Fluke Ti30 Operating Manual

Ti30

Thermal Imager

User’s Manual

PN 08100-3
January 2005, Rev C

©2005 Fluke Corporation, All rights reserved.
All product names are trademarks of their respective companies.

CONTENTS

Introduction..................................................................................................................... 7

Quick Specifications Table............................................................................................. 8

Chapter 1 Unpacking Your New Imager ................................................... 9

First, the Batteries......................................................................................................... 10

Charging the Rechargeable Battery Pack .....................................................................12

Normal Charge Cycle ............................................................................................... 12

Chapter 2 Getting Started.......................................................................... 14

Attaching the Wrist Strap.............................................................................................. 14

Turning the Unit On...................................................................................................... 15

Displaying Images ........................................................................................................15

Settings and Controls.................................................................................................... 18

Keypad...................................................................................................................... 18

Laser On/Off Toggle Button..................................................................................... 20

Centigrade/Fahrenheit Toggle Button....................................................................... 22

LCD Backlight Illumination Switch......................................................................... 22

Palette Switch............................................................................................................ 22

Measurement Mode Switch...................................................................................... 22

Gain and Level Thumbwheels.................................................................................. 23

Focus Wheel.............................................................................................................. 24

Trigger....................................................................................................................... 24

Man Machine Interface Flow Charts ............................................................................ 25

Main Loop................................................................................................................. 25

Image Recording Procedure...................................................................................... 26

Emissivity Adjustment Procedure............................................................................. 26

Reflected Temperature Compensation Adjustment Procedure................................. 27

Recall Images Procedure........................................................................................... 27

Quick Image Fix Procedure...................................................................................... 28

Array Recalibration Procedure ................................................................................. 28

Recording an Image...................................................................................................... 28

Retrieving an Image......................................................................................................29

Chapter 3 Downloading and Looking at Images Using InsideIR v2.0
Software

Installing the Software.................................................................................................. 31

Connecting the Docking Station to Your Computer..................................................... 39

Hooking Up the Docking Station.............................................................................. 40

Downloading Images.................................................................................................... 49

Saving Images...............................................................................................................51

Setting the Imager Clock .............................................................................................. 52

Jan 31st, 2005 - 2 -

....................................................................................................... 30

Field USB Port.............................................................................................................. 55

Looking at Your Downloaded Images.......................................................................... 55

Chapter 4 Obtaining the Best Image ........................................................ 57

The Importance of Focusing......................................................................................... 57

Selecting the Color Palette............................................................................................ 58

Selecting the Measurement Mode................................................................................. 58

Gain and Level Thumbwheels.................................................................................. 61

Chapter 5 Qualitative and Quantitative Temperature Measurements 62

Distance to Target (Spot) Ratio .................................................................................... 62

D:S ratio: D / S = 90 ................................................................................................. 63

Optical Diagram........................................................................................................ 63

Field-of-View................................................................................................................ 63

Environmental Conditions............................................................................................ 64

Ambient Temperatures.................................................................................................. 64

Emissivity ..................................................................................................................... 65

Reflected Temperature Compensation.......................................................................... 65

Chapter 6 Organizing Your Data.............................................................. 67

File Management ..........................................................................................................67

Uploading Data to the Imager................................................................................... 68

Chapter 7 Analyzing Your Data................................................................ 73

The Image View Screen................................................................................................ 73

Isotherms................................................................................................................... 75

Additional Image Analysis Tools............................................................................. 76

The Temperature Table Tab...................................................................................... 77

The Profile Tab......................................................................................................... 77

The Histogram Tab................................................................................................... 78

The Menu Bar........................................................................................................... 79

File ........................................................................................................................ 80

View...................................................................................................................... 81

Image Properties ................................................................................................... 81

Data Analysis........................................................................................................ 82

Report.................................................................................................................... 84

Help....................................................................................................................... 84

Reporting Your Findings .............................................................................................. 84

Appendix A - Technical Reference............................................................ 87

Imager Accuracy Chart................................................................................................. 87

Imager Reading Error vs Source D:S............................................................................ 88

Typical Emissivity Values............................................................................................ 88

Jan 31st, 2005 - 3 -

Appendix B – Infrared Theory Q&A........................................................ 92

Glossary ....................................................................................................... 96

Jan 31st, 2005 - 4 -

© 2005 Fluke Corporation.

The information contained in this document is subject to change without notice.

Fluke and the Fluke logo are registered trademarks and InsideIR are trademarks of Fluke
Corporation. Windows is a registered trademark of Microsoft Corporation in the United States
and/or other countries. Pentium is a registered trademark of Intel Corporation or its subsidiaries
in the United States and other countries. All other trademarks are the property of their respective
holders.

Warranty Information

LIMITED WARRANTY AND LIMITATION OF LIABILITY

This Fluke product will be free from defects in material and workmanship for one year from the
date of purchase. This warranty does not cover fuses, disposable batteries, or damage from
accident, neglect, misuse, alteration, contamination, or abnormal conditions of operation or
handling. Resellers are not authorized to extend any other warranty on Fluke’s behalf. To obtain
service during the warranty period, contact your nearest Fluke authorized service center to obtain
return authorization information, then send the product to that Service Center with a description
of the problem.

THIS WARRANTY IS YOUR ONLY REMEDY. NO OTHER WARRANTIES, SUCH AS
FITNESS FOR A PARTICULAR PURPOSE, ARE EXPRESSED OR IMPLIED. FLUKE IS
NOT LIABLE FOR ANY SPECIAL, INDIRECT, INCIDENTAL OR CONSEQUENTIAL
DAMAGES OR LOSSES, ARISING FROM ANY CAUSE OR THEORY. Since some states or
countries do not allow the exclusion or limitation of an implied warranty or of incidental or
consequential damages, this limitation of liability may not apply to you.

Jan 31st, 2005 - 5 -

United States Export Control Regulations
Destination Control Statement

The Fluke Ti30 Thermal Imager contains an amorphous silicon infrared detector, which is
controlled for export by the United States government. Diversion of this product to locations
outside the US without an export license from the US government is prohibited.

Customer Service Contact Information

Fluke Ti30 Imager Service Headquarters

1201 Shaffer Road
PO Box 1820
Santa Cruz, CA
95061-1820 USA
www.fluke.com/thermography

USA / Canada:

Phone: [phone] Email: [e-mail].

Germany:

Phone: [phone] Email: [e-mail]

France:

Phone: [phone]

Other European countries, Africa and Middle East:

Phone: [phone] Email: [e-mail]

China:

Phone: [phone] Email:

Japan:

Phone: [phone] Email: [e-mail]

Other Asian countries, Australia, New Zealand,
India, Mexico and Central America:

Phone: [phone] Email: [e-mail]

Brazil and South American countries:

Phone: [phone] Email:

Email:

[e-mail]

[e-mail]

[e-mail]

Jan 31st, 2005 - 6 -

Introduction

The Fluke Ti30 imager is a state-of-the-art, lightweight, pistol-grip style thermal
imaging unit that lets you obtain instant and accurate thermal images and radiometric
readings at a remote distance from your target. Ergonomically designed for either left
or right-handed use, the Ti30 imager captures thermal images and data with a simple
click of the trigger. The unit can store up to 100 images that can then be downloaded
to your personal computer where the images can be stored, evaluated and added to
reports and presentations.

The Ti30 imager docking station allows effortless connection to a host computer,
and offers rapid data downloading and uploading. The docking station also
automatically recharges the rechargeable battery pack when the unit is not in use.
(Caution: do not leave the USB Field Cable connected to the unit when not in use.
This will completely drain the batteries of the Ti30.)

The companion software application, InsideIR, included with the imager lets you
display, examine, and analyze your images and data to discover qualitative and
quantitative trends associated with the target. InsideIR software allows you to define
maintenance databases based on your specific equipment condition, monitoring, and
asset management needs.

The Ti30 imager contains 100 image storage locations that can also be predefined
with unique equipment data and parameters. Notes and comments can also be
included for the technician performing the given maintenance routine. Maintenance
reports and follow-up actions can be created quickly and accurately using
information carried over from image files. Reports can be easily printed or sent
electronically.

Using the Ti30 imager’s structured database, maintenance professionals can ensure
consistent, repeatable measurements over time. They can efficiently and accurately
communicate with co-workers, management, equipment manufacturers, and service
providers by incorporating thermal images in emails and reports. In addition,
customers can easily create permanent inspection records indicating temperature
behavior before and after repairs, and monitor thermal trends over long periods.

The Ti30 imager is an easy-to-use and powerful thermal imaging tool. It will become
a valuable and indispensable tool for your workplace and your professional growth.

Jan 31st, 2005 - 7 -

p

Quick Specifications Table

Thermal Measurement Range 0 to 250°C (32 to 482°F)

Accuracy ±2% or ±2°C, whichever is greater

Repeatability ±1% or ±1°C, whichever is greater

NETD 200 mK

Thermal

Temperature Indication Resolution 0.1 (°F or °C)

Spectral Range 7-14 microns

Target Sighting Single Laser Dot (Meets lEC Class 2 & FDA Class II requirements)

Optical Resolution (90% w/ circular

aperture)

Optical Resolution (90% w/ slit response) 225:1

Optical Resolution (50% w/ slit response) 750:1

Minimum Diameter Measurement Spot 7mm (0.27”) at 61cm (24”)

Optical / IR

Image Frame Rate 20Hz

Field of view (FOV) 17° Horizontal x 12.8° Vertical

Instantaneous Field of view (IFOV) 1.9mrad

Focus Focusable, 61 cm / 24” to infinity

Temperature Scale °C or °F selectable

Palettes Gray, Ironbow, or Rainbow selectable

Measurement Modes Automatic, Semi-Automatic, or Manual selectable

Laser On/Off

Controls

Gain Control

Level Control

LCD Backlight Bright, Dim, Off selectable

Adjustable Emissivity

Display Type Liquid Crystal Display - TFT technology optimized for both indoor and

Reflected Background Temperature -50 to 460°C (-58 to 860°F)

Ambient Operating Temperature -10 to 50°C (14 to 122°F)

Relative Humidity 10 to 90% Non-condensing

Storage Temperature without batteries -25 to 70°C (-13 to 158°F)

Storage Capacity

Laser On Icon

Operational

Low Battery Icon

Palette Icon

Measurement Mode Icon

Thermal Analysis Software InsideIR (included)

PC Software Operating Systems Microsoft® Windows® 98, Windows 2000 or Windows XP

Power 6 AA batteries(not included) or rechargeable battery pack (included)

Battery Life Industry leading minimum 5 hours of continuous use

Data Transfer USB interface, total transfer time up to 30s for 100 pictures

Storage Device Flash Memory

Electrical

90:1

9
9
9

0.10 to 1.00 by 0.01

outdoor use

 

9
9
9
9

Tripod Mount

(6.35 mm (1/4) 20 unc threading)

Weight (includes batteries) 1kg (2.2 lb)

Other

Standard Accessories • Multi-language Interactive Manual (CD ROM) • InsidelR Software •

tions
O

Accessories /

Options NIST Calibration certificate

9

Docking station with Universal Power Adapter and USB Connection •
Hardshell Carry Case • USB Computer Field Cable • Rechargeable
and Non-rechargeable Battery Packs (batteries not included) • Multi
Language Thermography Training Presentation (CD ROM) • Carrying
Pouch • Wrist Strap • Quick Reference Card

Jan 31st, 2005 - 8 -

Chapter 1 Unpacking Your New Imager

Begin by opening the shipping box. Be sure to save the box and shipping materials in
the event you need to ship the imager.

In the shipping box, you will find a hard carrying case, containing the following
items:

 1 Ti30 imager  1 USB Installation Guide and 1

Quick Reference Guide

 1 Ti30 imager docking station  1 carrying pouch and 1 wrist strap

 1 universal power supply and plug

adapters

 1 CD ROM containing multi-

language training materials

 1 CD ROM containing InsideIR

software and multi-language
interactive manual

 1 USB Field Cable (Caution: do not

leave field cable connected to unit
while not in use. This will
completely drain the unit’s batteries.)

 1 rechargeable battery pack

 1 empty battery pack for holding

6 AA non-rechargeable batteries
(batteries not included)

Jan 31st, 2005 - 9 -

First, the Batteries

The battery compartment is located in the handle of the unit.
The unit is shipped with an empty battery pack for non-rechargeable batteries installed in the
battery compartment.

Battery Lock Tab

Remove the empty battery pack from the battery compartment.
The battery pack can be removed by sliding the lock tab towards the trigger.

Move the lock tab in this direction

Once the lock is released, the battery pack will slide down. Tilt the top of the unit up to slide
the battery pack out.

Battery pack slides out
(AA batteries not included)

Figure 1. Removing the Battery Pack

Jan 31st, 2005 - 10 -

At this point, you have two options: insert six new AA batteries into the empty non­rechargeable batteries pack or replace it with the supplied rechargeable battery pack. You will
notice the difference between the two battery packs as shown in Figure 2 below:

Non-rechargeable battery pack

(batteries not included)

Figure 2. Battery Packs

Rechargeable battery pack

To replace the battery pack just slide it back in, making sure the plastic tab lock is in the
unlocked position (to the right of the pack). Use the rails on battery pack as guides. Once it
is inserted, slide the lock tab back into the locked position as shown below in Figure 3.

Battery pack slides in

Move the lock tab back to the locked position

Keep the lock tab in the unlocked position

Figure 3. Installing Batteries

Jan 31st, 2005 - 11 -

Charging the Rechargeable Battery Pack

Connect the docking station to a power

Docking Station

outlet using the supplied universal
power adapter. Be sure to use the plug
adapter that fits your local electrical
standards. Connect the power jack of
the power adaptor to the DC power
inlet located on the docking station.

DC Power inlet

USB cable

Normal Charge Cycle

 With the Ti30 unit powered off, place it on the docking station.

 Do not connect the docking stations USB cable to the computer at this point.

 The red LED (on the left) will flash several times as the circuit senses a rechargeable

battery pack and determines its state of charge.

Note:

If a non-rechargeable battery pack is sensed by the docking station, neither LED
will blink.

The remaining points assume that the imager contains a sealed, rechargeable battery pack.

 The red LED turns on continuously to indicate that charging is in progress. This process

can take from a few minutes to more than an hour.

 The red LED turns off once the battery pack is fully charged and the green LED (on the

right) turns on continuously.

 Momentarily lifting the Ti30 unit from the docking station for about 5 seconds or longer

interrupts the charging process. The green light will come on and no further charging
will occur. Press the Restart / Sync button between the LEDs to resume charging.
Pressing the button if the batteries are completely charged will have no effect.

 The imager may be removed from the docking station before recharging is completed

without harm. However, the imager may not be fully charged and its operating time may
be reduced accordingly.

 An imager containing single-use batteries may safely be placed on the docking station for

storage or image transfer. In fact, we recommend the imager always be placed on the
docking station when not in use, regardless of the type of batteries being used.

Jan 31st, 2005 - 12 -

A charge cycle takes a rechargeable battery pack from whatever level of charge it presently
has and brings it to a fully charged condition. The charger will not over-charge a battery pack
no matter how many times the button is pushed.

RED

lig ht

Restart / Sync button

Figure 4. Docking Station LED Indicators

Note:

You may download stored images from the Ti30 imager to a personal computer if

GREEN

light

the docking station’s USB cable is connected to a computer running the InsideIR
software. Press the Restart / Sync button to transfer stored images to the
computer (see Chapter 3 Downloading and Looking at Images for details).
Pressing the Restart / Sync button also starts the charging cycle.

Once the batteries are charged, you are ready to begin taking thermal images and
temperature measurements. Take a moment now to read the next section and become
acquainted with the basic features and controls of the imager.

Jan 31st, 2005 - 13 -

A

Chapter 2 Getting Started

Your Ti30 imager has settings and capabilities that let you customize its operation
for the task at hand. The following section describes each setting on the imager.

Attaching the Wrist Strap

Your Ti30 imager comes with a wrist strap, which can be attached by clipping the
metal part of the strap to the small metal bar at the base of the imager (see Figure 5
below).

Figure 5. Attaching the Wrist Strap

ttach wrist strap

Jan 31st, 2005 - 14 -

Turning the Unit On

Power is switched on or off by opening or closing the lens door. Sliding down the
lens door turns the imager on (see Figure 6 below). Slide the door up to turn off the
imager.

Closed
(Unit

Off

)

Figure 6. Powering the Ti30 Imager On and Off

Note:

The unit is self-protected against excessive levels of infrared radiation and it will
cause the unit to automatically shut down. If that happens, slide the lens door
closed, wait a minute and slide it open again.

Important:

Always dock the imager in the docking station when not in use. By doing so,
you will assure the batteries will be fully charged when using the rechargeable
battery pack. The imager will not show thermal images or respond to controls
while it is in the docking station.

Displaying Images

Open
(Unit On)

The Ti30 imager performs an initial auto-check each time it is activated and then
immediately shows the Information Screen. The Information Screen displays the
following information about the Ti30 imager unit:

Jan 31st, 2005 - 15 -

 Unit Serial Number
 Date and Time (configured by the user through the software)
 Tag name is the name of the user-defined folder from which data was uploaded

through the software. Useful tag names are department names or an area associated
with the unit. This space is blank until configured by the user.

 Station is the name of the networked computer associated with a specific unit. This

is blank until configured by the user.

 Palette is the type of palette currently selected
 Firmware revisions
 Icons for LCD illumination, palette type, measurement mode and laser status

Figure 7. The Information Screen

Press the MODE button to exit the Information Screen. (Refer to Figure 9, the MODE
button is located center, below the LCD screen.) The Ti30 imager immediately goes into
measurement mode, showing a real time thermal image of what is in front of the lens. A
reticle with a crosshatch at the center of the display shows the temperature spot.

Note:

Do not change any of the settings yet. User configurable parameters will be
explained later in Figure 58.

Jan 31st, 2005 - 16 -

Temperature scale

Location name

Target Temperature
Emissivity value

LCD backlight icon Palette icon Mode icon

Figure 8. Normal Mode

Take time to experiment with the imager and become familiar with how the thermal image is
updated on the display as you aim the imager at different targets with different thermal
patterns. Notice how images display in varying colors, which are related to the different
target temperatures. The color scale at the bottom of the thermal image shows the minimum
and maximum temperature value in the thermal scene at any moment. These values will
change as you point the imager at other targets, or if the temperatures of the current target
change. The sequence or progression of different colors along the color scale indicates the
distribution of the different temperatures on the thermal scene. Notice how the colors along
the beginning of the color scale represent lower temperatures and colors along the end of
the color scale represent higher temperatures.

Note:

At this point you probably have noticed that the image freezes briefly from time to
time while an hourglass icon is briefly displayed. This is a normal process that
happens when the unit momentarily shuts down the optical channel to eliminate
offset errors. This is a recalibration sequence that begins immediately after the unit
is turned on. Recalibration occurs at 5 seconds, then 10 seconds, then 20 seconds,
then 30 seconds and then finally after every two minutes. It is a good idea to keep
the unit On if you are using it constantly over a period of time to avoid resetting
the recalibration procedure counter.

The Ti30 imager settings can be customized for your particular application. The following
sub-section reviews the settings and controls.

Jan 31st, 2005 - 17 -

Settings and Controls

Keypad

Three buttons located below the LCD screen allow you to select operation modes and
change parameter values. These buttons are the MODE button, the Up button, and the
Down button. The Up and Down buttons are used mostly to increment and decrement
parameter values. They activate some special functions as well. The MODE button is used
mostly to cycle between the different operations. Details about the function of each button
are discussed later.

Down

button

Up

button

MODE

button

Figure 9. Keypad Controls

Jan 31st, 2005 - 18 -

A hinged door on the top surface of the Ti30 imager hides five switches that allow you to
change the basic imager settings. Open the hinged door by lifting it up.

Push buttons
(toggle)

Thumbwheels

Pull door up to
show control
switches

3-position
Switches

Figure 10. Ti30 Imager Settings Switches (icons not shown)

Jan 31st, 2005 - 19 -

The illustration below shows the top view of the switch bay without the door. There is an
icon printed near each switch and switch position indicating their function. These functions
are explained in the next paragraphs.

Laser ON/OFF

LCD backlight selection

Palette selection

Level adjustment

Centigrade /
Fahrenheit selection

Measurement mode selection

Gain adjustment

Figure 11. Ti30 Imager Settings Switches

Laser On/Off Toggle Button

The Laser On/Off toggle button switches the laser on and off. By default, the guiding
laser beam is off. Depending on the situation you may or may not need the laser guidance
beam.

Jan 31st, 2005 - 20 -

Figure 12. Laser Aperture and Optical Channel

Laser Aperture

Optical Channel

Note:

The laser is only a sighting aid. It is not required to take measurements. The laser is
not coaxial with the infrared channel, thus the laser dot is offset from the center of
the thermal image (the reticle or crosshatch at the center of the display). The laser
dot is not visible in the thermal image.

Important:

Avoid directing the laser to people’s eyes. See important safety information
on the warning laser label located on the side of the unit. There are different
laser warning labels for different geographic regions. These are identified
below.

North America

Europe / Latin America

Japanese Chinese

Figure 13. Laser Warning Labels For Different Geographic Regions

Jan 31st, 2005 - 21 -

Centigrade/Fahrenheit Toggle Button

Centigrade/Fahrenheit button toggles the displayed temperature data in either

Centigrade or Fahrenheit temperature scales. The factory default is Centigrade.

LCD Backlight Illumination Switch

LCD Backlight Illumination switch provides three backlight illumination levels as

shown below.

Off Medium Full

Full brightness is recommended for indoor use; use Medium brightness to save battery life,
and set backlight Off for outdoor applications. The default position is Full brightness.

Palette Switch

The Palette switch allows the Ti30 imager to display temperature patterns in three
different palettes as indicated below:

 Rainbow

 Ironbow



See Selecting the Color Palette on page 58 for more information. The default position is
Rainbow.

Grayscale

Measurement Mode Switch

The Measurement mode switch permits the user to change the way thermal
information is presented on the display. Depending on the mode you choose, you will have
all temperature points shown on the thermal image, or you may have just a narrow interval
of temperature points being displayed at a time. The decision of which mode to use depends
on each operator’s needs and limitations.

Jan 31st, 2005 - 22 -

There are three measurement mode positions associated with this switch:

Automatic Semi Automatic Manual

In Automatic mode the Ti30 imager automatically adjusts the image to show the
lowest temperature value present in the thermal scene (MIN) and the highest temperature
value in the scene (MAX).

In
temperature value on the thermal scene) automatically.

In

See Selecting the Measurement Mode on page 58 for more information. The default position
is automatic mode.

Semi-Automatic mode the Ti30 imager keeps calculating the MIN limit (lowest

Manual mode the user can adjust Gain and Level manually.

Gain and Level Thumbwheels

The Level Thumbwheel control adjusts the median point of a given temperature
scale.

The
median Level point.

See Gain and Level Thumbwheels on page 61 for more information about these controls.

Gain Thumbwheel control adjusts the temperature band or range around the

Jan 31st, 2005 - 23 -

Focus Wheel

The Focus Wheel is located on the bottom of the imager’s housing in front of the trigger as
shown in Figure 14. Adjust the focus by turning the Focus Wheel with your fingers or
thumb.

Focus Wheel

Figure 14. Location of the Focus Wheel

See The Importance of Focusing on page 57 for more details.

Trigger

Actuating the trigger freezes an image prior to storage. While in a regular measurement
mode, pull the trigger momentarily, release it, and the thermal image on the display will be
frozen so you can evaluate it for storage. If you don’t want to store it, simply pull the trigger
again and the unit will go back to measurement mode.

Trigger

Figure 15. Location of the Trigger

Jan 31st, 2005 - 24 -

Man Machine Interface Flow Charts

Main Loop

Jan 31st, 2005 - 25 -

Image Recording Procedure

Emissivity Adjustment Procedure

Jan 31st, 2005 - 26 -

Reflected Temperature Compensation Adjustment Procedure

Recall Images Procedure

Jan 31st, 2005 - 27 -

Quick Image Fix Procedure

Array Recalibration Procedure

Recording an Image

Recording images with the Ti30 imager is simple. Repeat the steps below and record as many
images you want until you get familiar with the process.

 First, note the number of the current image location. At this point, if you have not

stored any images, the location number should be set at 1 (default) and the location
descriptor will be blank. Similar to a camera, each image is numbered, so you may refer
to images as one, two, three, etc. up to 100 images.

 Point the Ti30 imager at the target you want to record. Make sure the crosshatch at the

center of the image pinpoints the spot of interest. Pull the trigger once and release it.
This freezes the displayed image.

 Carefully inspect the image: If the result is satisfactory, press the Up button and the

image will be stored at the current location, and the location counter will increment to
next position automatically.

 If the image is not satisfactory: Press and release the trigger to discard the frozen image.

 Repeat the procedures described above to record more images.

Jan 31st, 2005 - 28 -

p

Note:

To erase an image, just store a new image over the one you wish to delete. To do
this, go to Recall Images Procedure, press the Down or Up buttons to find the
image location number you wish to delete, press Mode button or trigger to get back
to measurement mode, and pull trigger again to save a new image in that location.

There is also a procedure to erase an entire session (all images on the Ti30 Imager)
using the “Clear images in imager” button in the InsideIR software.

Retrieving an Image

From Measurement mode, press the MODE button 3 times, browsing through
Emissivity Adjustment and Reflected Temperature Adjustment modes (these

adjustments are explained in Chapter 3 ). The thermal image and related data of the current
location is shown on the display. Use the Up and Down buttons to scroll through the
images you have previously recorded. All stored images can be downloaded to your
computer for analysis using the InsideIR software later. To go back to measurement mode
just pull the trigger or press the MODE button once more.

High alarm

Reflected Temperature

Compensation (RTC) value

Date stam

Temperature scale

Location name

Stored image

Low alarm

Time stamp

Stored target temperature

Emissivity value

Figure 16. Retrieve Mode

The next chapter, Downloading and Looking at Images, leads you through installing the
InsideIR software. You may then start downloading your images to your computer.

Jan 31st, 2005 - 29 -

Chapter 3 Downloading and Looking at
Images Using InsideIR v2.0 Software

This chapter begins with the InsideIR software installation. Prior to installing the software
however, please take a moment to verify that your computer meets the minimum
requirements shown below:

 One of the following operating systems Microsoft

®

Windows® XP, Microsoft®

Windows® 2000 or Microsoft® Windows® 98 SE updated with the latest packages

o Version of Internet Explorer 5.01 or greater for Microsoft

®

Windows® XP,

Microsoft® Windows® 2000 users.

o Version of Internet Explorer 6.0 or greater for Microsoft

®

Windows® 98 SE

users

o Microsoft .NET Framework 1.1 (is included on InsideIR 2.0.0 installation

Package)

o Microsoft Visual J# runtime components 1.1 (is included on InsideIR 2.0.0

installation Package)

o MDAC 2.6 Microsoft Data Access Components (is included on InsideIR

2.0.0 installation Package)

o Microsoft Access 2000 or greater for Windows

®

98 SE users only.

*Note: the latest version of Internet Explorer can be found on Microsoft’s Web site at

http://www.microsoft.com/downloads/details.aspx?FamilyID=1e1550cb-5e5d-48f5-b02b­20b602228de6&displaylang=en

 Personal computer with a Pentium

processor at 2.80GHz

 512 megabytes (MB) of RAM (higher recommended)
 500 MB of free hard disk space
 SuperVGA monitor with the screen resolution set at 1024 x 768 or greater; small

recommended)

®

III processor, 700 MHz or higher. (Pentium® 4

fonts setting; and true color (32 bits)

 CD ROM drive
 USB rev. 1.1 port
 Mouse or pointing device
 Printer, optional for printing reports

Jan 31st, 2005 - 30 -