Home
FLIR
Thermal cameras
ETS320
FLIR ETS320 User Manual
5
of 1
of 1 rating
89 pages
Give review
Manual
Specs
To Next Page
To Next Page
To Previous Page
To Previous Page
Loading...
Thermographic
measurement
techniques
15
15.2.1.1.1
Method
1:
Direct
method
Follow
this
procedure:
1.
Look
for
possible
reflection
sources,
considering
that
the
incident
angle
=
reflection
an-
gle
(a
=
b).
Figure
15.1
1
=
Reflection
source
2.
If
the
reflection
source
is
a
spot
source,
modify
the
source
by
obstructing
it
using
a
piece
if
cardboard.
Figure
15.2
1
=
Reflection
source
#T810252;
r
.
AA/41997/41997;
en-US
44
1.888.475.5235
info@FLIR-Dir
ect.com
F
L
I
R
-
D
I
R
E
C
T
.
c
o
m
47
49
Table of Contents
Default Chapter
2
Table of Contents
2
1 Disclaimers
6
Legal Disclaimer
6
Usage Statistics
6
Changes to Registry
6
Government Regulations
6
Copyright
6
Quality Assurance
6
Patents
6
EULA Terms
6
EULA Terms
7
2 Safety Information
8
3 Notice to User
10
User-To-User Forums
10
Calibration
10
Accuracy
10
Disposal of Electronic Waste
10
Training
10
Documentation Updates
10
Important Note about this Manual
11
Note about Authoritative Versions
11
4 Customer Help
12
General
12
Submitting a Question
12
Downloads
13
5 Introduction
14
General Description
14
Benefits
14
Key Features
14
6 Quick Start Guide
15
Procedure
15
7 Description
16
View from the Front
16
Explanation
16
Figure
16
View from the Rear
17
Explanation
17
Figure
17
USB Connector
18
Screen Elements
18
Explanation
18
Figure
18
8 Handling the Camera Unit
19
Charging the Battery
19
Charging the Battery Using the FLIR Power Supply
19
Charging the Battery Using a USB Cable Connected to a Computer
19
Turning on and Turning off the Camera
19
Adjusting the Position of the Camera Unit
20
Explanation
20
Figure
20
Procedure
20
Removing the Stand Mount from the Camera Unit
20
Procedure
23
9 Operation
23
Saving an Image
23
General
23
Image Capacity
23
Naming Convention
23
Recalling an Image
23
Deleting an Image
23
Procedure
24
Deleting All Images
24
General
24
Measuring a Temperature Using a Spotmeter
24
Measuring the Hottest Temperature Within an Area
24
Measuring the Coldest Temperature Within an Area
25
General
25
Procedure
25
Hiding Measurement Tools
25
Changing the Color Palette
25
Working with Color Alarms
25
Image Examples
25
Changing the Temperature Scale Mode
26
General
26
When to Use Manual Mode
27
Procedure
27
Setting the Emissivity as a Surface Property
27
General
27
Procedure
28
Setting the Emissivity as a Custom Material
28
General
28
Changing the Emissivity as a Custom Value
28
Changing the Reflected Apparent Temperature
29
General
29
Procedure
29
Performing a Non-Uniformity Correction (NUC)
29
Changing the Settings
30
General
30
Procedure
30
Updating the Camera
30
Procedure
31
10 Technical Data
32
Online Field-Of-View Calculator
32
Note about Technical Data
32
Note about Authoritative Versions
32
Flir Ets320
33
11 Mechanical Drawings
40
12 Cleaning the Camera
40
Camera Housing, Cables, and Other Items
40
Liquids
40
Equipment
40
Procedure
40
Infrared Lens
40
Cleaning the Camera
41
13 About FLIR Systems
42
More than Just an Infrared Camera
43
Sharing Our Knowledge
44
Supporting Our Customers
44
14 Terms, Laws, and Definitions
45
15 Thermographic Measurement Techniques
47
Introduction
47
Emissivity
47
Finding the Emissivity of a Sample
47
Thermographic Measurement Techniques
48
Reflected Apparent Temperature
51
Distance
51
Relative Humidity
51
Other Parameters
51
16 The Secret to a Good Thermal Image
52
Introduction
52
Background
52
A Good Image
52
The Three Unchangeables-The Basis for a Good Image
53
Focus
53
Temperature Range
54
Image Detail and Distance from the Object
55
The Changeables-Image Optimization and Temperature Measurement
56
Level and Span
56
Palettes and Isotherms
56
Object Parameters
57
Taking Images-Practical Tips
57
Conclusion
58
17 About Calibration
59
Introduction
59
Definition-What Is Calibration
59
Camera Calibration at FLIR Systems
59
The Differences between a Calibration Performed by a User and that Performed Directly at FLIR Systems
60
Calibration, Verification and Adjustment
60
Non-Uniformity Correction
61
Thermal Image Adjustment (Thermal Tuning)
61
18 History of Infrared Technology
62
History of Infrared Technology
63
19 Theory of Thermography
65
Introduction
65
The Electromagnetic Spectrum
65
Blackbody Radiation
66
Theory of Thermography
66
Planck's Law
67
Wien's Displacement Law
68
Stefan-Boltzmann's Law
69
Non-Blackbody Emitters
70
Infrared Semi-Transparent Materials
72
20 The Measurement Formula
73
The Measurement Formula
74
21 Emissivity Tables
77
References
77
Tables
77
Emissivity Tables
78
5
Based on 1 rating
Ask a question
Give review
Questions and Answers:
Need help?
Do you have a question about the FLIR ETS320 and is the answer not in the manual?
Ask a question
FLIR ETS320 Specifications
General
Brand
FLIR
Model
ETS320
Category
Thermal cameras
Language
English
Related product manuals
FLIR E54
134 pages
FLIR E96
115 pages
FLIR E60
183 pages
FLIR E75
328 pages
FLIR E40
183 pages
FLIR E86
134 pages
FLIR E50
183 pages
FLIR E95
278 pages
FLIR E76
134 pages
FLIR E series
216 pages
FLIR E96-24-42
134 pages
FLIR ONE Edge Series
6 pages
To Next PageTo Next PageTo Previous PageTo Previous Page
Loading...
Need help?
General
