Thermal Imaging Cameras Products

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Thermal Imaging Camera

TECHNICAL SPECIFICATIONS

IMAGING PERFORMANCE
  • Detector type Focal Plane Array (FPA), uncooled micro bolometer
  • Detector pixels 320 columns × 240 rows of pixels
  • Thermal sensitivity NEΔT 0.08°C at 30°C , f=1.0
  • Spectral range 8 to 14 μ m
  • Frame frequency 50 Hz
  • Focusing Manual
  • Field of view/min focus distance 25.6 °× 19.2 ° / 0.4m (lens: 35mm )
IMAGE PRESENTATION
  • Video output PAL, Composite video
  • Display 3.5 ″ color LCD
MEASUREMENT
  • Temperature range -20°C to + 250°C
  • Accuracy (% of reading) ± 2 ℃ or ± 2%
  • Repetition (% of reading) ± 1 ℃ or ± 1%
  • Measurement modes Movable spot, Area max, Area min, Area average, Self-motion catching max/min
  • Menu controls Palettes (Iron, Rainbow, B/W, W/B inv)
  • Auto adjust (continuous/manual)
  • Set-up functions Data/time, Temperature units °C / ° F , Language, Color code, Info field, LCD intensity
  • Measurement corrections Variable from 0.1 to 1.0, Reflected ambient
IMAGE STORAGE
  • Type Internal storage (capacity: 200 images)
  • Image frame BMP
LASER LOCATER
  • Classification Class 2
  • Type Semiconductor A1Galnp Diode Laser: 1 mW/635 nm (red)
POWER SOURCE
  • Battery Li-lon, Capacity: 2400Ah , 7.2V
  • Battery operating time 2 hours, Display show battery status
  • Battery charging Standard charger, Input 8.4V DC, Input 100-240 VAC, 50/60Hz Voltage 12V DC
  • Power saving Automatic shutdown (optional)
ENVIRONMENTAL
  • Operating temperature range -15°C to + 45°C (+ 5 ° F to + 113 ° F )
  • Storage temperature range -40°C to + 70°C (+ 40 ° F to + 158 ° F )
  • Humidity Operating and storage 10% to 95%, non-condensing,
  • Encapsulation IP54, IEC 359
  • Shock 25G, IEC 68-2-29
  • Vibration 2G , IEC 68-2-6
PHYSICAL CHARACTERISTICS
  • Weight < 1.4kg including battery
  • Size 245mm × 98mm × 273mm
INTERFACES
  • Digital output Image transfer to PC ( USB2.0)
  • Video output Standard RCA composite video


Thermal Imaging Camera

Swine Flu Body temperature checking thermal imaging camera is our most popular thermal camera at present, which is the newly designed specially for the H1N1 swine flu fever human body temperature checking with a most economic price and sold very well to USA,European,Asia,etc. It is widely used in airport, train station, sea port, buildings entrance, hospital etc.

Features

Large Scale Population Scanning quickly Thermal response time 0.04 seconds Scanning large scale population in distance to detect the abnormal body temperature personnel. On screen both visible and audible alerts provide instant notification of high temperature alarms to identify individuals.
Non-contact detect Non-contact temperature measurement to ensure own secure and safety to prevent the intercross infection for operators.
Auto alarm Provide quick and easy way to scanning population without any interference.
It has Both color and sound alarm.
H1N1 Swine Flu Thermal camera is much easier to operate and need no other control system, and dont'need training.
To check the video, pls find below ways:
On the thermal camera built-in LCD;
Directly connected to a external Monitor or TV, or LCD with built-in BNC port (for Video Analog signal), no need other accessories.
Besides, this thermal camera has built-in flash memory storage card to storage the images with temperature data and time upto 2000 images. There is USB port for Image, measurement data and voice transfer to PC.
Our camera have a high resolution sensor format at 50/60 HZ for a real-time thermal imaging, more fluent and accurate videos.
All materials, which are above 0 degrees Kelvin (-273 degrees C), emit infrared energy. The infrared energy emitted from the measured object is converted into an electrical signal by the imaging sensor (micro-bolometer) in the camera and displayed on a monitor as a color or monochrome thermal image. Infrared Thermal Imaging Camera is kind of device to detect this invisible infrared radiate of the object surface.
As infra red radiation is emitted from objects including human as a function of their temperature, this makes it possible to measure the temperature of an object by observing the infra red radiation emitted from it.

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