FLIR ETS320 - Page 22

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Handling the camera unit8

6. Remove the two screws that hold the bracket to the camera unit.

7. Remove the two screws that hold the bracket to the camera unit.

8. Remove the bracket from the camera unit.

#T810252; r. AA/41997/41997; en-US

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Default Chapter2
- Table of Contents2
1 Disclaimers6
- Legal Disclaimer6
- Usage Statistics6
- Changes to Registry6
- Government Regulations6
- Copyright6
- Quality Assurance6
- Patents6
- EULA Terms6
- EULA Terms7
2 Safety Information8
3 Notice to User10
- User-To-User Forums10
- Calibration10
- Accuracy10
- Disposal of Electronic Waste10
- Training10
- Documentation Updates10
- Important Note about this Manual11
- Note about Authoritative Versions11
4 Customer Help12
- General12
- Submitting a Question12
- Downloads13
5 Introduction14
- General Description14
- Benefits14
- Key Features14
6 Quick Start Guide15
- Procedure15
7 Description16
- View from the Front16
  - Explanation16
  - Figure16
- View from the Rear17
  - Explanation17
  - Figure17
- USB Connector18
- Screen Elements18
  - Explanation18
  - Figure18
8 Handling the Camera Unit19
- Charging the Battery19
  - Charging the Battery Using the FLIR Power Supply19
  - Charging the Battery Using a USB Cable Connected to a Computer19
- Turning on and Turning off the Camera19
- Adjusting the Position of the Camera Unit20
- Removing the Stand Mount from the Camera Unit20
  - Procedure23
9 Operation23
- Saving an Image23
- Recalling an Image23
- Deleting an Image23
  - Procedure24
- Deleting All Images24
  - General24
- Measuring a Temperature Using a Spotmeter24
- Measuring the Hottest Temperature Within an Area24
- Measuring the Coldest Temperature Within an Area25
  - General25
  - Procedure25
- Hiding Measurement Tools25
- Changing the Color Palette25
- Working with Color Alarms25
  - Image Examples25
- Changing the Temperature Scale Mode26
- Setting the Emissivity as a Surface Property27
  - General27
  - Procedure28
- Setting the Emissivity as a Custom Material28
  - General28
- Changing the Emissivity as a Custom Value28
- Changing the Reflected Apparent Temperature29
  - General29
  - Procedure29
- Performing a Non-Uniformity Correction (NUC)29
- Changing the Settings30
  - General30
  - Procedure30
- Updating the Camera30
  - Procedure31
10 Technical Data32
- Online Field-Of-View Calculator32
- Note about Technical Data32
- Note about Authoritative Versions32
- Flir Ets32033
11 Mechanical Drawings40
12 Cleaning the Camera40
- Camera Housing, Cables, and Other Items40
- Infrared Lens40
- Cleaning the Camera41
13 About FLIR Systems42
- More than Just an Infrared Camera43
- Sharing Our Knowledge44
- Supporting Our Customers44
14 Terms, Laws, and Definitions45
15 Thermographic Measurement Techniques47
- Introduction47
- Emissivity47
  - Finding the Emissivity of a Sample47
  - Thermographic Measurement Techniques48
- Reflected Apparent Temperature51
- Distance51
- Relative Humidity51
- Other Parameters51
16 The Secret to a Good Thermal Image52
- Introduction52
- Background52
- A Good Image52
- The Three Unchangeables-The Basis for a Good Image53
- The Changeables-Image Optimization and Temperature Measurement56
- Taking Images-Practical Tips57
- Conclusion58
17 About Calibration59
- Introduction59
- Definition-What Is Calibration59
- Camera Calibration at FLIR Systems59
- The Differences between a Calibration Performed by a User and that Performed Directly at FLIR Systems60
- Calibration, Verification and Adjustment60
- Non-Uniformity Correction61
- Thermal Image Adjustment (Thermal Tuning)61
18 History of Infrared Technology62
- History of Infrared Technology63
19 Theory of Thermography65
- Introduction65
- The Electromagnetic Spectrum65
- Blackbody Radiation66
- Infrared Semi-Transparent Materials72
20 The Measurement Formula73
- The Measurement Formula74
21 Emissivity Tables77
- References77
- Tables77
- Emissivity Tables78

FLIR ETS320 - Page 22

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