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FLIR iXX series Manuals
Manuals and User Guides for FLIR iXX series. We have
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FLIR iXX series manual available for free PDF download: User Manual
FLIR iXX series User Manual (214 pages)
Brand:
FLIR
| Category:
Thermal cameras
| Size: 18.09 MB
Table of Contents
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
Power Connector
31
USB Connectors
32
Inserting and Removing Microsd™ Memory Cards
33
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
Choosing the Camera Mode
38
Adjusting the Camera Focus
39
Auto-Adjusting an Image
40
Adjusting an Image Manually
41
Increasing or Decreasing the Maximum Temperature Level
42
Increasing or Decreasing the Minimum Temperature Level
43
Changing both the Maximum and Minimum Temperature Levels at the same Time
44
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
Changing the Colors
62
Changing the Emissivity
63
Changing the Reflected Apparent Temperature
65
Changing the External Optics Correction
67
Changing Other Camera Settings
68
18 Power System
69
Installing the Battery
69
Removing the Battery
70
Charging the Battery
71
Using the Combined Power Supply and Battery Charger to Charge the Battery When It Is Inside the Camera
72
Using the Combined Power Supply and Battery Charger to Charge the Battery When It Is Outside the Camera
73
Using the Two-Bay Battery Charger to Charge the Battery
74
Turning on the Camera
75
Turning off the Camera
76
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
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