Vemer SRG.4 Handleiding

Vemer Gasmelder SRG.4

Lees hieronder de 📖 handleiding in het Nederlandse voor Vemer SRG.4 (2 pagina's) in de categorie Gasmelder. Deze handleiding was nuttig voor 38 personen en werd door 2 gebruikers gemiddeld met 4.5 sterren beoordeeld

Download PDF

Pagina 1/2

SRG.4

1 2 3 4

TEST

RESET

Mod. SRG.4

V3IS00460–010

86.7

159.5

50.5

12.0

58.0

86.7

50.5 50.5

C1 S1 A1 C2 S2 A2 C3 S3 A3 C4 S4 A4

1 2 3 4

SENSORS

+ –

2 3 4 5 6 7 8

9 10 11 12 13 14 15 16 17 18 19 20

8A / 250V 8A / 250V

Description

 

g 







j 

User manual

SRG.4 - CONTROL UNIT FOR GAS DETECTOR

Read all the instructions carefully

 TheSRG.44isacontrolunitforthecreationofgasdetectionsystemsinareas

suchasboilerrooms,workshops,warehouses,laboratories,etc.Itisdesignedto

workwithprobessuchasCOSensor,CH4SensorandLPGSensor.Itoffersthe

possibilitytocontrolasolenoidvalveoranauxiliarydevice(siren,flasher,etc.)

usinganalarmrelaycontainedinside.ThealarmorfailureisdisplayedbyLED.

SAFETY WARNINGS

To ensure correct installation, you must comply with the following

indications:

1) The device must be installed by a competent person

2) The device must be installed in a panel where, after installation, the terminals

can no longer be accessed

3) In the electrical system up the line from the energy meter there must be a

device to protect against overloads

4) Connect the instrument following the diagrams shown in this sheet and in the

product marking

5) Before accessing the terminals, make sure the leads to connect to the

instrument are not electrically live

6) Do not power and connect the instrument if any part of it is damaged or

missing.

Codice Model Description

VE203600 SRG.4 Gasdetectorwith4connectingsensor

VE205100 CH4 SENSOR Methanedetectionsensor

VE206900 LPG SENSOR LPG sensor

VE207700 CO SENSOR Carbonmonoxidesensor

TECHNICAL CHARACTERISTICS

Control unit SRG.4

• Powersupply:

 −Voltage:12Vac/dc±10%

 −Powerconsumptionwith1probe:~160mA

 −Powerconsumptionwith4probes:~280mA

 −Connection:terminalsof2.5mm

 −Protection:fuse1A5x20mm

• Inputs:

 −4inputsforCH4Sensor(methane),LPGSensor(LPG),COSensor(CO).

 −Connectionofprobes:terminalsof2.5mm

2 per probe

 −Max.connectionlength:50mforeachprobe

 −Cross-sectionoftheleads:1.5mm2

• Output:

 −Alarm:relaywithexchangecontact8A/250VAC

 −Failure:relaywithexchangecontact8A/250VAC

 −Connection:terminalsof2.5mm

2forrelayC-NC-NO

• Luminoussignals: 1greenLED:powersupplied

 1yellowLED:generalfailure

  4yellowLED’s:failureforeachprobeline

  4redLED’s:gasalarmforeachprobeline

• Reset/testbuttonforalarmresetandprobetestfunctions

• Degreeofprotection:IP20;IP40whencorrectlyinstalledinanelectricalpanel

• Ambienttemperature:0÷+50°C

• Humidity: 90%R.H.withoutcondensation≤

• Productforassemblyon9-moduleDINrails

Sensors for SRG.4 control units

• Powersupply:fromthecontrolunitSRG.4

 −Currentinput(at6.5V):40mA

 −Connections:terminalsof2.5mm

2forprobeC(common),S(signal),A(power6.5Vdc)

• Modelsandcalibration:

 −Methanegas:CH4Sensor,(default)10%LIEofmethane

 −LPG:LPGSensor,(default)12%LIEofisobutene

 −Carbonmonoxide:COSensor,(default)200ppmofCO

• Container:inself-extinguishingplasticmaterial

• Fastenedtowallusingscrewsandplasticplugs

• Protection:IP30

• Ambienttemperature:0÷+50°C

• Humidity: 90%R.H.withoutcondensation≤

INSTRUMENT DESCRIPTION



 Ledpowersupply



Led signaling general failure



 Reset/Testbutton



Led signaling failure probes



Led signaling gas alarm



 Powersupplyterminals

Connection probes terminals

 Protectionfuse1A



 Set-upjumper

 Terminalsforalarmoutputrelay



 Terminalsforfailureoutputrelay

INSTALLATION

Do not use the device in excess of the limits set forth in the technical data. The installer is

responsible for correct, safe installation of the product. Use care during shipping, storage

and handling.

1) Protectionofthedevice.

 Toensuretheproperdegreeofprotectionoftheunit,itisnecessarytoinstallthecontrol

unitinanelectricalpanelconstructedinaccordancewithcurrentstandardsforthe

workplace,andinsideofwhichthepowersupplysystemcanalsobehoused.Thecontrol

unitcanbeinstalledatthebottomofthepanelorinDINmodularpanels.

 TheLPG,COandCH4Sensorsaredesignedtobewall-mounted(vertically),usingscrews

andplasticplugs.Toproceedwithinstallation,openthecontainerbyunscrewingthe

screwlocatedontheside.Makesurenottodamagethesensorandnottotouchthe

calibration devices.

2) Installationoftheproduct.

 Thecorrectinstallationoftheprobeisessentialtoproperoperationofthesystem.

Therefore,itmustbeinstalled:

 –Inareaswithcirculationofnaturalair;

 –Inareasthatarenotsubjecttodustordirtthatmayrenderthesensorinoperative;

 –Nearjetsofwater,intakegrilles,openings,etc.

 –Atanadequatedistancefromusersofgassoastopreventthesystemfromintervening

improperlyduetofunctionalleakage.

 Also,positioningdependsonthetypeofgastobedetected,specifically:

 –CH4:Methanegas-attop,about20-30cmfromtheceiling

 –LPG:LPG-atbottom,about20-30cmfromthefloor

 –CO:carbonmonoxide–about1.5mfromthefloor

 Fornewsystems,theprobemustbeinstalledaslateaspossible,sothattypical

constructionsiteactivitiesdonotdamagethedetector.

Attention: make sure you check operation at least once a year, and in any case

whenever there is an extended period of disuse or in the event of replacement.

Any tampering may compromise correct operation of the system.

3) Connectionsanduseoftheproduct.

 Normalelectricalcablescanbeusedforconnections.Inanycase,wheninstallationis

inplacesthatarestronglyexposedtoelectromagneticdisturbances,itisadvisableto

useshieldedcables.Thedetectionsystemmustalwaysbeinoperation.Therefore,the

electricalpowersupplyofthedetectormustnotincludeswitchesorotherdevicesthat

mayaccidentallyshutitoff.Thepowersupplyofthecontrolunitmustcomplywiththe

requiredvaluesandthecurrentinputofanydeviceconnecttotheterminalsoftherelay

mustbelessthanorequaltothemaximumcapacityofthecontacts.Theaveragelifespan

oftheprobesis5yearsfromthedateofinstallation.Therefore,attheendofthattime

theywillneedtobereplaced.

Attention: in the case in which in every single terminal block of the control

unit missed the probes, there must be a resistence of 18KOhm 1/4 W 5%

between C ans S furnisced in the box.

OPERATION

 Oncethedevicehasbeeninstalled,youwillneedtoselecttheoperatinglogicusing

jumperE1.Itcanbeeitherpositiveornegative.Thecontrolunitsignalsitsoperating

statusbymeansofLED’s.

Position A

Positive logic

Position B

Negative logic

 DependingonthelogicselectedusingjumperE1,inanormalsituation(noalarms),the

LED’sandtherelaywillbe:

 –positivelogic:LEDon,relayenergized

 –negativelogic:LEDoff,relayde-energized

 Ifnegativeoperatinglogicisselected,thealarmrelaymaybecontrolledinpermanentor

impulsivemode,dependingonthepositionofjumperE2:

Position A

Alarm relay

Permanent control

Position B

Alarm relay

Impulsive control

Dimensions

Connection diagram

 Oncepoweredon,thecontrolunitperformsthefollowingphasesinsequence:

• Buzzertest(durationabout5seconds)whichcausessequentiallightingoftheLED’sand

abriefringingofthebuzzer.

• Pre-heatingoftheprobe(whichlastsabout1minute),duringwhichthedetection

systemisnotoperationalbecausethisallowstheprobestoreachthecorrectoperating

temperature.

• Operationaltest(whichlastsabout3minutes)duringwhichthepowersupplyLED

flasheswithafrequencyof2Hzandalltimesettingsareresettozerotomakeiteasierto

checktheprobes.PresstheReset/Testforaboutonesecondtointerrupttheoperational

testphaseandchecktheprobes.

• Gasalarmtest,whichoccursbyplacingthetestspraycanneartheprobeandreleasing

asmallamountofgas.Donotdirectthespraydirectlyontothesensoroftheprobe,

asitmaydamageitirreparably.Thecontrolunitwillsignalthealarminthefollowing

manner:

Interface Positive logic Negative logic

Led for alarm (red)

of concerned probe

Off On

Alarmbuzzer Continuous sound Continuous sound

Alarmrelay De-energized Energized(permanentlyor

in impulsive mode)

 PresstheReset/Testkeyforonesecondtosilencethealarm(ifthegasisnolonger

present)andendthetestphase.Torestartthetestphase,pressthecorrespondingbutton

for about 6 seconds.

• Probeanomalytest,whichistobesimulatedsimplybydisconnectingtheconcerned

probecableandcheckingthefollowingsignals:

Interface Positive logic Negative logic

Led for failure (yellow)

of concerned probe

Off On

Alarmbuzzer Intermittent sound Intermittent sound

Failurerelay De-energized Energized

 Oncethetesthasbeenmade,re-connecttheprobeandpresstheReset/Testbuttonto

restorethecontrolunittonormaloperation.

Normal operation

 Duringnormaloperationofthecontrolunit,boththemonitoringforgasalarmand

theself-diagnosisforplantanomalies(probes)andsystemsanomalies(controlunit)are

active.Inthisphaseandwithnoalarmsorfailures,thecontrolunitstatusisasfollows:

Interface Positive logic Negative logic

Led (green)forpowersupply On On

Led for general failure(yellow) On Off

Led for probe failure (4)(yellow) On Off

Led for general alarm and (red)

line failure (4)

On Off

Alarmbuzzer No sound No sound

Alarmrelay De-energizedEnergized

Failurerelay De-energizedEnergized

 Inpresenceofgasalarmorprobefailure,thecentralunitgoesintothesameconditions

describedintherelativestestphase.

REFERENCE STANDARDS

ConformitytotheEUdirectives

2006/95/EC(LowVoltage)

89/336/ECmodifiedby92/31/ECCand93/68/EEC(E.M.C.)

isdeclaredwithreferencetothefollowingharmonisedstandard:

EN 61779-1, EN 50270

Product specificaties

Merk:	Vemer
Categorie:	Gasmelder
Model:	SRG.4

Heb je hulp nodig?

Als je hulp nodig hebt met Vemer SRG.4 stel dan hieronder een vraag en andere gebruikers zullen je antwoorden

Uw naam*

Jouw email*

Schrijf hier uw vraag

Handleiding Gasmelder Vemer

Vemer RGM Wave Handleiding

23 Mei 2023

Vemer VALV-34NA Handleiding

7 April 2023

Vemer SRG.4 Handleiding

4 April 2023

Vemer VALV-12NC Handleiding

4 April 2023

Vemer VALV-1NA Handleiding

20 Maart 2023

Vemer RGG Wave Handleiding

28 Februari 2023

Vemer RGCO Handleiding

23 Februari 2023

Vemer VALV-1NC Handleiding

26 Januari 2023

Handleiding Gasmelder

Nieuwste handleidingen voor Gasmelder

Protector C11-L Handleiding

11 December 2024

Vimar 16592 Handleiding

30 November 2024

Pentatech GA60 Handleiding

24 November 2024

Joy-it SEN-MQ7 Handleiding

18 November 2024

PCE Instruments PCE-CMM 10 Handleiding

17 November 2024

PCE Instruments PCE-LDC 8 Handleiding

22 Oktober 2024

Kidde C3010D-CA Handleiding

26 September 2024

Kidde 900-0280CA Handleiding

24 September 2024

Kidde 900-0263CO-CA Handleiding

24 September 2024

AngelEye SCB10-AE-BNLR Handleiding

3 Juli 2024