Endura Dvr5300 series Instruction sheet

IP Video Surveillance System

Installation Guidelines

for Endura® Equipment

C2670M-C (9/09)

Page2C2670M‐C

TABLEOFCONTENTS

INTRODUCTION............................................................................................................................................................................................... 3

POWERGUIDELINES ..................................................................................................................................................................................... 4

POWERDISSIPATIONANDCURRENTREQUIREMENTS..................................................................................................... 4

POWERQUALITY................................................................................................................................................................................... 5

GROUNDING............................................................................................................................................................................................. 7

ELECTROSTATICDISCHARGEPREVENTION ........................................................................................................................... 8

ENVIRONMENTALGUILDELINES............................................................................................................................................................ 9

ENVIRONMENTALELEMENTS........................................................................................................................................................ 9

OPERATINGTEMPERATURE .........................................................................................................................................................10

HEATINGVENTILATIONandAIRCONDITIONING(HVAC) .............................................................................................12

NETWORKINGGUIDELINES.....................................................................................................................................................................13

GENERALNETWORKISSUES.........................................................................................................................................................13

CABLING..................................................................................................................................................................................................13

NETWORKTIME ..................................................................................................................................................................................14

TURNINGONTHEENDURASYSTEM...................................................................................................................................................15

APPENDIX.........................................................................................................................................................................................................16

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C2670M‐C  Page3

INTRODUCTION

PURPOSEOFTHISDOCUMENT

ThisdocumentistoprovideEndura®‐certifiedintegratorswithaguidelineofinstallationrequirementsforthe

EnduraIPVideoManagementSystemcomponents.

TheEndurasystemisbuiltuponindustrystandardtechnologiesandutilizesInformationTechnology(IT)grade

components.Assuch,allbestpracticesforITequipmentsiteplanninganddeploymentapplytoEndura.

GiventheconstantdatabaseandfilemanagementactivitythatisnaturalwithanIPvideomanagementsystem,

caremustbetakentoavoidsuddenshutdownofanyofthecomponents.Aspowerfluctuationsanddisruptions

areacommonsourceforun‐intentionalequipmentreboots,conditionedpowershouldbeusedforallservers.As

harddiskdrivereliabilityisnegativelyimpactedbytemperatureextremes,caremustbetakentoensurethathard

diskdrivesareneverexposedtoelevatedoperatingtemperatures.Ifeitherconditionedpowerorthe

environmentalconditionsoftheserverroomareoutsidethespecifiedlimits,datacorruptionandequipment

failurecanoccur.TheEndurasystemshouldonlybeturnedonafterthepowerandenvironmentalconditioning

systemsarefullytestedandoperational.

WARNING:DonotturnonanyEnduraequipmentuntilalloftheitemssuggestedinthisdocument

havebeenconsidered.WithoutadequatepowerandventilationtheEnduraequipmentcansuffer

permanentdamage.

Shouldyouencounteranyquestionsaboutthetopicscoveredinthisdocument,pleasecontactthePelcoEndura

Hotlineat1‐800‐289‐9100(USAandCanada)or+1‐559‐292‐1981(international),e‐mail

[email protected].

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Page4C2670M‐C

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POWERGUIDELINES

POWERDISSIPATIONANDCURRENTREQUIREMENTS

Properdesignofthepowerdistributionsystemisessentialforreliable,long‐termoperationoftheEndurasystem.

Giventhemultitudeofactivedatabasetransactionsandfileoperationsthatsymbolizevideosurveillancesystems,

thereliabilityofthepowersupplyisacrucialelementinpreventingfileanddatabasecorruptionissues.When

designingtheelectricaldistributionsystem,considerthefollowing:

•Totalpowerbudgetrequiredforallequipmentatagivennode

•CircuitbreakerorUPSstrategythatincorporatesin‐rushandstart‐upcurrentloads

•Provideextraloadprojectedgrowthofthesystem

•Providecontinuousandreliablepowerunderallexpectedoperatingconditions

TableAprovidespowerdissipationandstart‐upcurrentrequirementsforEnduraequipment.Consultapplicable

regulationsandstandardsfordeterminingtheproperwiregaugetouse.Generally,youshouldinstallcircuit

breakersthatareratedat125percentoftheexpectedmaximumload.ForrecordingdevicesUPSbatterybackup

shouldbeused.

TableA.PowerandCurrentRequirementsforEnduraComponents

DeviceTypeModelNumberOperatingWatts

(@100VAC)

Start‐upCurrent

EnterpriseDVRDVR5300Series339W8A

iSCSIStorageExpansionSEB5100Series339W8A

NetworkStorageManagerNSM5200Series262W12A

DirectAttachedStorageDAS5200Series188W12A

VideoEncoderNET5301T8W1A

VideoEncoderNET5301T‐I14.5W1A

VideoEncoderNET5308T

(w/NET5300B)

80W6.3A

VideoEncoderNET5308T‐EXP40W3.15A

VideoEncoderENC530840W3.15A

VideoEncoderENC531640W3.15A

RackMountRK5100PS‐5U46.8W4A

UniversalDeviceInterfaceUDI500028W3.15A

VideoDecoderNET5402R‐HD121W6.3A

VideoConsoleDisplayVCD5202129W6.3A

WorkstationWS5070129W6.3A

SystemManagerSM500073W6.3A

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C2670M‐C  Page5

POWERQUALITY

AswithanyITequipment,Enduracomponentsrelyonproperinstallationpracticestominimizepowersurgesand

otherfluctuationswiththepowersupply.UnlikeITequipment,Enduracomponentsusecustomdesignedpower

suppliesthatmeetEN50130‐4standardforalarmmonitoringequipment.Thisallowsthecomponenttowithstand

afive‐cycledipinpowersupplywithoutresetting.Evenwiththeseprecautionsincorporatedintothedesign,

powerfluctuationscanstilladverselyaffecttheequipmentandshouldbeavoided.

Powerqualitycanbemeasuredusingapowerqualityanalyzer.Thefollowinglistdescribesthecommonissuesthat

mustbemitigatedtoprotectyoursystemandequipment.Theequipmentproblemsassociatedwiththese

anomaliesrangefromvideodistortionandun‐intendedincreasesinbit‐ratestodamagedelectroniccomponents.

•Frequency:Variationofthepowerwaveform

•Harmonicdistortion:Multiplesofpowerfrequencysuperimposedonthepowerwaveform

•Linenoise:Distortionssuperimposedonthepowerwaveform

•Overvoltage:Increasedvoltagesforanextendedperiodoftime

•Powerfailure:Totallossofutilitypower

•Powersag:Shorttermunder‐voltage

•Powersurge(spike):Quickburstofovervoltage

•Switchingtransient:Under‐voltageorovervoltageforuptoafewnanoseconds

•Under‐voltage(brownout):Lowlinevoltagesforanextendedperiodoftime

NOTE:Iftheseissuesaresuspectedorknowntooccurforagivensite,ensurethatproperstepshavebeentaken

toisolatetheequipmentfromtheseanomaliespriortoturningontheEnduraequipment.



RECOMMENDEDPROTECTIONPRACTICES

TheEndurasystemcanbeprotectedfrommanysourcesofelectricaldisturbancesbyadheringtothefollowingthe

recommendations.Pleasenotethatitisbeyondthescopeofthisdocumenttoprovideexplicitinstructionsfor

electricaldistributionsystemdesignandconfiguration.Ifindoubt,pleaseconsultwithalicensedelectrical

contractor.

•Dedicateapowerdistributionsystemforthevideosurveillanceequipment

•Minimizetheuseofhigh‐currentdrawdevicessuchasheating,ventilation,andairconditioning(HVAC)

unitsplacedontheEndurapowerdistributionnetwork,asthesecancauseadiporinterruptionwhenthe

equipmentturnson

•DonotconnecttheEndurasystemtocircuitswithinductiveloads(forexampleHVAC,motors,andso

forth)

•Wherepossible,usepowerconditioningequipment(lineconditioner)thatsmoothesoutpeaksanddips

onthepowernetwork

•Wherepossible,useover‐andunder‐voltagedetectionandprotectioncircuits

•Installlightningarresters(surgeprotectors/suppressors)onpowercordstoprotectequipmentagainst

electricalstorms

•UseUPSsystemsand,asappropriate,abackupgenerator

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Page6C2670M‐C

UNINTERRUPTIBLEPOWERSUPPLYGUIDELINES

Installinganuninterruptiblepowersupply(UPS)ishighlyrecommendedforanyrecordingdevicetoensurethat

poweriscontinuouslyandconsistentlydeliveredtotheEnduracomponent.AUPSistypicallyratedbythePractical

PowerRange,expressedinkVA.Theequivalentwattratingisroughly60to90percentoftheVArating,depending

ontheefficiencyoftheUPS.WhenselectingaUPS,usethepowerandcurrentrequirementspresentedinTableA

asaguideline.ThefollowingexampledescribeshowtocalculatetheUPSsizerequiredforaninstallationwithtwo

NSM5200sconnectedtothesameUPS:

Example:TwoNSM5200saretobeconnectedtothesameUPS.FromTableA,eachNSM5200dissipates262Wof

powerandhasastart‐upcurrentof6Aperpowersupplymodule.

Step1:Calculatethetotalpowerinwattsrequired:

262Wx2=524W

Step2:ConvertthewattagetoVAbydividingby0.60

524W/0.6=873VA–NeedaUPSratedformorethan873VA

Step3:FindtheappropriateUPS:

ConsidertheAPCSmart‐UPS1000VAwithratedoutputpowerof800W/1000VA

NOTE:NSM5200sandDAS5200scomewithredundantpowersupplies.Eachsupplyfortheunitshouldbe

connectedtoadifferentcircuittoensurethattheunitdoesnotlosepoweronintheeventofacircuitfailure.

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C2670M‐C  Page7

GROUNDING

Aproperlygroundedinstallationiscriticalinensuringthefault‐freeoperationofEnduraequipment.Allconduit

usedshouldbesecurelyconnectedrigidmetal.Anearth‐groundconnectionshouldbemadebyoneofthe

followingmeans:

•Groundingrod

•Buildingsteel

•Conductivecoldwaterservicepipe

Allpowerpanelsshouldbegroundedtotheelectricalserviceentrance.Thegroundconnectionsthatwillbeused

throughouttheserverroomshouldbetestedtoensurealowresistancepathtoground.

NOTE:Besuretoverifythatthereisnodirectcurrent(DC)potentialbetweengroundsofdifferentcircuitsineach

rack.Anyreadingabove1Vmeasuredbetweengroundsshouldbeconsideredaproblemandinvestigated.



GroundingGuidelines

•Mainbuildingelectricalground:Themainelectricalserviceentranceequipmentshouldhaveanearth‐

groundconnectionasrequiredbyapplicablecodes.Connectionssuchasgroundingrod,buildingsteel,or

aconductive‐typecoldwaterservicepipeprovideanearth‐ground.

•Electricalconduitground:Allelectricalconduitsshouldbemadeofrigidmetallicconduitthatissecurely

connectedtogetherorbondedtopanelsandelectricalboxestoprovideacontinuousgroundingsystem.

•Powerpanelground:Eachpowerpanelshouldbegroundedtotheelectricalserviceentrancewithgreen

(green/yellow)wiregroundconductors.Thegreen(green/yellow)wiregroundconductorsshouldbe

sizedperapplicablecodes.

Page8C2670M‐C

ELECTROSTATICDISCHARGEPREVENTION

Electrostaticdischarge(ESD)occurswhenobjectsareseparatedorrubbedtogether.Thevoltagelevelofastatic

chargeisdeterminedbythefollowingfactors:

•Typeofmaterials

•Relativehumidity

•Rateofchangeorseparation

RefertoTableBforsampledataontheeffectofhumidityonchargelevels.

TableB.EffectofHumidityonESDChargeLevels

Humidity†andChargeLevels(voltages)‡

PersonnelActivity*26%32%40%50%

Personwalkingacrossalinoleumfloor6,150V 5,750V4,625V3,700V

Personwalkingacrossacarpetedfloor 18,450V17,250V13,875V11,100V

Persongettingupfromaplasticchair 24,600V23,000V18,500V14,800V

*Source:B.A.Unger,ElectrostaticDischargeFailuresofSemiconductorDevices(Bell

Laboratories,1981).

†Forthesamerelativehumiditylevel,ahighrateofairflowproduceshigherstatic

chargesthanalowairflowrate.

‡Somedatainthistablehasbeenextrapolated.



StaticProtectionMeasures

ObservethefollowingprecautionstominimizepossibleESD‐inducedfailuresintheserverroom:

•Maintaintherecommendedhumiditylevelandairflowratesintheserverroom.

•Installconductiveflooring(conductiveadhesivemustbeusedwhenlayingtiles).

•Useconductivewaxifwaxedfloorsarenecessary.

•Ensurethatallequipmentandflooringareproperlygroundedandareatthesamegroundpotential.

•Useconductivetablesandchairs.

•Useagroundedwriststrap(orothergroundingmethod)whenhandlingcircuitboards.

•Storespareelectronicmodulesinantistaticcontainers.

C2670M‐C  Page9



ENVIRONMENTALGUIDELINES

ENVIRONMENTALELEMENTS

ThefollowingenvironmentalelementscanaffecttheoverallstabilityandperformanceoftheEnduraproduct

family:

•Serverroompreparation

•Coolingrequirements

•Humiditylevel

•Airconditioningducts

•Dustandpollutioncontrol

•ESDprevention

•Acoustics(noisereduction)

•Numberofemployeesworkingintheroom



SITECLEANLINESS

Itiscriticalthattheinstallationsitebecompletelycleananddevoidofdustanddebriscreatedduringthe

constructionprocess.Operationoftheequipmentshouldnotbegin(evenfortestingpurposes)untilall

constructionhasbeencompleted.

WARNING:DonotturnontheEndurasystemuntilallconstructioniscompleteandtheinstallationsite

isoperatingatthespecifiedoperatingtemperature.Unitsfunctioningunderhighoperating

temperaturescanexperiencedegradedperformanceandlifeexpectancy.



C2670M‐C  Page10

OPERATINGTEMPERATURE

Operatingtemperaturehasasignificantimpactonthemeantimebetweenfailures(MTBF)ofharddiskdrivesand

othersensitiveelectroniccomponents.Variouspublishedfindingsindicatethataharddiskdriveexposedtoa

temperatureextremeissusceptibletoearlyfailure.Generally,forevery18°Fincrease(aboveroomtemperature)

inoperatingtemperature,thelifeexpectancyoftheharddrivedecreasesby35percent.Forexample,aharddrive

operatingat115°Fwouldsuffera58percentreductioninlongevity.Similarly,batterybackupinaUPSoperatingat

77°F(25°C)hasanaveragelifeexpectancyof3to5years.Thisdramaticallydropsto1.5yearsiftheUPSis

operatedat104°F(40°C).WhileEnduraequipmenthasaspecifiedrange,thebestperformanceandlongevityis

attainedwhentheoperatingtemperatureismaintainedatorunder77°F(25°C).

ForthepurposesofEnduraequipment,thespecifiedoperatingtemperatureistheactualtemperaturedirectlyin

frontofthebezelofthechassis.Pelcoproductshaveundergoneanextensiveamountofdesignandengineering

tokeeptheoperatingtemperatureofinternalcomponentsasclosetotheambienttemperatureoftheroomas

possible.Assuch,maintainingtherightambienttemperatureatthefrontoftheunitiscritical.Therack‐

mountableEnduraserversuseactivecoolingbydrawingairinfromthefronttotheback.Themostsensitive

componentsaretypicallymountedatthefrontoftheunittotakeadvantageofcoolerambientairtemperatures.

Properrackdesignandtemperaturecontrolarecriticalcomponentsforsystemstabilityandhealth.

WheninstallinganEndurasystem,followthesegeneralguidelines:

•Ensureproperambienttemperatureisalwaysmaintainedintherackroom

•Ensurethattheambienttemperatureatthefrontofeachunitiswithintheoperatingspecificationrange

•Ensureproperheatexhaustinthebackoftherack

•Ifmultiplecomponentsareplacedinthesamerack,ensurethatnoheattrapsexistintherack(whena

deepercomponentisplaceddirectlyaboveashortercomponent,theextradepthofoneunitcreatesa

heatpocketthatcantraptheheatgeneratedandexhaustedbytheshorterunit)

TableConpage11describestheenvironmentaloperatingconditionsforEnduracomponentsandservers.

C2670M‐C  Page11

TableC.SpecifiedOperatingTemperature

DeviceTypeModelNumberOperatingTemperatureCoolingMethodBTU/H

(@100VAC)

EnterpriseDVRDVR5300Series50°to95°F(10°to35°C)

77°FRecommended

Fronttorear

airflow1157

iSCSIStorageExpansionSEB5100Series50°to95°F(10°to35°C)

77°FRecommended

Fronttorear

airflow1157

NetworkStorageManagerNSM5200Series50°to95°F(10°to35°C)

77°FRecommended

Fronttorear

airflow895

DirectAttachedStorageDAS5200Series50°to95°F(10°to35°C)

77°FRecommended

Fronttorear

airflow643

VideoEncoderNET5301T32°to122°F(0°to50°C)Conduction

throughchassis28

VideoEncoderNET5301T‐I41°to95°F(5°to35°C)Conduction

throughchassis50

VideoEncoderNET5308T50°to95°F(10°to35°C)Fronttorear

airflow274

VideoEncoderNET5308T‐EXP50°to95°F(10°to35°C)Fronttorear

airflow137

VideoEncoderENC530850°to95°F(10°to35°C)Fronttorear

airflow137

VideoEncoderENC531650°to95°F(10°to35°C)Fronttorear

airflow137

RackMountRK5100PS‐5U41°to95°F(5°to35°C)Bottomtotop

airflow159

UniversalDeviceInterfaceUDI500050°to95°F(10°to35°C)Fronttorear

airflow96

VideoDecoderNET5402R‐HD50°to95°F(10°to35°C)Fronttorear

airflow413

VideoConsoleDisplayVCD520250°to95°F(10°to35°C)Fronttorear

airflow440

WorkstationWS507050°to95°F(10°to35°C)Fronttorear

airflow440

SystemManagerSM500050°to95°F(10°to35°C)Fronttorear

airflow250



AllEnduraequipmentisratedfor:

•Storagetemperature‐40°to149°F(‐40°to65°C)

•Operatinghumidity20%to80%,noncondensing

•Maximumhumiditygradient10%perhour

•Operatingaltitude‐50to10,000ft(‐16to3,048m)

•Operatingvibration0.25Gat3Hzto200Hzatasweeprateof0.5octave/minute

Page12C2670M‐C



HEATINGVENTILATIONANDAIRCONDITIONING(HVAC)

TheHVACsystemshouldbesizedtomeettherecommendedrequirementsoftheEndurasystemandaccountfor

anyadditionalequipmentthatmayalsobeintheserverroom.Racksandroomlayoutneedtobeconfiguredto

ensurethatcoldairisavailableatthefrontofeachunitandheatedairisexhaustedattheback.RefertoTableC

onpage11forBTU/HfiguresforeachoftheEnduracomponents.

HVACVENTLAYOUT

TheHVACstrategyshouldbecapableofexhaustingeverykilowattofheatproducedbytheEnduraequipment

housedintheroom.Generally,Enduraserversdonotdiscriminatebetweencoldairintakeandheatedairintake;

whateverispresentinfrontoftheunitwillbedrawnintotheunitandreliedupontocoolsensitiveelectronic

components.

Thelayoutoftheventsinrelationtotherackpositioniscritical.Thebasicprincipalinrackroomdesignisto

minimizetheimpedancetoairflowforcoldairgettingintotheequipmentandheatedairbeingremovedfromthe

room.Thermodynamicsprincipalsdictatethatairwillnaturallymovewherethereistheleastresistance;

therefore,itiscriticaltoensurethattherackroomandrackconfigurationiscarefullydesignedtodeliverthe

desiredairflowpattern.

Enduraserversuseactivecoolingtopullcoolairinthroughthefrontoftheunitandexhaustheatedairoutofthe

backoftheunit.Theidealserverroomconfigurationutilizescoldandhotaisles.HVACvents,placedeitherinthe

floorortheceiling,blowintotheaislewherethefrontoftheequipmentislocated.Eachserverusesinternalfans

todrawairinandacrosssensitiveelectronics.Theheatedairbeingexhaustedbythesystemispumpedintohot

aisleswheretheexhaustsystemremovesit,ensuringthatitdoesnotrecirculatetothefrontoftherack.Forthis

toworkproperly,theinstallationshouldensurethatheatedairisnotrecirculatedtothefrontoftheunit.Aneasy

waytodothisistouserackswithsolidsidepanelsandafan‐assistedexhaustsystemforheatremoval.

Dependingontheconfigurationofserversinsidetherack,pocketsofhotairmightbetrappedunderneathdeeper

servers.Makesuretodesignrackssothattheshallowercomponentsareplacedatthetopoftherackandthe

deepercomponentsatthebottomoftherack.

WARNING:Incorrectventlayoutcanresultinalackofairmovement,whichcouldleadtoequipment

overheating.Makesurethatanyfansinstalledwithintherackarepullingairoutoftherack,not

pushingairintotherack.Pushingairintotherackwillresultinthecabinetbecomingpressurized,

leadingtoalackofairflowandpossibleoverheating.Pleaserefertotherackmanufacturer’s

recommendations.Wherepossible,pleaseuseIT‐orientedracklayoutschemesinsteadofA/Vrack

equipmentandguidelines.



C2670M‐C  Page13



NETWORKINGGUIDELINES

GENERALNETWORKISSUES

Enduraisahighperformance,IPVideoSurveillanceManagementsystem.Assuch,itheavilyleveragesandis

extremelysensitivetotheperformanceoftheunderlyingnetwork.Theuseofmanagedswitchesisarequirement.

Theseswitchesmusthavetheabilitytorouteandahighnumberofmulticastsessionsconcurrently.Internet

GroupManagementProtocol(IGMP)isaminimumrequirement,andmoresophisticatedmulticastrouting

protocolsmayalsobeutilized.RefertotheEnduraNetworkDesignGuide(C1640M‐C)fordetailsontheminimum

requirementsforthenetworkandthenetworkswitch.Youcanaccessthisdocumentatwww.pelco.comor

throughtheEnduraPartnerPortal.

WhiletheEnduraNetworkDesignGuidedescribesthebasicfunctionalitythattheEnduracomponentsrequireof

thenetwork,Pelcocannotguaranteethateveryswitchwilloperateunderallpossiblenetworkconfigurations.Itis

uptotheintegratortodeterminethefeasibilityofthechosennetworkswitchforthegivenapplication.Further,it

isuptotheintegratortodetermineifthenetworktopologyisadequate.Pelcorecommendstheconsultationofa

qualifiednetworkengineerwhohasacurrentEnduraDesignCertificationandcollaborateswithselectswitch

vendors.

Ifadditionalassistanceisrequired,PelcooffersprofessionalservicesfortheEndura‐certifiedintegrator.



CABLING

AllnetworkcablingshouldadheretotheIEEE,EIA,andTIAspecifications.Whenworkingwithnetworkcabling,

ensurethatyouadheretothefollowingminimumrequirements:

•Cat5eistheminimumcablingstandardforEndurawithCat6thepreferredcabletouse

•Maximumdistancebetweennetworkcomponentsshallnotexceed295ft(9m)withamarginof

10percent

•Minimumcablelengthshallneverbelessthan1munlessconnectingtoapatchpanel

•CablebendradiusshallnotexceedEIA/TIA‐568bendradiusof4xcablediameteror26mm

•Whendressingcables,ensurethatcablebundlesarenotinhibitingtheexhaustventsonthebackofthe

Enduraservers.Inaddition,ensurezip‐tiesdonotexertadditionalstrainonthecables.Wherepossible

useVelcro‐typetiesinsteadofzip‐ties.

RoutingofDataCommunicationCables

Powertransformerscreatehigh‐energyfieldsintheformofelectromagneticinterference(EMI).Heavyfoottraffic

cancreateESDthatcandamageelectroniccomponents.Makesuretoroutedatacommunicationcablesaway

fromtheseareas,usingshieldeddatacommunicationcablesthatmeetindustry‐approvedstandardstoreducethe

effectsofexternalfields.Theseshieldedcommunicationcablesmustbegroundedatbothends.

Page14C2670M‐C

NETWORKTIME

TheEnduraSystemManageriscapableofservingastheNetworkTimeProtocol(NTP)serverfortheEndura

system;however,asthesystemmanagerisbuiltuponastandardserverplatform,itwillsufferdriftovertime.

Tomaintainanaccuratetimefortheentiresystem,PelcorecommendspointingtheEndurasystemtoeitherthe

NTPserverfortherestofanorganization’snetworkoraglobalpositioningsystem(GPS)timesourceinstalled

exclusivelyforthevideosurveillancesystem.



C2670M‐C  Page15

TURNINGONTHEENDURASYSTEM

EnduraequipmentisofthesameclassificationasITequipment;allbestpracticesforITequipmentsiteplanning

anddeploymentsapplytoEndura.

Conditionedpowermustbeavailable100percentofthetime,andtheenvironmentalconditionsoftheequipment

locationmustbemaintainedwithinspecification.

WARNING:Ifeitherconditionedpowerortheenvironmentalconditionsoftheserverroomare

outsidethespecifiedlimits,datacorruptionandequipmentfailurecanoccur.TheEndurasystem

shouldonlybeturnedonafterthepowerandenvironmentalconditioningsystemsarefully

operational.



Page16C2670M‐C

APPENDIX

CONVERSIONFACTORS

Theconversionfactorsprovidedareintendedtoeasedatacalculationforsystemsthatdonotconformspecifically

totheconfigurationslistedinthisdocument.Listedbelowaretheconversionfactorsusedinthisdocument,as

wellasadditionalconversionfactorsthatmaybehelpfulindeterminingthosefactorsrequiredforsiteplanning.

•Refrigeration

–1W=0.86kcal/h

–1W=3.412BTU/H

–1W=2.843x10‐4tons

–1ton=200BTU/minute

–1ton=12,000BTU/H

–1ton=3,517.2W

•MetricEquivalents

–1centimeter=0.3937inches

–1meter=3.28feet

–1meter=1.09yards

–1inch=2.54centimeter

–1feet=0.305meters

–1CFM=1.4m3/h

•KVAConversions

–Threephase

kVA=VxAx

1000

------------



–SinglephaseFormulas

kVA=Vx

1000

------------



FORMULAS

•KVA=VoltagexCurrent(amperes)

•Watts=VAxPF

•BTU=Wattsx3.41



PRODUCT WARRANTY AND RETURN INFORMATION

WARRANTY

Pelco will repair or replace, without charge, any merchandise proved defective in

material or workmanship for a period of one year after the date of shipment.

Exceptions to this warranty are as noted below:

• Five years:

– Fiber optic products

– TW3000 Series unshielded twisted pair (UTP) transmission products

– CC3701H-2, CC3701H-2X, CC3751H-2, CC3651H-2X, MC3651H-2, and

MC3651H-2X camera models

• Three years:

– Pelco-branded fixed camera models (CCC1390H Series, C10DN Series,

C10CH Series, IP3701H Series, and IX Series)

– EH1500 Series enclosures

– Spectra®IV products (including Spectra IV IP)

– Camclosure®Series (IS, ICS, IP) integrated camera systems

– DX Series digital video recorders, DVR5100 Series digital video recorders,

Digital Sentry®Series hardware products, DVX Series digital video

recorders, and NVR300 Series network video recorders

– Endura®Series distributed network-based video products

– Genex®Series products (multiplexers, server, and keyboard)

– PMCL200/300/400 Series LCD monitors

• Two years:

– Standard varifocal, fixed focal, and motorized zoom lenses

– DF5/DF8 Series fixed dome products

– Legacy® Series integrated positioning systems

– Spectra III™, Spectra Mini, Spectra Mini IP, Esprit®, ExSite®, and PS20

scanners, including when used in continuous motion applications.

– Esprit Ti and TI2500 Series thermal imaging products

– Esprit and WW5700 Series window wiper (excluding wiper blades).

– CM6700/CM6800/CM9700 Series matrix

– Digital Light Processing (DLP®) displays (except lamp and color wheel). The

lamp and color wheel will be covered for a period of 90 days. The air filter is

not covered under warranty.

– Intelli-M®eIDC controllers

– PMCL542F, PMCL547F, and PMCL552F FHD monitors

• One year:

– Video cassette recorders (VCRs), except video heads. Video heads will be

covered for a period of six months.

•Sixmonths:

– All pan and tilts, scanners, or preset lenses used in continuous motion

applications (preset scan, tour, and auto scan modes).

Pelco will warrant all replacement parts and repairs for 90 days from the date of

Pelco shipment. All goods requiring warranty repair shall be sent freight prepaid

to a Pelco designated location. Repairs made necessary by reason of misuse,

alteration, normal wear, or accident are not covered under this warranty.

Pelco assumes no risk and shall be subject to no liability for damages or loss

resulting from the specific use or application made of the Products. Pelco’s liability

for any claim, whether based on breach of contract, negligence, infringement of

any rights of any party or product liability, relating to the Products shall not exceed

the price paid by the Dealer to Pelco for such Products. In no event will Pelco be

liable for any special, incidental, or consequential damages (including loss of use,

loss of profit, and claims of third parties) however caused, whether by the

negligence of Pelco or otherwise.

The above warranty provides the Dealer with specific legal rights. The Dealer may

also have additional rights, which are subject to variation from state to state.

If a warranty repair is required, the Dealer must contact Pelco at (800) 289-9100 or

(559) 292-1981 to obtain a Repair Authorization number (RA), and provide the

following information:

1. Model and serial number

2. Date of shipment, P.O. number, sales order number, or Pelco invoice number

3. Details of the defect or problem

If there is a dispute regarding the warranty of a product that does not fall under

the warranty conditions stated above, please include a written explanation with

the product when returned.

Method of return shipment shall be the same or equal to the method by which the

item was received by Pelco.

RETURNS

To expedite parts returned for repair or credit, please call Pelco at (800) 289-9100

or (559) 292-1981 to obtain an authorization number (CA number if returned for

credit, and RA number if returned for repair) and designated return location.

All merchandise returned for credit may be subject to a 20 percent restocking and

refurbishing charge.

Goods returned for repair or credit should be clearly identified with the assigned

CA or RA number and freight should be prepaid.

8-13-09

REVISION HISTORY

Manual # Date Comments

C2670M 1/07 Original version.

C2670M-A 7/07 Updated cover/title, added ESD information, appendices, Pre-Site Checklist, and updated original checklist. Also added pre- and post-site worksheets, and added

additional equipment and values.

C2670M-B 9/07 Updated cover/title, worksheet and checklist titles, and removed the required warranty activation materials.

C2670M-C 9/09 Removed Endura installation checklist, updated equipment list for Endura 2.0 components, and added maximum potential start-up current information.

Pelco, the Pelco logo, Camclosure, Digital Sentry, Endura, Esprit, ExSite, Genex, Intelli-M, Legacy, and Spectra are registered trademarks of Pelco, Inc. © Copyright 2009, Pelco, Inc. All rights reserved.

Spectra III is a trademark of Pelco, Inc.

DLP is a registered trademark of Texas Instruments Incorporated.