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TE – Q1

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TE – Q1

(225 บทวิจารณ์จากลูกค้า)

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  • Basic Model
  • Array format : 384 x 288
  • Temperature Range : -10℃ ~ 150℃
  • Lens : 6.8mm F 1.3
  • Strength : Low Price, Wide FOV

Download:   TE – Q1

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Array format

384 x 288

Pixel Pitch

17㎛

NETD

< 50mK

Wavelength band

8~ 14 ㎛

Scene range temperature

-10℃ ~ 150℃

Operating temperature

-10℃ ~ 50℃

Interface

USB OTG, Micro USB

Weight

< 39g, with lens

Dimension

47mm x 25mm x 16mm , without Lens

TE – Q1 : Infrared Thermal Camera

te-q1

Feature

  • High-sensitivity(NETD : < 50mK), High-resolution(384X288) infrared detector
  • Resolution(110K) is higer than Seek Thermal Compact(32K) on 3.4 times and FLIR One(19K) on 5.8 times
  • Excellent temperature detection infrared detector
  • Wide view, Light weight, Small size = Maximize the portability
  • Very low power consumption

6.8mm F1.3 Lens DRI Chart

te-q1

Strength of Thermal Expert in application, Highest detector resolution/image quality among similar product (such as FLIR, Xenics, Micro-Epsilon, SMARTIS, etc.) at low cost price. Camera offer High resolution (384×288 pixels) and super high resolution (640X480 pixels), NETD : Less than 0.05°C with MicroUSB, USB2.0, Cameralink, LVDS interface for NTSC , PAL and Digital image formats. Powerful function in industry, health care, structure, maintenance. Recognize all kinds of leak and wiring problems and temperature for health correctly comparing to low resolution image. Store both thermal image and visible image (support by smart phone) at the same time (including movie clip). Free temperature measurement and temperature analysis with many functions is supported for Window version 7, 8, 8.1, 10 for PC and Android version 4.4x up.
te-q1

Engineers, inspectors and managers equipped with thermal imaging industrial technology can see things they never would have seen before. They can spot a potential problem before it develops and causes major damage. TE – Q1 Thermal imaging allows for non-destructive and non-invasive monitoring of machines and processes, and also allows its users to create new ways to examine operations that were not even available before.

Thermal imaging can profit in structure development as well. Warmth misfortune because of poor window, divider, and rooftop execution can be seen and fixed. Mechanical investigations frequently require looking at comparative bits of gear, just as their genuine working temperature.

All things considered, early identification of a falling flat segment takes into consideration planned fixes and maintains a strategic distance from exorbitant vacation. Utilizing a camera with direct temperature readout, a specialist can check whether mechanical parts are working inside temperature structure resiliences. A designer can review boring apparatus in a machine device and see by their warmth develop whether they’re still sharp, sparing working time, nature of work, and conceivable risk.

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