-20 ~ 550& Deg; C (-4 1022& ordm; F) Uav Gimball Thermal Camera Seek Compact

Product Details
Measuring Method: Automatic
Application: Home
Screen: 2.8-Inch Screen with a Resolution of 320 X 240

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Number of Employees
170
Year of Establishment
2017-04-11
  • -20 ~ 550& Deg; C (-4 1022& ordm; F) Uav Gimball Thermal Camera Seek Compact
  • -20 ~ 550& Deg; C (-4 1022& ordm; F) Uav Gimball Thermal Camera Seek Compact
  • -20 ~ 550& Deg; C (-4 1022& ordm; F) Uav Gimball Thermal Camera Seek Compact
  • -20 ~ 550& Deg; C (-4 1022& ordm; F) Uav Gimball Thermal Camera Seek Compact
  • -20 ~ 550& Deg; C (-4 1022& ordm; F) Uav Gimball Thermal Camera Seek Compact
  • -20 ~ 550& Deg; C (-4 1022& ordm; F) Uav Gimball Thermal Camera Seek Compact
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  • Overview
  • Why Choose TOPDON
  • Product Description
  • Company Profile
  • About TOPDON Partnering
  • FAQ
Overview

Basic Info.

IR Camera Resolution
160 X 120
Temperature Measurement Range
-20 ~ 550°c (-4 ~ 1022ºF)
Image Capturing Frequency
25 Hz
Maximum Deviation
±2°c or ±2%
Fov
40° X 30°
Focal Length
2.6 mm
Measurement Accuracy
0.1°c
LED Flashlight
No
Memory
512MB
Battery Life
15h
Charging Time
4h
Tripod Screw Hole
Yes
Drop, Impact and Vibration
2m, Impact 25g (IEC 60068-2-27);
Vibration
2.5g (IEC60068-2-6)
Transport Package
Carton
Specification
2.5kg
Trademark
TOPDON
Origin
China
Production Capacity
10000

Product Description

Why Choose TOPDON

-20 ~ 550& Deg; C (-4 1022& ordm; F) Uav Gimball Thermal Camera Seek Compact

Product Description

TOPDON TC001

TOPDON's TC001 is a portable camera that turns your Android smartphone/tablet or Windows laptop into a powerful thermal imager.
Simply download the accompanying app, slot the TC001 in your device's USB-C port, and unleash thermal technology that formally only belonged to special forces.
Perfect for home inspectors, HVAC technicians, electricians, automotive technicians, and even farmers looking to protect crops and livestock.

-20 ~ 550& Deg; C (-4 1022& ordm; F) Uav Gimball Thermal Camera Seek Compact-20 ~ 550& Deg; C (-4 1022& ordm; F) Uav Gimball Thermal Camera Seek Compact-20 ~ 550& Deg; C (-4 1022& ordm; F) Uav Gimball Thermal Camera Seek Compact-20 ~ 550& Deg; C (-4 1022& ordm; F) Uav Gimball Thermal Camera Seek Compact-20 ~ 550& Deg; C (-4 1022& ordm; F) Uav Gimball Thermal Camera Seek Compact-20 ~ 550& Deg; C (-4 1022& ordm; F) Uav Gimball Thermal Camera Seek Compact
-20 ~ 550& Deg; C (-4 1022& ordm; F) Uav Gimball Thermal Camera Seek Compact

-20 ~ 550& Deg; C (-4 1022& ordm; F) Uav Gimball Thermal Camera Seek Compact
-20 ~ 550& Deg; C (-4 1022& ordm; F) Uav Gimball Thermal Camera Seek Compact

Company Profile

-20 ~ 550& Deg; C (-4 1022& ordm; F) Uav Gimball Thermal Camera Seek Compact

-20 ~ 550& Deg; C (-4 1022& ordm; F) Uav Gimball Thermal Camera Seek Compact
-20 ~ 550& Deg; C (-4 1022& ordm; F) Uav Gimball Thermal Camera Seek Compact

About TOPDON Partnering

-20 ~ 550& Deg; C (-4 1022& ordm; F) Uav Gimball Thermal Camera Seek Compact

FAQ

Q1: Can the TC004 Lite detect objects underwater, through glass, or a wall?

A:No. Infrared detectors mainly detect 8 to 14 um long-wave infrared areas and can only be used to measure surface temperature


Q2:Why is there a lower temperature reading when the device gets far from the object and a higher reading when the device gets closer to the object?


A: Infrared radiation weakens when passing through the atmosphere. The longer the distance, the greater the reduction. Thus, the accuracy of temperature measurement at a distance will decrease.  To ensure the accuracy of your measurements, go to My Profile > Temperature Correction > Distance to Spot, and input the actual distance (max: 5 meters) to get the corrected temperature


Q3: Why is the measured temperature not precise?

A: The temperature resolution of TC004 Lite is ±2%. The TC004 Lite provides a normal temperature range of -4 to 302°F (-20 to 150°C), and a high temperature range of 302° to 1022°F (150 to 550°C). Please select the corresponding range in the app before measuring



Q4: What external factors will affect the infrared temperature measurement?
A:

The following factors will have an impact on the measurement results:
a) Emissivity of the object surface. 
b) Ambient temperature: The object will reflect the infrared rays emitted by surrounding objects, which
affects the temperature measurement of the object itself.
c) Atmospheric temperature: The atmosphere itself 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.

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