FLIR i series Manuals

Manuals and User Guides for FLIR i series. We have 2 FLIR i series manuals available for free PDF download: User Manual, Getting Started Manual

FLIR i series User Manual (214 pages)

Brand: FLIR | Category: Thermal cameras | Size: 18.09 MB

Table of Contents
7
1 Warnings & Cautions

13
2 Notice to User

15
3 Customer Help

16
4 Documentation Updates

17
5 Important Note about this Manual

18
6 Quick Start Guide

19
7 Parts Lists

20
- Contents of the Transport Case
  20
- List of Accessories
  21
8 Camera Parts and Indicators

22
- Camera Parts
  22
- Keypad and LCD
  24
- Power Indicator
  25
- Battery Condition Indicator
  26
- Laser Pointer
  27
9 Screen Elements

29
10 Connectors and Storage Media

31
11 Pairing Bluetooth® Devices

34
12 Fetching Data from External Extech® Meters

35
- Typical Moisture Measurement and Documentation Procedure
  37
13 Choosing Camera Modes and Adjusting Images

38
14 Working with Measurements

45
- Measuring a Temperature Using a Spotmeter
  45
- Measuring a Temperature Using an Area
  46
15 Working with Alarms

47
- Setting a Color Alarm
  47
- Setting a Dewpoint Alarm
  48
- Setting an Insulation Alarm
  49
16 Working with Files

50
- Saving an Image
  50
- Opening an Image
  52
- Deleting an Image
  53
- Deleting All Images
  54
- Adding a Voice Annotation to an Image
  55
- Playing Back a Voice Annotation
  56
- Deleting a Voice Annotation
  57
- Moving Images to a PC
  58
- Copying an Image to an External USB Drive
  60
- Copying All Images to an External USB Drive
  61
17 Changing Camera Settings

62
18 Power System

69
19 Cleaning the Camera

77
- Camera Housing, Cables, and Other Items
  77
- Infrared Lens
  78
20 Technical Data

79
21 Pin Configurations

80
22 Dimensions

81
- Camera
  81
- Battery
  85
- Two-Bay Battery Charger
  86
- Two-Bay Battery Charger with Battery
  87
23 Application Examples

88
- Moisture & Water Damage
  88
- Faulty Contact in Socket
  89
- Oxidized Socket
  90
- Insulation Deficiencies
  91
- Draft
  92
24 Introduction to Building Thermography

93
- Important Note
  93
- Typical Field Investigations
  93
  - Guidelines
    93
    
    General Guidelines
    93
    
    Guidelines for Moisture Detection, Mold Detection & Detection of Water Damages
    94
    
    Guidelines for Detection of Air Infiltration & Insulation Deficiencies
    94
  - About Moisture Detection
    95
  - Moisture Detection (1): Low-Slope Commercial Roofs
    95
    
    General Information
    95
    
    Safety Precautions
    96
    
    Commented Building Structures
    97
    
    Commented Infrared Images
    98
  - Moisture Detection (2): Commercial & Residential Façades
    100
    
    General Information
    100
    
    Commented Building Structures
    100
    
    Commented Infrared Images
    102
  - Moisture Detection (3): Decks & Balconies
    102
    
    General Information
    102
    
    Commented Building Structures
    103
    
    Commented Infrared Images
    105
  - Moisture Detection (4): Plumbing Breaks & Leaks
    105
    
    General Information
    105
    
    Commented Infrared Images
    106
  - Air Infiltration
    108
    
    General Information
    108
    
    Commented Building Structures
    108
    
    Commented Infrared Images
    110
  - Insulation Deficiencies
    111
    
    General Information
    111
    
    Commented Building Structures
    111
    
    Commented Infrared Images
    113
- Theory of Building Science
  115
  - General Information
    115
  - The Effects of Testing and Checking
    116
  - Sources of Disruption in Thermography
    117
  - Surface Temperature and Air Leaks
    119
    
    Pressure Conditions in a Building
    119
  - Measuring Conditions & Measuring Season
    125
  - Interpretation of Infrared Images
    125
  - Humidity & Dew Point
    127
    
    Relative & Absolute Humidity
    127
    
    Definition of Dew Point
    128
  - Excerpt from Technical Note 'Assessing Thermal Bridging and Insulation Continuity' (UK Example)
    128
    
    Credits
    128
    
    Introduction
    129
    
    Background Information
    129
    
    Quantitative Appraisal of Thermal Anomalies
    130
    
    Conditions and Equipment
    133
    
    Survey and Analysis
    134
    
    Reporting
    135
- Disclaimer
  137
  - Copyright Notice
    137
  - Training & Certification
    137
  - National or Regional Building Codes
    137
25 Introduction to Thermographic Inspections of Electrical Installations

138
- Important Note
  138
- General Information
  138
  - Introduction
    138
  - General Equipment Data
    139
  - Inspection
    140
  - Classification & Reporting
    140
  - Priority
    141
  - Repair
    141
  - Control
    142
- Measurement Technique for Thermographic Inspection of Electrical Installations
  143
  - How to Correctly Set the Equipment
    143
  - Temperature Measurement
    143
  - Comparative Measurement
    145
  - Normal Operating Temperature
    146
  - Classification of Faults
    147
- Reporting
  149
- Different Types of Hot Spots in Electrical Installations
  151
  - Reflections
    151
  - Solar Heating
    151
  - Inductive Heating
    152
  - Load Variations
    152
  - Varying Cooling Conditions
    153
  - Resistance Variations
    154
  - Overheating in One Part as a Result of a Fault in Another
    154
- Disturbance Factors at Thermographic Inspection of Electrical Installations
  156
  - Wind
    156
  - Rain and Snow
    156
  - Distance to Object
    157
  - Object Size
    158
- Practical Advice for the Thermographer
  160
  - From Cold to Hot
    160
  - Rain Showers
    160
  - Emissivity
    160
  - Reflected Apparent Temperature
    161
  - Object too Far Away
    161
26 About FLIR Systems

162
- More than Just an Infrared Camera
  163
- Sharing Our Knowledge
  163
- Supporting Our Customers
  163
- A few Images from Our Facilities
  164
27 Glossary

166
28 Thermographic Measurement Techniques

170
- Introduction
  170
- Emissivity
  170
  - Finding the Emissivity of a Sample
    171
    
    Step 1: Determining Reflected Apparent Temperature
    171
    
    Step 2: Determining the Emissivity
    173
- Reflected Apparent Temperature
  174
- Distance
  174
- Relative Humidity
  174
- Other Parameters
  174
29 History of Infrared Technology

175
30 Theory of Thermography

179
- Introduction
  179
- The Electromagnetic Spectrum
  179
- Blackbody Radiation
  180
  - Planck's Law
    181
  - Wien's Displacement Law
    182
  - Stefan-Boltzmann's Law
    184
  - Non-Blackbody Emitters
    185
- Infrared Semi-Transparent Materials
  187
31 The Measurement Formula

189
32 Emissivity Tables

195
- References
  195
- Important Note about the Emissivity Tables
  195
- Tables
  196

FLIR i series Getting Started Manual (116 pages)

Brand: FLIR | Category: Laboratory Equipment | Size: 7.18 MB

FLIR Categories

Thermal cameras

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More FLIR Manuals

FLIR i series Manuals

FLIR i series User Manual (214 pages)

Table of Contents

1 Warnings & Cautions

2 Notice to User

3 Customer Help

4 Documentation Updates

5 Important Note about this Manual

6 Quick Start Guide

7 Parts Lists

8 Camera Parts and Indicators

9 Screen Elements

10 Connectors and Storage Media

11 Pairing Bluetooth® Devices

12 Fetching Data from External Extech® Meters

13 Choosing Camera Modes and Adjusting Images

14 Working with Measurements

15 Working with Alarms

16 Working with Files

17 Changing Camera Settings

18 Power System

19 Cleaning the Camera

20 Technical Data

21 Pin Configurations

22 Dimensions

23 Application Examples

24 Introduction to Building Thermography

25 Introduction to Thermographic Inspections of Electrical Installations

26 About FLIR Systems

27 Glossary

28 Thermographic Measurement Techniques

29 History of Infrared Technology

30 Theory of Thermography

31 The Measurement Formula

32 Emissivity Tables

FLIR i series Getting Started Manual (116 pages)

Table of Contents

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