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FLIR
IP Camera
i5
FLIR i5 User Manual
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Comment
Infrared
image
Insulation
deficiencies
in
an
intermediate
floor
structure.
The
deficiency
may
be
due
to
either
missing
insulation
batts
or
improperly
installed
in-
sulations
batts
(air
pockets).
10553503;a1
Publ.
No.
T559382
Rev
.
a358
–
ENGLISH
(EN)
–
June
23,
2009
71
16
–
Introduction
to
building
thermography
80
82
Table of Contents
Default Chapter
7
Table of Contents
7
1 Warnings & Cautions
11
2 Notice to User
13
3 Customer Help
14
4 Documentation Updates
15
5 Important Note about this Manual
16
6 Quick Start Guide
17
7 Packing List
19
8 Camera Parts
20
9 Screen Elements
23
10 Connectors and Storage Media
25
11 Using the Camera
26
Installing the Battery
26
Charging the Battery
27
Saving an Image
29
Recalling an Image
30
Opening the Image Archive
31
Deleting an Image
32
Deleting All Images
33
Measuring a Temperature Using a Spotmeter
34
Measuring a Temperature Using an Area
35
Marking All Areas above or below a Set Temperature Level
36
Changing the Color Palette
37
Changing the Settings
38
Changing the Image Mode
39
Setting the Surface Properties
40
Changing the Emissivity
41
Changing the Reflected Apparent Temperature
42
Resetting the Camera
43
Finding the Serial Number of the Camera
44
12 Cleaning the Camera
45
Camera Housing, Cables, and Other Items
45
Infrared Lens
46
13 Technical Data
47
Camera Data
47
Additional Data
50
Accessories Data
52
14 Dimensions
53
Camera (Front)
53
Camera (Side)
54
15 Application Examples
55
Moisture & Water Damage
55
Faulty Contact in Socket
56
Oxidized Socket
57
Insulation Deficiencies
58
Draft
59
16 Introduction to Building Thermography
60
Important Note
60
Typical Field Investigations
60
Guidelines
60
General Guidelines
60
Guidelines for Moisture Detection, Mold Detection & Detection of Water Damages
61
Guidelines for Detection of Air Infiltration & Insulation Deficiencies
61
About Moisture Detection
62
Moisture Detection (1): Low-Slope Commercial Roofs
62
General Information
62
Safety Precautions
63
Commented Building Structures
64
Commented Infrared Images
65
Moisture Detection (2): Commercial & Residential Façades
67
General Information
67
Commented Building Structures
67
Commented Infrared Images
69
Moisture Detection (3): Decks & Balconies
69
General Information
69
Commented Building Structures
70
Commented Infrared Images
72
Moisture Detection (4): Plumbing Breaks & Leaks
72
General Information
72
Commented Infrared Images
73
Air Infiltration
75
General Information
75
Commented Building Structures
75
Commented Infrared Images
77
Insulation Deficiencies
78
General Information
78
Commented Building Structures
78
Commented Infrared Images
80
Theory of Building Science
82
General Information
82
The Effects of Testing and Checking
83
Sources of Disruption in Thermography
84
Surface Temperature and Air Leaks
86
Pressure Conditions in a Building
86
Measuring Conditions & Measuring Season
92
Interpretation of Infrared Images
92
Humidity & Dew Point
94
Relative & Absolute Humidity
94
Definition of Dew Point
95
Excerpt from Technical Note 'Assessing Thermal Bridging and Insulation Continuity' (UK Example)
95
Credits
95
Introduction
96
Background Information
96
Quantitative Appraisal of Thermal Anomalies
97
Conditions and Equipment
100
Survey and Analysis
101
Reporting
102
Disclaimer
104
Copyright Notice
104
Training & Certification
104
National or Regional Building Codes
104
17 Introduction to Thermographic Inspections of Electrical Installations
105
Important Note
105
General Information
105
Introduction
105
General Equipment Data
106
Inspection
107
Classification & Reporting
107
Priority
108
Repair
108
Control
109
Measurement Technique for Thermographic Inspection of Electrical Installations
110
How to Correctly Set the Equipment
110
Temperature Measurement
110
Comparative Measurement
112
Normal Operating Temperature
113
Classification of Faults
114
Reporting
116
Different Types of Hot Spots in Electrical Installations
118
Reflections
118
Solar Heating
118
Inductive Heating
119
Load Variations
119
Varying Cooling Conditions
120
Resistance Variations
121
Overheating in One Part as a Result of a Fault in Another
121
Disturbance Factors at Thermographic Inspection of Electrical Installations
123
Wind
123
Rain and Snow
123
Distance to Object
124
Object Size
125
Practical Advice for the Thermographer
127
From Cold to Hot
127
Rain Showers
127
Emissivity
127
Reflected Apparent Temperature
128
Object too Far Away
128
18 About FLIR Systems
129
More than Just an Infrared Camera
130
Sharing Our Knowledge
130
Supporting Our Customers
130
A few Images from Our Facilities
131
19 Glossary
133
20 Thermographic Measurement Techniques
137
Introduction
137
Emissivity
137
Finding the Emissivity of a Sample
138
Step 1: Determining Reflected Apparent Temperature
138
Step 2: Determining the Emissivity
140
Reflected Apparent Temperature
141
Distance
141
Relative Humidity
141
Other Parameters
141
21 History of Infrared Technology
142
22 Theory of Thermography
146
Introduction
146
The Electromagnetic Spectrum
146
Blackbody Radiation
147
Planck's Law
148
Wien's Displacement Law
149
Stefan-Boltzmann's Law
151
Non-Blackbody Emitters
152
Infrared Semi-Transparent Materials
154
23 The Measurement Formula
156
24 Emissivity Tables
162
References
162
Important Note about the Emissivity Tables
162
Tables
163
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FLIR i5 Specifications
General
Brand
FLIR
Model
i5
Category
IP Camera
Language
English
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