Description

Handheld non-touch infrared forehead thermometer is suitable for measuring human body temperature in range of 32℃ ~ 42℃ (89.6℉ ~ 107.6℉) and with high accuracy of ±0.3℃. This non touch body thermometer features small and protable, beautiful and exquisite appearance, fast temperature measurement and easy-to-read backlit display.

Specification

Model	ATO-3655
Measuring Range	32℃ ~ 42℃ (89.6℉ ~ 107.6℉)
Measuring Accuracy	±0.3℃
Response Time	500ms 95% response
Spectral Response	5-14μm
Emissivity	0.95 (preset)
Measuring Distance	2-5cm
Operating Temperature	10℃ ~ 35℃
Operating Humidity	10% ~ 90%RH (non-condensing)
Storage Temperature	20℃ ~ 60℃
Power Supply *	2 * 1.5V AAA (Not included)
Typical Battery Life	12 hours
Auto Shut Off	10s
Weight	200g

Note: * Batteries are Not Included for air shippment.

Thermometer Details

Tips: How to Use the Infrared Forehead Thermometer?

For the body surface temperature measurement with infrared thermometer, the middle part of the two eyes above the bridge of the nose is the radiation source closest to normal body temperature. Place the forehead thermometer at a distance of 2-5cm from this to make the body temperature measurement. The measuring accuracy is ± 0.3℃. It can be used for rapid and non-contact safety investigation of flu, but not recommended for medical use.

Note:
1. Please read the instructions carefully before measuring, and the forehead should be kept dry and the hair should not cover the forehead to ensure the accuracy of the measurement (Please measure in the environment of 10 ℃ – 40 ℃).
2. The forehead temperature quickly measured by this infrared thermometer is for reference only and should not be used as a basis for medical judgment. If abnormal temperature is found, please use a medical thermometer for further measurement.
3. Please protect the sensor lens and clean it in time. If the temperature change during use is too large, it is necessary to place the measuring device in the environment to be measured for 20 minutes. And then use it after it has stably adapted to the ambient temperature, so as to get a more accurate value.