Hooking Up the Docking Station | RayTek ThermoView Ti30 instruction

Connecting the Docking Station to Your Computer

The docking station provides a solid and convenient base for the ThermoView imager. The docking station keeps the ThermoView imager available and connected to the computer or workstation. In addition, it keeps the batteries charged and ready to go. The docking station connects to your computer through its USB port. The USB cord should remain connected to the computer at all times.

Hooking Up the Docking Station

ξ Connect the power adapter plug into the Docking Station’s power jack.

ξ Connect the power plug to a power outlet. (Depending on the power requirements in your country you may need to use one of the several adapters provided that matches the power plug to the local power outlet.)

Power jack

Power adapter plug

USB communication cord

USB connector

Figure 17. The Docking Station

ξ Find the USB port on your computer. Look for this symbol

on your computer.

ξ Locate the USB communication cord permanently attached to the docking station. (The USB communication cord is equipped with an USB connector.)

ξ Insert the USB connector on the cord to the USB port on your computer (see Figure 18).

July 1, 2003

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Version 1.0

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RayTek ThermoView Ti30 user manual Connecting the Docking Station to Your Computer, Hooking Up the Docking Station

Contents

User’s Manual ThermoView Ti30 Contents Qualitative and Quantitative Temperature Measurements Appendix B Infrared Theory Q&A Glossary Warranty Information Customer Service Contact Information Introduction Netd Quick Specifications Table Unpacking Your New Imager First, the Batteries Removing the Battery Pack Battery Packs Normal Charge Cycle Charging the Rechargeable Battery Pack Docking Station LED Indicators Attaching the Wrist Strap Getting Started Displaying Images Turning the Unit On Information Screen Normal Mode Keypad Settings and Controls ThermoView Imager Settings Switches icons not shown Laser On/Off Toggle Button ThermoView Imager Settings Switches Laser Aperture and Optical Channel Japanese Centigrade/Fahrenheit Toggle Button LCD Backlight Illumination SwitchPalette Switch Measurement Mode Switch Level point Gain and Level ThumbwheelsFocus Wheel Automatic Semi Automatic Location of the Focus Wheel Trigger Main Loop Man Machine Interface Flow Charts Image Recording Procedure Emissivity Adjustment Procedure July 1 Version Recording an Image Quick Image Fix Procedure Array Recalibration Procedure Retrieving an Image Retrieve Mode Downloading and Looking at Images Installing the Software Hooking Up the Docking Station Connecting the Docking Station to Your Computer Connecting the USB Connector to the USB Port InsideIR Main Screen at Program Launch Sync button Downloading Images Download Data Screen Saving Images Contents of Images Folder Setting the Imager Clock July 1 Version Looking at Your Downloaded Images Field USB Port Viewing Thumbnail Images Viewing a Single Image Obtaining the Best Image Importance of Focusing Selecting the Color Palette Selecting the Measurement Mode LevelGain Min Level Gain Max Level Gain Tip Distance to Target Spot Ratio Qualitative and Quantitative Temperature Measurements Field-of-View Optical DiagramDS ratio D / S = Environmental Conditions Ambient Temperatures Emissivity Reflected Temperature Compensation Reflected Temperature Compensation File Management Organizing Your Data Uploading Data to Your ThermoView Ti30 Imager Uploading Data to the Imager Editing Data Before Upload RTC OFF Single Image Screen Analyzing Your DataScale Limits Sample Image at Original Scale Limits Isotherms Sample Image at Original Isotherm Setting Additional Image Analysis Tools Temperature Table Tab Profile Tab Temperature Table Profile Tab Histogram Tab New Folder Menu Bar Celsius ThermoView Imager InfoExit Fahrenheit Histogram Export Temperature TableExport Image Create Report Tile Horizontal Copy Profile ChartContents Cascade Thermographic Report Reporting Your Findings Appendix a Technical Reference Imager Accuracy Chart Typical Emissivity Values Imager Reading Error vs Source DS Aluminum Unoxidized Ni-Cu Gob Appendix B Infrared Theory Q&A Why use noncontact infrared thermometers?How does IR work? Emissivity How to assure accurate temperature measurement? Field-of-view Distance to spot ratio What are the most popular applications? How to take temperature measurement? Glossary Calibration Source Background TemperatureBlackbody Calibration Far Field Display ResolutionDrift EMI/RFI Noise Gray Body Focus Point or DistanceFull Scale Full Scale Accuracy Minimum spot size LaserLoop Micron or µm Pyroelectric Detector Optical ResolutionNon-Gray Body Optical Pyrometer Repeatability Reflected Temperature CompensationResolution Relative Humidity Spectral Response Storage Temperature RangeTemperature Temperature Coefficient or Ambient Derating Transfer Standard Temperature ResolutionThermal Shock Time Constant