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Infrared Thermal Camera Helps Building Detection
Yoseen infrared is a company focusing on the R & D, production and sales of temperature - measuring infrared thermal camera. Our thermal cameras are widely used in human body temperature measurement, metallurgy, power system, security and other fields.
System introduction System features User benefits

With the popularity of the concept of energy conservation and environmental protection, energy conservation has become the goal of all industries, and the construction industry is no exception. The energy efficiency management of the construction industry has become a mandatory target in many countries. The infrared thermal camera can accurately locate the specific position of energy loss and improve the working efficiency without using any destructive detection method.

1. Test the building structure

Infrared thermal camera is the fastest detection tool to find building defects. It can be used to detect the conformity of building structures, and can quickly transform heat loss, moisture and air leakage into visible color thermal images.

2. Look for roof leaks

Infrared thermal camera can be used to evaluate roof leakage systems. The heat storage time of water is longer than that of normal roof materials. When the roof cools down at night, the area with water can be easily detected by the infrared thermal camera because its temperature is higher than that of other areas. It saves a lot of money to just fix the leaking area of the roof instead of replacing the entire roof.

3. Detect air leakage points

Air leakage points can be detected by measuring the air exchange rate and using a process called a "damper". During this process, negative pressure will be generated inside the house, and the pressure outside will be greater than the pressure inside the house. Therefore, air will enter the house from the lax sealing area. Infrared thermal camera can quickly detect the flow of air, and loose sealing areas can be quickly identified, so that quick action can be taken to avoid greater losses.

4. Avoid mildew

Mold can damage building structures and can cause health hazards and allergic symptoms if it is present in living or working areas. Wet areas where moisture in the air forms dew are ideal for fungus growth and rapid reproduction, and minerals in walls, wallpaper and paint can also be a breeding ground for mold. The infrared thermal camera with special dew point visualization software can detect the problem area automatically and give color alarm, so that potential problems can be identified early on the detection site.

With the popularity of the concept of energy conservation and environmental protection, energy conservation has become the goal of all industries, and the construction industry is no exception. The energy efficiency management of the construction industry has become a mandatory target in many countries. The infrared thermal camera can accurately locate the specific position of energy loss and improve the working efficiency without using any destructive detection method.

1. Test the building structure

Infrared thermal camera is the fastest detection tool to find building defects. It can be used to detect the conformity of building structures, and can quickly transform heat loss, moisture and air leakage into visible color thermal images.

2. Look for roof leaks

Infrared thermal camera can be used to evaluate roof leakage systems. The heat storage time of water is longer than that of normal roof materials. When the roof cools down at night, the area with water can be easily detected by the infrared thermal camera because its temperature is higher than that of other areas. It saves a lot of money to just fix the leaking area of the roof instead of replacing the entire roof.

3. Detect air leakage points

Air leakage points can be detected by measuring the air exchange rate and using a process called a "damper". During this process, negative pressure will be generated inside the house, and the pressure outside will be greater than the pressure inside the house. Therefore, air will enter the house from the lax sealing area. Infrared thermal camera can quickly detect the flow of air, and loose sealing areas can be quickly identified, so that quick action can be taken to avoid greater losses.

4. Avoid mildew

Mold can damage building structures and can cause health hazards and allergic symptoms if it is present in living or working areas. Wet areas where moisture in the air forms dew are ideal for fungus growth and rapid reproduction, and minerals in walls, wallpaper and paint can also be a breeding ground for mold. The infrared thermal camera with special dew point visualization software can detect the problem area automatically and give color alarm, so that potential problems can be identified early on the detection site.

With the popularity of the concept of energy conservation and environmental protection, energy conservation has become the goal of all industries, and the construction industry is no exception. The energy efficiency management of the construction industry has become a mandatory target in many countries. The infrared thermal camera can accurately locate the specific position of energy loss and improve the working efficiency without using any destructive detection method.

1. Test the building structure

Infrared thermal camera is the fastest detection tool to find building defects. It can be used to detect the conformity of building structures, and can quickly transform heat loss, moisture and air leakage into visible color thermal images.

2. Look for roof leaks

Infrared thermal camera can be used to evaluate roof leakage systems. The heat storage time of water is longer than that of normal roof materials. When the roof cools down at night, the area with water can be easily detected by the infrared thermal camera because its temperature is higher than that of other areas. It saves a lot of money to just fix the leaking area of the roof instead of replacing the entire roof.

3. Detect air leakage points

Air leakage points can be detected by measuring the air exchange rate and using a process called a "damper". During this process, negative pressure will be generated inside the house, and the pressure outside will be greater than the pressure inside the house. Therefore, air will enter the house from the lax sealing area. Infrared thermal camera can quickly detect the flow of air, and loose sealing areas can be quickly identified, so that quick action can be taken to avoid greater losses.

4. Avoid mildew

Mold can damage building structures and can cause health hazards and allergic symptoms if it is present in living or working areas. Wet areas where moisture in the air forms dew are ideal for fungus growth and rapid reproduction, and minerals in walls, wallpaper and paint can also be a breeding ground for mold. The infrared thermal camera with special dew point visualization software can detect the problem area automatically and give color alarm, so that potential problems can be identified early on the detection site.

technical parameter

Product Functional Features Intelligent analysis software with report generation 4.3" HD touch screen Bi-spectrum image enhancement Additional lens extension Laser ranger, auto focus, GPS, etc. Automatic high/ low temp pixel tracking Anti-drop, designed for 2m
  • Intelligent analysis software with report generation
     
  • Bi-spectrum image enhancement
     
  • Laser ranger, auto focus, GPS, etc.
     

Technical Parameters

 

Optical Parameters

FOV    24.6*18.6 (Support wide-angle lens & lens extension )

IR resolution  640*480  384*288

Focus length   25mm    15mm

Focus   Electrical

Frame rate   30Hz

Pixel pitch   17um

Spectral Range   8-14um  

NETD     ≤50mk@25℃

Accuracy   ±2℃,or ±2%

Visual camera   5M pixels with LEDs

 

Configuration

Laser ranger    Class 2, precision 0.05-40 m, 1% of measured distance

Tripod Mounting   UNC 1/4"-20

Other    Altitude meter, GPS

Voice    60 seconds built-in microphone and speaker on still images and video

Display  4.3 HD touch screen(sunlight, wide viewing)

 

Measurement Mode

Area Measuring        Support

Area Temperature Info.   Support

Measurement Calibration  Support 

Measurement Presets    No measurement, center spot, hot spot, cold spot

Measuring Range     -20-600℃, up to 1600℃

Laser Range Measurement   Support on screen

Temperature Tracking  Support high/low pixel tracking in the area

 

Environmental Parameters

Atmospheric Transfer Correction   Input values on distance, atmospheric temp and relative humidity

Emissivity Correction     Variable from 0.01 to 1.0

Emissivity Table    Pre-defined material emissivity

Enclosure Rating     IP54

Humidty (Operating and Storage)   0% to 95% non-condensing

Operating Temperature Range   -15℃~50℃

 

Battery and Interface

Operating Time   ≥4 hours at 25℃ (68℉) for typical use 

Battery Type    Lithium battery, charged in camera or on separate charger

Battery Capacity   7.4V 2200mAH

Resistance to Dropping        Designed for 2m

Storage          Support micro SD card (32GB)

USB            USB 3.0

Video           HDMI

Wireless         WIFI

Charger Adaptor   DC12V 3A power adaptor with AC220V input

 
 

 

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