SECOLink GSV4 User manual

Intruder alarm system
GSV4
Wiring manual
SAFETY WARNINGS
Thedevicemustbeinstalledinaplacewithlimitedaccess.
Pleaseactaccordingtoyourlocalrulesanddonotdisposeofyourunusablealarmsystemoritscomponents withotherhousehold
waste.Thisproduct utilizationinEUiscoveredbyEuropeanDirective 2002/96/EC.
Thedeviceusestwopowersupplies:mainandback-up.
2V,7Ah/20HRcapacity,rechargeablehermeticallysealedLead-Acidbattery.
Mainpowersupply:a power transformer with:
-primarywinding:~230V,50Hz;
-secondarywinding:~20V,1.5A,50Hz.
Back-uppowersupply:1
SECOLINKintruderalarmsystemGSV4iscompliantwith EN60950-1safetyrequirements.
PowersuppliesdescribedabovemustcomplywiththeEN60950-1safetyrequirements.
AlldevicesconnectedtotheintruderalarmsystemmustcomplywithEN60950-1safetyrequirements.
IntruderalarmsystemiscompliantwiththeessentialrequirementsofDirectives1999/5/EC,2004/108/ECand2006/95/EC.
IntruderalarmsystemcontainsradiotransceiveroperatinginGSM900/1800bands.
Pleasereadandfollowthesesafetyguidelinesinordertomaintainsafetyofoperatorsandpeoplearound:
DONOTusetheintruderalarmsystemwhereitcaninterferewithotherdevicesandcauseanypotentialdanger.
DONOTusetheintruderalarmsystemwithmedicaldevices.
DONOTusetheintruderalarmsysteminahazardousenvironment.
DONOTexposetheintruderalarmsystemtohighhumidity,chemicalenvironment,ormechanicalimpacts.
Additional automatic Two-Pole Circuit Breaker should be installed inAC electric power circuit in order to protect against over-
current,shortcircuits,andearthingfaults.
The circuit breaker contact gap should be no less than 3mm. Protective circuit breaker current must be in a 0,5A- 2Arange. The
circuitbreakershouldbeplacedclosetothesystem'shousingandshouldbeeasilyaccessed.
Beforeperforminganyworkofinstallationorservicealwaysdisconnectthedevicefrompowersuppliesinthefollowingorder:
- cutoffthe230VACpowerlinewiththeautomaticTwo-poleCircuitBreaker;
- disconnectthe12Vback-upbatterybyremovingbatteryfemaleplugfromamalesocketBAT.
Two-poleCircuit-Beakerinstallationonflexiblecablesisforbidden.
Generalsafetyrequirements:
-donottouchanypartofthemainpowersupplyundervoltage:transformer,afuseblock,andconnectionwires;
-itisforbiddentoperformanydeviceinstallationorserviceworkduringlightning;
-usebatteriesaspermanufacturer'srecommendations.Theuseofimproperbatterytypemaycauseanexplosion;
-batteryreplacement:makesurethatbatteryterminalsareisolated;batteryterminals’short-wiring maycauseanexplosion.
Itisnotrecommendedtoconnectthedevicetoafullydischargedbattery.
Inoperativeorexpiredbatteriesshouldberecycledaccordingtothelocalrulesor EUdirectives 2006/66/EC and 93/86/EEC.
Collectionandseparateutilizationofwastebatteryismandatory!
Toavoidsystemmalfunctionuseanadequatechargerto
chargeanewordischargedbatterybeforeconnectingbatterytothe device.
Intruderalarmsystemcomeswithbuilt LEDs.TheLEDsblinkwhendeviceispoweredup.-in
Connectiontothemainsupplymustbemadeasperlocalauthoritiesrulesandregulations.
Theendofastrandedconductorshouldnotbeconsolidatedbysoft-soldering.Insulatedpinsshouldbeusedandconnectedina
mannerthattheyareandwillremainmechanicallyefficient.
Device installation and service should be performed by trained personnel with sufficient knowledge about the device and general
safetyrequirements toworkwithlowvoltage (upto1000V)ACpowerlines.In caseofdevicemalfunction,repairworkscanonly be
performed by qualified personnel. If the system is malfunctioning, the end user should inform qualified personnel as soon as
possible.Theuserisnotallowedtorepairthesystem.
Fig. 1. Automatic two-pole circuit breaker and power cable wiring diagram
Automatic two-pole
circuit breaker
L N
NL
Cable from a power
distribution board
Power cable to the
alarm system Cabinet of the alarm system (device)Power supply distribution board
The device must be connected to AC power supply with Protective Earthing. Cable color and purpose: Phase or Live line (L) -
blackor brown cable,Neutralline(N) -bluecable, Protective Earthline(PE)-greencablewith a verticalyellowstripe.Pleaseuse
2
onlydoubleisolatedcableswithacross-sectionalareaofnolessthan0,75mm for230V.
Page 1

In order to simplify security system programming, GSV4 is supplied to customers
withapre-installeddefaulttemplate.Ithas1pre-programmedpartitionand6zones:
Zones:
Z1ispresettobeusedwithanentrydoormagneticcontact;
Z2–withPIRmotiondetectorinanentry/exit path;
Z3,Z4,Z5–forPIRdetectorswiring;
Z6–key-switchzonetoarm/disarmandclearthealarm.
PGMoutputs:
+BELLispresetinthetemplatetocontrolasirenwithnobattery;
-PGM1is preset to make an activation (makes “minus”) of a siren with back-up
battery;
-PGM2ispresettoindicatesystemstatus(armed/disarmed).
Template. Siren output programming
SECOLINK security system GSV4 may have different templates for different
countries. Check GSV4 sticker for country’s prefix or a pre-installed template code.
Example: GSV4_MY
Note: In most templates,+BELL is set for sirens with no
battery (picture 2). To use the siren with back-up battery
(picture 3) you need to change +BELL definition to Power
supply. Definition changing in software MASCAD is shown
ontheright.
Note: Ifan installation of a sirenwith back-up battery isdone
using 2 wires (picture 4), then an installer needs to make
changesasshowntotheright.Thistypeofsirenusesaback-
up battery to sound an alarm and makes alarm when power
supplyline (+BELL)doesnotprovide powerfromGSV4.Use
Inversion of Status PGM attribute to program the system for
thisoperation.
BAT
S
+BELL
COM power supply
positive control / power supply
AC
20V
+BELL COM -PGM1
Note: Check siren wiring manual from manufacturer.
Switches or jumpers can be used to set up this type of a
siren.
Picture 4. Installation of a siren with back-up battery using 2 wires
12V batery
7Ah/20HR Black
Red
Zones (see Wiring of zones)
COM
+BELL
-PGM1
-PGM2
Intruder alarm system Installation of GSV4
GSV4
+AUX COM
AC
BAT
-PGM1 -PGM2 20V COM Z1
SYSTEM LED
MODEM LED
Z2 Z3 Z4 Z5
X1
Z6
USB
S1
S2
+BELL
For correct operation GSV4 needs one 12V
7Ah rechargeable battery. The battery is used
as a back-up power supply in case of a
temporary AC loss. This battery is also used
when an alarm system consumes more power
than GSV4 can supply (~0,7 A). Excessive
consumption may happen when the system
activatesasiren.Usuallyactivationlastsonlya
few minutes, so it does not discharge the
battery.
GSV4
Power supply
distribution board
AC power transformer:
Primary winding: ~230V AC, 50Hz
Secondary winding: ~20V AC, 50Hz
Live
wire
L
Neutral
wire
N
Protective
Earth wire
PE Fuse
250mA
Main Protective
Earthing terminal
Automatic
two-pole
circuit
breaker
Picture 2. Wiring of a power supply and a siren without battery
Maximum long term output current of GSV4:
Maximum current out of +AUX:
Maximum battery charging current:
0,7 A
+0,25 A
+0,25A
Maximum load ratings and electrical
characteristics of GSV4
Maximum current out of +BELL (without battery)
Maximum current out of +BELL (with battery)
Maximum current into -PGM1:
Maximum current into -PGM2:
+0,2 A
-0,05 A
-0,05 A
GSV4 disconnects battery when its voltage is less than:
(I + I + I 0,7 A )
+AUX +BELL
9,5 V
Minimum AC voltage on AC 20V:
Maximum current of a fast blowing fuse used in battery
~16 V
3,15 A
Maximum AC voltage on AC 20V:
Note: Higher than ~22 V voltage can damage GSV4.
Maximum voltage on +AUX, +BELL outputs:
Minimum voltage on +AUX, +BELL outputs:
~22 V
+13,9 V
+12,0 V
Maximum current of a slow blowing fuse used in primary AC:
Maximum AC power consumption 250 mA 30 mA
BAT. CHARGE
+2,0 A
+BELL
COM
-PGM1 S
power supply
negative control
power supply
AC
20V
+BELL COM -PGM1
BAT
Use 3 -15 kOhm resistor on siren terminals +BELL
and-PGMifsirendoesnotgiveenoughvoltage.
Picture 3. Installation of a siren with back-up battery using 3 wires
10kΩ
Wiring manual
Leave no less than 10 cm of free space
between the ventilation hole and any other
surface. Increase in temperature of GSV4 can
reduce the maximum current on +AUX and
PGMoutputs.
Attention!
Do not cover ventilation
holes of the cabinet!
Calculated life expectancy for GSV4 at 40°C
ambient temperature is 9 years. Ambient
temperature over 40°C may reduce its life
expectancy.
Securing power cable to the cabinet
Plastic cabinet CAS6 has few plastic
components for power cable fastening
and bottom covers if video module
VIDNET is not used. Locate plastic
components in the bottom of the plastic
cabinetandcutthemwithacutter.
Mounting modules in the cabinet
Plastic box
GSV4
Screw GSV4 have to be fastened in plastic cabinet by
using screws. Mounting holes should correspond
tocabinet'srearwall holes.
Page 2

to PGM /
relay
Normally closed
contact
(NC)
Normally closed
contact with one
resistor
(NC/EOL)
Normally closed
contact with two
resistors
(NC/DEOL)
Normally open contact
(NO)Normally open contact
with one resistor
(NO/EOL)
Normally open contact
with two resistors
(NO/DEOL)
Wiring of zones
Detector
+AUX COM Z1 COM
GSV4
+AUX COM Z1 COM
Tamper
1kΩ
+AUX COM Z1 COM
+AUX COM Z1 COM
GSV4
Tamper
Detector
1kΩ1kΩ
GSV4
+AUX COM Z1 COM
+AUX COM Z1 COM
Tamper
Detector
GSV4
+AUX COM Z1 COM
+AUX COM Z1 COM
Tamper
Detector
1kΩ
GSV4
+AUX COM Z1 COM
+AUX COM Z1 COM
Tamper
Detector
1kΩ1kΩ
GSV4
+AUX COM Z1 COM
+AUX COM Z1 COM
Tamper
Detector
Wiring of a 4-wire smoke detector
Note: Smoke detectors produ-
ced by different manufacturers
may have a different terminals
layout. For more information
check detector wiring manual
providedbythemanufacturer.
Terminals of smoke detector
3
4
2
6
5
to COM
to zone
to COM Smokedetectorscanbetriggeredbydust.Therefore, in order to prevent false alarms,it
is recommended to perform a fire alarm verification. Certain system settings must be
activatedfortheverification.
Zonesettings:
Zonedefinition:24hsmoke;
Attributeassignedtothezone:Fireverification;
PGMoutputsettings:
Fire (smoke) detector must be powered from PGM output +BELL. If +BELL is
occupied,the power to the detector should be supplied from +AUX via relay. Therelay
shouldbecontrolledby-PGM1or-PGM2;
PGMdefinition:FirePowerSupply;
ZoneselectedtobeasafirezonemustbemarkedasatriggersourceforPGMoutput;
PGMresettimemustbeset;
Globaltimesettings:
Detectorsettletimemustbeset;
Firezoneverificationtimemustbeset;
Operation:Inordertocheckthetriggeredfiredetector,powersupplyofthedetectorhas
to be turned off temporarily and turned on again. The PGM output's length of time that it
stays turned off can be set under the setting Reset time. When reset time expires,the
system turns ON the PGM output again and waits for the detector to settle(Detector
settle time). Then the system checks the detector again as long as it was set under the
Fire zone verification time. If the fire detector is triggered again,it means that the alarm
wasreal.
It is recommended to use diode to
supressvoltagesurgesonrelay.
Wiring of relays
D1
NCNC NONO
Relay
GSV4
+AUX -PGM1
+AUX -PGM1
D1
NCNC NONO
Relay
GSV4
+BELL COM
+BELL COM
Additional information
System start-up with no 230V AC
power
Connect 12V battery with
GSV4 by using BAT
connector. Use a jumper to
close (for a short time)
terminal pins. The system
will start to operate,
however,AC loss trouble
willbeindicated.
12V batery
7Ah/20HR
Black
Red
COM
AC
BAT
20V +BELL
Jumper
Restoring user PIN to default value
Purpose of S1 and S2 buttons
GSV4hastwobuttonsonaboard:S1andS2.Thepurposeofeachbuttondependsonwhetheritsmoduleisworking(powered)ornot(notpowered):
when the device is working, S1 and S2 buttons are used to enable a service mode, register, download and upload the project at www.alarmserver.net. Pressing
eachbuttoncertainamountoftimescorrespondstoaspecificfunctiondescribedinpicturesbelow:
1 x S1 Enable service mode
(10 min.)2 x S1 Upload project to www.alarmserver.net 3 x S1 Register system at www.alarmserver.net 2 x S2 Download project from www.alarmserver.net
whenthedeviceis not working, S1 button is usedtostartafirmwareupgradeprocess.The firmware upgrade mode can be turnedonbypressing and holding S1
buttonandconnectingUSBcableatthesametime.ThesoftwareFirmwareUpgradeTool.V.1.xxisusedtoupgradethefirmware.
Intruder alarm system
GSV4
Wiring manual
Zones settings:
Global time settings:
PGM ouput settings:
In order to restore user’s PIN to default
value, it is necessary to change some
settings:
ConnectGSV4toacomputerviaUSB.
Download the project with the help of the
MASCADsoftware.
Open a Users tab and select a user that
forgot his/her PIN. Select the Temporary
PIN check-box. Default PIN is shown in
brackets.
Save settings and upload them back to
GSV4.
12V CT2 NCT1
T1 T2
NC
C
12V CT2 NCT1
T1 T2
NC
C
12V CNCT2T1
T1 T2
NC
C
12V CT2 NOT1
T1 T2
NO
C
12V CNOT2T1
T1 T2
NO
C
12V CNOT2T1
T1 T2
NO
C
Page 3

+AUX
COM
AC
BAT
-PGM1
-PGM2
20V
COM
Z1
Z2
Z3
Z4
Z5
X1
Z6
USB
S1
S2
+BELL
GSV4
Wiring of LED and system status indication
GSV4
+AUX -PGM2
+AUX -PGM2
1kΩ
Typical system installation example
Key-switch zone wiring
Additional information (continued)
GSV4zone definitionisPGMcontrol,whichcanbe usedtoconnectakey-switch.Itis possibletoprogramthis zonetoarm thesystemwhenthe zoneisviolated and
todisarmandclearthealarmwhenthezoneisrestored.
Imagesbelowshowanexampleofhowtoconnectandprogramthekey-switchzone.ThezoneinputisprogrammedtoarmthesysteminAwaymodewhenthezone
isviolated(NC)andtodisarmthesystemwhenthezoneisrestored(NO).Ifthereisanalarminthesystem,itwillbeclearedwhendisarming.
Zone settings:
GSV4
Z6 COM
Z6 COM
Wiring:
Turned Off Turned On
System is disarmed
System is armed in
Away mode
Operation:
GSV4 PGM definition is Full arm status, which can be used to indicate the system status (armed/disarmed). In this example, LED is used to show the status. The
systemturnsLEDonwhenitisarmedandturnsitoffwhenthesystemisdisarmed.
Wiring: PGM settings: Operation:
Normally open
contact
(NO)
Normally closed
contact
(NC)
System is armed
System is disarmed
Intruder alarm system
GSV4
Wiring manual
12V battery
7Ah/20HR
Page 4 Rev.08/09/16_KF