TCView Thermal Camera for Android

Topdon TCView Thermal Camera for Android Руководство пользователя

  • Привет! Я прочитал руководство пользователя для тепловизионной камеры TOPDON TC002 и готов ответить на ваши вопросы. В руководстве описаны функции камеры, такие как измерение температуры, запись видео и фото, различные инструменты измерения и настройка параметров. Спрашивайте!
  • Почему нет ответа после подключения TC002 к моему мобильному устройству iOS?
    Почему TC002 не работает после использования прилагаемого удлинительного кабеля?
    Может ли TC002 обнаруживать объекты под водой, через стекло или стену?
    Почему показания температуры увеличиваются при приближении к объекту?
    Почему при использовании тепловизионной функции возникает щелчок и замирает экран?
TCView
Thermal Imaging Camera | User Manual
Cautions
Section 4
Specications
Section 2
Product Overview
Section 6 Warranty
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Section 1
What's in the Box?
Section 5
FAQ
Section 3
Using TC002 with
an iOS Device
Contents
English
Cautions
Section 1
What's in the Box?
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Read all instructions before use.
Do not point the infrared camera at the sun or other strong energy sources for
long periods of time. This may cause damage to the detector in the camera.
Do not touch the lens with your hands. Do not knock, pry, puncture, or scratch
the lens.
Do not disassemble the unit.
TC002 Thermal
Imaging Camera
Quick User Guide
Extension Cable
Carrying Bag
Cleaning Cloth
Please keep the unit away from water to avoid leakage or short circuit.
Section 2
Product Overview
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Lightning
Connector
Thermal Camera
Section 3
Figure 3.1.1 Figure 3.1.2
Using TC002 with an iOS Device
Preparation
Download and install the TC002 app
Connect the TC002 camera to your iPhone or another iOS
device that contains a lightning port.
1.
2.
Go to APP Store and search TC002.
Plug the TC002 into your iOS device directly (see gure 3.1.1).
Or you can use the supplied extension cable to connect the TC002 to
your iOS device (see gure 3.1.2).
Note:
1) If you are using the supplied extension cable, make sure you connect
the cable female side to TC002 before connecting the cable male side
to the iOS mobile device.
2) The iOS device should be equal to or greater than iOS 11 or iPhone 7.
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TC002
TC002
Open the TC002 app. The icon at the top right of the home screen
displays "Connected" (see gure 3.1.3).
3.
At the bottom of the bar, tap to enter the photo/video
recording screen.
1.
Tap the camera button in the center of the bottom of the screen to take
and save a snapshot.
2.
Make sure the camera and storage permissions are enabled for the
TC002 app before use.
Taking Photo/Video
Thermal Imaging
Figure 3.1.3
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Tap the record button in the lower right of the screen to switch to video
mode. Tap again to start and stop recording.
3.
To view the saved images/videos, tap on the thumbnail in the lower left
corner (see gure 3.2.1).
4.
Figure 3.2.1
At the bottom bar, tap to display measurement tool selections.
Select to add a point of reference.
Select to add a line (for hot spot and cold spot detection).
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Adding/Removing Measurement Tools
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Changing Color Palette
This function allows users to change the pseudo-color display of the
infrared image.
Follow the steps below to change the color palette:
Select to add a plane (for hot spot and cold spot detection).
Select add a center spot, hot spot and cold spot detection over the
entire image area.
Select to remove all measurement tools.
Figure 3.2.2
Image Setting
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Tap to enter the image setting menu.
Tap to rotate the image.
Tap at the bottom bar.
Swipe right or left to select the desired palette.
1.
2.
Figure 3.2.3
Tap to adjust the image contrast.
Tap to open the camera of your phone and enable Image in
Image mode.
Tap to adjust the image sharpness.
Figure 3.2.4
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Tap to enter DIY mode. Then, enter the lower and upper
temperature limits. You can also change the color display of areas where the
temperature is out of the limits.
Figure 3.2.5
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Tap to display temperature range options.
1.
Select Automatic Recognition/-20~150(-4~302 )/150~550
(302~1022 ) according to your actual needs.
2.
Figure 3.2.6
To better display the details of the object, please select an appropriate
temperature range according to the expected temperature of the object you
are inspecting.
Temperature Range Setting
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Figure 3.3.1
Tap "Generate Image", and select the desired monitoring type as
prompted. Then, select the place to be monitored on the screen.
Tap "Start Recording". Real-time temperature of the measured object will
be displayed in a graph.
1.
2.
In this module, real-time temperature data can be displayed in a graph,
allowing users to intuitively observe data changes.
Temperature Monitoring
Figure 3.4.1
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To view the captured images and videos, tap "Gallery" on the home screen, or
select the thumbnail image on the photo/video recoding screen to access the
Gallery.
Gallery
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To ensure accuracy of measurement in different scenarios, this module allows
users to set Ambient Temperature, Distance to Spot and Emissivity in default
mode, or add custom modes and set the corresponding parameters.
9 commonly used emissivity values are listed on the screen for reference.
Please go to "Personal Information" and tap "Temperature Correction" to
enter the setting screen.
Temperature Correction
Figure 3.5.1
Section 4
Specications
Object Temperature
Range
Accuracy
-20~150°C (-4~302°F), 150°C~550°C
(302~1022°F)
±2ºC or ±2% of reading, the larger
value shall prevail
Spectral Range
Resolution
Pixel Size
NETD
Frame Rate
8~14μm
256×192 pixels
12μm
50mK at 25°C, F#1.0, 25Hz
25Hz
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Section 5
FAQ
Q: Why is there no response after connecting the TC002 to my iOS mobile
device?
A: Follow the below steps to identify the problem:
a) Check if the version of your iOS mobile device is equal to or greater than
iOS 11 or iPhone 7.
b) Check if you have downloaded the TC002 app and give necessary
authorization.
c) Unplug the TC002 and reconnect it. If there is still no response, please
contact after-sales personnel.
Q: Why is the TC002 device not working after I use the supplied extension
cable to connect TC002 and my iOS mobile device?
A: Make sure you connect the cable female side to TC002 before connecting
the cable male side to the iOS mobile device. If you don't follow the steps in
order, the TC002 device may not be recognized.
Q: Can the TC002 detect objects underwater, through glass, or a wall?
A: No. Infrared detectors mainly detects the long-wave infrared region of
8~14μm, and can only be used to measure surface temperature.
Q: Why does the temperature reading increase when the device gets closer to
the object?
A: Infrared radiation attenuates when passing through the atmosphere. The
longer the distance, the greater the attenuation. Thus, the accuracy of
temperature measurement at a distance will decrease.
To ensure accuracy of measurement, please go to Personal Information
- Settings - Temperature Correction - Distance to Spot, and input the
actual distance (max: 5m) to get the corrected temperature.
Q: Is the TC002 compatible with Android devices?
A: No. The TC002 is ONLY compatible with iOS mobile devices.
Q: While I'm using the thermal imaging function, why is there a clicking
sound with a frozen screen, once every few dozens of seconds?
A: As the temperature of the infrared imaging camera changes slightly during
use, to ensure measurement accuracy, a periodic internal temperature
calibration is needed every a few dozens of seconds. The micro-motor
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controlled activation or deactivation of such internal calibration makes a
clicking sound during which the screen freezes for about one second. To
turn off the internal calibration function, please open the TC002 app, go to
Personal Information, and turn off Auto shutter.
Q: What external factors will affect the infrared temperature measurement?
A: The factors are as follows:
a) Emissivity of the target object surface.
b) Ambient temperature: the object will reect the infrared rays emitted by
surrounding objects, which affects the temperature measurement of the
object itself.
c) Atmospheric temperature: the atmosphere also emits infrared rays.
d) Atmospheric transmittance: the infrared rays emitted by the object are
attenuated in the atmosphere.
e) Distance: the longer the distance, the greater the attenuation of the infrared
rays emitted by the object in the atmosphere.
/