Manuals / Fluke / Household Appliance / Home Safety Product

Fluke Ti20 Laser Warning Labels, Getting Started, Cautioncaution, Euro/US, Japanese, Chinese

Models: Ti20

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Getting Started 1

Laser Warning Labels

Euro/US	Japanese	Chinese
<1mW/630-670nm		CAUTION
EN 60825/01		CAUTION
EN 60825/01

CAUTIONCAUTION

Ti 20	Ti 20	Ti20
THERMAL IMAGER	THERMAL IMAGER	THERMAL IMAGER

dag133f.eps

Figure 1-1. Laser Warning Labels

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Fluke Ti20 Laser Warning Labels, Getting Started, Cautioncaution, Euro/US, Japanese, Chinese, Thermal Imager, dag133f.eps

Contents

2006 Fluke Corporation, All rights reserved Ti20Thermal Imager LIMITED WARRANTY AND LIMITATION OF LIABILITY Basic Operation Table of ContentsTitle Getting StartedAppendices Ti20Advanced Imager Operation Title List of TablesTi20 Title List of FiguresTi20 Contacting Fluke Getting StartedChapter IntroductionW Warning Safety InformationLaser Warning Labels Laser Warning LabelsTi20 Getting StartedTi20 Unpacking the ImagerFigure 1-2.Standard Accessories Unpacking the Imager Getting StartedTi20 Features and ControlsTi20 Ti20Operating the Controls Focusing the ImagerTi20 Understanding the TriggerTi20 Using the AC Power AdapterUsing the AC Power Adapter Getting Started1-10 Using the Battery ChargerCharging and Replacing the Batteries Ti20Installing or Replacing the Batteries dag131f.eps Attaching the Wrist StrapTi20 1-12Inputs and Connections Connecting the USB CableMounting the Imager on a Tripod CleaningCleaning the Case WCaution Cleaning the Lens1-16 Ti20Chapter Basic OperationTurning the Imager On and Off Understanding the Home Display Understanding the Home Display Basic OperationWWarning Aiming and Activating the LaserCapturing Images Capturing ImagesComparing Frozen Images to Stored Images dag108f.bmp Adjusting the BacklightMax Span + Min Span Level = Setting the Temperature ScaleSetting the Level 3. Press FLEVEL to access the set Level function Manually Activating the Calibration Flag Adjusting the SpanUsing Distance to Spot Size Ratio D S dag135f.eps Ti20Measurement Spot S = Diameter of the Spot 2-10Environmental Conditions Ambient Temperature Derating and Thermal ShockContact thermometer method EmissivityTape method Reflected Temperature Compensation Reflected Temperature Compensation2-14 Ti20Chapter Advanced Imager OperationData Management and Storage Viewing Stored ImagesW Caution Deleting ImagesSelecting a Palette dag118f.eps Adjusting Emissivitydag119f.bmp Adjusting Emissivity4. Press GDONE to return to the Home display Advanced Imager Operation2.Press FRTC to access the Adjust RTC display Setting Alarm Limits dag126f.bmp dag124f.bmpdag125f.bmp Adjusting Sleep Mode 3-10 Ti20Appendices Page Appendix A GlossaryTi20 Appendices Level Ti20Relative Humidity Reflected Temperature CompensationResolution AppendicesStare Ti20Appendix B Basics of Infrared MeasurementWavelength Q. What is emissivity?Ti20 VisibleQ.What are some uses for non-contactthermometers? Q. What is the distance to spot ratio?Q. How to take temperature measurement? AppendicesTi20 Appendix C Typical Emissivity ValuesMaterial Ti20Table C-1.Emissivity Values for Metals EmissivityAppendices Ti20 Appendices Ti20 Optical SpecificationsAppendix D ThermalVibration Ti20Other Shock