MRC IR-CAM-160-P4 User manual

IR-CAM-160-P4
Infrared Body Surface Temperature Rapid
Screening Camera (Thermal Imaging Camera)
User Manual
PLEASE READ THIS MANUAL CAREFULLY BEFORE OPERATION
3, Hagavish st. Israel 58817 Tel: [phone], Fax: [phone]
[email protected]
MRC. 3.20

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用 户
Dear Users,
Thanks for choosing the Online Monitoring Thermal
Imaging Cores.
Please read this user manual carefully before first use.
Also please keep it in a safe place for reference in the
future.
Please operate it according to the recommended
instructions in user manual.
We reserve the right to change this user manual
without further notice.
To Users

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CAUT ION S
In order not to cause malfunctions or even damages
for the device, please do not direct the lens towards
strong high-temperature radiation source (i.e. the sun)
regardless of the power is on or off!
Avoid shock and impact during operation or
transport.
Device must be kept in the original case during
transport and storage. Storage temperature is
between -40℃and 70℃.
Please keep it in a cool, dry, ventilated, and without
strong electrical or magnetic field place.
Keep the lens surface off grease or any chemical
substances that would damage the lens. Close the lid
after using.
WARNING
KEEP THE CORE FROM DAMP OR RAIN!
DO NOT OPEN OR EXCHANGE PARTS!
REPAIR ONLY CAN BE CONDUCTED BY OUR STUFF!

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1. Introduction..............................................................................1
2. Power supply............................................................................2
3. The configuration & Accessories..................................... 2
3.1 The configuration...........................................................2
3.2 The Accessories...............................................................3
3.3 The Installation................................................................6
3.4 Core Structure................................................................. 7
4. Technical Specifications.......................................................9
5. IRX Software Operation.....................................................11
5.1. System Requirements................................................11
5.2 Open the Application................................................. 11
5.3 Thermal Imaging Camera Setting........................... 12
5.4 Function Area Operation........................................... 16
5.5 The Highest Temperature Trend Chart................. 20
5.6 Histogram.......................................................................23
5.7 Iso show & Palette.......................................................23
5.8 Video Setup................................................................... 24
5.8 Language........................................................................24
6. Appendix: The Emissivity of Raw Materials.............. 25
7. Technical Support................................................................ 27
Content

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1. Introduction
It is the Thermal Imaging Core. It is equipped with
Uncooled Focal Plane Array (FPA) Micro-bolometer which can
produce intuitive thermal images for users by conveying the
infrared ray of objects. And it applies IVE image enhancement
algorithm to produce clear images. Besides, the Ethernet RJ45
interface is used for video transmitting or controlling, and the
SMA analog video interface is used for displaying the analog
image.
The Thermal Imaging Cores are packed with advanced
features, such as low power consumption, low noise, small size,
light weight and high resolution colored images. The cores can
be applied in various products, such as vehicles, ships, planes,
sights, telescopes, cameras and so on.
Standard Item List:
Item
Quantity
Configuration
Notes
Thermal Imaging Core
1
√
Standard
Software CD
1
√
Standard
Video cable of SMA to
BNC
1
√
Standard
2P Junctor
1
√
Standard

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2. Power supply
The recommended power supply is DC 12V/2A. And the
range of power supply is between 10V to 14V.
The cores are equipped with protection of over-voltage and
over low voltage. And it has the protection of reverse
connection.
3. The configuration & Accessories
3.1 The configuration
Figure 3-1
Core: Thermal Imaging Core which is equipped with UFPA
thermal detector. Users can control the core by Ethernet
RJ45 interface.
Lens: There are three kinds of fixed-focus lens optional,
the 6.2mm lens, the 15mm lens and the 25mm lens.
Mounting Hole: According to needs, users can connect
the core to other device by the mounting hole.

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3.2 The Accessories
Figure 3-2
SMA Video: The interface of SMA Video. It can display the
analog images. The Pins from the left to the right are Pin1
to Pin10.
RJ45 Internet: The interface of Ethernet RJ45. It has many
functions, such as video transmitting, core controlling and
software updating.
Power Supply: The interface of power supply. The
recommended power supply is 12V DC.

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Industrial Terminal: There are many functions. For
example, it is available for RS232 pin and Reserved I/0 pin.
And it has the alarm function. According to needs, users
can connect the core to other device by the mounting hole.
Transfer SMA to BNC: It is compatible with SMA Video.
Micro SD Card (built-in): It can increase the memory of
the cores to record more pictures and videos.
The definitions of all industrial terminals:
No.
Identifications
Pin Functions
PIN1
Power
Isolate power input
PIN2
GND
Isolate ground
PIN3
PC_TXD
RS232
PIN4
PC_RXD
PIN5
GND
PIN6
485_D-
RS485
PIN7
485_D+
PIN8
GND
PIN9
ALAM_IN
I/O
PIN10
ALAM_OUT

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Notes：
（1）Power Input: 10V~14V.
（2）AV Video Output Mode: PAL and NTSC are both
available.
（3）Polarity switching is also for the color bar switching.
（4）Zoom ratio: 1X, 2X, 4X.
（5）Trigger the Video PIN, start recording video.
Trigger the Video Pin again, stop recording.
（6）Trigger the Motorized focus PIN, start motorized
focusing.
Trigger the Motorized focus PIN again, stop
motorized focusing.
（7）The PWM square wave reference figure as below.
Period 20ms
Voltage high levels are:
1.0 ms Mode 1
1.5 ms Mode default
2.0 ms Mode 2

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3.3 The Installation
Figure 3-3
UNC 1/4-20 Threaded Hole: It can be fixed in tripod or
others bracket.
2*M3 Threaded Hole: It can be fixed in tripod or others
bracket. There are 6 holes in total, 2 in bottom, 2 in left and
2 in right side.

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3.4 Core Structure
Figure 3-4 (384×288)

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Figure 3-4 (640x480)

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4. Technical Specifications
Detector
Data
Type
Uncooled FPA detector
IR Resolution
384×288
Pixel Pitch
17μm
Spectral Range
7.5~14μm
NETD
80mk
Lens Data
Focus
Auto/Motor
FOV
24°×18°
IFOV
1.13mrad
Lens
15mm lens
Image
Image Enhancement
IVE image enhancement algorithm
Frequency
50Hz/60Hz
Electronic Zoom
2×, 4×
Palette
10 optional colors (white-hot, black-hot、
rainbow and so on)
Temp Range
＋30℃~＋45℃
Temp Accuracy
±0.5℃
Temp Correction
Auto
Tracking of Highest
Temp
Real-time displaying of location and temp
of highest temperature
Emissivity Correction
0.01 to 1.0 adjustable, auto correcting
according to the inputted emissivity and
ambient temperature
Ambient Temp
Correction
Auto correcting according to the
inputted transmittance
Correction of
Atmospheric
Transmittance
Auto calculating atmospheric
transmittance according to meteorologic
parameters and correcting temperature
Function Setting
Date/Time, Temp unit℃/℉/K, Language

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Continuous: Technical Specifications
Storage
Data
Temp Data
MGT format, IRSEEX software to analyze
Temp Data
Flow
MGS format, IRSEEX software to playback
with timeline. It can adjust speed, frozen,
loop playback and process playing image
Image
JPG format (Core),
BMP and JPG format (PC)
Video
AVI format, H264 compression
Storage
Control
Serial port command. Level trigger and key
trigger are optional
Report
Generation
Word format
SD Card
32G built-in IT card
Interface
Network
Interface
100M Ethernet, RJ45interface, temp data
transmission
Power Interface
DC 12V
Video Interface
SMA RFI
Controlling
RS232, RS485
Alarm In/Out
Support
API
Support SDK (Win7, Linux)
Power
System
Working Power
DC 12V
Consumption
＜6W
Environment
Data
Operation
temp
-20℃~+50℃(ambient temperature 10℃
-32℃ accurate measurement)
Storage temp
-40~+70℃
Humidity
≤95%（non-condensing）
Shock
25G，IEC68-2-29
Vibration
2G，IEC68-2-6
EMC
CE/FCC
Physical
Data
Size
136mm*65mm*67mm (without lens)
Weight
≤500g
Mounting
UNC 1/4″-20 threaded hole,
M3 threaded hole

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5. IRX Software Operation
5.1. System Requirements
The files of the IRX software consist of IR image, visual
image, all of which are far bigger than normal text files, thus the
following standards of the computer hardware configuration
should be met:
CPU PENTIUM ® Dual-Core 2.0GHz processor or faster.
2Gbytes or more system memory.
80G or bigger hard disk.
1440×900 or higher resolution screen.(suggestion)
Operation system: Microsoft Windows XP, Windows 7.
5.2 Open the Application
1) Copy the software in the disc to the PC.
2) Open the “IRX.exe”. As shown in the figure 5-1.
Figure 5-1

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5.3 Thermal Imaging Camera Setting
1) Search: Click the search button. After a few seconds, the
software will automatically search to the thermal imaging
camera, and show the IP address. As shown in the figure 5-2.
Figure 5-2
2) Remote operate: It can operate the thermal imaging camera
multi-functionally, such as Remote setup, Modify IP, AVI
preview, Gray preview, Capture image and Downloads file. As
shown in the figure 5-3.
Figure 5-3
Remote setup: Adjust the options in Camera, System,
Parameter, Temp and Image, as well as look up the basic
information of device. As shown in the figure 5-4.
In menu of parameters, uses can set up the temperature
coefficients, such as distance, humidity, and radiance.
Distance: Set up the distance in order to get more accurate
result. This value can be omitted if target subject is close to
device (less than 3m).

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Humidity: Set up the humidity in order to get more accurate
result. It is recommended to keep the default humidity.
Radiance: Set up the radiance in order to get more
accurate result, according to the real transmission coefficient of
filter, such as germanium wafer.
In the menu of temp, users can add spots, line or areas,
and select one of them as reference. Turn it on to show the
relative temperature, and turn off to show the real temperature.
It is only available in AVI preview, which is also named real-time
observation.
Figure 5-4
Modify IP: Modify the thermal imaging camera original IP,
subnet mask and gateway. As shown in the figure 5-5.

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Figure 5-5
AVI preview: It can capture the images of thermal imaging
camera, record video, stop recording and set up the thermal
image focal length. Click the Auto Focus button, then the device
will adjust the focus automatically in order to get crisp thermal
images. It can be adjusted by clicking the near& far button as
well. Besides, users can click the Getwalk button to read the
step number of motor, and click the Setwalk button to set the
motor step number. As shown in the figure 5-6.
Figure 5-6

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Gray preview: Preview and analysis the current target gray
value of thermal images. As shown in the figure 5-7.
Figure 5-7
Capture image: Capture the gray images, JPG images and
BPM images.
Download file: Download the images and videos which are
saved in the device. Select the files you need, make sure of the
save path, and then click “Download”. It can delete the flies as
well.
3) Mode switching: It can set up the series and baud rate.
Click “Setup” to adjust the options in Camera, System,
Parameter, Temp and Image, as well as look up the basic
information of device.

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5.4 Function Area Operation
Function area can analyze images and videos. It divides
into 7 parts: Files, View, Analysis, Setup, Help, Report and PTZ
control. As shown in the figure 5-8.
Figure 5-8
1）File
Open files or quit the software. Only gray images in Utd
form can be opened by the software.
Analyze the added images or videos.
Analyze the added dots, lines and rectangles. As shown in
the figure 5-9.
Figure 5-9