User Guide - E-THERMdata.etherm.cz/land/prenosne_pyrometry/cyclops160b/cyclops160b_… · Cyclops...

© Land Instruments International, 2009

User Guide

Issue 1, February 2009Publication Nº 805162

Language: English

Cyclops 160BUser Guide

Equipment OperationUse of this instrument in a manner not specified by Land Instruments International may be hazardous.

Electrical Power SupplyBefore working on the electrical connections all of the electrical power lines to the equipment must be isolated. All the electrical cables and signal cables must be connected exactly as indicated in these operating instructions. If in doubt contact Land Instruments International.

Face and Eye ProtectionSuitable face and eye protection must be worn when working on hot vessels and ducts! Special safety measures must be taken when working on a high-pressure duct.

Protective ClothingProtective clothing must always be worn when working in the vicinity of hot vessels or ducts.

StorageThe instrument should be stored in its packaging, in a dry sheltered area.

UnpackingCheck all packages for external signs of damage. Check the contents against the packing note.

Return of Damaged Goods

IMPORTANTIf any item has been damaged in transit, this should be reported to the carrier and to the supplier immediately. Damage caused in transit is the responsibility of the carrier not the supplier.

DO NOT RETURN a damaged instrument to the sender as the carrier will not then consider a claim. Save the packing with the damaged article for inspection by the carrier.

Return of Goods for RepairIf you need to return goods for repair please contact our Customer Service Department. They will be able to advise you on the correct returns procedure.

Any item returned to Land Instruments International should be adequately packaged to prevent damage during transit.

You must include a written report of the problem together with your own name and contact information, address, telephone number, email address etc.

Lifting InstructionsWhere items are too heavy to be lifted manually, use suitably rated lifting equipment. Refer to the Technical Specification for weights. All lifting should be done as stated in local regulations.

Important Health and Safety Information

Design and Manufacturing Standards

The Quality Management System of Land Instruments International is approved to BS EN ISO 9001 for the design, manufacture and on-site servicing of combustion, environmental monitoring and non-contact temperature measuring instrumentation. Associated software is designed and developed in accordance with TickIT.

The quality management system of Land Instruments International Inc., USA is approved to ISO 9001.

This instrument complies with current European directives relating to Electromagnetic Compatibility 89/336/EEC and Low Voltage Directive 73/23/EEC.

Operation of radio transmitters, telephones or other electrical/electronic devices in close proximity to the equipment while the enclosure doors of the instrument or its peripherals are open, may cause interference and possible failure where the radiated emissions exceed the EMC directive.

The protection provided by both CE and IP classifications to this product may be invalidated if alterations or additions are made to the structural, electrical, mechanical or pneumatic parts of this system. Such changes may also invalidate the standard terms of warranty.

Dimensions Unless otherwise stated, all measurements are given in millimetres and inches.

Copyright

This manual is provided as an aid to owners of Land Instruments International’s products and contains information proprietary to Land Instruments International. This manual may not, in whole or part, be copied, or reproduced without the expressed written consent of Land Instruments International Ltd.

©Copyright 2006 Land Instruments International.

Signs and Symbols Used onEquipment and Documentation

Observe precautions for handling electrostatic discharge sensitive devices.

Protective Conductor Terminal.

This item or material must be disposed of in accordance with the Waste Electrical and Electronic Equipment directive as applied by local regulations.

This item or material can be recycled.

Caution, hot surface.

Caution, attention to possibility of risk of damage to the product, process or surroundings. Refer to instruction manual.

Caution, risk of electric shock.This item or material can be recycled.

Office Locations

UK - DronfieldTel: +44 (0) 1246 417691Email:[email protected]: www.landinst.com

USA - PittsburghAMETEK Land, Inc.Tel: +1 412 826 4444Email: [email protected]: www.landinstruments.net

FranceLand Instruments SarlTel: +33 (0) 1 34 62 05 45Email: [email protected]: www.landinst.fr

GermanyLand Instruments GmbH Tel: +49 (0) 2171/7673-0 Email: [email protected]: www.landinst.de

ItalyLand Instruments Srl Tel: +39 02 9904 0423Email: [email protected]: www.landinst.it

JapanLand Instruments Ltd Tel: 0606330 5153Email: [email protected]: www.landinst.jp

SpainLand Instruments International Tel: 91 630 0791Email: [email protected]: www.landinst.es

MexicoLand Instruments International Tel: 52 55 5281 1165Email: [email protected]: www.landinstruments.net www.landinst.es

Cyclops 160B User Guide


Contents1 Introduction 1

2 Specifications 3

3 Thermometerdescription 4

4 ThermometerPowerSupplyOptions 5

5 Thermometercontrols 7

6 Optics 9

7 DisplayPanelModes 12

8 Operational(Trigger)Modes 21

9 ThermometerOperation 24

10 Data Streaming 28

11 Emissivity 29

12 Maintenance 33

13 AccessoriesandSpareParts 34

14 UserConfigurationRecord 37

Appendix1-SerialCommunicationsDataLoggingProtocol 38

Appendix2-ErrorCodes 41


Fig. 1 Land Cyclops 160B portable infrared thermometer


Page 1

1 Introduction

1.1 General Introduction

ThispublicationgivesyoutheinformationrequiredtosafelyoperateLandCyclops 160B portable thermometers.

Itisimportanttocheckallequipmentwithwhichyouhavebeensupplied,andreadalltheliteratureprovidedwiththeLandCyclops 160B before using the thermometerforthefirsttime.Additionally,keepallsuppliedliteraturereadilyavailable,forreferencewhentheequipmentisingeneraluse.

Theequipmentmustonlybeusedandmaintainedbysuitablytrainedpersonnel,capableoffollowingtheproceduresandguidelinesgiveninthisUserGuideandthe Cyclops 160BQuick-StartGuide.

1.2 About Cyclops 160B Portable Thermometers

TheLandCyclops 160Bisahighlyaccurate,portable,shortwavelengthinfraredthermometer, designed to measure and display temperatures in the range 200 to1400°C/392to2552°F.ThethermometercanalsomeasureanddisplaythesetemperaturesinKelvinand°Rankine.

Thetargettemperatureismeasuredanddisplayedinfoursimultaneousmeasurementtypes:‘Peak’,‘Continuous’,‘Average’and‘Valley’.Youcanchoosewhichofthesemeasurementsisdisplayedintheinternalviewfinderdisplay.

Thewideangle(9°)fieldofviewandthesmall(1/3°)measurementpointensurethatthetargetisdefinedclearlyandaccurately.Thefocusiscontinuouslyvariablefromonemetretoinfinity.Auxiliarylensesareavailable,whichprovideclose focus capability.

Theemissivitycompensationsettingcanbecontrolleddigitally,viathesimpletouse,icon-basedmenusystem,whichisavailableatthetouchofabutton.

Theoperatingwavebandhasbeenchosenspecificallytominimiseerrorsduetouncertaintyinemissivity,whilsteliminatingtheeffectsofatmosphericabsorption.

TheCyclops 160BfeaturesRS232serialcommunications,withsimpleconfigurationoftheavailabledataoutputformats,andalsofeaturesuser-friendly‘Bluetooth’communications.


Page 2

1.3 Nomenclature

Theinstrumentdetaillabelispositionedcentrally,ontheright-handsideoftheCyclops 160Bcasing.TheInstrument Typespecifiesthethermometervariantand the Serial Numberisauniqueidentificationnumber,incorporatingthemanufacturedatecode(seeFig.2)

Upon receipt of the instrument, make a note of the Instrument Type and Serial Numberinthespacesprovidedbelow.

InstrumentType:

Serial Number:

Fig. 2 Land Cyclops 160B portable thermometer nomenclature

Asecondinstrumentlabelispositionedontheinstrumentchassis,inthebatterycompartment.Thislabeldisplaystheinstrumentserialnumber,theunique‘Bluetooth’addressandtherecommendedbatterydetails.

160-(200to1400°C/392to2552°F,1.6µmwavelength)

B-(‘Bluetooth’communicationsvariant)

123456-(uniqueinstrumentserialnumber)01-(datecode)

1 6 0 B

1 6 0 B


Page 3

2 SpecificationsTemperaturerange: 200to1400°C/392to2552°F(operating)

200to1300°C/392to2372°F(specified)

Viewfinderdisplay: 4-digittemperaturein1°steps

Externaldisplay: Peak,Continuous,AverageandValleytemperaturesonLCDdisplaypanel

Opticalsystem: 9°fieldofviewwith1/3°measuringcircle;single-lens-reflexsystem;witheyepieceadjustmentfrom-3.75to+2.5diopters

Focusing: 1m/39.4in.toinfinity(standard)frombodydatumnominally460to630mm/18.1to24.8in.(135c.u.lens)nominally217mm/8.5in.fixedfocus(110c.u.lens)

Minimumtargetdiameter: 4.8mm/0.19in.at101.4cm/39.9in.(standard)2.0mm/0.08in.(135close-uplens) 0.5mm/0.02in.(110close-uplens)

Detector: InGaAsphotocell

Spectralresponse: nominally1.6µm

Emissivity adjustment: 0.10 to 1.20, in 0.01 steps

Responsetime: digitaldisplayupdate:0.5seconds(approx.);peak and valley operation: acquisition time 30ms(approx.)

Operatingtemperaturerange: 0to50°C(32to122°F)

Storagetemperaturerange: -20to60°C(-4to140°F)

Accuracy: <(±0.25%/C)+2°C

Repeatability: <1°C

Driftwithambienttemperature: <0.15%(C)/10°C,<0.10%(F)/10°F

Powersource: one9Vdrybattery(Duracell6LR61/MN1604orequivalent);typicalalkalinebatterylife:>100hrsin‘from-factory’configuration

Digitaloutputs: ASCiicode;RS232serialout

IPrating: IP40

Dimensions: 210x70x140mm/8¼x2¾x5½in.

Weight: 800g/1lb12oz(withoutbattery)

Standardaccessories: lenscap;9Valkalinebattery;protectivewindow;wriststrap

Optionalaccessories: type135and110close-uplenses;protectivehardcarrycase;DL-1000dataloggingkit/interfacecables;thermalglove;LERadapter


Page 4

3 Thermometer description

3.1 Cyclops 160B

1 LCDdisplaypanel 7 Triggerswitch(2position)

2 Keypad 8 Externalconnectioncover

3 Opticalfocusingring 9 Tripodmountinghole

4 Protectivewindow 10 Adjustablewriststrap

5 Lenscap 11 Adjustableeyepiece

6 ON/OFFswitch 12 Batterycompartmentcover

Fig.3LandCyclops 160B portable infrared thermometer description

12

3

4

5

6

7

8

9

10

11

12


Page 5

4 Thermometer Power Supply Options

4.1 Using a Battery

TheCyclops 160Bportablethermometerisdesignedtobepoweredbya9Vdrycellbattery.ADuracell6LR61/MN1604(orequivalent)batteryissuppliedwiththethermometer.Thebatteryisfittedasfollows:

1) Beforeinsertingorchangingthebattery,ensurethatthethermometerisswitchedOFF.

2) Thebatterycoverisonthetopsurfaceofthether-mometerbody(seeFig.4).

3) Pressdownonthefingergripofthebatterycovertodisengage the cover catch and slide the cover back to fullyexposethebatterycompartment(seeFig.5).

4) Alignthebatterysuchthattheterminalscorrespondwiththelabelinthebatterycompartment(seeFig.6).

5) Insertthebattery,ensuringthatthecontactspringsengage centrally into the battery terminals. Slide the battery cover back into place and ensure that the cover catchengageswiththethermometerchassis(seeFig.7).

6) Withthebatteryfitted,switchtheinstrumentonandcheckforcorrectoperation(seeSection7.0).Whenswitchedon,abatterypowerindicatorappearsintheLCDdisplaypanel,whichgivesanindicationofhowmuchpowerisleftinthebattery.

When the battery needs replacing, the battery indicator ontheLCDdisplaypanelwillflash.Toprolongtheremaining battery life, the display backlight and ‘Bluetooth’shouldbeswitchedoff.Thebatteryshouldbe changed as soon as possible in order to ensure thatthereadingsfromtheinstrumentremainwithinspecification.

Fig.4

Fig.5

Fig. 6

Fig.7

Note

Itisrecommendedthatafullychargedsparebatteryiskeptwiththethermometer at all times.


Page 6

Topreservebatterylifetime,thethermometerhasthefollowingpowersavingfeatures:

• IfthethermometerisinMenuModeforoveroneminutewithoutanykeybeing pressed, the display returns to Measure Mode.

• IfthethermometerisinMeasureModeforovertwohourswithoutanykeybeingpressed,theinstrumentisswitchedoff.

4.2 Using an External Power Source

AlthoughtheCyclops 160Bportablethermometerisdesignedtobepoweredbyaninternalbattery,itcanbepoweredbyasuitableexternalpowersource(9to12Vd.c./100mArated).

Note

Ifthethermometeristobeusedwithanexternalpowersource,ensurethattheinternalbatteryisremovedbeforeapplyingexternalpower.

Toconnectanexternalpowersource:

1) Switchoffthethermometerandremovethebattery.

2) Connecttheexternalpowersource(9to12Vd.c./100mArated)toa‘HI-ROSE’connector(HR10-10P-12P).Connectthe‘positive’topin5andthe‘0V’topin7.

3) Removetherubbercoverfromtheexternalconnectionsocket,locatednearthebaseofthethermometer(seeFig.3,item8).

4) Connectthe‘HIROSE’plugtotheexternalconnectionsocket.

5) Switchthethermometer‘ON’andcheckforcorrectoperation.


Page 7

5 Thermometer controls

5.1 ON/OFF Switch

TheOn/Offswitchisontheleft-handsideofthethermometer(seeFig.3,item6).Theswitchhastwopushbuttons, Off(a)andOn(b).

Asinglepressofaswitchwillactivate/de-activatetheunit.

5.2 Trigger Operation

TheTrigger(c)isonthethermometerhandle(seeFig.3,item7).Thetriggerfunctiondependsuponthechosenmode of operation: Classic, History or Burst. In Classic mode, the trigger has one function, to read and display temperature. In History and Burst modes, the trigger activatesadvancedfunctionswithinthethermometer(seeSection8.0).

5.3 LCD Display Panel & Keypad

TheLCDdisplaypanel(d)isontheleft-handsideofthethermometerbody(seeFig.3,item1).Itoperatesintwomodes: Measure Mode and Menu Mode.

In Measure Mode, the scene temperature and thermometersetupinformation(includingbatterylifeindication)isdisplayed.

In Menu Mode, the function menus of the thermometer canbeaccessed.Youcanselectfunctionsandsettherequiredparameters,asdescribedinSection7.0.

TherearethreeactionkeysontheKeypad to the left of the main display: (ScrollUp), (ScrollDown)and (Enter/select).Theseareusedtonavigatearoundthevarious menus and displays.

Fig. 9

c

Fig. 8

ba

Fig. 10

d


Page 8

5.4 Adjustable Eyepiece

TheAdjustable Eyepiece(e)isontherearfaceofthethermometer(seeFig.3,item11).

Theeyepieceallowsyoutoviewthescenebeingmeasuredbythethermometer.Theeyepiececanbeadjustedmanuallytomatcheachuser’seyesightcharacteristics(Seesection6.3).

5.5 Optical Focus Ring

TheOptical Focus Ring(f)isonthelensassemblyatthefrontofthethermometer(seeFig.3,item3).Thefocusringallowsyoutomanuallyadjustthelensassemblyandsharpenthesceneinview.

Aprotectivelenscap(g)issuppliedandshouldbefittedatalltimeswhenthethermometerisnotinuse.

Thefocalrangeis1m/39.4in(asmeasuredfromtheinstrumentdatum)toinfinity,whichequatestoapproximately90°ofrotation.Thedatummark(h)isontheinstrumentlabelontheright-handsideofthethermometer.

5.6 External Connection Socket

TheExternal Connection Socket(i)isontheleft-handsideofthethermometerhandle(seeFig.3,item8).

Thesockethastwomainfunctions:itallowsanexternalpowersourcetobeconnectedtothethermometer,anditenablesthethermometertointerfacewithalaptop,givingdataloggingfacilitiesviaserialRS232communications.

Theprotectiverubbercovershouldbefittedatalltimeswhenthesocketisnotinuse.

Fig. 11

e

Fig. 12

gf

Fig.13

h

Fig.14

i


Page 9

6 OpticsTheCyclops 160Bhasaprecisionreflexopticalsystem,whichprovidesuser-focusable‘throughthelens’sightingandgivesprecisedefinitionofthetargetspot.Thespecifiedfocalrangeis1m/39.4intoinfinity.

6.1 Target Size Calculation

Theprecisionreflexopticalsystemgivesanarrowfieldofview(180:1to98%energy).

Astheinstrumentisfocusable,youcancalculateanapproximatetargetsizefromtheinformationgiveninFig.15.

Targetdistance(D)fromopticaldatum

Targetdiameter(T)

Opticaldatum

Fieldofview

Targetsize(T)(mm)=targetdistance(D)fromopticaldatum(mm)-100 fieldofview(180)

or

Targetsize(T)(in)=targetdistance(D)fromopticaldatum(in)-4 fieldofview(180)

Fig.15Cyclops 160Bthermometertargetsizecalculation


Page 10

6.2 Lens protection window

TheCyclops 160Bissupplied,asstandard,withaprotectivewindowwhichcovers and protects the instrument lens.

CAUTION

Never look at the sun through this instrument-thiscouldcausesevere damage to the eye.

6.3 Fitting a Close-up Lens

Tofitaclose-uplenstotheCyclops 160Bthermometer,unscrewtheclearprotectionwindowfromthelensassemblyandreplaceitwiththerelevantclose-up lens.

TheopticaltransmissioncharacteristicsoftheprotectionwindowandtheType135close-uplensaresimilar.Therefore,therewillbenosignificantcalibrationerror,sowindowcompensationisnotrequired.Ifatype110close-uplensisused,itwillbenecessarytosetthewindowtransmissionfunctiontoavalueasspecifiedwiththeindividuallens(SeeSection7.4).


Page 11

Fig. 16 Cyclops 160B eyepiece optics

Display panel

Temperaturereading

Targetgraticule(1/3°circle)

Theeyepieceallowsyoutolookintothethermometerandviewthetargetscene.Accuratetargetdefinitionisprovidedbythewideangle(9°)fieldofviewandsmall,clearlydefined(1/3°)targetgraticule.

Theeyepiececanbefocusedmanuallytomatcheachuser’seyesightcharacteristics:

1) Usetheviewfindertoviewaplain,brightlylitbackground,suchasablankwall.

2) Rotatetherubbereyecuptobringthegraticulesquaretothesharpestpos-siblefocus.Theeyepieceisnowadjustedtoyoureye.

3) Adjustthemainfocusingringtobringthetargetscenetothesharpestpos-sible focus on the graticule circle.

Whenatemperaturereadingistaken(thetriggerpressed),themeasuredvalueisdisplayedintheeyepiecedisplaypanel.Thetemperatureisdisplayedintheunits selected from the Main Menu.

6.5 Eyepiece Optics


Page 12

7 Display Panel Modes

7.1 Introduction

TheLCDdisplaypanelhastwobasicmodesofoperation:

• MeasureMode

• MenuMode

Whenthethermometerisswitchedon,anintroductionscreenisdisplayed.Thisscreentimes-outautomaticallyandisreplacedbytheMeasure Mode display.

ToaccesstheMenu Mode from the Measure Mode, press the (Enter/select)key on the keypad.

Note

Intheeventofafaultcausinglossofon-boardmemory,anerrormessagewillbedisplayednearthebottomofthescreen.Foralistoferrorcodesandtheirmeanings,seeAppendix2

7.2 Measure Mode

WhentheunitisinMeasureMode,thedisplayindicatesthePeak,Continuous,Average,andValleytemperaturevaluessimultaneously.

Scroll using the and keys to select and highlight the required measurementtype.Thismeasurementtypeisthendisplayedintheviewfinder.

OnthesideLCDdisplaypanel,theselectedmeasurementtypeisdisplayedlargerandbolderthanthethreenon-selectedmeasurementtypes.Notethatthethermometer measures in all four measurement types continuously.

Fig.17TypicalMeasure Mode display

Peakreading

Continuousreading

Averagereading

Valleyreading


Page 13

7.2.1 Peak temperature measurement

ThePeaktemperaturemeasurementmodeisusedtomeasureanddisplayinformation about the highest temperatures recorded by the thermometer.

Thepeaktemperaturevaluescanbeviewedintheinstrumenteyepieceandstreamedtotheserialor‘Bluetooth’outputs.

a Thermometertriggerpressed

b Peak temperature value on display jumps to instantaneous temperature valueandriseswithriseinobjecttemperature

c Objecttemperaturefalls,lastPeak temperature value held on display

d NewPeak temperature value reached, display updated

e Objecttemperaturefalls,lastPeak temperature value held on display

f Triggerreleased,lastPeaktemperaturevaluefrozenondisplay

g Thermometertriggerpressed

h Peaktemperaturevalueondisplayjumpstoinstantaneoustemperaturevalue(eveniflowerthanlastPeakvalueheldbeforetriggerrelease).Peaktemperature value held on display

i NewPeak temperature value reached, display updated as object temperature rises

j Objecttemperaturefalls,lastPeak temperature value held on display

Fig.18GraphicalrepresentationoftypicalPeak temperature measurement

b

f g

c d

e

h

a

i

j

Fluctuating temperature reading of object


Page 14

7.2.2 Continuous temperature measurement

Continuoustemperaturemeasurementprovidesthereal-timeobservedtemperaturevalue.Thetemperatureisupdatedcontinuouslyandthevalueisviewedintheinstrumenteyepiece.

7.2.3 Averaged temperature measurement

Averagedtemperaturemeasurementgivesa‘smoothed’temperaturevalue.

Tousetheaveragingfunction,press and hold downthetrigger.Theaveragingfunctionoperatesfortheperiodduringwhichthetriggerishelddown.Averagingstopswhenthetriggerisreleased.

TheresponsetimeoftheaveragingiscontrolledbytheAverager Time Constant setting in Menu Mode.TheoptionsareSlow, Mid and Fast. Use the

and keys to select the required option from the menu.

With a Fast time constant selected, the temperature reading closely matches the objecttemperature.Onlythemostrapidfluctuationsintheinputaresmoothedin the output. With a Slow time constant selected, the temperature reading ismuchsmoother,displayingmoreofa‘trend’valueratherthanshowinganyrapid changes. With a Mid time constant selected, the temperature reading is calculatedsomewherebetweenthefastandslowtimeconstantvalues.

Fig.19GraphicalrepresentationoftypicalAveraged temperature measurementwithSlow,MidandFasttimeconstants

a

b

Slow averager time constant

Fast averager time constant

Mid averager time constant



b Averagingisinitiatedattheinstantaneoustemperaturevalue.Averagedtemperature values are calculated, displayed and updated


Page 15

Fig.20GraphicalrepresentationoftypicalValleytemperature measurement

7.2.4 Valley temperature measurement

ValleytemperaturemeasurementistheinverseofPeaktemperaturemeasurement,inthatitallowsyoutomonitorthelowesttemperaturevalueratherthanthehighest.Temperaturemeasurementstartswhenthetriggerispressedinandcontinuesuntilthetriggerisreleased(SeeFig.20).

Thetemperatureisupdatedinstantaneouslyandthevalueisviewedintheinstrumenteyepiece.Itisalsostreamedtotheserialor‘Bluetooth’outputs(iffitted).

Fig.20GraphicalrepresentationoftypicalValleytemperaturemeasurement


b Valleytemperaturevalueondisplayjumpstoinstantaneoustemperaturevalueandisheldondisplaywithriseinobjecttemperature

c Objecttemperaturefalls,newValleytemperaturevaluereached,displayupdatedasobjecttemperaturefalls.Objecttemperaturerises,lastValleytemperature value held on display

d Objecttemperaturefalls,newValleytemperaturevaluereached,displayupdatedasobjecttemperaturefalls.Objecttemperaturerises,lastValleytemperature value held on display

e Triggerreleased,lastValleytemperaturevaluefrozenondisplay

f Triggerpressed

g Valleytemperaturevalueondisplayjumpstoinstantaneoustemperaturevalue(evenifhigherthanlastValleyvalueheldbeforetriggerrelease).Display updated as object temperature falls

h Objecttemperaturerises,lastValleytemperaturevalueheldondisplay

b

f

g

c

d

e

h

a



Page 16

7.3 Menu Mode

When the thermometer is in Menu Mode, the menu options available in the Cyclops 160Bthermometercanbeaccessed.Thisallowsyoutoviewandconfigurethesetupofthethermometerandselecttheoptionsthatbestsuityourtemperature measurement requirements.

Atstart-upandduringnormaloperation,thethermometerisinMeasureMode.

1) ToaccessMenu Mode press the key.

Themainmenuoptionsaredisplayedasicons.Thereare11mainmenuoptions,althoughonly8iconsaredisplayedwithinthescreenatanyonetime(SeeFig.21).

2) Usethe and keystoscrollthroughthemenuoptions.Thecurrentlyselectablemenuitemishighlightedbya‘flashing’frame.

3) Toselectamenuoption,pressthe key.

Whenamainmenuoptionisselected,theavailablesub-optionsaredisplayed.

4) Usethe and keystohighlighttherequiredsub-optioninthemenu.Pressthe key to select it.

5) Forsub-optionswhereanumericvalueisrequired,usethescrollkeysto select the required numeric value, then click on the key to set this value.Forexample,tochangetheemissivityfrom1.00to0.78,selecttheEmissivity menu, then press and hold in the key to change the value from1.00to0.78.Ifyou‘overshoot’thevalue,usethe key to return to the required value

Whenchangingnumericvalues,akeyacceleratorisused.Thelongeranarrowkeyishelddown,thebiggerthesizeofstepchangebecomes.Onthedisplaypanel,thedigitbeingincrementedishighlightedtoindicatethesizeof step being made.

6) Whenyouhavesetarequiredparametervalue,pressthe key to return to the main menu options.

Fig.21TypicalMenu Mode screen display


Page 17

(a)

(b)

Trigger Mode

Triggermodedeterminesthewayinwhichthethermometeroperates,andwhathappenstothereadingstakenbytheinstrument.Thearethreetriggermodes:Classic(c),Burst(d)andHistory(e).SeeSection8.0-Operational(Trigger)Modes.ThedefaulttriggermodeisClassic.

7.4 Menu Mode - Icon Descriptions

Theinformationinthischaptershouldbeusedinconjunctionwiththenavigationalflowchart(seeFig.22).

Exit

WheninMenuMode,clickingontheexiticon(a)willreturnyoutoMeasureMode.TheiconisalsousedinHistoryModesetup,toreturnbacktoTriggerMode.

Emissivity

Clickingontheemissivityicon(b)willopenascreeninwhichtheemissivity value can be set. Use the and keys to enter the required value. For information on emissivity values, see Section 11.0-Emissivity.Thedefaultvalueis1.00.

(c) (d) (e)

Alarms

Thealarmsfunctionallowsyoutospecifyalarmvaluesforthesceneunderobservation.Thefunctionhasthreesub-options:High Alarm(f),Low Alarm (g)andAlarm Off(h).Whenhighorlowalarmsareselected,avaluesettingscreen appears. Use the and keys to enter the alarm trigger temperature. ThedefaultsettingforHighandLowalarmisthethermometermid-rangevalue.

When an alarm threshold value is set and the measured temperature is past the setpointinthealarmdirection,avisualindicationisalsoprovidedwithintheviewfinderdisplay( =abovehighalarmvalue: =belowlowalarmvalue)totheleftofthetemperaturedisplay.Anaudiblewarning(fastbeep)isalsoprovidedifthesoundersettingin‘On’.

(f) (g) (h)


Page 18

(l) (m) (n)

Units

Thismenuallowsyoutoselecttheunitofmeasurement.Therearefouroptions:°Celsius(l),°Fahrenheit(m),°Rankine(n)andKelvin(o).Thedefaultsetting is °C.

(o)

(p) (q) (r)

Backlight

Thisoptionallowsyoutocontrolthebrightnessofthesidedisplaybacklight.Therearethreebacklightoptionsavailable:High(p),Low (q)andOff(r).WhenHighorLowareselected,asub-menuappearsinwhichyoucanspecifyatimelimit(inseconds)afterwhichthebacklightturnsoffifthethermometerisinactive.ThedefaultsettingisOff.

Note:Useofthebacklightwillreducethelifeofthebattery.Itisrecommendedthatthebacklightisswitchedoffwhennotrequired.

(s) (t)

Sounder

Thisoptionallowsyoutoeitherswitchonormutethesounder.Whenswitchedon, the sounder indicates trigger operation, alarm trip, active communications response,andlostcommunicationsresponse(Bluetooth).Theavailablesounderoptions are: Sounder On(s),orSounder Off(t).ThedefaultsettingisOn.

(i) (j) (k)

Averager time constant

Theaveragertimeconstantfunctionallowsyoutosettherateofaveragingofthetemperaturevaluestaken.Therearethreeoptions:Fast(i),Mid(j)andSlow (k).ThedefaultsettingisMid.


Page 19

(u) (v)

Window compensation

Thisfunctionallowsyoutomanuallyincorporateaknowncompensationvalueintothetemperaturecalculation,whichallowsforthereflectivityofunusualcombinationsofviewingwindows.ThisfunctioncanbeselectedOn(u)orOff(v).

IfyouswitchthefunctionOn,ascreenisdisplayedinwhichyoucansettherequiredwindowcompensation.Usethe and keys to adjust the value. Thedefaultsettingis1.000.SeeexampleinSection9.2.

Examples:

Clearprotectionwindowfitted: WindowcompensationOffType135close-uplensfitted: WindowcompensationOffType110close-uplensfitted: WindowcompensationOn Valuesettoasshownonclose-uplens instructionsheet(typically0.90)Anycombinationoftheabove WindowcompensationOn andanexternalviewingwindow valuetobedeterminedpractically into the customer process :

(w) About

Thisfunction(w)accessesgeneralinformationabouttheproduct.Thedetailsdisplayedinclude:calibrationinformation,thermometerserialnumber,Bluetoothidentifier(forBluetoothmodels),softwareversion,TmaxandTminambienttemperaturereadingssincelastcalibrationandalinktotheLandInstrumentswebsite.

Notethatitisnecessarytousethearrowkeystoscrollupanddownthescreento see the full list of information available.

(x) (y)

Bluetooth

Bluetoothcommunicationsallowwirelessstreamingofinformationfromthethermometertoaremotefacility.TheBluetoothcommunicationfunctioncanbeset to On(x)orOff(y).ThedefaultisOff.

NotethatwithBluetoothswitchedOn,thelifeofthebatterywillbereduced.ItisrecommendedthatthisfunctionisswitchedOffwhennotrequired.

ThecompletesetofmenuoptionsisindicatedasaflowchartshowninFig.22.


Page 20

Fig. 22 Cyclops 160Biconnavigationalflowchart


Page 21

8 Operational (Trigger) Modes

8.1 Introduction

TheCyclops 160B thermometer has three operating modes:

• Classic

• History

• Burst

Thethermometertriggerisusedtocontroltheoperation of the thermometer in each mode. Thetriggerhastwostages:T1 and T2(Seeinset).

Alightpressonthetriggerwillmoveittoposition T1,atwhichpointastrongerpresswillbe required to move the trigger a small, further distance to the second position T2.

Thissectionoftheuserguidedescribesthemeasurement and data collection options availablebyusingthetwo-stagetriggerfunctions.

8.2 Classic Mode

ClassicModeisthesimplestoperatingmodeandtheonethatmostcloselyresemblestheoperationofearlierCyclopsportablethermometers.

InClassicMode,thetriggeroperationissinglestage(T1)only.However,notethatinClassicMode,movingthetriggertotheT2 position has no further effect.

Allfourmeasuredtemperaturetypes(Peak, Continuous, Average and Valley)aredisplayedonthesideLCDpanel,althoughonlythehighlightedtemperaturetypeisdisplayedintheviewfinderandstreamedseriallytotheDL-1000dataloggingsoftware(wiredconnectionorviaBluetooth).Dataisstreamedin0.5sintervalswhenthetriggerispressedin.Whenthetriggerisreleased,streaming stops and the temperature is logged.

T2

T1

Trigger released


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8.3 History Mode

In History mode all data collection and transfer is controlled by the dual stage trigger operation. In summary, the T1 position is used to align the instrument on the chosen target and the T2 position is used to generate the logged data.

With the trigger pulled to the T1position,operationisexactlythesameasinClassicmode.Allfourtemperaturetypes(Peak,Continuous,AverageandValley)aredisplayedwiththeselected(highlighted)typebeingdisplayedinternallywithintheviewfinderaswellasbeingstreamedseriallyin0.5secondintervals(wiredconnectionorBluetooth).

If the trigger is pulled to the T2position,thisisconfirmedbyasingle‘blink’ontheinternalviewfinder,coupledwithasingle‘beep’onthesounder(ifswitchedon).WhenthetriggerispulledtotheT2position,boththeviewfinderandsidedisplaysare‘frozen’anda‘packet’ofdataisgeneratedandsentoutfordatalogging.Thispacketofdatacomprisestheoverallpeak,lastcontinuous,overallaverage and overall valley temperature measurements taken during the time that thetriggerwaspressedtotheT1position.Theemissivitysetpointandwindowcompensation indicator value in use are also output, as part of the data packet.

ThetemperaturecomponentsofthisdatapacketarealsoretainedwithintheinstrumentsmemoryandmaybeviewedonthesidedisplaybygoingintoMenumodeandre-selectingtwiceontheHistorymodeicon.

Notethatfurtherdatapacketswillonlybeaddedaftereachpressofthetriggerto the T2positionandthedataaddedwillbethemeasurementsmadeattheT1 position during the time preceding the press to T2.Anymeasurementmadeatthe T1positionwithoutgoingtotheT2positionwillnotbestored.

Ifadditionaldataisadded,anyhigherpeak(orlowervalley)temperaturerecordedwilloverwritetheearlierstoredvalue.Thenewaveragevaluewillthenbecometheaverageoverallstoreddataandthecontinuousvaluedisplayedwillbecomeanaverageofthelastcontinuousvaluesforeachdatapacketwithintheoverall stored sets.

When the stored data set has been inspected the user has the option of deleting thedatabyselectingthe‘wastebasket’icon,orexitingthedatasetwithoutdeletion(exiticon)inwhichcasefurtherdatamaybeaddedtothestoredset.

Note

Iftheinstrumentisswitchedoff,allstoreddatawillbelost.


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8.4 Burst Mode

BurstmodeisonlyintendedforusewhendataloggingtoanIPAQorlaptopcomputer.

Itcanbeusedformonitoringrapidfluctuationsoftemperatureorrecordingatemperatureprofile,suchasalongstripofmaterial.

Burst mode requires dual stage trigger operation. With the trigger pulled to the T1position,theinstrumentoperatesasperClassicmode(SeeSection8.2).However,notethatinburstmode,theinstantaneousreadings(only)arealwayshighlightedonthesidescreenanddisplayedinternallywithintheviewfinder.

When the trigger is pulled to the T2position,livetemperaturedata(only)isstreamedatthemaximumcollectionrate(approximately33readingspersecond)totheserialportandtheBluetoothmodule.Thismodeofoperationisdenotedbytheinternaldisplay‘blinking’inunisonwiththesounder‘beeping’(ifswitchedon)atapproximately0.5secondintervals.

Whenthetriggerisreleased,a2-piecedatapacketisadded,givingtheemissivityandwindowtransmissionfactorvalues.

NotethatwhenloggingtotheDL 1000software,themaximumnumberofconsecutivereadingsthatcanbestoredineachfileislimitedto999-equatingto30secondsofBurstmodeoutput.

If the trigger is released back to the T1position,Classicmodeoperationisresumed.


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9 Thermometer OperationCAUTION

Never look at the sun through this instrument-thiscouldcauseseveredamage to the eye.

Priortotemperaturemeasurement,thethermometermustbesetupasdictatedby the chosen application.

Thesetupprocedurecanbesplitintothreedifferentsetupgroups:

• DataOutputSetup

• UserInterfaceSetup

• MeasurementSetup

Thefollowinglistdetailsthesetupgroupsandtheavailableselections.

Setup Group Function Selection Options

Data Output Setup TriggerMode Classic/History/Burst

Bluetooth On/Off

User Interface Setup TriggerMode Classic/History/Burst

Backlight High(entertimervalue) Low(entertimervalue) Off

Sounder On/Off

Alarms HighAlarm(entersetpoint LowAlarmvalues) Off

Measurement Setup Units °C/°F/K/°R

Emissivity (0.10to1.20)

AveragerTimeConstant Fast/Mid/Slow

WindowCompensation On(0.80to1.20)/Off


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9.1 Operation (Example 1: simple temperature measurement)

1) SwitchthethermometeronviatheOn/Offswitch.Theinitialisationscreenwillappearand,afterafewseconds,thescreenwillchangetoshowthemeasurement mode display.

2) Checkthebatterystatus,ensurethatthereissufficientbatteryliferemaining.

3) IfthetriggermodeisnotalreadysettoClassic Mode, go into Menu Mode, open the Trigger Mode menu and select Classic Mode.

4) EntertheEmissivity value for the material under observation (refertotheinformationinSection11.0).

5) EnsurethatWindow Compensation is Off.

6) EnsurethattheAlarms function is set to Off.

7) EnsuretheBluetooth option is set to Off.

8) Onthesidedisplay,selecttheContinuous temperature measurement option(seeSection7.2).

9) Adjusttheeyepiecetosuittheuser(SeeSection6.3),thenaimthethermometeratthetargetand,usingthelensfocusadjustment(SeeSection5.5),focusthegraticuleontotheareaunderobservation.Checkthatthegraticuleisfullyfilledbythetarget,re-positionifnecessary.

10) Pressthetriggertostartmeasurement.Themaindisplayandeyepiecedisplayareupdatedwiththereading

11) Releasethetriggertostopmeasurementandfreezethelastrecordedvalueon the main display.


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9.2 Operation (Example 2 : complex temperature measurement)

Insomeindustrialapplications,awindoworviewingportmaybesituatedbetweenthethermometerandthetargetobject.Thiscanleadtoareductioninthe amount of radiant energy reaching the thermometer from the target.

ThefollowinginstructionsdetailtheoperationofaCyclops 160B in a typical complextemperaturemeasurementapplication(asinFig.23).

Fig.23Typicalcomplextemperaturemeasurementapplication

Viewing port windowe.g.Glass-typicalwindow

compensationfactor(0.920)

Hot target: Mild steelTypicalemissivityvalue(0.35)

1) Checkthebatterystatus,ensurethatthereissufficientbatteryliferemaining.

2) GointoMenu Mode, open the Trigger Mode menu and select Classic Mode.

3) EntertheEmissivityvalueforthematerialunderobservation(0.35).

If the window compensation factor of the viewing window/port is known:

4) SetWindow Compensation to On.

5) Entertheknowncompensationfactor(e.g0.920forGlass,0.880forSapphire)

If the ‘Window Compensation’ factor of the viewing window/port is not known:

6) Takeandrecordareadingwiththethermometerofaknowntemperaturevalue,withtheemissivitysettocorrespondandtheWindow Compensationfactorsettodefault(i.e.blackbodyheatsource,emissivityset to 1.00 and Window Compensationsetto1.000).

7) Placeaspareviewingwindow/portbetweenthethermometerandtheblackbodyheatsourceandtakeanewtemperaturereading.


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8) EntertheWindow Compensation > Onsub-menuandamendtheWindowCompensationfactorvaluewiththe and keys until the display temperaturereadsthesameastherecordedvaluetakenfromtheknownvaluesource.YoumustnowusethisWindow Compensation value, as it iscorrectforthechosenviewingwindow/portmaterial(e.g.0.880).

9) SelecttheContinuous temperature measurement option.

10) Aimthethermometerthroughtheviewingwindow/portatthetargetandfocusthegraticuleontotheareaunderobservation.Checkthatthegraticuleisfullyfilledbythetarget,re-positionifnecessary

11) Pressthetriggertostartmeasurement.Themaindisplayandeyepiecedisplayareupdatedwiththereading.

12) Releasethetriggertostopmeasurementandfreezethelastrecordedvalueon the main display.


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10 Data StreamingDatastreamingprovidesflexibilityintheretentionofinformationcapturedbythethermometer.Itcanbeusedintwoseparateways:seriallyorwireless.

10.1 Serial Communications

TocaptureinformationfromtheCyclops 160Btoalaptop/PC/PocketPC,aDL-1000v2.3Dataloggingkit(PartNº800505 or 800509)mustbeused.

Note

TheBluetooth option mustbedisabledpriortousingwiredserialcommunications.

1) SwitchoffBluetoothcommunication(Cyclops 160Bvariantsonly).

2) EnsurethatthedataloggingsoftwarehasbeenloadedtothePC/laptoporPocketPC(seeDL-1000v3UserGuide)asrequired.

3) FromtheCyclops 160B,connecttheserialcable(PartNº802212)tothePC/laptop,ortheserialcable(PartNº800506)tothePocketPC,asre-quired.

4) SelecttherequiredTrigger Mode on the Cyclops 160B.

5) Pressthetriggertocaptureandstreamdata,releasethetriggertostop.

10.2 ‘Bluetooth’ wireless communications

TocaptureinformationbyBluetooth communication from the Cyclops 160B to alaptop/PC/PocketPC,youmustuseaDL-1000v2.3Dataloggingkit(800505or800509).Forfulloperatinginstructions,seetheDL-1000v3UserGuide.

1) EnsurethatthedataloggingsoftwarehasbeenloadedtothePC/laptoporPocketPC(seeDL-1000v2UserGuide)asrequired

2) EstablishBluetooth communications from the Cyclops 160Btoalaptop/PC/PocketPC(seeDL-1000v2UserGuide)

3) WhenBluetooth communications is active, the Bluetooth logo on the thermometer side display holds steady and a I0I0Iiconappears(aflashinglogo indicates lost Bluetoothcommunications).

4) SelecttherequiredTrigger Mode on the Cyclops 160B.

5) Pressthetriggertocaptureandstreamdata,releasethetriggertostop.

Note

Toprolongbatterylife,alwaysdisconnecttheserialcommunicationscablewhennotinuse.


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11 Emissivity

11.1 Emissivity values

In order to obtain accurate temperature measurements, the emissivity value ofthetargetsurfacemustbeknown.ThissectionoftheUserGuidecontainstypical emissivity values of the most commonly measured materials for each thermometer variant. Where no emissivity value is quoted, this means that the thermometer may be unsuitable for the measurement application, the temperature of the target isoutsidethethermometer’smeasurementspan,orthattheemissivityvaluecannotbeaccuratelyspecifiedandshouldbedeterminedin-situ(SeeSection11.2).Ifyouhaveaqueryregardingtheemissivityofthetargetinyourmeasurement application, contact Land Instruments International for assistance.

Refractories

Material Cyclops 160B

Alumina 0.30

Brick Red 0.80

White refractory 0.30

Silica 0.30

Sillimanite 0.60

Ceramics 0.40

Magnesite -

Alloys


Brass 0.20

Oxidised 0.70

Chromel&Alumel 0.30

Oxidised 0.80

Constantin&Manganin 0.25

Oxidised 0.65

Inconel 0.30

Oxidised 0.85

Monel 0.25

Oxidised 0.70

Nichrome 0.30

Oxidised 0.85


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Metals


Aluminium 0.13

Oxidised 0.40

Chromium 0.43

Oxidised 0.75

Cobalt 0.32

Oxidised 0.70

Copper 0.06

Oxidised 0.85

Gold 0.05

Iron&Steel 0.35

Oxidised 0.85

Lead 0.35

Oxidised 0.65

Magnesium 0.27

Oxidised 0.80

Molybdenum 0.33

Oxidised 0.80

Nickel 0.35

Oxidised 0.85

Palladium 0.28

Platinum 0.27

Rhodium 0.25

Silver 0.05

Oxidised 0.10

Tin 0.40

Oxidised 0.60

Titanium 0.55

Oxidised 0.80

Tungsten 0.39

Zinc 0.50

Oxidised 0.60


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Miscellaneous


Asbestos Board/paper/cloth 0.90

Asphalt 0.85

Carbon Graphite 0.85

Soot 0.95

Cement&Concrete 0.65

Cloth All types - close weave 0.75 (Openweavereducesemissivity)

Glass 3mm thick -

6mm thick -

12mm thick -

20mm thick 0.80


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11.2 Practical determination of Emissivity value

Formanyapplications,suchasmetalalloys,itisnotpossibletospecifyafixedemissivityvalue.Insuchinstances,itispossibletomakeanin-situ,practicaldeterminationoftherequiredemissivitysettingbycomparisonwithareferencemeasurement such as a thermocouple reading.

Theprocedurefordoingthisisasfollows:

1) Sightthethermometerontothetargetsurfaceatthechosenmeasurementpoint.Allowthereadingtostabiliseandreleasethetriggertofreezethereadings on the side display.

Note:Donottouchthetriggeragainuntiltheprocedurehasbeenfinished.

2) Usingathermocoupleorreferenceinstrument,measurethetemperatureatthe target location.

3) PresstheSelect key to go into the Menu mode, press the Downarrowkey to select the e setting and press the Select key to select this option.

4) Thescreenwilldisplaythecurrentemissivityvalue.

5) UsetheUp and Down keystochangetheemissivityvalue.Thetemperaturereadingwillchangetoindicatethevaluethatwouldhavebeenobtainedatthenewemissivitysetting.

6) Continueadjustingtheemissivityvalueupordownuntilthedisplayedtem-perature agrees as closely as possible to the reference temperature.

7) PresstheSelect key tostorethenewemissivityvalue,presstheUp arrowkeytoreturntotheExit icon and press the Select key to return to Measure mode.

Allsubsequentreadingswillnowusethenewemissivitysetpoint.

Notethatthenewemissivityvaluewillbestoredatswitch-off.


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12 MaintenanceTheCyclops 160Bthermometerhasbeendesignedspecificallytorequireverylittlemaintenance.Thereareseveralprocessesthatarerecommendedtohelpensure that the instrument remains serviceable.

• Ensurethatthelenscoverisfittedwhenthethermometerisnotinuse.

• Ensurethatthelensassembly,eyepieceanddisplaypanelarekeptcleanandfreefromcontaminants.Onaregularbasis,cleanthesecomponentscarefullywithasoftlensclothandproprietarylenscleaner.

• Checkthethermometerfordamageregularly.Payparticularattentiontothelensassembly,eyepiece,displaypanel,triggerandon/offswitch.

• Ensurethataspare,fullychargedbatteryiskeptwiththethermometeratall times.

In the unlikely event of an instrument fault, do not attempt to investigate or repairthefaulton-site.ContactLandInstrumentstoarrangearepair.


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13 Accessories and Spare Parts

13.1 Accessories

Type 110 & Type 135 Close-up Lenses

Type110(804041)andType135(8042188)close-uplensesenabletheCyclops160Btofocusontargetsatdistancesthataretooclosetomeasurewiththestandard lens.

TheType110lenshasafixedfocusat217mm/8.5in,withaminimumtargetsizeof0.5mm/0.02in.Atypicalapplicationforthislensishotfilament/wireobservation.

NotethataType110lensusedona Cyclops 160requiresawindowtransmission function value to be set.Therequiredvaluewillbespecifiedwiththeindividualauxiliarylens,butwillalwaysbecloseto0.90.

TheType135lenshasafocusrangeof460mm/18.7into630mm/24.8in,withaminimumtargetsizeof2.0mm/0.08in.Atypicalapplicationfor this lens is calibration on small aperture furnaces.

Fig.25Hardcarrycase(open&closedviews)

Protective Hard Carrycase

TheHardCarrycase(801777)isarugged,lightweight,waterproofandshockproofinjection-mouldedbox,givingfullenvironmentalprotection.Itissuppliedwithcustom-cutfoamcushioning,withcut-outsforthethermometerandanysuppliedaccessories,allowingallitemsofthe‘kit’tobekepttogetherforconvenience.

Dimensions:360x290x165mm/14.2x11.4x6.5in(widthxlengthxdepth)

Fig.24Type110andType135 close-uplenses


Page 35

DL-1000 v2.3 Datalogger Kit

TheDL-1000v2.3DataloggerKit(800505)allowsyoutoexternallylogstreameddatafrom the Cyclops 160Bthermometer,whilstretainingfullportability.ThekitincludesanHPiPAQPocketPCwithcompanionsoftwareCD,CyclopsDL-1000v.3softwareCD(includingcommunicationsoftware),thermometertoPC/laptopinterfacecableandSystemUserGuide.

ForuserswhodonotrequireanHPiPAQorhavetheirown,apartproductversionisavailable(800509).

Protective thermal cover

Theprotectivethermalcover(802958)isstrongly recommended for use in harsh environments. Its primary function is to protect theinstrumentfromexcessiveradiantheatandreducethermalshocks,howeveritalsoformsa highly effective barrier against the ingress of dust.

Thelargewindowareaenablesaclearviewof the side display and provides access to the control keys to enable menu operation.

Fig.27Protective thermal cover

Cyclops Long Eye Relief (LER) adaptor

TheCyclopsLongEyeRelief(LER)adaptor(804685)isanaccessorytoenableCyclopsthermometeruserswearinghelmets,gogglesorother eye protection devices, to be able to see thefullfieldofview,themeasurementcircleandtheinternaltemperaturedisplay,whilsttherearoftheinstrumentisbeingheldawayfromtheeye.

Fig.28LERAdaptor

Fig.26DL-1000v2.3Datalogger Kit


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13.2 Spare Parts

Part Material Code

Eyepiece hood 802211

Lenscover 802083

Wriststrap 801994

Batterycover 1814-1703-01

Lensprotectionwindow(sapphire) 803355

RubberTripodPad&PlugCover 802311

Protectivethermalcover 802598

LongEyeRelief(LER)Adaptor 804685

SpareHPiPAQforDL-1000Datalogger 800511

Spareinterfacecable(Cyclops 160BtoPC/laptop) 802212


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14 User Configuration RecordTheCyclops 160Bcanbeconfiguredtosuityourmeasurementrequirements.Yourchosenparametersettingsandvaluesarestoredinthethermometer’smemory.

If the thermometer is returned to Land Instruments for repair or recalibration, itispossiblethatyourstoredusersettingsmaybeoverwrittenandthethermometerreturnedtoyouwiththefactorydefaultsettings.

Therefore,itisrecommendedthatonceyouhavesetupthethermometertomatchyourmeasurementrequirements,youusetheUserConfigurationRecordto make a note of your chosen parameter settings and values, so that these can bere-enteredintothethermometerandusedagain.

SerialNº .............................................................

Date: .............................................................

MeasurementMode:Peakq Instantaneous q

Averagedq ValleyqMenuMode: Emissivity(value)....................

DataOutputMode: Classicq Historic q

Burst q

AlarmSettings: Alarmoffq

High alarm q(value)....................

Lowalarmq(value)....................

Averagersetting: Slowq Mid q Fast q

Temperatureunits: °Cq °Fq K q °Rq

BacklightSetting: Offq

Dim q(timer)....................

Bright q(timer)....................

SounderSetting: Offq Onq

Windowtransmission: Offq

Onq(value)....................

Bluetooth:(iffitted) Offq Onq


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Appendix 1

Serial Communications Data Logging Protocol

TheloggingprotocolappliestoboththeSERIALPORTandBLUETOOTHmodule.

UART SettingsBAUD 57600 fixedSTARTDATAPARITYSTOP1,8,N,1

Classic Mode streamWhenthetriggerispressedtotheT1position,acontinuousstreamoflinesofdataoffixed(12character)lengthisoutputevery0.5±0.1seconds.

EXAMPLE: Q C C I +972.0 CRLF

(i) Identifier B=C160 D=C055 J=C390 Q=C160

(ii) Packet CClassic–whilekeypressed HHold–whenkeyreleased(iii) Units C°Celsius F°Fahrenheit R°Rankine K Kelvin(iv) Mode IInstantaneous PPeak VValley AAverage(v) Data Intenthsupto±999.9 Indegreesafter±1000 Over-rangeis±¯¯¯i.e.0xAF,SP,0xAF,SP, 0xAF Under-rangeis±___i.e.0x5F,SP,0x5F,SP, 0x5F(vi) Termination 0x0D,0x0A

TheIPAQsendsa*handshaketoindicate‘H’hold–i.e.keyreleasedanddatalogged.


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Advanced Mode - data stream

When the trigger is pressed to the T1 position, a continuous stream of lines of dataisproducedevery0.5±0.1seconds:

Q 1 C I +972.0 CR LF

AsperClassic Mode streamexcept

(i) Packet 1 Advancedmode-trigger1pressed

Thereisnohandshakingoftheadvanceddatastream.

Advanced – History mode packet

When the trigger is pressed to the T1 position, a 6 line packet of calculated data is output.

EXAMPLE: Q 2 C I +972.0 CR LF Q 2 C P +1030 CRLF Q 2 C V +812.0 CRLF Q 2 C A +900.0 CRLF Q 2 C E +1.000 CRLF { Q 2 C T +1.000 CRLForifdisabled{Q 2 C T +OFF CRLF

AsperAdvanced Mode - data streamexcept:

(i) Packet 2Advanced–Historymodepacket

(ii) Mode E Emissivity

TWindowTransmission

(iii) Data Inthousandthsforemissivity/transmission

TheIPAQshouldsenda*handshaketoindicatepacketreception.

Advanced – Burst Mode packet

When T2 is pressed in burst mode, a continuous stream of lines of data is output every30±5ms.Example:

Q 3 C I +972.0 CR LF

Asaboveexcept:

(i) Packet 3Advanced-Burstmodepacket

When T2isreleasedinburstmode,a2-lineterminationpacketisoutput:

Q 3 C E +1.000 CR LF {Q 3 C T +1.000 CRLForifdisabled{Q 3 C T +OFF CRLF

TheIPAQshouldsenda*handshaketoindicateterminationpacketreception.


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Advanced – Bluetooth Heartbeat

TomaintaintheBluetoothlink,andtoestablishthattheloggerprogramisrunning,thefollowingdummydatacanbesent:

Q 0 C x xxxxxx CR LF

TheIPAQshouldsenda*handshaketoindicateheartbeatreception.


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Appendix 2

Error Codes

Atswitch-on,theCyclops instrumentwillcheckallstoreddatainitsnon-volatilememoryandanydetectederrorswillbeshownnearthebottomofthesidedisplay screen.

Error Code 1Description: UnknownCyclopsTypeIfthiscodeisdisplayedtheinstrumentwillbeunabletoperformanyfurtheranyfunction.If the error persists, return the Cyclops to Land Instruments for repair.

Error Code 2Description: LostCalibrationDataTheCyclopswillcontinuetowork,butwiththedisplayinverted(i.e.whiteonblack).However,thecalibrationoftheinstrumentwillbeincorrectandreadingswillonlybeapproximate.Itwillnotmeetthetemperatureaccuracyspecifications.Ifthiserrorpersists,returntheCyclops to Land Instruments for repair.

Error Code 3Description: Lost User SettingTheCyclopsnormallystoresusersettings(accessedviathemenu)innon-volatilememory.Iftheseareinconsistent,theusersettingswillreverttofactorydefaults.Theoperatorcanre-enterthedesiredusersettingstoallowtheCyclops toworkasintended.


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