ADEMCO 4140XM User manual

ViSI!!IiIAXM
SERIES
4140XM/51 30XM/4130XM
INSTALLATION
INSTRUCTIONS
Acomplete VISTAT=hnioal Reference
Manual that oan unlock the full power of
the VISTA XM System is available.
See inside front cover for more
information.
il 92V3 7/90
Previous Menu

CONGRATULATIONS
and WELCOME to the VISTA XM FAMILY!
The purpose of these Installation Instructions is to give you, the installer, abrief ovemiew
of the VISTA XM system, and provide instructions for installing abasic system. For more
complete informati~ rncluding descriptions of the VISTAXM series ofproducts, detailed
wiring diagrams and complete programming instructions, please refer to the VISTA XM
TECHNICAL REFERENCE WAL, available fmm our Technical SupportGroup (call
one of the numbers listed below), or you can pick one up at your local Ademco Distribution
center.
As always, ADEMCO is there for YOU! Our SALESand TECHNICAL SUPPORT staff
are eager to assist you in any way they can, so don’thesitate to call, for any reason!
East Coast Technical Support: 1-800-645-7492 (8 a.m.-6 p.m. E.S.T.)
West Coast Technical Support: 1-800-458-9469 (8 a.m.-5 p.m. P.S.T.)
Ag@ CONGRATULA’IIONS,andWELCOMEABOARD!
-2-

DearValuedCuatomet%
Tohelp provide you withthe best possibieproductsand semice, pieasetake afew
minutesto compietethis surveyand drop it in the maii.We vaiue your commentsand
iookforward to hearing from you soon. ThankYou.
YourCompanyNarm
CustomerNumber phoneNumbaK
1,whichVISTAXMsystemwasinstallect? 4140XM 5130XM 4130XM
2. a)Waswirelessusad? Yes No
b)Howmy 4260s(or4260-8s)used? 12
3. Wastwo-wuaexparmonusad? Yes No
Ifyes,whtchdaVICaSwareused(checkallthatapply)?
—4190WH2Zona Module _4192SDPhotodectncSmokeDetector
_ 42088 ZoneModule _4192SDTPhotoaiactncSmokeDetectorw/HeatDetector
_ 4139 Mm SurfaceM~-~~ntacf _ 4192CPIonzstionSmokeDetector
_4191 MmlRa@aaad _ 4275DualElementPIR
—4194wIda GspReadcontact _ 4196QuadElementPtR
4. a) Howwouldyouratethenew,158 page7ECHNOU REFEREKE AMNUAL overall?(availabbatAdamcoDIstribumnCanters)
Poor Fair Excellent DidnotuaethaTRM
b)lfyouchosa poororfair,whatarasomareasons?PleasebeSpecific.
5. a)DidyoudOwIIIOSdtheprogram? Yas No
b)lfyea, waaiteaayto dosndunderstand? Yaa No
c)Ifno,whynot?Pleasebespecific.
d)Didyouusetheramotecommandfeature? Yae No
e)Ifyes,arethereanyotherfasturaahrnmandsyouwoutdIikatosea?Piaaaabeapacifc.
6, a)Didyoup~ram viathekeypad? Yes No
b)lfyea, wasiteasy todoandundmtmd? Yea No
c)lfno, whynot?PlaasebasPecm.
7.What wouldyouhketoseanthefuture?
outputs?
controlfunctions?
other’?”
8.Additii commentsorsuggastii.
B4
Putof N5192V37/90

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PLEASE FOLD TH)S MAILER ALONG SCORED LINES SO THAT THE BUSINESS REPLY
PORTION FACES OUT, SEAL IT WITH TAPE OR STAPLE, AND OROP IT IN THE MAIL.
THANK YOU FOR YOUR HELP!

TABLE OF CONTENTS
1. GENERAL lNFORMATION ........................................................................4
Il. ZONE TYPE DEFINITIONS ......................................................................5
!11. SYSTEM CONFIGURATION
A. (ZONES) ..............................................................................................................6
B. (Peripherals) ..............................................................................................8
IV. MOUNTING AND POWERING THE SYSTEM ..........................Io
v. SYSTEM OPERATION ...............................................................................13
W. SYSTEM COMMUNICATIONS ............................................................I 4
WI. PROGRAMMING THE SYSTEM .........................................................15
VIII. TESTING THE SYSTEM ..........................................................................16
IX. SPECIFICATIONS ........................................................................................17
—DIP SWITCH TABLES .......................................................................................18
—4140XM SUMMARY OF CONNECTIONS DIAGRAM ...........................19
—4130 XM/5130XM SUMMARY OF CONNECTIONS DIAGRAM ........2O
—PROGRAMMING FORM.....................................................................................21
NOTE: Retorences to tho 4140XM refer to both the 4140XM ●nd
4140ATX Controls.
,.+
-3-

1. GENERAL
THE VISTA CONTROLS
The VISTA XM Controls are microprocessor baaed
programmable systems and feature EEROM memory
technology (power loss doea not result in the ioes
of information), The Controls support up to 9wired
zones of protection, expandable to 64 zonea (wired
and/or wireless) when connected to a2-wire
poliing loop.
EASY PROGRAMMING
Programming can be performed at the office prior
to installation, or on the job site directly from the
keypad, or can be downloaded from aremote
location by using the Ademco 4130PC Downloading
Software.
For instalier convenience, the Control is pre-
programmed with aset of standard values that is
designed to meet the needs of many installations.
Theaa values, however, can be changed to suit the
needs of any particular installation. The Control
can also be pre-programmed by the installer with
one of four standard communication default
programming values, eliminating the need for
extensive programming time and effort.
Three technologies to suit everv installation:
INFORMATION
MEMORY-OF-ALARM
The VISTA Controls provide amemory-of-alarm
feature, which, upon disarming the system,
automatically displays all zones that were in an
alarm condition while the system was armed. In
addition, a 10 day alarm/trouble history is
maintained by the system, which helps the installer
or central station to identify problem sensors. To
activate this feature, enter the security code +the
[0] key.
BUILT-IN USER’S MANUAL ●nd
DESCRIPTION REVIEW
For end-user convenience, the 5130XM and
4140XM (with 5137) contain abuilt-in Users
Manual. By depressing and holding any of the
function keys on the console for 5seconds, abrief
explanation of that particular function scrolls
across the alpha-numeric display.
In addition, all programmed zone descriptorscan be
displayed (one at atime) by pressing and holding
the READY key for 5seconds, then releasing the
key. This sewes as a check for installers to be
sure all descriptors are entered properly.
E%sn I
HARDWIRE, SiJPERVISED WiRELESS, 2-WIRE MULTIPLEX
y- ::;:
4208 g42mU
&ZONE
VISTA XM CONTROL 2-WIRE EXPANDER RFRECEIVER
2-wrm [UPTo2
mDl%%i’+Em CAHSEUSEDI
2-WIRE
MULTIPLEX
LOOP J1JY
Q
mm XM t-‘
41%Qf 41S2SDT 4191of
4275 gl4192CP 419QWH 4129
2WIRE
EXPiiiiiR
v
9HAROWIREDZONES
(STANDARD)
DooRfwlNDw
TRANSMITTER
5711WM T@ WIRELESS
DErEcm SE G!il
WIRELESS
PANIC
BuTT~
5ml
TOADLXTIONAL
2WIRE
INTELLIGENT
DEvICES
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-4-

Il. ZONE TYPE DEFINITIONS
Each zone must be assigned to azone type, which defines the way in which the system respondsto faults in that
zone. In addition, there are three keypad activated zones (PANIC keys), apolling loop supervisionzone, and
two RF receiver suparvisoty zones.
TYPE 1: ENTRY/EXIT #1
Used for the primary entry/exit route (ex: front
door, main entrance).
TYPE 2: ENTRY/EXIT #2
Used for asecondary entry/exit route (ex: Garage
door, loading dock door, basement door), where
more time might be needed to get to and from the
keypad.
TYPE 3: PERIMETER BURGLARY
Used for exterior doors and/or windows which
require an instant alarm when violated.
TYPE 4: INTERIOR BURGLARY
(FOLLOWER)
Used for areas where an ●ntry delay is required
only if an entrytexit delay zone is fautted first.
TYPE 5: DAY/NIGHT BURGLARY
Used for zones which contain afoil-protected door
or window (such as in astore), or to azone
covering asensitive area such as a stock room,
drug supply room, etc., or other controlled access
area where immediate notification of an entry is
desired.
TYPE 6: 24 HOUR SILENT ALARM
This zone type is generally assigned to azone
contahing aHotd-up or Panic buttonthat is designed
to initiate an alarm report to the Central Station,
but which produces no visual dispfays or alarm
sounds (ex banks, jewelry counters).
TYPE 7: 24 HOUR AUDIBLE
This type is also assigned to azone containing a
Panic button, but which will initiate an audible
alarm in addition to an alarm report to the Central
Station (ex: bedside panic).
TYPE 8: 24 HOUR AUXILIARY
This type assigned 10a zone containingabutton for
use in personal emergencies or to azone containing
monitoring devices such as water sensors,
Temperature sensors, etc. Designed to initiate an
alarm report to the Central Station and only
providesConsoie alarm sounds and alarm displays.
TYPE 9: SUPERVISED FIRE
Used for zones containing smoke detectors, heat
detectors, pull stations, etc. Art open in this zone
will initiate atrouble signal. Ashort in this zone
will initiate afire alarm (pulsed external sounder
and report to central station).
TYPE 10: INTERIOR BURGLARY
(DELAYED)
This type is similar to type 4, except that entry
delay begins whenever sensors in this zone are
violated, regardless of whether or not an
entry/exit delay zone was faulted first.
-5-
7
$3

Ill. (A) SYSTEM CONFIGURATION (ZONES)
—BASIC 9HARD-WIRED ZONES —
ZONE 1ZONES 2THROUGH 8
Thii zone has a 350 miltiind response and can be These zones have a35o millisecond response and
assigned to any zone type and can be sat up for can be assignedto any zone type. They can be EOLR
EOLR supervision or for closed-circuit supervised or closed circuit unsupervised, as
unsupervised use. Thii zone is the only zone that required (program field “41 determines whether or
can support 2-wire smoke detectors (up to 3BRK not these zones will use the 1,000 ohm EOLR: Enter
detectors) using an EOLR configuration. [1] in fmld ●41 to disable the use of EOLRS on zones
If EOLR supervision is required, connect all cloaed- 2through 8). If programmed for use with EOLRS,
circuit sensors in series with one another to TBl -both closed-circuit and open-circuit devices can be
2, (4130XM/5130XM use RED/YELLOW &used with the 1,000 ohm EOLR resistor in series
WHITE/BROWN wires) with the 13,000 ohm with the loop at the last device. If the use of EOLRS
resistor in series with the loop, at the last device is disabled (“41=1), only closed-circuit devices
and then return the loop to TB2-4. can be used. Note that the maximum resistance per
If no supervision is required, simply maintain azone is 300 ohms.
closed loop with all sensors connected in series ZONE 9
with the 100p, beween TB1-1 and T61.2 (or
WHfTE/BROWN &ORANGE). If the sensors used are This zone is an unsupewised, fast response zone
open-circuit devioes, such as smoke detectors, (5-1Omilliseconds), and can be assigned to any
each one must be in parallel to the next using the zone type except fire. Only closed-circuit devices
EOLR configuration. The EOLR must then be placed can be used in this zone. This zone should be used
across the last wired detector. for fast response devices such as fast acting glass
break sensors or vibration sensors. Avoid using
mechanical magnetic or relay type contacts in this
zone. Note that the maximum resistance for this
zone is 100 ohms.
—ZONE EXPANSIONMODULE—
(Required for zones 10 through 64)
4171 XT-X M/4152LMB
To expand the system using a2-wire Polling Loop
and/or wireless devices, a 4171 XT-XM dialer
board, and a4152LMB Loop Module must be
installed as shown below. (The 4171 XT-XM is
factory installed in the 4140XM.)
Wires from the 4208 Zone Expander, RPMs, and
4280 are connected to Terminals 1&2on the
4152LMB.
-6-

—2-WIRE POLLING
(Zones 10
GENERAL INFORMATION
To expand the system using a2-wire pollingloop
and remote point modules (RPMs), a 4171XT-XM
dialer board, and a4152LMB loop module must tM
installed,as describedinthe ZONE EXPANSION
MODULE section.
Wire each of the RPMs in parallel to the 2-wire
polling loop, making sure no more than the
maximum allowable wire length is used per
individual polling loop run, as follows:
#22 gauge @650’ max
#20 gauge @95Cr’max
#18 gauge @l 500’ max
#18 gauge @2400’ max
NOTE: Twisted pair recommended for ail normal
wire runs.
IMPORTANT: The maximum combined polling
loop run is 4000’. If using shielded wire, the
maximum is 2000’. If longer wire runs are needed,
a 4197 Loop Extender Module mustbe used.
LOOP EXPANSION —
through 64)
CAUTION
If an intercomsystem is being used, the polling loop
wires must be as far from the intercom wiring as
possible (minimum 6-). If this spacing cannot be
achieved, shielded wire must be used. If this is not
done, interference on the intercom system might
occur. Also note that the maximum total wire
length supported is cut in half when shielded wire is
used.
ADVISORY
The maximum allowabte current draw on the polling
loop is 64mA. Refer to the Polling Loop Current
Draw Worksheet (found in the POWERING THE
SYSTEM section of this manual) for current draws
of various polling loop devices. If more than 64mA
is bdng drawn, use of the 4197 provides another
loop with 64mA available. Refer to the instructions
provided with the 4197, or the Technical Reference
Manual for complete information.
—WIRELESS EXPANSION—
The VISTA XM system supports up to 63 Alert Ill IMPORTANT: All RF zones must be designated as
Transmitters, plus awireless keypad. To expand such in their respective program fields. If using a
the system using wireless, one or two 4280 RF 4280-8, only up to 8zones can be enabfed as RF
Receivers (or 4280-8 if only 8wireless zones are zones. If more than 8zones are enabled, the
used) must be connected to the polling loop. The message “SET-UP ERROR” (5130XM/5137) or “E~
4280 can receive signals from wireless (4130XM/41 37) will be displayed. For more
transmitters within anominal range of 200 feet. In information regarding the 4260 installation, refer
addition, two 4280s can be used to provide either ato the Installation Instructions provided with the
greater area of coverage, or to provide redundant 4280. WIRELESS
protection. Note that if using 2RF Receivers; one PERIPHERALS
of them must be powered from Auxifiary power. SMOKE
~DEW@
4220 DOOR
OR
42S0-6
RF
RECEIVER
.4
VISTA
CONTROL
415P .T
LMeo *aRPMDEVICES
POLLING LOOP
IRPM I
BASIC9HARD-WIREDZONES COMBINATIONCONFIGURATION
USINGMARDWIRE,2-WIREPOLLINGLOOP
ANDWIRELESSTECHNOLOGIES -7-

111. (B) SYSTEM CONFIGURATION (PERIPHERALS)
—REMOTE CONSOLES —
GENERAL
Both the 4130XM and the 5130XM supply up to
280mA (200mA for UL certificated installations) of
auxiliary power for remote consoles and/or other
auxiliary devices such as motion detectors or 4-
wire smoke detectors. The 4140XM supplies up to
700mA for non-UL usage and up to 400mA for UL
applications. You must keep this in mind when
adding remote consoles so you dorm over-draw
current from the panel. This would result in a
battery which is never fully charged, or possibly a
blown auxiliary power fuse. Up to 7remote
consolescan be used.
In the event you need more than the allowed number
of remote consoles, you can use asecond 1350
power pack to power up to 7extra 4137s/5137s.
Instead of using the panef’s auxiliary power
connection to the red and black console lead,
connect the Positive (+) terminai of the 1350 to the
biue console fead, and the Negative (-) to the black
iead. As iong as AC power is present these extra
consoles are active. If AC is lost, the system’s
back-up battery will take over and oniy the
consoles powered from auxiliary power wiii be
active.
—SMOKE DETECTOR
ZONE 1
When programmedas an EOLR supervisedFiRE zone
(type 09 in program field “02), up to three 2-wire
smoke detectors can be used. Recommended are the
BRK1400 Ionization detector, 2400 Photoeiectnc
smoke detector, and the 2400TH Photoelectric
smoke detector with 135°F heat sensor.
ADVISORY
ifthe EOLRianot attheendofthe loop, the zoneis
not fully supervised. The system wiil not respond
to an open circuit within the zone.
ZONES 2THROUGH 8
These zones can support as many 4-wire smoke
detectors as can be powered, when programmed as
aFIRE zone, type 09, in program fwld “02. There
are only two requirements: (1) The zones must be
configured for EOLR supervision, and (2) A
normally-closed, momentary switch must be
inatalied in series with the power to the detectors
in order to allow reset of the smoke detectors after
an aiarm. The detectors must be wired in parallel,
with the EOLR at the last detector for fuil
supewision.
NOTE If using a4140XM, make sure you power
at least one remote console from auxiliary power,
othenviee there wouid be no means of controlling
the panel duringan AC ioas.
4137
-For use with the 4130XM, 4140XM or 5130XM
Controls
-60 mA current draw
-Power up to 7consoles from the 4140XM.(non-UL)
5137
.For use with the 4140XM or 5130XM Controls
-60 mA current draw standby
-90 mA current draw with backlighting
-Power up to 7consoles from the 4140XM (non-UL)
CONFIGURATIONS —
POLLING LOOP SMOKE DETECTORS
(4192SD, 4192SDT or 4192CP)
Can be added to the 2-wire Poiling Loop via the
4152LMB ioop module, on zones 10 through 64 (as
programmed in fields “03, “04, “05, 1●O1,
1“02, 1’03, 1●O4 and 1“05). These detectors
have abuilt-in RPM which is DIP switch
programmable. They are wired in paraliel to the
poiiing loop, and do not need auxiliary power or a
separate reset switch. The polling loop provides
power and reset signals to the detectors, as well as
alarm and trouble signals from the detectors. Refer
to the poiling loop wire run iength tabie in the
PoilingLoop Expansion3ection.
WIRELESS SMOKE DETECTOR
(5706)
Up to 8smoke detectorscan be used and assignedto
zonea 48-55 as long as these zones are enabled for
RF usage and are programmed as Fire zones (type
09). A4280 RF Receiver must be connected to the
poliing ioop to support the wireiess smoke
detectors. Refer to the instructions provided with
the 4280 for installation information.
-8-

—PASSIVE INFRARED MOTION DETECTORS —
GENERAL INFORMATION POLLING LOOP PIR (4196)
Select amounting site with the following notes in The 4196 is aquad element passive infrared
mind: Best coverage will be obtained if the detector with abuilt-in RPM that is connected
mounting site is selected such that the likely directly to the 2-wire polling loop.
direction of intruder motion is across the pattern of POLLING LOOP PIR (4275)
protection. The 4275 is adual element passive infrared
●Avoid locating the unit where central heating detector, with abuilt-in RPM, that is connected
radiators, flames or heating outlet ducts are directly to the 2-wire polling loop.
within the protective zones. WIRELESS PIR (5775)
●Avoid locating the unit in direct sunlight or The 5775 is abattery operated, wireless, dual
directly above strong sources of heat. element passive infrared motion detector that can
●Avoid locating the unit on unstable surfaces. be monitored by a 4280 (4280-8) wireless
●Avoid running alarm wiring close to heavy duty receiver. The 4280 is connected to the 2-wire
electrical cables. polfingloop.
—PHONE LINE INTERFACE —
4171 XT-XM/4171XM INSTALLATION 4171 XT-XM/4171XM TERMINALS
The 4171XT.XM is factory installed in the 4140XM Term. 1: Programmable output (see 1●46) that can
Control. For the 4130XM/51 30XM Controls, be used as a ground start output with the 675
connect the 4171 ~-XM or 4171XM as shown: Ground Start Module (not UL Listed), as an outputto
produce console audible warnings on aremote
sounder (ex: No. 706-12), or as an open/close
trigger for use with other communicationsmedia.
ST-S u, Q Only one of the above optionscan be chosen.
—oun9*8-
-- m-) mac4muac,
AHUIDaas .If eitherGROUND START, or CONSOLE AUDIBLE is
w_—s —
●used, Aux. Voltage Trigger pin 4may not be used.
c
o0
@~8
Term.2: INCOMING PHONE UNE (TfP)
●
h
~,,~e,.,,~ Term.3: INCOMINGPHONE UNE (RING)
*TC-ACE
ammo Term.4: LOCALHANDSETS (RING)
Term. 5: LOCAL HANDSETS (TIP)
●c—o;::;? ~&#”
-c -S* GROUND: Connect green flying lead to aproper
—nal —nm
N?ww yml?a- 9
mm earth ground.
*- -Au
moon o-tn
~=mmmoem WARNING: To prevent the risk of shock,
disconnect phone lines at telco jack before
., servicing the unit.
—EXTERNAL SOUNDERS —
4140XM 4148 RELAY MODULE (2.8 AMPS @28 VDC)
The 4140XM is housed in ametal cabinet and Other sounders (ex. 702 and 719 self-contained
contains abuilt-in relay, rated at 2.8 amps. The sirens) can be used with the 4130XM/5130XM, but
output of this relay is apositive (+) trigger from the addilion of the 4148 Relay Module is necessary
terminal 8on TB2, with the negative from TB2-15. because these sirens (or equivalent) draw more
Up to two 702s can be used wired in series; up to than the allowable 100mA of current.
two 719s in parallel. ADVISORY:
4130x M/5130x MGoing beyond the above mentioned limits will
The 4130XM/51 30XM self-contained Controls have overload the auxiliary power and/or relay fuse.
an external sounder output of 100mA, (negative- Note that the 5130XM and 4130XM use built-in
going (-) trigger) from the brown lead. The eolid state fuses (PTCS) that do not need replacing.
continuous.positive (+) is taken from the red/black The 4140XM uses standard fuses (located on the
lead. From this output you could use up to two 740 terminal strip) which must be replaced if blown.
High Intensity Sounders, wired in parallel, or one
Arnseco Motor Bell, ABB1031, or
Piezo Sounders, BRK PA400B in up to eight indoor
parallel. -9-
57
,

IV. MOUNTING AND POWERING THE SYSTEM
Note that field wiring to these controls/consoles must be completed before the controls/consoles can be
,-:xmted.
:, .!RFACE MOUNTING
1. Use the template provided (on aseparate
sheet) to mark the positions on the wall for the
screw mounting holes and the cut-out for the
wiring.
2. Pull the interface wiring in the wall through the
cut-out.
3. Remove the console’s back cover. The securing
screw at the front of the console must be removed
to release the back cover .
4. Pass the interface wiring through the opening
in the back cover and through the 4143 Expansion
Ring (if used), then mount the back cover to the
wall surface with screws.
5. Splice the interface wiring to the console wires
(or to the wires on the interface connector supplied
with 4137s). Insulated solderless wire splices (eg.
311)may be used for splicing.
6. Attach the main body of the console to the
wall-mounted back cover. The console is properly
attached when it snaps into place. Use the securing
screw (previously removed) to secure the console
to the back cover .
11.1/2-MIN(4 cm)
hWALL
+
‘b’J\
8“(20.2an)
I‘1
:;
1, T
1, 4-W4-(12Cml
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II II
●
FLUSH MOUNTING WITH TRIM RING
1. Cut out a4.3/4” high by 8“ wide opening in the
wail between studs, no less than 1-1/2” from
either stud. Use the template provided to mark the
cut-out.
2. insert the fow 1-1/2” long #6 screws through
the mounting hoiss in the supplied Trim Ring and
then attach the four rnstai securing ciips, as shown
in the diagram. Use oniy two or three turns of each
screw, ailowing the metai ciips to hang freely. The
ciips must not protrude beyond the sides of the
Trim Ring or you wili not be abie to instsii the Trim
Ring into the cut-out in the next stsp.
3. instail the trim ring into the cpening in the wall
with the hinge clasps to the right. Making sure the
trim ring is straight, tighten each ciip screw,
makhrg sure that the attached clip siides down into
its guide track.
4. Instail the Consoie as foilows:Engage the hinge
cisspa on the trim ring with the notches iocated in
the back (right-hand side) of the Console’s front
panei. Swing the left side of the panei toward the
trim ring (the panel wiii pivot on the hinge ciasps),
and press firmly untii thepanei “snaps- ciosed.
5. Use the panei securing screw (suppliedwith the
Console) to secure the left side of the panei.
c
MErAL
SsCuRINc
CLW
FOR CLARITY,
ONLY ONE
CLIP~
INwus
lLLus’TRmw
*RING v
WsmLLEOINWALLJ
-1o- VD
B

—POWERING THE SYSTEM —
PRIMARY POWER
Power to the 4140XM Control panel is suppliedby a
Plug-In DC Power Pack, 1360. which is rated at
850 mA @18 volts DC. The 4130XM and 5130XM
Controls are supplied by a 1350 Plug-In DC Power
Pack rated at 700mA @18 volts DC. Since these
power packs supply unregulated DC, and because
they are polar~ed (+) &(-), caution must be taken
when wiring them to the Controls.
BACK-UP POWER
In the event of an AC power loss, all VISTA XM
Controls are supported by aback-up, rechargeable
gel cell battery.
BATTERY STANDBY TABLE
4130 XM/513d XM 4140XM
AM P-HRS 200 fnA 400 mA
700m A
POWER-UP PROCEDURE
1. Wire the 1350 (1360) DC Power Pack first
(before the battery), making sure polarity is
correct and the terminal strip (or harness) is
connected to the Control panel as shown in the
SUMMARY OF CONNECTIONS diagrams.Do not plug
in at this time.
2. Connect all auxiliary devices, such as
consoles, PIRs, etc.
3. Plug the 1350 into an AC outlet. Check that the
Auxiliary Voltage measures between 13.5 and 14.0
volts DC. If under 13.5 volts, too much current is
being drawn from the Control. See the
SPECIFICATIONS sectionof the Technical Reference
Manual for the current draw of each device.
4. Connect the battery as shown in the SUMMARY
OF CONNECTIONS diagrams. Do not connect the
battery if Auxiliary Voltage is below 13.5 volts, as
this will prevent the battery from being fully
charged.
1.2 3.0 hrs. NW NIU
4.0 10.0 hrs. 10.0 hrs. 5.7 hrs.
6.0 15.0 hrs. 15.0 bra. 8.5 hrs.
NOTE: The above figures are approximate, and
may vary depending upon the age, quality, and
capacity of the battery at the time of the AC loss.
CAUTfON: If total current draw is above the
maximum auxiliary current availabfe, a 1350
power pack* must be used to power up to 7
additionalremote consoles. If only one console is
being used, power additionaldevices from a
separate 12VDC power source (i.e. 468-12).
●Not allowed for UL installations.
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-11- $7
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AUXILIARY DEVICE CURRENT DRAW WORKSHEET
sDEVtCE CURRENT #OF UNITS TOTAL CURRENT
4137 Console 60 mA
5137 Console 90 mA
4146 Keyswitch 20 rnA
675 Ground Start Modute 50 mA
4280 or 4280-8 Receive 40 mA
1TOTAL ●II
●4130XM/5130XM =280 ti Max. Aux. current (200 mA Max. for UL Installations)
“4140XM =700 mA Max. Aux. current (400 mA for UL Installations)
POLLING LOOP CURRENT DRAW WORKSHEET
RP
~CURRENT #OF UNfTS TOTAL CURRENT
4139 Contact 1mA
4194 conta~ 1mA
,4192s DPhoto Smoke 1mA
4192s DT Smoke w/Heat 1mA
~1mA
4?75 Dual PIR 1mA
4196 Quad PIR 1mA
4190 2-Zone RPM 1mA (LOW)
4?08 879ne
.RPM 16 mA
428063 Zone RF 40 rnA
4?80-8 8Zone RF 40 mA
ITOTAL “1 I
““ff the total current draw exceeds 84 tic a 4197 Loop Extender module must be used.
‘If using two 4280s or 4280-8s, you can power one of them from auxiliary power instead of using a
4197 loop extender module.
.
-12-

V. SYSTEM OPERATION
—SECURITY ACCESS CODES —
The VISTA XM System allows up to 22 security The Installer also programs the master security
access codes to be assigned, each identified by acode, which is the code intended for use by the
user ID numkr. primary user of the system. The master code can
The installer programs an Installer’s Code initially then be used to assign up to twenty temporary
as part of the programming procedure, and this codes, which can be used by secondaryusers of the
code is the only code that permits re-entry into the system who do not have aneed to know the master
programming mode (unless ●98 has been previously code. In addition,the Quick Arm feature can also be
used to exit the programming mode, see below). programmed, which enables the [#] key to be
The Installers Code can also be used to perform pressed in lieu of entering the security oode when
normal system functions, but cannot assign arming the system.
temporary cod6s. As shipped from the factory, an initial Installer’s
The system also provides an Installer Code lock-out coda and master code is pm-programmed, and can
feature, which prevents the use of the Installer’s be changed by the installer to any code desired.
Code from re-accessing the Programming mode The pre-programrnedcodes are as follows:
after the initial programming. This feature is
activated by pressing ●98 to exit Programming 4130XM =4-1-3-0 All Controls =1-2-3-4
mode. The only way to access Programming mode
once this feature is activated, is by powering don 4140XM =4-1-4-0
the system and powering up again, and then 5130XM =5-1-3-O
pressing both the “ and # keys at- the same time
within 30 seconds of power up. If re-acceas to For additional information about security codes,
Programming mode using the Installer’s Code is refer to the Technics/ Reterence Manual and/or the
desired after initial programming, then exit User’s Manual.
Programming mode by pressing “99.
—RECALLING ALARM &TROUBLE MESSAGES —
The system’s alarm memory retains all eventa for
aperiod of 10 days, starting at the time of the
firat event. Upon expiration of the 1O-day period,
all history is automatically erased and the alarm
memory will reset. The next 10-day cycle will
begin when the next event occurs.
Recall by service personnel will display all events
that have occurred from the start of the 10-day
cycle to the time of recall. Note that Recall will end
any 10day cycte in progress. The LCD display on
the 4130XM/41 37 console will indicate the number
of the zone in which the event occurr”ed(e.g., 01,
02, etc.), accompanied by the word CHECK
(trouble), ALARM and, If applicable, FIRE, to
describe the type of event that occurred in the
displayed zone. —KEYPAD
The keypad atlows the user to arm and disarm the
system, and perform other system functions, such
as bypassing zones, view messages from the
central station and display zone descriptors. Zone
and system conditions (alarm, trouble, bypass) are
displayed in the Display Wtndow.
If a5130XfvV5137 is used, an alpha descriptor of
the zone will be displayed in addition to its zone
number. If more than one event had occurred, the
events will be displayed in numerical sequence.
Each disptay will appear for 1-2 seconds, then the
next event will be displayed. When all eventa have
been displayed, the displays are repeated.
To display the 10-dey hletory, enter the
securitycode and press the Okey.
To ●xit Recsll, enter the security code and
press the OFF key. All existing memory is erased
and the alarm memory is reset. The 10-day cycle
will start again only when the next event occurs.
FUNCTIONS —
For additional information, refer to the User’s
Manual.
EEl -13-
Acy

VI. SYSTEM COMMUNICATIONS
The 4171 XT-XM Dialer Board is required for polling
loop and/or wireless zone expansion, and for office
initiated downloading, and is also used to
communicate with the central station via dial
network telephone line, if that sewice is desired.
The 4171 XM can be used if only central station
communication and site initiated downloading is
desired. The 4171 XM does not support system
zone expansion or office initiated downloading.
CAUTION: 1. If the communicator is connected
to atelephone line inside aPABX, be sum the PABX
has aback-up power supply that can suppon the
PABX for 24 hours. Many PABXS are not power
backed up and connectionto such aPABX will result
in acommunication failure if power is lost.
2. Refer to the SUMMARY OF CONNECTIONS
diagrams for proper line seizure connections.
—COMMUNICATION FORMATS —
ADEMCO LOW SPEED
ADEMCO LOW SPEED is apulsed format which
responds to a 1400 HZ handshake and ki~-off, and
trSnSmitsdata Mth 1900Hz pUISStones @10 pulses
per second (pps). A~pi~l message consists of two
rounds which must be verifiid by the rece’wer.
In expanded reporting, fwo messages are sent, two
rounds per message, the first being the account
number and afarrn code, the second being the zone
(or channel) to which the alarm was assigned.
SESCOAIRADIONICS
Standard and expanded reporting in the
SESCONRADIONICS format is virtually the same
as ADEMCO Low Speed except:
1. The handshake and kiss-off frequency is 2300 Hz.
2. The data is transmitted with 1800 Hz pulse tones.
3. The rate of transmission is 20 pps.
4+2 REPORTING
A4+2 report consists of a4-digit account number
and a2digit alarm code, or event code.
4+2 reports can be accomplished in two ways:
1. Either in ADEMCO Low Speed (1Opps), or
SESCOAIRADIONICS (2o pps) format.
2. Etier in standard or expanded zone reporting.
The terms ‘standard” and “expanded* have a
siightiy different meaning than previously described.
in 4+2, 6tandard zone reporting sends a4-digit
account number foiiowed by a2-digit code, where
the first digit is the ALARM code and the second
digit is the channei to which the zone aiarm was
assigned. Ex. 1234 3 9 (code 3, channel 9).
In 4+2 expanded zone reporting aunique 2-digit
code for each zone ‘event- (27 zones max) is
reported. A4-digit account number foliowed by a
2-digit code is sent, where the first digit is the
actuai event, such as in ALARM, RESTORE, or
TROUBLE, etc., and the second digit of the code
represents the ‘zone” where the event occurred.
(but not neceesariiy the actuai zone number). Each
code in itseff is unique to aspecifii zone.
4+2 EXPRESS
ADEMCOS new ;.xpress format provides the same
informationas the 4+2 Expanded format except:
1. The data is transmitted in DTMF (Dual Tone
Multi-Frequency, known as “TouchTone=, at the
rate of 10 characters per second). This greatiy
decreases the time it takes areport to go through
to central station. An average 4+2 Low Speed
report might take as long as 20 seconds to complete
its report, but 4+2 Express takes under 3seconds.
2. Two message rounds are eliminated by the use of
achecksum digit. Instead of the communicator
sending 2rounds per repo~ it sends only 1round
with achecksum digit at the end. Doing this sfso
heips in decreasing the time it takes for areport to
be sent. (CHECKSUM is expiained further at the end
of this section).
3. The handshake frequency is 1400 Hz foiiowed
by 2300 Hz, and the kissoff frequency is 1400 Hz.
4. If the installation uses zones 28-84 and this
f~mn~ is se~cted, even~ in zones 28.w will not
t.- smitted .
#20 HIGH SPEED REPORTING
ADci,.20’s High Speed format tmnsmits data in
DTMF al arate of 10 characters per second. The
handshake frequency is 1400 Hz foiiowed by 2300
Hz, and the kiasoff frequency is 1400 Hz. The
message contains 13 digits as foilows: A4-digit
account number +eight channeis of zone
information (1-8 or duress pius 9-15) +one status
channel, which identifies the type of events being
reponed in the eight zone locations. Atypical High
Speed report will be kissed off in under 5seconds.
LIMITATIONS
1. When using Ademco high speed, remember
there are oniy 15 channeis avaiiabfe, pius aduress
channei. If more than 15 zones are being used, they
wiii have to share channels.
2. With high speed reporting, channels 9-15
cannot report troubies or bypasses. Use these
channeis for zones that wili not have to repon
these conditions.
-14-

CONTACT ID REPORTING
This is the only formal that can identify all 64
protection zones by their unique zone (Contact) ID
numbers, and provides a 1digit event qualifier and
3-digit, specifically defined event code.which
quickly identifies the condition behg reported.
Contact ID reports in DTMF (Dual Tone Multi-
Frequency @10 characters per second) and
responds to a 1400 Hz followed by 2300 Hz
handshake, and a 1400 Hz kisaoff. This format also
uses checksum instead of two message verification.
Acomplete report takes under 3seconds.
ADVISORY
Ademco’e new Contect ID reporting Is
cspeble of uniquely reporting ●ll 64 zones
of Information, ●swell ●sopenings end
closlngs tor ●ll 22 users, to centrel
●tations equipped with the Ademco 685
receiver uelng sottwere level 4.4 or
higher. 685 sottware Iovels beiow 4.4
cannot support Contact ID reporting. For
Information regarding updeting the 685
receiver, contact Ademco’s Technical
Support group ●t1-800-645-7492.
W. PROGRAMMING THE SYSTEM
The system is shipped with aset of pre-
programmed values that are designed to meet the
needs of many installations. These can be changed
by the installer to suit specific needs if desired. In
addition, four sets of pre-programmed
communicationdefault values can also be loaded by
the installer, each set designeo for aspecific
communicationformat. Thaae too can be changedto
suit the needs of aparticular installation.
Changes to these pre-programmed values can be
programmed directly trom the keypad or from a
computer terminai using the 4130PC Downloading
software, an iBM compatiblecomputer and aHAYES
1200 SMARTMODEM. The following paragraphs
describes how to ioad the various default
programming sets. For instructions on making
changes to particular programming fields, or for
using downloading, refer to the Technical Reference
Manual.
For alpha Controls, Engli$h Language descriptionsof
the zones and acustom installer message (which
appears when the system is ready to arm) can be
programmed. Refer to the instructions in the
Technics/ Refensmw Manua/ for details. ‘
The programming fields are grouped into two sets
of addresses. The first set is accessed as soon as
programming mode is entered. To access the
second set of addresses (indicated on the
programming form by a“1” in front of the 2-digit
fieid address), press ●94 while in programming
mode, To return to the first
press ●99.
To program specific data fwlds,
2-digit fmid address, then make
The console will beep when
completely programmed and
set of addresses,
press ~] plus the
the required entry.
afield has been
will automatically
display the next data field in numeriial order.
To view the contents of adata field, press [#] plus
the 2-digit field address. The fields entries will be
displayed, but no changes to these entries can be
made.
There are five sets of pre-programmed defaults
available (one standard, plus four different
communicationdefaults). Any one of these can be
ioaded into the system’s memory by doing the
following:
1. Enter programming mode by pressing ~] and
[#] at the same time and within 30 seconds
after power is applied. OR Enter the installer
code, and press CODE +[0] +[0].
2. Load one of the default programming sets by
enteringone of the followingcode sequences
IPRESS ITO LOAD THIS PROGRAMMING SET
“97 Loads standard defualt values.
“94”80 Standard Low Speed 3+114+1
I“94”811 Expanded Low Speed 3+1/4+1
I
“94”821 AdemcoHighSpead
●94*831 Expanded4+2
Acompletelist of the defautt values can be found in
the Technical Reference Manual.
To Exit programming mode, press either “98 or
“99. Use ●98 to prevent re-access to
programming mode by installer code method. “99
allowsinstaller code access to programmingmode.
-15-
/’D3

VIII. TESTING THE SYSTEM
USING TEST MODE
After the installation is completed, the Security
System should be thoroughly tested as follows:
1. With the System in the disarmed state, check
that all zones are intact. If DISARMED -Press ~]
to show faults (5137) or NOT READY (4137) is
displayed, press the ~] key to display the
descriptors of the faulted zone(s). Restore faulted
ZOne(S) if necessary, 60 that “S* DISARMED***
READY TO ARM (5137) or READY (4137) is
displayed.
2. Enter the security code and press the TEST
key. The external sounder (if used) should 6ound for
3seconds and then turn off (the system is
operating on the back-up battery only at this time).
NOTE 1. The system will not enter the Test mode if
the battery voltage is too low, if the battery is not
connected, or if any communication messages are
waiting to be transmitted.
NOTE 2. As areminder that the system is in the
Test mode, the Console will sound asingle beep at
15-second intervals if no protection zones are
violated.
NOTE 3. In the Test mode, no alarm reports will be
sent to the central station. Also, the external
sounder (if used) will not be activated.
Doore ●nd windows
Open and close each protected door and window in
turn. Each action should produce three beepa from
the Console. The descriptor for each protection
zone will appear on the Console di6play.
Motion detectors
Walk in front of any interior motion detectors.
Listen for three beeps when the detector senses
movement. While it is activated, its descriptor will
remain displayed on the Console. Note tha~
wireless PIRs will have a 3 minute lockout between
transmissions to conserve battery life.
Smoke detectors
Follow the test procedure provided by the
manufacturer of each smoke detector to ensure that
all detectors are operational and are functioning
properly.
NOTE: A2-wire smoke detector display will not
clear until the Test mode is exited.
Turning off TEST mode
Enter the security code and press the OFF key.
ARMED SYSTEM TEST
IMPORTANT! Amessage will be sent to the
central station during the following tests. Notify
the central station that atest will be in progress.
NOTE: Adisplay of “COMM. FAILURP (Alpha
consoles) or “Fe (Fixed-Word consoies) indicates a
failure to communicate (no Kissoff by the receiver
a! the central s~tion after the maximum num~r of
transmission attempts is tried).
1. Arm the system and fault one or more zones.
Silence alarm sounder(s) each time by entering the
code and pressing OFF. Check that Entry/Exit delay
zones provide the assigned delay times.
2. Check the keypad-initiated alarms, if
programmed in field “05, by pressing the Panic
keys (“ and #, 1and ●,and/or 3and #). If the
system has been programmed for audible
emergency, the console will emit aloud, steady
alarm sound. The word ALARM and adescriptor
“99- will be displayed for ●and #. (if 1and ●are
pressed, a’95” will be displayed; if 3and #are
pressed, a“96” will be displayed). Silence the
alarm by entering the security code and pressing
OFF. If the system has been programmed for silent
panic, there will be no audibie alarms or displays. a
report will be sent to the central station, however.
3. Notify the central station that all tests are
finished and verify results with them.
TURNING THE SYSTEM
OVER TO THE USER
1. Fully explain the operation of the system to the
user by going over each of ita functions as well as
the User’s Manual supplied.
2. In particular, explain the operation of each
zone (entry/exit, perimeter, interior, fire, etc.).
Be sure the user understands how to operate any
emergency feature(s) programmed into the system.
IMPORT ANTI: In the spaces provided in the
Users Manual, record the Entry and Exit Delay
time6, and those functions that have been
programmed into the available paira of PANIC keys
(* and #, 1and ●,3and #).
3. Make sure the user understandathe importance
of testing the system at least weekly, following the
procedure provided in the User’s Manual.
-16-

lx. SPECIFICATIONS
4140XM CONTROL
Physical: Width: 12 inches (305mm)
Height: 12 inches (305mm)
Depth: 3inches (76mm)
Electrical:
VOLTAGE INPUT: 18VDC, 85o mA max. (fromplug
in Power Pack, Ademco No. 136o)
RECHARGEABLEBACK-UPBATTERY:12VDC,4AH
(Gel type)
A!ARM SOUNDER OiJTPi.JT:Wet contactrelay (2.8A
max. contact rating @28VDC). Can drive 12V
motordriven blla (100 mA each) -AMSECO
MSB1OG or ABB1031.
AUXILIARY POWER OUTPUT: 11,5- 14.OVDC
700 mA for non-UL installations
400 mA max. for UL installations
STANDBY. 5.7 hours with Auxiliary load of 700
mA using 4AH Battery. 8.5 hours with Auxiliary
load of 400 mA using 4AH Battery
Fuses:
Battery Fuse: 3A Slo Blo (Ademco No. 90-28)
Auxiliary Powec 1A (Ademco No. 90-29)
Alarm Relay Powrm 3A Sio Bio (Ademco No. 90-28)
DIGITAL COMMUNICATION INTERFACE
BOARD (4171 XT-XM)
Phyelcal: 5-3/4” (14.6 cm) x3-1/8= (8.25 cm)
x7/8. (2.2 cm) (approx.).
Functional:
FORMATSSUPPORTED
ADEMCO LOW SPEED, 10 pUk3/sOC. 1900 HZ
Data Tone, 1400 Hz ACiVKISSOFF.
SESCO/$ 20 puhee/eec, 1800 Hz Data Tone,
2300 Hz ACWKISSOFF, Variable Interdigit
Timing.
RADIONICS, 20 puieeamec, 1800 Hz Data
Tone, 2300 Hz ACWKISSOFF, Fixed Interdigit
Timing.
ADEhCO CONTACTID
LINE SEi2f2 DoublePole
RINGEREQfJfVALENCE0.7S
FCC REGISTRATION NO.: AC 3g8U-66192-AL-E.
5130xM/4130xM
Physical: Width:
Height:
Depth:
Electrical:
CONTROLS
8.4 inches (21.3cm)
4.75 inches (12.1 cm)
1.1 inches (2.8 cm)
VOLTAGE INPUT: 18VDC (from plug-inPower Pack,
Ademco No. 1350), 700 mA max.
RECHARGEABLEBACK-UPBATTERY 12VDC, 1.2 AH,
Ademco No. 484 (YUASA NP 1212). (Alternatively,a
4AH Ademco No. 486 may be used”).
ALARM SOUNDER: Built-inpiezoeiectncsounder,
85 db at 10 feet. Sound producedis selectableas
‘steady” (in compliance with UL 85 db output
requirement) or ‘sweeping” (for non-UL usage).
Optional external 12V Piezoelectric alarm sounder
(100 mA max.). (Ademco No. 740 or BRK PA400B).
Optional 12V motor-driven Bell (100 ma max.).
(AMSECO MSB1O-G or ABB-1031).
Optional dry contact relay (2.8A max. contact rating
@26VDC). Ademco No. 4148°. Can drive No. 719 or No.
702 Siren.
AUXILiARYPOWER OUTP~ 1O.2-13.8VDC
280 mA for non-UL installations
200 mA max. for UL installations
STANDBY: 2.5 Hours with 200 mA standby currant
load. 5Hours with no external currant load.
‘Not available in aUL installation.
5137/4137 REMOTE CONSOLES
Ph ysicel: Width: 8.4 inches (213 mm)
Height: 4.75 inches (121 mm)
Depth: 1.1 inches (28 mm)
Eiectricai:
Voltage Input 12VDC
Current Drain: 80 mA (4137) continuous
90 mA (5137) with back iighting
interface Wiring:
RED: 12VDC input (+) -auxiii~ power
BLUE: 18VDC input (+) -from optional 1350 or
1360 Power Pack*
GREEN: Datain
YELLOW: DataOut
BLACK Groundand (-) connectionfrom
optional 1350 or 1360 Power Pack.
●Not permitted for UL installations.
1TO THE INSTALLER I
Reguiar maintenance and inspection(at least annuaiiy) by the instaiier and frequent testing by the user are vital
to continuous satisfactory operation of any aiarm system.
The instaiier shouid assume the responsib~ of developingand offering areguiar maintenance program to the
user as well as acquainting the user with the proper operation and imitations of the alarm system and its
component parts. Recommendations must be inciudedfor aspecificprogram of frequent testing (at least
weekiy) to insure the system’s proper operation at all times.
-17- /u5

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-18-