Top Quality Temperature Measurement Camera - MSE Thermopile Infrared Temperature Scanner Module for Face Recognition Temperature Scanner – Sunshine
Top Quality Temperature Measurement Camera - MSE Thermopile Infrared Temperature Scanner Module for Face Recognition Temperature Scanner – Sunshine Detail:
Overview
YY-MSE type thermopile infrared module is a temperature measurement application based on infrared single-point ultra-thin surface mount sensor independently developed by the Sunshine. It is suitable for temperature measurement of mobile phone and other intelligent equipment.
Figure – 1 YY-MSE Module
OverviewInterface Definitions
Main Technical Parameters
DS Ratio: standard 1:1
FOV (Field of View): about 57°
Infrared Wavelength Range: 8-14μm
Accuracy of Temperature Data Transmission: 0.1℃
Temperature Measurement Range:
Universal: 0~300℃
Special: 23~46℃ (with body temperature compensation)
Precision:
Universal: ±2℃ or 2% of measured temperature
Special: ±0.3℃
Communication: UART serial port
Interface Type: 2.0 mm-4pin, FFC (Flexible Flat Cable) is optional
Voltage Range: DC 5-7V, power ≤ 40 mW
Working and Storage Conditions:
Working Temperature: 0~50℃
Storage Temperature and Humidity: -20~80℃; 45% RH Non-condensate
Temperature Calibration Index: calibration value – 37℃, calibration distance – 2.5 cm, depending on the target surface of black body.
The best distance to detect body temperature or wrist temperature: 1~8 cm
Applications and Attentions
Applications:
forehead temperature measurement
wrist temperature measuremen
palm temperature measurement
other close-range temperature measurement applications
Attentions:
- YY-MSE type temperature measurement module is severely affected by the fluctuation of ambient temperature, it is forbidden to be tested by bare machine, or to be used in a thermal shock way, such as direct blowing at the air conditioning port.
- When the shell installed and powered on, the module temperature can be measured accurately because the module needs to reach the thermal balance with the ambient temperature. When the thermal balance is reached, the ambient temperature is allowed to change slowly, such as the heating of the housing. According to experience, the heat balance time is 15~25 minutes (depending on the heating and insulation of different housing)..
- The YY-MSE belongs to the point temperature close range temperature measurement module, the DS ratio is 1:1, the field angle is about 57 degrees. 8 cm. maximum temperature range If the DS ratio is satisfied and the uniform surface is opposite (the surface in its field of view angle is a uniform surface, such as blackbody), it has the following temperature variation characteristics:
Table - 8
Distance (cm) |
Target Value (℃) |
0 |
+0.8℃ |
1 |
+0.4℃ |
2.5 (factory calibration distance) |
0℃ |
4 |
-0.4℃ |
5 |
-0.8℃ |
6 |
-1.2℃ |
7 |
-1.5℃ |
8 |
-1.8℃ |
The temperature characteristic can not be avoided because the infrared emissivity itself is attenuated by the influence of distance. If a customer does not use the Body Surface Temperature conversion inside the module, and their own research algorithm, need to focus on this feature.
Product detail pictures:
Related Product Guide:
All we do is always involved with our tenet " Consumer initial, Trust first, devoting within the food stuff packaging and environmental defense for Top Quality Temperature Measurement Camera - MSE Thermopile Infrared Temperature Scanner Module for Face Recognition Temperature Scanner – Sunshine , The product will supply to all over the world, such as: Karachi, Namibia, Finland, With more than 9 years of experience and a professional team, we have exported our products to many countries and regions all over the world. We welcome customers, business associations and friends from all parts of the world to contact us and seek cooperation for mutual benefits.
By Honorio from Bandung - 2018.12.30 10:21
A nice supplier in this industry, after a detail and careful discussion, we reached a consensus agreement. Hope that we cooperate smoothly.
By Rebecca from Bangalore - 2017.03.07 13:42
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