ADEMCO 5600 Alert II User manual

These InstructIons are applicable only to a system utilirlng a late production
Wp. 5620 Receiver/Control (No. 5620-1, as denoted on the unit's Summary of
Connections label).
References to the Receiver/Control as the "No. 5620" have been retained herein
for brevity.
Sectlon Subject Page No.
I
III
IV
V
VI
VII
VIII
IX
X
GENERAL INFORMATION ......................................
2
SYSTEM FEATURES..........................................
2
DESCRIPTION OF SYSTEM COMPONENTS......................... 4
A. No. 5620 Receiver/Control ............................. 4
B. No. 5621 Security Console ............................. 5
C. (Optional) No. 5608 Remote Keypad Transmitter ......... 7
0. Transmitter/Sensors ................................... 7
FUNCTIONAL DESCRIPTION OF No. 5621 SECURITY CONSOLE
AND No. 5608,REMOTE KEYPAD TRANSMITTER ................... 8
SYSTEM PROGRAMMING.......................................
A. Preliminary PROM Data ................................. ;22
B. Transmitter Programming ...............................
SYSTEM INSTALLATION AND WIRING........................... if
A. Preliminary Considerations ............................ ,17
B. Preliminary Programning/Location Test ................. 18
C. Installation pi Wiring of No. 5620 Receiver/Control .... 21
0. Installation & Wiring of No. 5621 Security Console .... 23
E. Installation of Transmitters ..........................
SYSTEM FINAL TEST AND CHECKOUT
........................... 22;
TURNING SYSTEM OVER TO HOMEOWNER......................... 29
TROUBLESHOOTING.......................................... 29
GENERAL SPECIFICATIONS...................................
32
Diagrams, Tables, Worksheets
Diagram 1: No. 5620 RECEIVER/CONTROL ........................... 38
Diagram 2: No. 5621 SECURITY CONSOLE
Diagram 3: No. 5608 REMOTE KEYPAD/TRANSMITTER............................................. ::
Diagram 4: TRANSMITTERS ........................................
Diagram 5: I.D. SWITCH SETTINGS ................................ t:
Diagram 6: SUMMARYOF CONNECTIONS.............................. 43
Diagram 7: SIREN SPEAKER CONFIGURATIONS.........: .............. 44
Diagram 8: No. 5603, WIRING CONNECTIONS........................ 44
Diagram 9: No. 5610, INSTALLATION DETAILS ...................... 45
Diagram 10: No. 5611, 5614 INSTALLATION DETAILS ................. 47
TABLE A:
PRELIMINARY PROM PROGRAMMINGDATA
..................... 36
TABLE B: TRANSMITTER DATA CARD
.................................
37 .
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I:
The 5600 Wireless Alarm System is a sophisticated residential security system
that provides burglary, fire and panic (police/emergency) protection. Alarm,
status and control information Is transmitted via Ultra High Frequency
(UHF) rad.io transmission at 345 MHz to the receiver/control unit which
contains an RF receiver and a microprocessor based control unit which
recognizes alarms,
required response. status messages and control signals and produces the
An installation may include the following:
node1
No. 5620-l
No. 562;
No. 5608
No. 5603
No. 6610
hf. 5611
No. 5614
No. 5650
.No. 5605
Description Quantity
Receiver/Control 1
Security Console (wired) 1 (plus optional 2nd)
Remote Keypad/Transmitter (Optional, no max.)
Door/Window Transmitter 29 (max.) if no
Door Transmitter (Slimline Design) smoke detectors
used.
Window Transmitter (Slimline Design)
Entry/Exit Transmitter (Slimline 25 (max.)
if max. number
Design) of smoke detectors
Passive Infrared Detector/Transmitter used.
Smoke Detector Adapter/Transmitter 4 (max. total)
as req'd
No. 591TX
No. 5601
and/or
Smoke Detector for use with No. 5605 1 per No. 5605
Emergency (Panic) Transmitter
No. 5606(future) Dual Emergency (Panic) Transmitter As req'd
(no max.)
In addition, optionally, a digital communicator (e.g. No. 678), long range
radio,transmitter (e.g. No. 7621/7622), or Derived Channel Subscriber Terminal
Unit (e.g. No. 698) may be used for remote notification of trouble and alarm
conditions.
Note: Above does not include contacts, foil etc. that may be used with
Nos. 5603, 5611 or 5614.
II SYSTEM FEATURES:
1.
Wireless Operation: Burg1 ary., fire and emergency status (contact
open, contact closed, supervision check, low battery) is sent to
the No. 5620 Receiver/Control via battery powered radio transmitters.
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2. House Identification:
The No. 5620 recognizes 1 of 32 available house
identification numbers. Only transmitters set for and sending ,the
number set in the No. 5620 are processed. This prevents transmitters
in different residences from activating this receiver/control.
3. Transmitter Identification:
Each burglary and fire transmitter sends
a unique I.D. nunber to the No. 5620 Receiver/Control, which is displayed
on the No. 5621 Security Console in case of supervision check, low
battery, alarm or open contact. The No. 5620 can identify up to
29 different transmitters, as well as its No. 5608 Remote Keypad/Trans-
mitter(s) and up to 2 emergency (panic) zones (for low battery and
alarm) and a problem on its one wired zone.
0. Supervised Burglary and Fire Zones:
No. 5620 expects a regular,
automatic check-in message from each burglary and fire transmitter.
If no messages are 'received from a particular transmitter during
an installer-programable monitored check-in Interval (24 hours is
recommended), the No. 5621 annunciates a check-in TROUBLE message.
5. Separate Entry/Exit, Interior. and Perilleter *burglary zones.
6. Delayed burglary protection for entry/exit zone:
Entry time can be _.
independent of exit time. INSTANT function allows entry delay to
be eliminated for greater security when the user is in residence
or away for an extended period.
7. Lou Battery Honi tori ng :
All transmitters automatically test their
batteries at regular intervals and transmit a low battery condition
when it occurs. At that time the battery will have approximately
30 days of life remaining, depending on usage.
8. Fail Safe Arming:
Burglary protection may not be turned on if any
burglary transmitter is reporting an open condition (which can be
identified on the No. 5621's display). If fault cannot be cleared,
the faulted transmitter(s) in that zone may be bypassed at the No. 5621.
9:
Plaster (Permanent) Access Code: Al 1 keypad functions except Ready
can be activated only after entering a 4 digit access code, which
is securely maintained at the No. 5620 Receiver/Control.
10. Temporary Access Code,
which can be changed from any keypad as often
as desired for visitors, babysitters, etc..
11. Ambush digit
entered in place of last access code digit causes a
silent police alarm message to be sent to a central station (optional)
while the requested keypad function is normally executed (e.g. disarming).
12. Installation Options in PRDk
Master access code, ambush digit, entry
time, exit time, burglary siren/bell delay and cutoff times, house
I.D., AC loss warning delay, wired zone programming, "lights on"
option selections, interior zone instant/delayed response selection,
burglary transmitter zone assignments and supervision checki'period
are PROM programmed.
13. Communicator (Dialer) triggers
for the fire, bunglary (with a special
"by zone" option) and panic alarms, for loss of check-in signal,
for low battery, and for receiver/control AC ,power loss.
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14.
.1.5.
16.
17.
18.
19.
Built-in Siren Driver with different sounds for burglary/audible
emergency (rapid or slow hi-lo) and for fire/auxiliary (interrupted
rapid hi-lo).
Tinrer Speed Up feature for installation test purposes.
Snap-Out Terminal Strip for all external connections to facilitate
.printed circuit board replacement, if necessary.
One Yired Zone on No. 5620 for convenient protection of opening(s)
nearby that may not warrant a radio transmitter or for interface
of non-wireless sensors (e.g. Inertia Crossbar System for perimeter
protection).
Keypad Timeout:
If more than 2 seconds elapse after a key stroke,
the access code and function must be reentered.
AC Loss Trouble Indication provided when AC power is off for more
than a PROM programed interval.
III DESCRIPTIONOFSYSTEWC@4PClNENlS:
A. Ro. 5620 Receiver/Control: (See Diagram 1)
The No. 5620 monitors all transmitters, wired sensors, keypads, and consoles
and generates appropriate output signals. It provides three supervised
zones of burglary protection (entry/exit, perimeter and interior), a supervised
24 hour fire zone, a 24hr .auxiliary/gas alarm zone and two 24hr panic
zones (police and emergency).
A built-in siren driver is provided for connection of external alarm
siren speaker(s). Alternatively, an alarm bell can be connected to the
unit's alarm relay contacts.
There are no switches inside the No.. 5620's cabinet for use during normal
operation; however, 3 posts (located on the left side of the unit's large
printed circuit board) are provided for test and installation aid purposes.
-If the upper post is shorted to the middle one (SUPERVISION TEST posts),
all of the unit's timing intervals are divided by a factor of 60 (exclusive
of AC power loss timing, which becomes instant). That is, all of the
"hour" intervals become "minute" and all of the "minute" intervals become
"second" (see Section VII starting on Page 26) If the lower post is shorted
to the middle- posts) the system's microprocessor is reset.
The No. 5620 also contains three system fuses and a connector for an optional
digital communicator (e.g. No. 678) which may be installed in the unit's
cabinet*. The PROM that contains the system configuration is installed
in B plug-in socket on the No. 5620's printed circuit board.
+NWE: For optimum protection against electrostatic transients (e.g. light-
ning, static discharge), the communicator should be mounted
in the same cabinet as the receiver/control.
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B. No. 5621 Security Cons~lc:. (See Diagram 2)
The No. 5621 provides all system status indications and permits all system
control functions. The No. 5621's keypad is used to turn the burglary
protection on and off. This protection may be turned on (armed) with
or without entry delay and/or interior zone protection. During the off
(disarmed) state, the CHIME mode that provides audible and visual perimeter
annunciation, may be turned on and off. Problem sensors that are preventing
burglary system arming may be bypassed. A temporary access code may be
assigned and a user TEST mode may be activated. In addition the fire,
police, emergency and auxiliary* alarms may be manually activated at the
No. 5621. A built-in speaker provides audible alarm, check-in signal
loss, AC loss, low battery and annunciation functions and a 2 digit numeric
display gives transmitter identifications. TROUBLE indication denotes
loss of check-in (failure of the No.5620 Receiver/Control to receive periodic
check-in signals from the burglary and fire transmitters).
l NDTE:
"Auxiliary" will activate an alarm (or no alarm if so programed)
and an "all lights on" output.
A second No. 5621 may optionally be connected in parallel with the first
with a separate wiring run from the receiver/control to the console.
DO NOT "DAISY CHAIN WIRE" CONSOLES ON ONE FOUR WIRE RUN.
1.
2,
3.
4.
5.
6.
FIRE; POLICE, EMERGENCYand AUXILIARY indicators: Light when the
corresponding alarms are triggered. If the Silent Police Alarm has
been selected (see Section V;A;21 on Page 14), the POLICE indicator
on the No. 5621 is never illuminated. Turn off these indicators
(and external sounder) by entering the access code followed by OFF.
AYAY and HDUE Indicators (Red): Never both lit at the same time.
The AWAY indicator is lit while the burglary protection, including
the Interior Zone, is on. The HOME indicator is lit while the burglary
protection, not including the Interior Zone, is on. Either indicator
is turned ofmy entering the access code followed by OFF.
TEST Indicator (Amber): Lit while the TEST feature is turned on
(see Section XV;14,15 on Page 11).
TEST feature may be turned on
only when burglary protection is off. A single beep will occur once
every 30 seconds as a reminder that the system is in the TEST mode.
BYPASS Indicator (Amber'): Llt while burglary protection is on with
one or more faulted transmitters bypassed. May be turned on with
the burglary protection. Always turns off when the burglary protection
is turned off.
INSTAHT Indicator (Amber): Lit while the burglary'protection is on
with no entry delay. May be turned on with the burglary protection.
Always turhs off when burglary protection is turned off.
READY Indicator (Green): Lit when all burglary sensors/transmitters
have reported cl.osed loop status (no faults). May be lit only while
burglary protection is off.
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7.
8.
9.
10.
11.
POWERIndicator (Green): Lit when AC power is on and out when AC
power is off. If AC power remains off for more than PROM programmed
interval, this indicator will remain out even if AC power is restored;
Then, this indicator can be lit only by entering the.access code
followed by OFF.
TRANSHITTER IDE~IFKATION Display: Two digit numeric .display located
on the right hand side of the No. 5621. When rno-re than one number
must be displayed, they are shown sequentially,.repetitively. Each
number is di,splayed, for approximately 2 seconds. Located just below
this window are 3 back-lit messages which indicate the reason for
the display (see g, 10, 11, below). When the burglary protection
is off, transmitter numbers identifying open sensors may be displayed.
In this case, none of the 3 messages will be lit.
BURGLRY(so-abbreviated) Message: Lit when a burglary alarm has
been triggered. TRANSMITTER IDENTIFICATION display indicates which
transmitter(s) caused the alarm. A "00" indication denotes a wired
loop disturbance. Extinguished (and external sounder silenced) by
turning off burgl.ary protection (enter access code followed by OFF)
and then again entering access code followed by OFF to clear memory
(and silence rapidly beeping No. 5621).
TROUBLEMessage:
If the burglary protection is off (or at 3 time,
if so-programmed), and no other alarms have occurred, the TROUBLE
message will light to indicate a loss of check-in problem and the
TRANSMITTER IDEKTlFICATION~display will indicate which transmitter
failed to report. The TROUBLE and BATTERY messages may be both lit,
indicating that the transmitter battery is too weak for reliable
transmission.
To check the condit,ion of the identified transmitter, force a transmission
by opening and closing the transmitter's loop (or otherwise activating
the transmitter), and enter the access code followed by OFF. If
the TROUBLE message turns off, the transmitter is all right and the
cause of the TROUBLE messa'ge has disappeared. If the same transmitter
keeps reporting TROUBLE messages, it may become necessary to relocate
the transmitter to improve its transmission path or to replace the
transmitter if it is at fault.
BATTERY Wessage:
If the burglary protection is off (or at an-y time,
if so-programmed), and no other alarms have occurred, the BATTERY
message will light to indicate a weak transmitter battery. The TRANS-
MITTER IDENTIFICATION display indicates which transmitter(s) need
new batteries (or that at least one panic transmitter needs a new
battery, if more than one panic transmitter is used with the system).
A "00" indication accompanied by a lit BATTERY message indicates
low battery in a ho. 5608 Remote Keypad/ Transmitter.
When a low BATTERY message appears, approximately 30 days of battery
life remains, but see Section X, starting on Page 32 for replacement
. . .
recommenaatlons.
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To turn off the BATTERY message, replace the weak battery, force
a transmission by opening and closing the loop (or otherwise activating
the transmitter), then enter the access code followed by depression
of the OFF function key. This is don2 while the burglary protection
is off. To restore the LOW BATTERY output trigger, turn burglary
protection on and off as described in Section IV: 6 and 7, page 9.
Note:
Occasionally,,even though a fresh battery has been inserted,
the BATTERY message will remain lit after the above procedure.
If this occurs, remove the battery in question, inspect the
battery clips and reshape them, if necessary, to ensure good
contact. Reinsert the battery after two or three seconds
and repeat the "turn off" procedure.
C, (Optional) No. 5608 Remote Keypad/Transmitter: (See Diagram 3)
The No. 5608 permits the burglary protection to be turned on and off remotely,
without interconnecting wires. Fire, police, emergency and auxiliary
alarms may also be triggered and reset from the No. 5608. No audible
or visual system status indications are provided by the No. 5608, nor
are the TEST and BYPASS functions that are on the No. 5621. A single
red indicator LEO lights wh?ie the unit is transmitting.
Note:
Burglary protection can be turned on (armed) from the No. 5608
only if there ar2 no faulted burglary transmitters.
0. Transmitter/Sensors:
(See Diagram 4)
1.
2.
3.
4.
5.
No. 5603 Door/Uindow Transmitter (Diagram 4a): Permits protection
of doors and windows via a closed protective loop, which may contain
reed type magnetic contacts or foil. Also see Diagram 8.
No. 5610 Door Transmi.tter (Slimline Design) (Diagram 4b): Provides
door protection with no wiring required. Transmitter unit containing
reed switch mounts on door frame and its accompanying magnet mounts
on door. Also se2 Diagram 9.
ND. 5611 Yindow Transmitter (Slimline Design) (Diagram 4b): Particularly
convenient for mounting on narrow window frames (unit is less than
1 3/8" wide). Provides protection via a closed protective loop which
may contain reed type magnetic contacts or foil.
No. 5614 Entry/Exit Transmitter (Slimline Design) (Diagram 4b):
Specifically configured transmission format for use on doors in the
entry/exit zone. Convenient for mounting on or adjacent to door
fram2s. Provides protection via a closed protective loop which contains
reed type magnetic contacts.
No. 5650 Passive Infrared Detector/Transmitter '(Diagram 4~): Provides
17 zones of wide angle (75" span) coverage with a pattern range of
up to 5D feet. Separate pan and tilt controls permit pattern adjustment
to achieve dosired coverage or avoid hazards. Wall/corner mounting
plate is included for fast and easy installation. Has LED walk test
capability. Complete descriptive and installation information accompanies
the No. 5650.
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6.
No. 5605 Smoke Detector Adapter/Transmitter (Diagram 4d): Provides
a base for mounting a No. 591TX Smoke Detector. Has removable drawer
for batteries which provide power for adapter's transmitter as'well
as for the smoke detector. Location and other information for the
smoke detector accompanies the No. 591TX and installation information
for the No. 5605 accompanies that unit.
7, No. 5601 Emergency (Panic) Transmitter (Diagram 4f): This transmitter
may be carried about the protected area in a pocket or purse or clipped
to a belt. A keyslot hole in its belt/mounting clip permits mounting
in any convenient location if desired.
Momentary activation (even for a fraction of a second) of the unit's
pushbutton will cause a signal transmission. The unit's LED lights
when the pushbutton is activated. The LED may not light if the battery
is weak (as indicated by a low BATTERY message on the No. 5621 Security
Console) but the unit may still transmit.
8. ho. 5606 Dual Emergency (Panic) Transmitter: (future addition).
Similar to No. 5601 Transmitter except that it has both Elrlergency
(panic) alarm and Police Alarm button capability.
IV FUNCTIONAL DESCRIPTION OF.No. 5621 SECURITYCONSOLEANDNo. S608 REMOTE
KEYPADTRANSMITTER:
The following describes how to operate the No. 5621 and 5608. Select the desired
function and push the indicated keys for the result described.
Mote :
Several functions cannot be performed from the No. 5608 as it is
a keypad/transmitter only and provides no sounds or indications
except a red indicator which lights when it is transmitting.
1. TO TRIC6ER FIRE, POLICE, EMERGENCYAND/OR ‘AUXILIARY ALARM AT ANY
TM: PUSH BOTH ALARM KEYS (FIRE-FIRE, POLICE-POLICE, EHERG-EMERG
OR AUX-AUX) AT THE SAME TIME.
External Siren/bell and No. 5621 Security Console speaker's sound
will begin immediately (unless POLICE - Pt'lLICE is pushed and silent
POLICE alarm has been programmed and/or if the Auxiliary zone has
been programmed for "all lights on" operation or just as an interior
audible alarm zone). The LED (No. 5621 only) between the pushed
keys will light. Communicator (optional) will send message to central
station.
2.
TO TRI66ER ACIBUSH (SILENT POLICE) Au\Iw (via optional communicator):
ENTERFIRST 3 DIGITS (ONLY) OF 4 DIGIT ACCESS CODE, FOLLOWED BY PROGRAMMED
AMBUSH DIGIT, FOLLOWED BY DEPRESSION OF KEY FOR REOUESTED FUNCTION
(OFF, AMAY, HWE, ETC).
Silent police alarm will be sent to central station via (optional)
communicator, while desired function is executed.
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3.
4.
5.
6.
7.
TO TURNOFFANYALARM IN PROGRESS:
ENTER 4 DIGIT ACCESS CODE’IM’IEDIATELY
FOLLOWED BY DEPRESSION OF DFF FUNCTION KEY.
Siren/bell will stop, No. 5621's transmitter I.D. display will indicate
transmitter(s) that caused alarm (alarm memory). Note: If a transmitter
is activated during the armed period, the siren/bell will sound for
the programmed time and then turn off. Alarms from that transmitter
(PROM option) are ignored thereafter until the system is disarmed;
however, other transmitters are still capable of initiating an alarm
and an additional siren/bell sounding interval.
To clear display,.enter access code again, followed by depression
of the OFF function key.
TO CHECKF(IR FAULTEDTRANSUITlER(S) BEFORElURNIN6DNBW6LARY PROTECTION
(No. 5621 only.): If READY LED IS LIT, NO TRANSMITTERS ARE FAULTED.
DTHERWISE PUSH READY FUNCTION KEY.
Faulted transmitter number(s) will be displayed.
TO TURN ON BURGLARYPROTECTIONWHENHONE IS NOT 6OIffi TO BE OCCUPIED:
ENTER ACCESS CODE IMMEDIATELY FOLLOWED BY DEPRESSION OF AUAY FUNCTION
KEY. MAY BE FOLLOWED BY FUNCTION 9 AND/OR 10 BELOW. LEAVE BEFORE
EXIT OELAY PERIOD ENDS.
If no transmitters are faulted, the No. 5621 will beep twice and
the AWAYindicator will light. Otherwise, one beep is heard (indicating
that the burglary protection.is still off) and the faulted transmitter
number(s) will be displayed.
NOTE: If the system is armed in the HOME mode, it is 'possible
to arm it directly into the AWAY mode when leaving. However,
if a fault is present in the interior zone when this is
attempted, the system's burglary protection will turn off.
TO TURNON BURGLARY PROTECTION MILE HOMEIS OCCUPIED: ENTER ACCESS
CODE IMMEDIATELY FOLLOWED BY DEPRESSION OF HDHE FUNCTION KEY. MAY
BE FOLLOWED BY FUNCTION 9 AND/OR 10 BELOW.
If no transmitters are faulted, the No. 5621 will beep 3 times and
the HOME indicator will light. Otherwise one beep is heard and the
faulted transmitter number(s) will be displayed. Interior zone sensors/
transmitters are automatically bypassed.while the rest of the burglary
protection is armed.
jOT&:
If the system is armed in the AWAY mode, it is possible
to arm it directly into the HOME mode upon entering without
causing an alarm.
TO TURN OFFBURGLARYPRUTECTIOW: ENTER 'ACCESS CODEIM’lEDIAfELY FOLLOWED
BY DEPRESSION OF OFF FUNCTION KEY (COMPLETE REFGRE ENTRY DELAY PERIOD,
IF ANY, ENDS WHEH REENTERING HOME AFTER BEING AWAY).
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If entering and no alarm(s) had,occurred, the No. 5621's sounder
will begin beeping slowly when home is entered. If alarm(s) had
occurred, it will begin beeping rapidly (or.be silent if the alarm
had occurred in the entry/exit zone). After the burglary protection
is turned off, the No. 5521 will beep once if there had been no alarms.
Otherwise, the faulted transmitter number(s) will be displayed (alarm
memory).
9. TO TURN BURGLARYPROTECTION ON AND BYPASSFAUhD TRANSMITTERS(AS
INDICATEDBY FUNCTION 4 ABOVEAND ONLY AT MO. 5621): PERFORM EITHER
FUNCTION 5 or 6 ABOVE, IMMEDIATELY FOLLOWED BY DEPRESSION OF BYPASS
FUNCTION KEY.
Same result as either function 5 or 6 above, except BYPASS indicator
will be lit and any faulted transmitters will be bypassed. All bypasses
are automatically removed when the burglary protection is turned
off.
jJOTJ: If the system is armed in the AWAY (HOME) mode and it is
armed directly into the HOME (AWAY) mode, any bypasses
present in the earlier mode are maintained in the later
arming mode only if the BYPASS key is pressed as part of
the later arming procedure.
10. TO TURN BURGLARYPROTECT1ON ON ANDMAKEENTRYZONEAN INSTANTALARH
ZOE (NDENTRYDELAY): PERFORMEITHER .FUNCTIDN 5 DR.6 ABOVE, IMMEDIATELY
FOLLOWED BY DEPRESSION OF INSTANT FUNCTION KEY.
Same result as either function 5 or 6 above, except INSTANT indicator
will be lit and (after expiration of exit delay) .entry will trigger
immediate alarm. When the burglary protection is turned off, the
entry delay is automatically returned to normal.
11. TO ASSIGN EY TEMPORARY ACCESSCODE: ENTER 4 NUMBERS OF MASTER (PER-
MANENT) ACCESS CODE, IMMEDIATELY FOLLOWED BY DEPRESSION OF ACCESS
FUNCTION KEY, IMMEDIATELY FOLLOWED BY THE ENTRY OF 4 NUMBERS CHOSEN
FOR TEMPORARY ACCESS CODE. CHECK BY ENTERING NEW TEMPORARY ACCESS
CODE FOLLOWED BY DEPRESSION OF OFF FUNCTION KEY. INTERIOR SOUNDER
WILL BEEP ONCE IF NEW CODE IS IN EFFECT.
Caution:
The 4th digit chosen for the temporary access code must
be different from the programmed Ambush digit. Ambush
alarms may be triggered with either the master or temporary
access code as described under Function 2 above. If the
4th digit chosen is the same as the programned Ambush digit,
there will be no ambush capability for the temporary access
code until the code is changed to one where the 4th digit
chosen is not the same as the Ambush digit.
The master access code, PROM programed at the time of installation,
never changes and can be used at any time. 'Its use should be limited
to the owner of'the system. The
temporary access code may be changed
whenever desired and allows others temporary access to the home.
Rote:
Burglary protection turned on by using the master access code
can only be turned off by using the master access code, although
if turned on with the temporary access code, it may be turned off
by either the temporary or master code.
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To remove a temporary access code, enter mster access code, depress
ACCESS, and key the mast&r access code again.
12. TO TURNONCHIMEFEANREjONLY UHENBURGLARY PROTECTIONIS OFF): ENTER
ACCESS CODE, IMMEDIATELY FOLLOWED BY DEPRESSION OF CHIME FUNCTION
KEY.
While the system is disarmed, whenever an entry/exit or perimeter
sensor/transmitter is disturbed, the No. 5621 beeps once. Transmitter
numbers will be displayed if the READY function key is pushed.
13. TO TURN OFF CHME FEATURE: ENTER ACCESS CODE, IMMEDIATELY FOLLOWED
BY DEPRESSION OF CHIK FUNCTION KEY (the CHIME feature is not turned
off by arming or disarming).
No. 5621 no longer sounds for entry/exit or perimeter sensor/transmitter
disturbances.
14. TO TURN ON TEST FEATURE (AT No. 5621 ONLY AND ONLY YHEN BURGLARY
PROTECTION IS OFF): ENTER ACCESS CODE, IMMEDIATELY FOLLOWEDBY DEPRESSION
OF TEST FUNCTION KEY.
No. 5621 will beep twice and TEST indicator will light. Subsequently,
No. 5621 will beep once every 30 sec. if no message is received and
twice each time a sensor/transmitter message is received. Transmitter
number will be displayed while the sensor/transmitter is disturbed
(in the case of emergency transmitters, smoke detector transmitters
and remote keypads, no display will appear). The external sounder
and dialer triggers 511 not operate.
15. TO TURN OFF TEST FEATURE(AT No. 5621 OR5608):
ENTER ACCESS CODE,
1MMEBIATELY FOLLOWED BY DEPRESSION OF OFF FUNCTION KEY.
No. 5621 will beep once and TEST indicator will go out. The system
cannot be armed unless the TEST feature is off.
16. TO TURNOFF b. 5621’s LOSSOF CHECK-INOR
ENTER ACCESS CODE, IMMEDIATELY FOLLOWED BY
KEY.
LOUBATTERYSWNDER:
DEPRESSION OF OFF FUNCTION
No. 5621 will stop beeping continuously, but affected transmitter
number(s) will be displayed. Procedures for clearing TROUBLE and
BATTERY message indications are described in Section III; B; lD,ll
on Page 6.
17. TO RESTORENo. 5621’ s POWERLED WHENAC POWERHAS BEENOFF LONGER
TtMNPRol PRWtAWEDINTERVAL:
ENTER ACCESS CODE, IMMEDIATELY FOLLOWED
BY DEPRESSION OF OFF FUNCTION KEY.
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No. 5621 will stop beeping continuously (if not previously silenced)
and POWER indicator will light (if AC has been restored).
V SYSTEMPRDGRA)-lffflJE :
A. Preliminary PRDMData:
The No. 5620 Receiver/Control uses a PROM chip (No. 691) (not supplied)
that must be custom programed (by or for the installer) for each system.
The following preliminary PROM data will be needed for each installation
and should be determined, where appropriate, by consulting with the homeowner.
Use Table A to record the data. Complete information for utilizing this
data in the programning of the PROM with a No. 690 PROM Programmer accompanies
the No. 690.
1.
2.
3.
4.
5.
6.
i.
8.
AC POWERLOSSAUDIBLE/TR166ERUARNIffi DELAY: Any multiple of 4 minutes,
0 thru 8 (32 minutes maximum) may be chosen. Selection of 9 eliminates
the warning for loss of AC.
PERHANENTACCESSCODE: Any 4 digits (different or repeated) may be
selected.
AMBUSHDIGIT: Sends silent police alarm via optional conaunicator,
when entered in lieu of last digit of Master Access Code. Any digit
different from last digit .of Master Access code may be selected.
ENTRY DELAY: Any multiple of 15 seconds, 0 thru 8 (120 seconds max.)
may be chosen (choose "0" only if no entry delay is desired). 9 gives
infinite delay; DO NOT USE.
EXIT DELAY:
Any multiple of 15 seconds, 1 thru 8 (120 seconds max.)
may be chosen. 9 gives infinite delay; DO NOT USE.
DELAY ON EXTERIOR BURGLARYSIREN/BELL SOUNDINGAND DIALER TRI66ER
WTPUT:
Any multiple of 15 seconds, D thru 8 (120 seconds max.)
may be chosen (choose "0" if imediate sounding is desired). 9 gives
infinite delay; DO NOT USE.
SIREN/BELL SOUNDINGDURATION: Any multiple of 4 minutes, 1 thru
8 (32 minutes max.) may be chosen. Selection of 9 causes sounding
with no cutoff. Selection of D gives no sounding.
CHECK-IN INTERVAL:
Any multiple.of 2 minutes, 120 thru 998 (240
minutes thru 1996 minutes) may be chosen. A value of 720 (1440 minutes
or 24 hours) is reconwnded.
If no signals are received from a given
transmitter by the No. 5620 during the programed Check-In Interval,
a TROUBLE message is annunciated for that transmitter by the NO. 5621.
Selection of 999 eliminates the check-in interval.
Notes: a. The elapsed time from the beginning of a condition that
interferes with the reception or transmission of a transmitter's
check-in and other signals (e.g. dead or missing tram-
mitter battery, missing transmitter, altered transmission
path) and the annunciaton of a TROUBLE message by the N& 5621
may vary from one to just under two times the programmed
Check-In Interval.
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For example, consider the recommended Check-In Interval
of 1440 minutes (24 hours). If a transmitted signal is
received by the No. 5620 from a given transmitter inmediatel
following the start of a timed Check-In dInterval,
is received thereafter from that transmitter, it will be
just under 48 hours later (the remainder of that 24 hour
interval plus the ensuing 24 hour interval) that a Check-In
TROUBLE message is annunciated for that transmitter by
the No. 5621.
On the other hand, suppose that a transmitter's signal
is received immediately preceding the start of a new timed
Check-In Interval, but none is received thereafter from
that transmitter during that interval. A check-in TROUBLE
message will in this case be annunciated for that transmitter
by the No. 5621 just 24 hours later.
b. Shorter than 24 hour intervals increase the possibility
of unnecessary TROUBLE messages resulting from temporary
extraordinary interferences while longer intervals delay
notification of genuine conditions that should be checked.
9. LOSS OF CHECK-IN/TRANSMITTER LOY BATTERY ANMJNCIATION: Audible and
visual annunciation to the user of the system may be chosen to be
at the time that the receiver/control becomes aware of the situation
(24 hour annunciation independent of the arming status of the system)
OR only when the system is disarmed (avoids disturbance of the occupants
at night when they are sleeping and the system is likely to be armed).
10. AUTOMATIC/MARUAL BYPASS SELECTION: In the manual mode, the system
is fail safe armed, wherein an unresolved sensor.fault prevents arming
of the burglary protection unless the manual BYPASS procedure (described
previously in Section IV;9 on page 10) is used.
If automatic bypass
is chosen, any unresolved sensor faults will be automatically bypassed
when the burglary system is armed in either the HOME or AWAY modes.
11. EXTERRAL SIREN SDUIoIffi SELECTION:
Two siren sounding configurations
are selectable for burglary, audible police, and emergency alarms. One
provides a continuous, slowly alternating two tone sound. The other
provides a continuous, rapidly alternating two tone sound.
In either
case, a pulsed, rapidly alternating two tone sound is producv
fire and exterior audible auxiliary alarms.
12. AUXILIARY ALARM SOUNDING: Selection of internal sounding for an
auxiliary alarm or of both internal and external sounding for an
alarm in this zone is provided.
13. “LIGHTS-ON” OUTPUTDELAY: A "lights-on" voltage output, capable
of energizing a No. 477 AC Line Carrier Transmitter, can be selected
for activation as soon as the console speaker starts producing alarm
sounds (instantly for instant zones and after entry delay for delayed
zones). Alternatively, it can be selected to be activated as soon
as the exterior speaker or bell starts producing alarm sounds.
14.' AUXILIARY FUNCTIONDEFINITION: The auxiliary function may be selected
as a non-alarm function that merely provides the "all lights-on"
voltage output or as a 24 hour auxiliary alarm function with "all
lights-on" as well.
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15. ‘LIGHTS-ON” REACTION TO ENTRY WHENARMED‘AMY’:
The “lights-on"
voltage output can be selected for activation immediately upon faulting
the entry/exit zone (opening of a main access door as well as after
an alarm) or only subsequent to an audible alarm.
16. HOUSE I.D.: Any number from 00 thru 31 may be chosen. All of the
system's transmitters will later be,set for this House I.D. number
and only transmitters sending this number will be recognized and
processed by the No. 5620 Receiver/Control.
It is imperative that a House I.D. that is not being used in a nearby
installation be chosen in order to prevent accidental triggerings.
17. INTERIOR ZONE RESPONSETO INTRUSION: When in the AWAY armed mode,
one of two responses is possible (depending upon programing selection)
to an intrusion into the interior zone -- an instant alarm or a delayed
alarm (the same as in the entry/exit zone). The latter selection
permits motion detection to be used in an entrance foyer through
which passage must be made on entry and exit, to or from the system's
console.
18. DIALER TRI66ER CONFI6URATIDN: Two configurations of dialer triggers
are selectable. One provides a unique trigger for every condition:
burglary, fire, police, emergency, and auxiliary alarms, AC power
loss, transmitter low battery, and loss of transmitter check-in signal.
The second provides burglary triggers by zone -- entry/exit, perimeter,
and interior. However, to get this the auxiliary alarm trigger is
eliminated and the transmitter low battery condition and the loss
of transmitter check-in signal condition have their reporting combined
into one common dialer trigger, produced for either condition,
19. HIRED LOOP: The No. 5620 Receiver/Control has provision for a wired,
supervised protective zone that may be PROM programmed as an "Entry/Exit",
"Interior" or "Perimeter" burglary zone, as a "Police", "Emergency"
or "Auxiliary" alarm zone or "Not Used". One of these options should
be selected.
Caution:
Do not select the wired zone as an "Interior" zone unless
one or more transmitters are also going to be used in the
tlnterlor zone. Otherwise, the wired zone will not be bypassed
when the burglary protection is turned on while the home
is occupied (Section IV; function 6 on Page 9).
20. INTERIOR SWMXR RESPONSETO ARM/DISARM: The No. 5621 Security Console's
internal sounder may be PRDM programmed to be "silent" or "audible"
upon arming and disarming. One of these two options should be selected.
21. RESPONSETO POLICE ALARM (from No. 5601, 5606, 5608 or 562.1) may
be PROMprogramned to be "silent" (no,bell, siren, or LED) or "audible"
upon triggering. One of these two options should be selected.
22. BURGLARYALARM TRIGGERED PER TRANSUITTER DURING AN ARUEDPERIOD:
Selection may be made of single or multiple alarm sounding/reporting
during one armed period.
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23. TRANSUITTER 1-D-s: The number of transmitters to be assigned to.each
of the no. 5620 Receiver/Control's burglar alarm zones must be determined
by surveying the premises. Section VI; A on Page 17 should be consulted
for guidance in selecting locations for the transmitters.
a.
.b.
C.
d.
Burglary Transmitter 1.D.s: A maximum total of 25 burglary
transmitters (e.g. Nos. 56I53 5610, 5611, 5614, 5650) may be
assigned to the Entry/Exit Dilay, Interior and Perimeter zones,
apportioned in any manner (25 if 4 smoke'detectors are to be
used and up to 29 if no smoke detectors are to be used). Moreover,
a single transmitter (such as the No. 5603, 5611 or 5614) may
protect more than one opening if several contacts or devices
are connected in its protective loop.
Fire and Gas Detector Transmitter 1.D.s: A maximum total of
4 No. 5605 Smoke Detector Adapter/Transmitters may presently
be assigned to the system.
Panic Transmitter 1.D.s: Any number of No. 5601 or 5606 Emergency
(Panic) Transmitters may be used with the system; however, their
Transmitter I.D.'s are pre-determined and no PROM programming
is necessary.
Transmitter I.D. numbers should be assigned, in accordance with
the following rules:
1) I.D. Number "00" is reserved for the wired zone. Numbers
01 through 25 (through 29 if smoke detectors are not-1
are available for burglary transmitters (group them by
zone in this order: Entry/Exit, Interior, Perimeter).
Numbers 26 through 29 are reserved for fire and gas detection..
Numbers 30 and 31 are used by panic transmitters (30 for
police .panic, 31 for emergency panic).
2) Leave gaps between each tone's transmitter I.D. numbering
sequence to permit future expansion.
3)
4)
Never have unused I.D. numbers between the first and last
D numbers of a zone.. .
If the zone has only one transmitter, that tone's "first"
and "last" I.D. number in the PROM programming will be
the same.
EXAMPLE: For a system with 6 Entry/Exit zone transmitters,
6 Interior, 6 Perimeter, 2 Fire and 2 Panic trans-
mitters, the following I.D. numbers could be assigned:
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TRANSUIllER
I.D.
A!SSIGmENT
f-v..
00
01 - 06
07, 08
09 - 14
:: - 21
22 - 25
26, 27
28, 29
30
31
Reserved for Wired Loop (may be programed
for Entry/Exit,
used. Interior or Perimeter) if
Entry/Exit
(future Entry/Exit or Interior)
Interior
(future Interior or Perimeter)
Perimeter
(future Perimeter)
Fire
(future'Fire or Gas)
Police Panic (may be PROM programmed for
"silent" or "audible")
Emergency Panic (always "audible")
Table B, which reproduces the Data Cards that accompany the
No. 5621 Security Console, may be used to enter appropriate
transmitter I.D. information for this installation.
B. Transmitter Progranslin~:
The DIP Switches located on each transmitter must be set for the proper
"House I.D." and "Transmitter I.D." as assigned previously for the No. 5620's
PROM. MDTE: Do not use a pencil point to set the DIP switches as conductive
graphitedust can fall inside and cause erroneous circuit operation.
Use.the DIP Switch Tool supplied with'the No. 5625 Installation Aid or
alternatively a paper clip if the tool is not available. To avoid possible
damage, do not use excessive force.
See Diagrams 3, 4 and 5.
1.
2.
3.
4.
5.
For EACH transmitter (including the No. 5608 Remote Keypad trans-
mitterrs]), the first 5 switches (1,2,3,4,5) are used to set the
"House I.D.". See Note following Step 5.
For BURGLARYTransmitters (e.g. Nos. 5603, 5610, 5611, 5614, 5650),
the next five switch positions (6,7,8,9,10) are used to set the "Trans-
mitter I.D.". See Note following Step 5.
For, FIRE (e.g. No. 5605) Tranrmitzers
, switch positions 6 and 7 are
used to select their "Transmitter 1.D.s" as shown in Diagram 5.
For the No. 5601 Emergency (Single Button Panic) Transuitter. switch
position 6 determines whether the unit is set for EMERGENCY Panic
( "ON" , I.D. 31, always audible) or POLICE Panic ("OFF., I.D. 30,
either silent or audible as ?ROM programned).
For the Mo. 5606 Dual Emergency (Panic) Transmitter, no internal
"Transmitter I.D.. setting is necessary. The two position switch
on the transmitter's cover permits the user to select an always-audible
EMERGENCY Panic (I.D. 31) or a silent or audible (as PROM programmed)
POLICE Panic (I.D. 30) operation.
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ebtc: An alternative to using the Switch Postion "ONtOFFu table shown
in Diagram 5 to. set the "House I.D." or 6~ lar *Transmitter
I.D." numbers,iS Provided by the following met o .
+
Assume 'S-D- Values associated with the switches as shown
in the following table, Then, the sum of the I.D. Values
for Switches l-5 that are set in thnN position will equal
the desired House 1.0. number and m sum for switches
6-10 Set in the ,$ position will equal thexired Trananittet
I.D. number.
I Switch: switch: 612 7 83 49 510 I
1.0. Value: 16 8 4 2 I
For example, if Switches I and 3.are "ON", the House 1.0. set
will be 20 (16 + 4). If switches 8 and 9 are ON, the TranS-
mitter I.D. Set will be 6 (4 + 2).
A, Preliminary Location cOns**rati0S&
In order to obtain Optimum performance of the system, it is necessary
to have some understanding Of the transmission characteristics of the
radio signals used in the system. These transmission frequencies penetrate
building materials such aS WOOdand plaster, but the signal strength is
more greatly reduced by concrete and brick, and these frequencies will
not penetrate metal at all.
effects of placement Of It is, therefore, necessary to consider the
Various elements of the System with regard to
the physical surroundings. In certain cases, it may be necessary to move
either a transmitting unit Or the No. 5620 Receiver/Control, to provide
reliable operation of the System.
be observed.- In general, certain precautions Should
/DO NOTYET MOUNTANY OnHE SYSW
/ COMPONENTSPERMANENTLYIN PLACE /
1. The km 5620 bCeiver/~~l Should k located in a central 1oCathfL
at least a few feet above ground level. Basement installation is
not absolutely precluded, but the operating range will probably be
less and tranunitters located outside the structure itself (e.g. in
a detached garage) may not be received. A location in a first'floor
closet is often preferable.
2. The tlo- 5620 should not be located near large metal objects
such
as refrigerators, ranges. Storage cabinets, etc. In .no case should
the No. 5620 be mounted to a metal wall, post or girder.
3.
The Ro- 5620 should not be munted on a concrete or brqck wall if
it can be avoided.
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4.
5.
6.
7.
8.
The transmi.tters. should always.be located at least four inches away
fror any substantial metal objects in order to avoid detuning effects.
They obviously must not be located inside a metal structure, such
as a file cabinet or safe, since there would be no penetration through
the metal.' Where: protection of such a unit is required, a remote
sensor .should be utilized., and connected in the protective loop of
a No. 5603,.5611 or 5614 unit.
Locations near electric motors, air conditioners, lamp dimners and
similar electrical appli.ances should-be avoided as well.
The approximate indoor range of the transmitters in most residential
buildings is 100 feet, although in some surroundings greater range
may be obtained.
Transmitters should be installed’ only where the teqerature is maintained
between 32OF and 120°F (OS and SOOC). Do not locate a transmitter
where it will be exposed to freezing temperatures of direct sunlight.
If such areas need to be protected, run wires from the
sensor to
a transmitter located in a temperature controlled area.
No. 5605 Smoke Detector Adapter/Transmitters, if used; should be
located in accordance with the guide? ines suppl ied with the sroke
detectors to be used and the resul t.s', of the preliminary tests described
in the following section.
No. 5650 Passive Infrared Detector/Transmitters. if used, should
be located in accordance with the instructions’ that accompany them
and the results of the preliminary tests described in the following
section.
8. Preliminary Progranrming/Location lest:
The following procedure is intended to provide a preliminary check on
the system programing and to determine the suitability of proposed locations
for the No. 5620 Receiver/Control and the transmitters, before permanent
installation is made.
1. Place the No. 5620 Receiver/Control temporarily in its propo%$ location
and:
a. Install the programmed PROM carefully in the PROM socket in
the middle of the No..5620's'PC board (if available, a No. 692
PROM Insertion Tool should be used); Ensure that the PROM's
index mark is toward the left, as indicated in Diagram 6.
b.
Connect the No; 5621 Security Console to the No. 5620,temporarily,
via its four leads as indicated in Diagram 6.
c. Connect a 1K ohm resistor (e.g. No. 606) across terminals 12
and 13 if one is not already in place.
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2.
3.
4.
5.
6.
7.
8.
d. Install the antenna by guiding it into the grommeted hole at
the top of the cabinet and inserting it in the connector at
the upper left hand corner of the receiver's circuit board.
The antenna must stand straight up and must not be bent in any
direction.
Caution: Do not use excessive force when inserting the antenna.
It must not be allowed to penetrate beyond the bottom
of the connector, which would result in less than
maximum projection of the antenna from the cabinet.
e. Temporarily connect terminals 1 and 2 to the output terminals
of the No. 1324 transformer supplied, with enough wire to reach
thecdo not plug it in until Step 3 below).
Connect the 6V battery to the No. 5620's battery connector cable.
Plug the trantfomer into the 120VAC outlet. The green LED within
the No. 5620 should light. The No. 5621's green READY and POWER
indicator LEDs will light and its sounder will beep continuously.
Enter the 4 digit access code, followed immediately by depression
of the OFF function key. The sounder will silence.
Temporarily place a jumper across the SUPERVISIONTEST POSTSin the
RD. 5620 (See Diagram 6). The No. 5621's TROUBLE message will light
and the sounder will beep continuously.
a. At the No. 5621, enter the 4 digit access code, followed imnediately
by depression of the OFF function key. The sounder will stop.
b. Verify that all burglary and fire transmitter numbers programned
into the PROM are sequencing through the No. 5621's transmitter
emergency/panic transmitters will not have an
Note:
This step does not actually check if each transmitter is
transmitting pr*rly. Instead, it verifies that each
transmitter I.D. is properly included in the PROM. If
discrepancies are revealed, disconnect the battery, unplug
the transformer, remove the PROM (with a No. 692-l PROM
Removal Tool, if available) and veri
by using a No. 690 PROM Programmer. fy its programming
Rewovethe jwrqx!r from the RD. 562D's SUPERVISIOW
TEST POSTS.
At the No. 5621, enter the 4 digit access code,
by the TEST function key. The sounder will beep
indicator LED will light.
followed imiately
and the amber TEST
Set each transmitter's coding switches as described in Section V;
1 on Page 16 if this has not already been done. Mark each transmitter
temporarily (e.g. with a tag or piece of masking tape) to indicate
its transmitter I.D. number and proposed location.
Install the required battery (or batterqes) in each transmitter as
indicated thereon and in Section X starting on Page 32 herein. See
Diagrams 3 and 4 for battery access information.
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Important : Make sure that the battery terminals are not bent
and reshape them if necessary to ensure good contact
when connected. /----‘\
After a transmitterls battery is installed, open circuit and short
circuit the terminals and observe that its corresponding I.D. number
will appear and then clear, respectively, from the display on the
No. '5621.
)
.'
tlote: At this point, use of the ML 5625 Installation Aid is MNDATORY
for testing the quality of the transmission path between each
transmitter’s proposed location and the WL 5620 Receiver/Cmtml.
Follow the instructions accompanying it and then skip to Step
10. If the No. 5625 is not available, proceed as follows, but
bear in mind that, without use of the No. 5625 to assure the
quality of the transmission path, no absolute statement concerning
transmitter location acceptability and transmission reliability
is possible..
9.
At each proposed tr/nsmitt& location, force several transmissions
frm the transmitter intended for that location (while holding it
in the position it will occupy when installed and listen (or have
an assistant,listen) for two beeps from the No. 5621 each time a
transmission is received at the No. 5620. The proposed location
may be acceptable if successive transmissions consistent1
in two beeps at,the No. 5621. 4,pmei:U,1:
At times, changing
location.by only a few inches can mean the difference between a suc-
cessful,
and unsuccessful transmission. Occasionally, a new location
may have to be selected for the No. 5620 Receiver/Control.
a.
b-
c.
d.
e.
f.
No. 5608 will transmit whenever any of its numeric keys is depressed.
No. 5603, 5611 and 5614 will transmit whenever a circuit (use
a jumper) across the unit's screw terminals is closed or opened.
No. 5610 will transmit whenever its associated magnet is brought
close to or removed from the space between the wedge-shaped
magnet positioning marks on its side (with a jumper across its
protective l.oop terminals).
No. 5605 (with appropriate smoke detector connected, see instruc-
tions accompanying Ro. 5605) will transmit when its test switch
is depressed (every 6 seconds if the switch is kept depressed).
No. 5609 will force a transmission when its test switch is depressed.
No. 5650 will transmit when sensing motion (test with cover
'removedl,
No. 5601 and 5606 will transmit when the unit's actuator button
is deDressed. Uafi throuohout the Premises to determine areas
where'"successful", '!questionable" 6nd:"unsatisfactory" transmission
paths exist and so-inform the subscriber of these areas.
10. When satisfactory locations have been determined, disconnect the
No. 5620's plug-in transformer and battery, and proceed with the
permanent.installation. Transmitter batteries need not be removed.
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