Summary of Contents for Omega Ti-120 Series
- Page 1 .tl:OMEGA User’s Guide Shop online at omega.com e-mail: info@omega.com For latest product manuals: omega. com/en-us/pdf-manuals Ti-120 Series 3-in-1 Infrared Thermal Imaging Camera...
- Page 2 Where Do I Find Everything I Need For Process Measurement and Control? OMEGA …Of Course! Shop online at omega.com TEMPERATURE ✓ Thermocouple, RTD & Thermistor Probes, Connectors, Panels & Assemblies ✓ Wire: Thermocouple, RTD & Thermistor ✓ Calibrators & Ice Point References ✓...
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Page 3: Table Of Contents
TABLE OF CONTENTS ! Warnings, caution and attention ............... 5 Brief Introduction ................6 1.1 Package Contents ............................6 Introduction of Thermal Imaging Camera ..........7 1.2 Function Keys..............................7 Quick Start ..................9 Operational Guidelines ..............10 4.1 Summary of the Main Interface of Thermal Imager ................. 10 4.1.1 Main Interface Information of TI Link .................... - Page 4 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 Long Time Full-Radiation Thermal Video ............... 46 4.8.5 How to Transfer Data from Thermal Imager to TI Analyzer ............. 46...
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Page 5: Warnings, Caution And Attention
! 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 or permanent loss of data. ... -
Page 6: Brief Introduction
1. Brief Introduction Thank you for choosing OMEGA TI-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 ⚫... -
Page 7: Introduction Of Thermal Imaging Camera
2. Introduction of Thermal 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. - Page 8 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 ...
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Page 9: Quick Start
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. -
Page 10: Operational Guidelines
4. Operational Guidelines 4.1 Summary of the Main Interface of Thermal Imager 4.1.1 Main Interface Information of TI 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:... -
Page 11: Touch Screen Information
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. -
Page 12: Measurement Tool Selection
4.1.3 Measurement Tool Selection 4.1.3.1 Add Measurement Tool 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 Measurement Tool ➢... - Page 13 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”...
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Page 14: Manual / Auto Temperature Width Switch
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 / Auto Temperature Width Switch Auto Temperature Width ➢ Under Auto Temperature Width, the upper and lower limits of the temperature will be automatically adjusted... - Page 15 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...
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Page 16: System Menu
4.1.6 System Menu System Menu ！Note: for detailed instruction, please follow 4.2 for detail 4.1.7 Picture in Picture / Infrared Thermal Image Switch Picture in picture/ infrared thermal image switch infrared thermal image mode picture in picture mode... - Page 17 ➢ LED fill light button ➢ ，unlocked to adjust with size, position and transparency (see 4.1.7.1 for detail) locked; ➢ 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 and Transparency click to unlock，...
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Page 18: Thermal Image / Full Radiation Thermal Video
4.1.8 Thermal Image / Full Radiation Thermal 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) - Page 19 4.1.8.1 Customized Full Radiation Video 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 Radiation Video Recording Interval Frame frequency / interval setting button for customization ➢...
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Page 20: Thermal Image Shooting
4.1.9 Thermal Image Shooting Shooting button, click to freeze frame (see 4.4 for detail) 4.1.10 Gallery click to view... - Page 21 ➢ Click selected image for preview (see 4.1.10.3 for detail) ➢ click to return ➢ image with “play” icon video ➢ abnormal image for faulty diagnose of the objective ➢ click to search gallery (see 4.1.10.2 for detail) ➢ refresh 4.1.10.1 Images for Multi-selection Press and hold for multi-selection mode ➢...
- Page 22 4.1.10.2 Image Search click to search images ➢ select by date ➢ select by scan ➢ search 4.1.10.3 Image Preview Click image from gallery to preview ➢ Scroll left-right for more images ➢ share images (see 4.1.10.4 for detail) ➢ on-site analyze mode, can analyze selected image (see 4.7 for detail) ➢...
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Page 23: System Menu
4.2 System Menu 4.2.1 System Menu Brief Introduction 1． nonuniformity correction； 2． to capture the highest and lowest temperature on the full screen 3． to correct the measurement parameters 4． for temperature measurement range selection 5． screen digital enlargement 6． color alarm 7．... -
Page 24: Full Screen Highest/Lowest Temperature Capture
4.2.3 Full Screen Highest/Lowest Temperature Capture triangle icon shows the highest temperature point, inverted triangle icon shows the lowest temperature position of the full screen Click to , to capture highest temperature point... - Page 25 Click to , to capture highest temperature point Click to , no temperature point will be captured ，recover for highest/lowest temperature points capture Click to...
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Page 26: Measurement Parameter Correction
4.2.4 Measurement Parameter Correction Measurement Parameter Correction 4.2.4.1 Emissivity Emissivity is the ratio of the energy radiated by the measured object to the energy radiated by the blackbody at the same temperature and wavelength. The value is between 0 and 1. ！Note: the emissivity of materials is one of the important parameters that affect whether the thermal imagercan accurately measure the temperature of the measured object... - Page 27 Emissivity for OMEGA TI-120 series includes full screen setting and regional setting. 1. Click on Emissivity icon 2. For customized material emissivity setting, click or scroll to adjust (0.01-1.0) 3. For known material, scroll menu to select emissivity value accordingly 4.
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Page 28: Relative Humidity
4.2.4.3 Environmental Temperature Environmental temperature refers to the atmospheric temperature Click to enter appopriate value to save ！Note：The environmental temperature value is usally default , set only when the value is higher than the actual ambient temperature 4.2.4.4 Relative Humidity Thermal imager can properly compensate the measurement error caused by humidity, setting relative humidity correctly is important Click... - Page 29 4.2.4.5 Measurement Distance Measuring distance refers to the distance between the target being measured and the lens of the thermal imager. This parameter is mainly used to compensate for the thermal radiation absorbed by the atmosphere between the target and the lens of the thermal imager. Click to enter appopriate distance value to save ！Note：for short distance and less than the furthest accurate measurement distance, the relative distance value is usually set as default...
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Page 30: Temperature Measurement Range Selection
4.2.4.7 Recommended Measurement Parameters If you are not sure which values to use for measuring parameters, the following values are recommended: Emissivity: 0.90 Reflection Temperature: 20℃ Environmental Temperature: 20℃ Relative Humidity: 50% Measuring Distance: 1.0m External Optical Transmittance: 1.0 4.2.5 Temperature Measurement Range Selection Click to select the temperature range to enter sub-menu. -
Page 31: Color Alarm (Isotherm)
➢ Zoom In ➢ Zoom Out ➢ Drag for quick zoom ➢ Close digital zoom function 4.2.7 Color Alarm (Isotherm) can set high/low temperature alarm Click color alarm button to enter Continuous click for high/low/close isotherm mode high temperature color alarm mode turns on... - Page 32 Click to adjust alarm temperature, color shown grey as default when the value is above set temperature low temperature color alarm mode turns on Click to adjust alarm temperature, color shown blue as default when the value is lower set temperature close color alarm mode...
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Page 33: System Setting
4.3 System Setting 4.3.1 Lens Choice For more lens choice, click to adjust for accurate measurement and appropriate temperature range... -
Page 34: Sound Alarm
4.3.2 Sound Alarm 4.3.2.1 High Temperature Alarm High Temperature Alarm: when temperature is higher than the set value threshold, sound alert is triggered closed open Click to enter appropriate value to save... -
Page 35: General
4.3.2.2 Low Temperature Alarm Low Temperature Alarm: when temperature is lower than the set value threshold, sound alert is triggered closed open Click to enter appropriate value to save 4.3.3 General... - Page 36 4.3.3.1 Temperature Unit Click to enter 4.3.3.2 Test Distance Unit Click to enter 4.3.3.3 Super Resolution ！Note: OMEGA TI-120 series partial model support this function, see specification for detail...
- Page 37 4.3.3.4 Automatic Power Off When turned on, thermal imager will be automatically shut down after 8 minutes standby 4.3.3.5 Keep Screen On 4.3.3.6 Restore All Settings ！Note: If you forget to modify the parameters somewhere during the testing process and affect the imaging effect and temperature measurement accuracy, you can use this method to restore the parameters to the factory default settings, which can immediately restore the parameters in the equipment to the factory default state.
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Page 38: About
4.3.4 About This interface displays the flowing contents: 1. Current version of TI Link 2. APP upgrade 3. Current connected thermal imager model 4. Current connected thermal imager firmware version 5. Current connected thermal imager serial number... -
Page 39: Image Freeze
4.4 Image Freeze The operation of image freezing interface includes the following 3 modes: 1. Freeze in thermal imaging mode 2. Freeze in picture-in-picture mode 3. Freeze in full radiation thermal video mode 4.4.1 Freeze in Thermal Imaging Mode target area selection for intelligent temperature and width adjustment function, see 4.6 for detail voice annotation, click to record/play, directly link to select thermal image, see 4.5.1 for detail text annotation, click to add/edit, directly link to select thermal image, see 4.5.2 for detail label editing, click to scan QR code to link, see 4.5.3 for detail... -
Page 40: Freeze In Picture-In-Picture Mode
4.4.2 Freeze in Picture-in-Picture Mode target area selection for intelligent temperature and width adjustment function, see 4.6 for detail voice annotation, click to record/play, directly link to select thermal image, see 4.5.1 for detail text annotation, click to add/edit, directly link to select thermal image, see 4.5.2 for detail label editing, click to scan QR code to link, see 4.5.3 for detail object is under normal condition object is defect... -
Page 41: Voice Annotation
text annotation, click to add/edit, directly link to select thermal image, see 4.5.2 for detail label annotation, click to scan QR code to link, see 4.5.3 for detail save close or return 4.5.1 Voice Annotation voice annotation Support earphone, Bluetooth or microphone for voice annotation Press and hold to speak, click “Confirm”... -
Page 42: Defect Mark
4.5.5 Defect Mark ； normal mode, click to turn in defect mark defect mark of selected image All images with defect mark will be shown in gallery 4.6 Regional Intelligent Temperature Width Function To adjust temperature width for specific area, use manual temperature width adjustment function, or, use intelligent temperature width adjustment function, which can quickly display the defect part and small temperature difference, gives quick diagnosis result 1. -
Page 43: Analysis Interface
4.7 Analysis Interface Images can be analyzed directly on TI Link APP, it is helpful for on-site diagnosis The operation of analysis interface includes the following 3 modes: 4. Analysis in thermal imaging mode 5. Analysis in picture-in-picture mode 6. Analysis in full radiation thermal video mode 4.7.1 Analysis in Thermal Image Mode Click to enter... -
Page 44: Analysis In Picture-In-Picture Mode
4.7.2 Analysis in Picture-in-Picture Mode Click to enter Go Back, click to return save Measurement tool, see 4.1.3 for detail color palette, see 4.1.4 for detail auto/manual temperature width adjustment, see 4.1.5 for detail measurement parameter, see 4.2.4 for detail highest/lowest temperature capture for full screen, see 4.2.3 for detail image annotation, see 4.5.1, 4.5.2, 4.5.3 for detail lock/unlock picture-in-picture, see 4.1.7.1 for detail... -
Page 45: Analysis In Full-Radiation Thermal Video Mode
4.7.3 Analysis in Full-Radiation Thermal Video Mode Click to enter Go Back, click to return save Measurement tool, see 4.1.3 for detail color palette, see 4.1.4 for detail auto/manual temperature width adjustment, see 4.1.5 for detail measurement parameter, see 4.2.4 for detail highest/lowest temperature capture for full screen, see 4.2.3 for detail image annotation, see 4.5.1, 4.5.2, 4.5.3 for detail Play/Stop... -
Page 46: Ti Analyzer Professional Analysis Software
4.8 TI Analyzer Professional Analysis Software 4.8.1 How to Download Please find on www.omega.com 4.8.2 How to Install Please refer to TI Analyzer Installation Manual 4.8.3 How to Use Please refer to TI Analyzer User Manual 4.8.4 How to Record Long Time Full-Radiation Thermal Video Please refer to TI Analyzer User Manual 4.8.5 How to Transfer Data from Thermal Imager to TI Analyzer... - Page 47 OMEGA be liable for consequential, incidental or special damages. CONDITIONS: Equipment sold by OMEGA is not intended to be used, nor shall it be used: (1) as a "Basic Component" under 10 CFR 21 (NRC), used in or with any nuclear installation or activity;...
- Page 48 Fax: (203) 359-7700 e-mail: info@omega.com For Other Locations Visit omega.com/worldwide The infonnatioo contained in this document is believed to be correct, but OMEGA accepts no liability for any errors it contains. and re· s. erve:s the right to alter specifications without notice.