Omega Ti-120 Series User manual

Ti-120 Series
3-in-1 Infrared Thermal Imaging Camera
OMEGAM
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User’s Guide
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Shop online at omega.com
ENVIRONMENTAL MONITORING AND CONTROL
✓Metering & Control Instrumentation
✓Refractometers
✓Pumps & Tubing
✓Air, Soil & Water Monitors
✓Industrial Water & Wastewater Treatment
✓pH, Conductivity & Dissolved Oxygen Instruments
HEATERS
✓Heating Cable
✓Cartridge & Strip Heaters
✓Immersion & Band Heaters
✓Flexible Heaters
✓Laboratory Heaters
DATA ACQUISITION
✓Communications-Based Acquisition Systems
✓Data Logging Systems
✓Wireless Sensors, Transmitters, & Receivers
✓Signal Conditioners
✓Data Acquisition Software
pH/CONDUCTIVITY
✓pH Electrodes, Testers & Accessories
✓Benchtop / Laboratory Meters
✓Controllers, Calibrators, Simulators & Pumps
✓Industrial pH & Conductivity Equipment
FLOW/LEVEL
✓Rotameters, Gas Mass Flowmeters & Flow Computers
✓Air Velocity Indication
✓Turbine / Paddlewheel Systems
✓Totalizers & Batch Controllers
PRESSURE, STRAIN AND FORCE
✓Transducers & Strain Gages
✓Load Cells & Pressure Gages
✓Displacement Transducers
✓Instrumentation & Accessories
TEMPERATURE
✓Thermocouple, RTD & Thermistor Probes, Connectors, Panels & Assemblies
✓Wire:Thermocouple, RTD & Thermistor
✓Calibrators & Ice Point References
✓Recorders, Controllers & Process Monitors
✓Infrared Pyrometers
Where Do I Find Everything I Need
For Process Measurement and Control?
OMEGA …Of Course!

TABLE OF CONTENTS
!Warnings, caution and attention...............................................................5
1. Brief Introduction .............................................................................6
1.1 Package Contents.......................................................................................................................................... 6
2. Introduction ofThermal Imaging Camera................................................7
1.2 Function Keys. ................................................................................................................................................ 7
3. Quick Start .....................................................................................9
4. Operational Guidelines....................................................................10
4.1 Summary of the Main Interface of Thermal Imager................................................................................. 10
4.1.1 Main Interface Information ofTI Link.................................................................................................. 10
4.1.2 Touch Screen Information.....................................................................................................................11
4.1.3 Measurement Tool Selection............................................................................................................... 12
4.1.5 Manual / AutoTemperature Width Switch.......................................................................................... 14
4.1.6 System Menu......................................................................................................................................... 16
4.1.7 Picture in Picture / Infrared Thermal Image Switch.......................................................................... 16
4.1.8 Thermal Image / Full Radiation Thermal Video................................................................................ 18
4.1.9 Thermal Image Shooting...................................................................................................................... 20
4.1.10 Gallery.................................................................................................................................................. 20
4.2 System Menu................................................................................................................................................ 23
4.2.1 System Menu Brief Introduction.......................................................................................................... 23
4.2.2 Nonuniformity Correction..................................................................................................................... 23
4.2.3 Full Screen Highest/Lowest Temperature Capture .......................................................................... 24
4.2.4 Measurement Parameter Correction.................................................................................................. 26
4.2.5 Temperature Measurement Range Selection ................................................................................... 30
4.2.6 Display Image Enlargement ................................................................................................................ 30
4.2.7 Color Alarm (Isotherm)......................................................................................................................... 31
4.3 System Setting.............................................................................................................................................. 33
4.3.1 Lens Choice........................................................................................................................................... 33
4.3.2 Sound Alarm.......................................................................................................................................... 34
4.3.3 General................................................................................................................................................... 35
4.3.4 About....................................................................................................................................................... 38
4.4 Image Freeze................................................................................................................................................ 39
4.4.1 Freeze in Thermal Imaging Mode....................................................................................................... 39
4.4.2 Freeze in Picture-in-Picture Mode...................................................................................................... 40
4.4.3 Freeze in Full-Radiation ThermalVideo Mode ................................................................................. 40
4.5.1 Voice Annotation.................................................................................................................................... 41
4.5.2 Text Annotation...................................................................................................................................... 41
4.5.3 Label Annotation................................................................................................................................... 41
4.5.4 View Annotation..................................................................................................................................... 41
4.5.5 Defect Mark............................................................................................................................................ 42
4.6 Regional IntelligentTemperatureWidth Function.................................................................................... 42
4.7 Analysis Interface......................................................................................................................................... 43
4.7.1 Analysis in Thermal Image Mode ....................................................................................................... 43
4.7.2 Analysis in Picture-in-Picture Mode.................................................................................................... 44
4.7.3 Analysis in Full-Radiation Thermal Video Mode............................................................................... 45

4.8 TI Analyzer Professional Analysis Software............................................................................................. 46
4.8.1 How to Download.................................................................................................................................. 46
4.8.2 How to Install......................................................................................................................................... 46
4.8.3 How to Use............................................................................................................................................. 46
4.8.4 How to Record LongTime Full-RadiationThermal Video............................................................... 46
4.8.5 How toTransfer Data from Thermal Imager toTI Analyzer............................................................. 46

!Warnings, caution and attention
Definitions
Warning Represents a dangerous situation or act that may cause bodily harm or death.
Caution Represents a situation or behavior that may cause damage to a thermal imager orpermanent
loss of data.
Attention Represents prompt information useful to the user.
Important information–Read before using the instrument.
Warning –The instrument is equipped with a laser transmitter, do not stare at the laser beam. The
laser specifications are 635 nm, 0.9mW, classⅡ.
Caution –For very sensitive thermal sensors are integrated in the thermal imagers, in any case (on or
off) lens aligned directly to any strong radiation sources (such as the sun, a laser beam or reflection)
is strictly prohibited, otherwise permanent damage will be caused to the thermal imager!
Caution -Thermal imagers must transported inside original package. No strong shaking or collision
during the transportation and usage of thermal imager.
Caution –The imager is recommended to keep inside original with environment of cool and dry,
ventilation without a strong electromagnetic.
Caution - Keep any part of imagers from greasy dirt and any chemicals.Please put on the lens cover
after use.
Caution-In order to prevent potential risks of data loss, please always copy data (backup) in the
computer.
Attention -Thermal imager may take 3-5 minutes ofwarm-up to accurately measure the temperatures.
Attention - Each thermal imager has been subjected to temperature calibration shipped out. It is
recommended that temperature calibration be carried out every year.
Caution -Please do not open or refit the machine. The maintenance and repairmen can only be carried
out by the authorized persons.

1.Brief Introduction
Thank you for choosing OMEGATI-120 3-in-1 infrared thermal imaging camera.
1.1 Package Contents
⚫Thermal imager (included Battery)
⚫Standard lens
⚫Lens cover
⚫Power adapter
⚫Smartphone
⚫USB –Micro-USB OTG cable
⚫USB –USB cable
⚫Strap
⚫User Manual
⚫Warranty card
⚫Calibration Certificate
⚫Rigid potable case

2.Introduction ofThermal Imaging Camera
1.2 Function Keys.
1. Smartphone (require to support OTG)
2. USB Data Port (when connect between smartphone and PC software - Omega TI Analyzer)
3. Adjustable hook for smartphone (upper)
4. OTG cable port
5. Smartphone connection port
6. Wrist band (upper)
7. Adjustable hook for smartphone (lower)
8. Wrist band (lower)
9. Tripod standard tapping hole 1/4-UNC-20
10. Model serial
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11. Shutter
12. Adjustable Focus Lens
13. LOGO
14. Digital Camera of the Smartphone
15. Product Model
16. External power interface (supporting charging and external power supply)
17. Manual focusing lens ring
18. Power indicator (red)
When the thermal imager is turned off and connected to the charger for charging, the indicator
lights up and automatically goes out when the electricity is full
When the thermal imager is turned on and the external power supply is connected, the power
indicator keeps on the normal state
19. Power indicator (green) (light is turned on under operation, or turned off)
20. Power button (press to turn on, press and hold to turn off)
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3. Quick Start
Please follow the following steps:
1. Before starting the thermal imager for the first time, charge the battery to full capacity
2. Connect smartphone and thermal imager with OTG cable
3. Carry the smartphone into the thermal imager holder
4. Press the power button to turn on the thermal imager
5. Manual focusing of the target
6. Press the shutter to capture picture
7. Click save
8. Download and install PC software OMEGA TI Analyzer
9. Install TI Analyzer software and related driver on PC
10. Start TI Analyzer professional analysis software
11. Connect the smartphone to PC using USB cable
12. Open the memory folder of the smartphone and find the thermal image file in IRs/Gallery to copy to
PC
13. Under the TI Analyzer software, in the Quick Collection Bar, right-click to add a thermal image
14. Double-click thermal image or full radiation thermal image video to open for analysis
15. For long-term online testing, connect thermal imager to PC using OTG cable
16. Open the thermal imager workspace in TI Analyzer
17. Click on the connection button, select USB+, and select the USB port number to connect thermal
imager
18. Full-radiation thermography video can be displayed, analyzed or recorded in real time
! Note: it is very important to adjust the focus. Inappropriate focusing will affect imaging clarity and
measurement accuracy.

4. Operational Guidelines
4.1 Summary of the Main Interface ofThermal Imager
4.1.1Main Interface Information ofTI Link
Turn on the thermal imager and connect to the smartphone. The following prompt will appear when you
first open TI Link APP. Please check “Use by default for this USB device” and click “OK”.
Start thermal imaging as follows:
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1. Measurement area: according to the setting of the highest and lowest temperature points and
emissivity of the whole picture, the highest and lowest temperature points and emissivity of the
temperature measuring area or temperature measuring line are displayed, and the temperature and
emissivity of the temperature measuring point are displayed
2. Blue inverted triangle icon: it represents the lowest temperature point of the whole screen,
and automatically captures the location of the lowest temperature point of the area/whole picture
3. The upper limit of temperature and width: the upper limit of temperature and width of the palette
ribbon can adjust the display effect of the screen
4. Electricity display: displaying the power of thermal imager
5. Red triangle icon: represents the highest temperature point of the full screen, and automatically
captures the location of the highest temperature point of the region/full picture
6. LOGO
7. Lower temperature width limit: the lower temperature width limit of the palette ribbon can adjust
the display effect of the screen
8. Palette ribbon: display the current palette, can intuitively display the corresponding relationship
between temperature and color
4.1.2Touch Screen Information
1. Measurement tool selection button (see 4.1.3 for detail)
2. Palette selection key (see 4.1.4 for detail)
3. Manual/Automatic temperature-width switching key (see 4.1.5 for detail)
4. System menu button (see 4.2 for detail)
5. Picture-in-picture/thermal picture switch button (see 4.1.7 for detail)
6. Photo/full radiation video recording switching key (see 4.1.8 for detail)
7. Photo button (see 4.4 for detail)
8. Library button (see 4.1.10 for detail)
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4.1.3 MeasurementTool Selection
4.1.3.1 Add MeasurementTool
Selection of measuremet too, click for opetions
➢Box measurement, click to add, move for appropriate position
➢Line measurement, click to add, move for appropriate position
➢Spot measurement, click to add, move for appropriate position
4.1.3.2 Movement / Zoom in(out) / Delete MeasurementTool
➢Click on any added measurement mark to drag and drop
➢Select added measurement box, drag the edge to zoom in/out of single side
➢Select added measurement box, drag the corner to zoom in/out of relative edge
➢Select added measurement line, drag to enlarge/narrow length
➢delete, click any added measurement mark to delete

4.1.3.3 Individual Emissivity Settings –Area Emissivity
➢Select added measurement mark
➢Click main interface for parameter setting button , click to enter
➢Parameter setting interface, click-、+、scroll to adjust emissivity
➢Select emissivity value for different material
➢Click “set” to finish setting, the information display area will be shown accordingly

4.1.3.3 Palate Selection
click to enter for palate preview
！Note: Palate only changes image color, no effect on temperature accuracy
4.1.5 Manual / AutoTemperatureWidth Switch
Auto Temperature Width
➢Under Auto Temperature Width, the upper and lower limits of the temperature will be automatically
adjusted

Manual Temperature Width
➢Under Manual Auto Temperature Width, the upper/lower temperature values are in grey shades,
slide the palette ribbon to adjust or click the value to lock

4.1.6 System Menu
System Menu
！Note: for detailed instruction, please follow 4.2 for detail
4.1.7 Picture in Picture / InfraredThermal Image Switch
Picture in picture/ infrared thermal image switch
infrared thermal image mode
picture in picture mode

➢LED fill light button
➢locked; ，unlocked to adjust with size, position and transparency (see 4.1.7.1 for detail)
➢picture-in-picture/thermal image switch button
➢photo shutting button, click to freeze (see 4.4.2 for detail)
➢gallery, click to enter (see 4.1.10 for detail)
4.1.7.1 Adjust the Coincidence andTransparency
click to unlock，control menu in detail
➢adjust thermal image position
➢adjust transparency
➢zoom in thermal image zoom out thermal image

4.1.8Thermal Image / Full RadiationThermal Video
thermal image shooting mode
full radiation thermal video recording mode
➢start to record stop to record
➢when recording is in progress, click to freeze frame (see 4.4.3 for detail)

4.1.8.1 Customized Full RadiationVideo Recording Frame Frequency
Frame frequency / interval setting button for customization
➢Tick to scroll for frame frequency from 1fps to 5 fps
4.1.8.2 Customized Full RadiationVideo Recording Interval
Frame frequency / interval setting button for customization
➢Tick to scroll for frame interval from 1 seconds to 59 minutes and 59 seconds

4.1.9Thermal Image Shooting
Shooting button, click to freeze frame (see 4.4 for detail)
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4.1.10 Gallery
click to view