Hardy HI6600 Quick start guide

Type
Quick start guide

This manual is also suitable for

Hardy HI6600 is a modular system of weight processors that can deliver up to 30 channels of fast, stable, high‐resolution weight values to PLCs, PACs, and DSCs over a single fieldbus network.

The Hardy HI6600 is a versatile device that can be used in a variety of applications, including:

  • Industrial weighing: The HI6600 can be used to weigh a wide variety of materials, including food, chemicals, and pharmaceuticals.
  • Inventory control: The HI6600 can be used to track the inventory of materials in a warehouse or other storage facility.
  • Process control: The HI6600 can be used to control the weight of materials in a manufacturing process.

Hardy HI6600 is a modular system of weight processors that can deliver up to 30 channels of fast, stable, high‐resolution weight values to PLCs, PACs, and DSCs over a single fieldbus network.

The Hardy HI6600 is a versatile device that can be used in a variety of applications, including:

  • Industrial weighing: The HI6600 can be used to weigh a wide variety of materials, including food, chemicals, and pharmaceuticals.
  • Inventory control: The HI6600 can be used to track the inventory of materials in a warehouse or other storage facility.
  • Process control: The HI6600 can be used to control the weight of materials in a manufacturing process.
HI6600seriesQuickStartGuide
HI6600seriesisamodularsystemofweightprocessorsthatcandeliver
upto30channelsoffast,stable,highresolutionweightvaluestoPLCs,
PACsandDSCsoverasinglefieldbusnetwork.
ThisQuickStartGuideisintendedforusersthatarealreadyfamiliar
withsettingupHardyProcessSolutionsweighinginstruments.
AcompleteUser’sGuidecanbefoundunderDocumentsandPrograms
online:www.hardysolutions.com
NavigatetotheProductmenu>WeighingInstruments>Weight
Processors>HI6600>Docs&Programs
DINRailInstallation:
1. PlacethetopslotoftheinstrumentontotheDINrailfirst.
2. Rotatetheinstrumentdownuntilthebottomtaboftheinstrument
engugeswiththeDINrail,thenpressfirmlyonthebottomonthe
instrumentuntilitsnapsinplace.
Note:HeavyGageDINrailrecommended.
3. CheckforproperDINrailengagementby gently lifting upon the
bottomandmakingsuretheinstrumentissecurlyinplace.
4. Repeatwithadditionalunitsasrequiredforyoursystem.
5. ToremoveaninstrumentfromaDINrail,disconnectwiringthenlift
uponthebottomfrontcornerofthemoduleuntilitsnapsoff.
Note:Themaximumdistancebetweenthefirstandthelast
moduleinthesystemis500feet(150meters).
TheGatewayshouldplacedattheendofasystem
Wiring:
1. AfterunitsaresecurelymountedonDINrail,removeterminal
connectorsmakingnoteofthewiringmarkingsfoundonthe
connectorlabelslocatedontheinstruments.
HardyGatewayModule WeightProcessingModule
2. CableHardyNetPortslocatedonthebottomoftheunitsinseries
usingCat5ecablewithRJ45connectors.
3. CabletheDCpowerlocatedonthebottomoftheunitsusingthe
ModuleIIDiagramandbyfollowingthenotesforPowerInput
terminations.

PowerInputTerminationNotes:
a) ItisNOTnecessarytoprovidepowertoeverymodule.Poweris
distributedfromtheGatewayModuletoothermodulesonthe
systemviatheHardyNetPortandtheCat5ecabling.
b) Youmustuseapowerlimited1224VDCpowersupply(Class2)
ontheDCinputwiring.DCpowershouldbesuppliedbyaclean
primaryline,directlyfromtheDCpowersource.
c) MakesuretheVDCsourceisoffbeforeconnectinganywiresto
themoduleandbeforepluggingintheterminalconnectors.
d) Connectthe24VDCvoltagewire,groundwireandshieldwire
totheconnectorthatplugsintotheDCvoltagesocketlocated
onthebottomoftheGatewaymodule.Thefactoryinstalled
jumperconnectstheEarthgroundandtheinternalground
makingthemcommon,andshouldremaininplace.
4. Cabletheloadcellsor
othertypeofstrain
gaugebasedsensors
totheWeight
ProcessingModulesusingtheIIdiagramandbyfollowingthenotes
forWeightScaleInputTermination:
5. CablethecommunicationportsonlocatedontheGatewayterminal
accordingtotheprotocolusedandbyfollowingtheIIdiagramfor
HardyGatewayModuleavailableontheHardywebsite.
6. Connecttheoptionaldisplaytothedisplayportlocatedonthe
HardyGatewaymodule.
7. Powerupsystem.
InitialSetUp:
SetUpmaybeperformedthroughanoptionalfrontpaneldisplayor
throughtheintegratedWebserver.IfsettingupusingtheWebserver,
connectanEthernetcablebetweentheHardyGatewayModuleand
followtheCommunications>EthernetTCP/IPinstructionsshown
belowbeforeproceeding.
DiscoveringWeightProcessingModulespresentonthesystem:
ThesystemrequiresaprocessofdiscoverythatallowstheGateway
ModuletoidentifyandtestcommunicationswithallWeightProcessor
ModulesconnectedontheHardyNet.Thediscoveryprocessis
automaticallyinitateduponpowerupofthesystem;verifyallmodules
onthesystemhaveberegisteredbytheGatewaybycheckingthe
channelnumbercountlocatedintheHardyNetsubmenuofthe
Gatewaymodulemenustructure.
TheChannelIdentificationandchannelordernumbermayalsobe
modifedintheHardyNetsubmenusectionduringsystemsetup.
Oncethediscoveryprocessiscompleted,proceedtosettingupeach
individualchannelbyfollowingthebasicSETUPinstructionsforeach
channeloutlinedbelow.
Suggestedstepswhensettinguptheinstrumentforthefirsttime:
ChooseaspecificWeightProcessorModuletosetupbyselectinga
channeleitherfromthefrontpaneldisplayoronthewebserver.

SETUP(minimum)
1) SelectUnitofMeasure
2) InputTotalScaleCapacity
3) SelectGraduationSize
4) SelectDecimalPointPosition
5) InputMotionTolerance
Filter
1) NumAverages
2) Waversaver
Calibration
1) CalDate
2) CalMethod
a. C2eCal
b. HardCal
3) CompleteCalProcedure
Channel
1) Choosechanneltosetup
Calibration: Sectionusedtocalibratetheinstrumenttothe
sensor(s)used.
C2eCALElectronicCalibration
1) Removeallweightfromthescale.
2) Setgravitycorrectionforlocationofweighingsystem
3) PressDoC2Cal.
4) Placeaverificationweightonthescaletoensurecalibrationis
successful.
HardCal‐TraditionalCalibration

1) InputtheSpanWeight.Thespanweightshouldbeabout80%
ofthescalecapacity.
2) InputCalLowWeight.Withnothingonthescale,theCalLow
Weightis0,with5lbsonthescale,theCalLowWeightwould
be5.
3) PressDoCalLowtosetthelowpointonthecalibrationcurve.
4) PlacetheSpanWeightontothescale.
5) PressDoCalHi.
RefertoUser’sGuideifadjustmentstoothercalibrationrelated
parametersarerequired.
Communication:Sectionusedforsettingupcommunicationsto
theinstrument.
EthernetTCP/IP

1) ConnectanEthernetcablebetweentheinstrument’sRJ45
connectorandaPC,thenpoweruptheinstrument.Across
overcableisnotrequired,butcanbeused.
2) Theinstrumentwillautonegotiatesettingssuitableforavariety
ofoperatingsystemsandnetworkconfigurations.Wait
approximately15secondsandchecktoseeifthegreenlightof
theEthernetportisonandblinkingifso,skiptostep8you
areconnected.
3) IfthegreenlightontheEthernetportdoesnotlightup,check
thattheunit’sEnableDHCPisturnedoffandfollowsteps4
through9.
4) Usingtheunit’sFixedIPaddress(thedefaultis
192.168.000.100),thePCmustnowbeassignedauniqueIP
address(forexample,192.168.000.101)
TherearetwosimplerulesfortheIPAddress:
Itmusthavethesamenetworkidentifierasthecomputer.
Itmusthaveadifferentnodeidentifierthanthecomputer.
5) OnaPCrunningwindows,openInternetProperties(TCP/IP).
6) Clickinthe‘UsetheFollowingIPAddress’checkbox;thenenter
thefollowingintotheTCP/IPPropertiesdialog.
IPAddress=192.168.0.101
SubnetMask=255.255.255.000
7) SelectOKontheTCP/IPPropertiesdialogbox.Thecomputeris
nowfullyconfigured.Toreturnthecomputertotheoriginal
networksettings,returntothe‘InternetProperties(TCP/IP)
dialog,select‘ObtainanIPaddressautomatically,’andclickOK.
8) TheHI6500seriesinstrumentisnowconfiguredto
communicatewiththePC.EntertheHI6500seriesinstrument
IPaddressintotheWindowsPCWebbrowsertoaccessthe
embeddedwebbrowser.Forexample:http://192.168.000.100
SeetheHI6600User’sGuideforsettingupEtherNet/IP,EthernetUDP
andModbusRTUcommunicationprotocols.

MENUTREE

Diagnostics:Sectionusedfordiagnosticsofsystem.RefertoUser’s
Guideiftroubleshootinganduseofdiagnosticsmenuis
required.
Display:Sectionusedforadjustingvariousaspectsofthedisplay,
includingcontrast,brightness,andsplitscreenfeature.
Filter:Sectionusedtostabilizeweighreadingsinanunstable
environment.
WAVERSAVER:Presstheenterbuttonandusethe
arrowkeystoselecttheappropriatesetting.
WAVERSAVEReliminatesunwantednoiseandis
typicallysetat1.0Hz.
NumAverages:Setthenumberofreadingstoaverage
toprovideastableweight.
Information:Sectionusedforcheckinginstrumentserialnumber,
andfirmwarerevision.
Language:Sectionusedforchanginglanguage.
Operations:SectionusedforsettingupparametersrelatedtoTare,
CountandZeroofscale.
Security:ItishighlyrecommendedtoseetheUser’sGuidefor
settingupsecurityfunctionsontheinstrument.
Impropersetupofthesecuritysettingscouldcausea
usertobelockedoutfromusingthedevice.
Setup:Sectionusedforsettingupoperationparametersofthe
instrument.
Capacity:Setsthenormaloperatingcapacityofscale.
DecimalPoint:Setstodecimalpointfortheweightresolution.
Grads:Setsthegraduationsizeofthedisplayincrements.
InstrumentID:Allowstheinstrumenttobenamed.
MotionTol:Choosethelevelofacceptablescaleinstability.
OperatorID:OptionalareaforenteringanoperatorID.
Unit:Choosetheunitssuchaslbsorkgthatisdesiredto
showonthescale.

Notes

HardyProcessSolutionssincerelyappreciatesyourbusiness.Weencourage
inputabouttheperformanceandoperationofourproductsfromour
customers.Shouldyounotunderstandanyinformationinthisguideor
experienceanyproblemswiththisproduct,pleasecontactourTechnical
SupportDept.at:
Phone:(858)2782900
TollFree:18008215831
FAX:(858)2786700
EMail:hardysupport@hardysolutions.com
Orvisitourwebsiteat:
http://www.hardysolutions.com
ProudlymadeintheU.S.A
PN:0596033401Rev.A07/15
  • Page 1 1
  • Page 2 2
  • Page 3 3
  • Page 4 4
  • Page 5 5
  • Page 6 6
  • Page 7 7
  • Page 8 8
  • Page 9 9
  • Page 10 10
  • Page 11 11
  • Page 12 12

Hardy HI6600 Quick start guide

Type
Quick start guide
This manual is also suitable for

Hardy HI6600 is a modular system of weight processors that can deliver up to 30 channels of fast, stable, high‐resolution weight values to PLCs, PACs, and DSCs over a single fieldbus network.

The Hardy HI6600 is a versatile device that can be used in a variety of applications, including:

  • Industrial weighing: The HI6600 can be used to weigh a wide variety of materials, including food, chemicals, and pharmaceuticals.
  • Inventory control: The HI6600 can be used to track the inventory of materials in a warehouse or other storage facility.
  • Process control: The HI6600 can be used to control the weight of materials in a manufacturing process.

Ask a question and I''ll find the answer in the document

Finding information in a document is now easier with AI