary To program, for checked boxes.
PRO!4Data Group g set Rotary To program, for checked boxes.. Witch to Position 11 (“b&t Used") and raise switches 12 ("Mot Used") and raise switches Permit Forced Arming Shunt SWITCHES PRUI Data Group 10 set Rotary To program, for checked boxes. Permit Individual Switch to Position Keypad Shunt SWITCHES ZOlNE 1 ZO%E 2 ZOiE 3 ZOL ZiNE 5 4 z6orE 6 7 NOT USED 8 NOT USED PRU4 Data Group 11 4D set Rotary To program, for checked boxes.
PROM Data Group 12 To program, set Rotary for checked boxes. Delay Exterior Previously Switch to Position 14 ("Fbt Alarm Sounding and Central Station Used") Reporting and raise switches for Period Defined SWITCHES ZOL 1 2 ZONE 2 3 ZONE 3 4 ZONE 4 (9NLY IF 5 NOT USED 6 ZONE 6 (ONLY IF -. .
B, Comunication PROn PRCMData Group 1 To program, set Phone No. Selector Switch to Position 1 (Access #) on No. 690 PROMProgranxner Primary PABX Access s* (Select from O--)9, "Primary" and Rotary Up to 4 digits): Switch to ClO00 (ex: 9) PRCMData Group 2 set Phone No. Selector Switch to "Secondary" 1 (Access #) on MO. 6sl. PRCH Programner.
PROMData Group 7 To program, set Rotary Switch to Position for checked boxes representing bits set within Memco Low Speed/SEXOA/Radionics (Select from 0-->9, Reporting 4 ("Not Used") and raise the hexadecimal code. Codes for Trouble and Trouble I&store B-->F) Trouble Trouble cl SWITCHES I I 4 15 3 Cl I I 1 2 I I Bit switches 2 1 Weight 8 4 7 =1+2+4,B (ex: .
PROMData Group 12 set Rotary Switch To program, for checked boxes as indicated. Maling and Reporting to Position Characteristics 9 ("Open/Close") Selection and set switches f-7 : ...I (Check as desired): SWITCHES 12 3 NOT USED . BIT SET 6 5 4 JU ANTI -&* UlAL 1rlJt YULbt RATIO DIALING IFOREIGN YE ul- 7 8 txrt.msto NUI DIAL TONE WAIT USED TOUCH i 30 SECS. U.S./CANADA USE SW.8 SETTING IN GROUP13 PULSE DIAL (6WO) *Should be enabled on.
PROMOata Group 14 set Rotary Switch to Position To program, for checked boxes representing bits set within Ademco Low Speed/SESCOA/Radionics Restore* (Sel,ect from O--)9, B-->F) .I q Used") and raise the hexadecimal code. switches Codes for Loss of AX. and Alam Reporting Alarm Restore Loss of A.C. cl SWITCHES [ An entry formats, *NOTE: 11 ("Not is.mandatory even if there CAUTION: Position for these two codes (e.g.
Hexadecimal Bit Code 1 2. Codinq-Chart Weight 4 Ilit 1 a 2 ueight 4 8 a 9 B(l1 WV 1 2 3 4 C(12 D(13 5 6 E(14 F(15 7 CAUTION: Throughout these reporting selections, the ability to select full Hstadecimal reporting codes is indicated. Make sure that the receiver, into which your signals are being reported, is capable of accammdating For example, the Ademco No. 660/673 is only capable such reporting. of accepting l-->9 for all reporting codes.
VI ImhllAlIoa AUJ YIRI116 IlBTAuAlIon AeD YIwl6, Do not connect ksbeen~leted: for A. greater th, immunity TENMItuLs: No. 1160-12 cc& battery or pl+in transformer uatll~all other wirhg Use of tuisted wlrirg Is recamended for all runs, to unwanted induced voltages. (See Diagram 9) TBl 1 Systa Arming Status Output: This terminal provides an output that can be used to control space protection devices such as those in the 760 series (Ultrasonic) and 650 series (Passive Infrared).
In addition, the system is placed in a test mode or not). (if the system is disarmed and no memory of alarm is present) l/2 second in which activation of any zone causes a brief sounding from the exterior alarm sounder(s), as.we1.l as visual zone annunciation on the console's zone identification display and on the appropriate C-COM zone LED (all but zone 5). If the lest Mode is not manually terminated, the system will automatically come out of the Test Mode after 30 minutes.
ItIME: If fast response is programmed, that contain devices with exposed metallic lessen the chance of false alarm). zone should not contacts (to All three of these zones may be prograrmned for entry/exit delay. Zone 3 (Interior) is not armed when the system is armed in the "STAY" mode. An open or short in these or delayed, as a function when the system is armed.
these terminals. At the last switch, terminate the furnished 1000 ohn End-of-Line Resistor. the loop with The zone is PROMprogramnable for either audible or silent alarm. A separate PROMprogratmning option is whether or not the console should be inhibited from indicating the silent alarm (e.g. inhibit for. hold-up but permit indication if used for medical). Maximum permissible resistance in the 1000 ohm End-of-Line Resistor). response (250 msec) to activations.
lB3 Teminals External Siren Speaker (optional): Fbs. 705-8 or 713 speakers or other like 8 ohn speakers may be used. This output is only active. if the optional plug-in No. 4165 Siren Driver is added to thesystem. The output is driven by 12 volts while AC is present and reverts to 6 volts when 'AC is absent and operation is frun the standby battery. Up to 25 watts of power may be delivered to the siren speaker(s).
m: 5(+), 5(-I Do not tations exceed the auxiliary total output described under SPECIFICATIONS. current limi- Continuous 12V.M: Auxiliary Power for Accessories: Observe polarjty. These terminals provide power for accessories such as space detectors, protection devices, photoelectrics,.etc. e.g. ultrasonic or passive infrared combined current drain from these terminals The total smoke detector power terminals (3,4) must not exceed and the 300 MA. (See SPECIFICATIONS). 7(+).
IRSTAUATIOW ACO YIRIR6, w). 5321 SECURITV COS#r(S) 1. Select a location for the console that will be convenient entering of system commands and the receiving of the various and audible system signals. 2. Run dring for connection for the visual of the console to the Control/Wicator. Use a 4 wire run (See Diagram 2). A second console (if be connected in parallel with the first, as indicated 2, with a separate wiring run fran the Control/Comnunicator.
PAIR TOGETHER 1 - DATA TO C-COM GREEN f MASTER YELLOW OATA FROM c-ml CONSOLE. BLACK GRD TERMINALS RED +6.5V.DC (W , LPAIR TOGETHER Ill 1 - -w--w.owL-a em .e.- L-m DIAGRAM 2: INSTALUTION AIlD YIRIffi, 1. Select 7L CONSOLECONNECTIONS NO. 5314 REMITE KEYPAD(S) the locations for the remote keypads that the entering of system commands and the and audible system signals. 2. Remove the front cover or bottom and pulling 3.
7 DISTANCE L WIRE SIZE c%H To 100’ 100’ to 200’ ADEHCORO. (TWISTED PAIRS) *2 No. 289 2 No. 283 2 No. 284 200' to 300' P22 t20 #18 *or No. 295, however, for Four Conductor greater immunity 0 . - Remount the PC board excess cable back into (122) Cable. Twisted pairs are reconunended, to unwanted induced voltages. by snapping the wall. it into its retaining tabs; Push any 9. Snap the front 10. If it Is desired to mount a Keypad side-by-side with one or qJPTIONM.
VI. SYSTEMCNCKOUT Perform these tests previous sections the 1. Install after the wiring and option have been canpleted. both the control selections and the communicator desired in PR@k (No. 691),-into their respective sockets (see Diagram 4) after making certain that there is no power going to the system. Take care td align the PfWM orientation marks. Install the PROMS using the No. 692 Insertion' Tool. 2. Connect the telephone 1 ine and handsets via a h.
b. Disconnect one wire of the fire zone. The CHECK display on the Security Console and the Zone 4 TRBL LED on the C-COM should light and the CHK.BYP LED on any Remote Keypad should flash. A rapidly pulsing tone should be heard from the Security Console's speaker and a rapidly pulsing buzz should be heard from the Remote Keypad's buzzer. c. Silknce the trouble sounding by keying the security code and depressing OFF at a console or keypad (or by turning a key at a key arming station).
9. Shunt any zone (permitted OT a keypad by entering the and the number of the zone console will light, the steady and the zone LED on flash. by installer programing) frm a console security code followed by BYPASS depression to be bypassed. The BYPASS LED on the CHK.BYP LED on any remote keypad will light the C-COM for the bypassed zone will slowly 'Activate that zone to see if a fault is indicated by the Zone I.D.
15. tperore the Test @bde jmper 16. Disconnect AC power to the system. and on the C-COM should go out within After an installer remain operable. (up to 36 minutes), a rapidly pulsing at consoles and keypads and an AC Keying of the tx8 the central station. of the arm/disarm key is required to Restore 18.
NDTE: Depart before WME: To Msam 1. When key arming stations are used, the only type of arming that can be performed at them is AWAY Mode arming. The RED LED on this type of station indicates arming of any type - AWAYor STAY. the exit'delay period Failure to arm is indicated by a single tone at consoles and keypads and by failure to turn off the OFF LED (at consoles) and turn on either the AWAY or STAY LED (or the Red LED at key arming stations).
To Test Bwglary System: system should be tested The burglary WWRTANY: as follows The central station should be alerted before cond'ucting the below described test, particularly if the communicator messages are not programned by the installer for delayed transmission. 1. Am the system In the ANAY node. 2. Open a window or other 3. The console speaker will 4. Either ltilately alam sounder will 5. At this time caunlcator 6. Dlsam or sensor In a perlwter sound a burglary zone.
3. To reset, enter the security code at a console OFF or turn tk key at a key arming station. To Enter Secondary Security This action 1. a keypad and depress Code may be done while Key master or security the system is armed or disaned. code (in PROM) and depress CWE key at a console or keypad. 2. I-edlately follow with entry of the 4 digit secondary code. This secondary code can permit every function that the master security code can allow except changing of the secondary security code.
IX. GENERALSPECIFICATIOWS: A. No. 4160.12 Control/Commnicator See Diagrams 4 and 9. 1. -Width: . Physical: 14" 12" 3.3" -i Dept I 2. (36.5 cm) (30.5 cm) ( 8.4 cm) Electrical: 18 VAC (from Voltage: No. 1323 30VA Plug-in Transformer) Maximum Permissible Resistance (per zone): of-line resistor: 1000 Ohms) Zone Response: Bell 250 msec (normal), Relay (Wet) Output: 12V.DC Requlated 600 Ohms (plus end- 15 msec (fast) SPST, Maximum Output: 2A @ lPV.
B. 3. Trammission 4. FCC Registration flp. 4165 Siren Driver See Diagram 5. 1. 2. FoNt: Low Speed Ademco (and Silent knight) Sescoa Radionics Expanded (Superfast) Ademco High Speed, Expanded. b: AC 39811 - 68192 - AL - E Ringer Equivalence O.O.B. (optional) Width: 2-S/8" S-5/8" Y Dept i 1” Physkal: ( 6.6 cm) (14.2 cm) ( 2.5 cm) Electrical: See Diagram 9. Voltage: bad Operates from lLV.DC regulated and'in absence of AC, fran standby capaM 1ty: c. h. 5321 Security See Diagram 6. 1.
Diagram 4: No. 4160-12 CONTROL/COMMUNICATOR PITCH ADJUSTMENT Diagram 5: No.
-_ _ - _------. Diagram & No. 532l SECURITY CONSOLE -.__,_ _.__._ _._, . .-- Diagram 7: No. 5314 R7pOl’E 628-55 .-.
Diagram 8: No.
628-57 E I? P P
TOTE IKTAUER Regular maintenance and inspection (at least annually) frequent testing by the user are vital to continuous of any alarm system. by the installer and satisfactory operation e The installer should a&me the'responsibility of developing and offering a regular maintenance program to the user as well as acquainting the user with the proper operation and limitations of the alarm system and its component parts.
on your line, notify the telephone company that they have a problem and request The user may not under any circumst,ances (in or out prompt repair service. It must be returned of warranty) attempt any service or repairs on the system. to the factory or an authorized service agency for all repairs. r\ When the system is communicating with the central alarm monitoring NOTE: Under service, the phone line is seized and the user phones.are disconnected.
