Digital Forehead Thermometer temperature thermometer newborn thermometer
Digital Forehead Thermometer Features:
Type: | Most Accurate Thermometer | Use For: | Baby Forehead Thermometer |
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Color: | White | Model Number: | M-IT100 |
AccuraMeasurement Distance: | ±0.3℃ | Power Supply: | DC 3V(2*AAA Batteries) |
Dimension: | 155*44*35mm | Net Weight: | 79g |
Temperature: | 16℃-35℃/HUmidity≤85% | Certificate: | CE,RoHS |
Measurement: | Ear ,forehead ,room Temperature | Products Name: | Digital Forehead Thermometer |
Our Direct digital infrared thermometer
1. Good safety
Passive infrared receiving technology
Measurement/Preventing cross-infection
2. Easy operation
Handheld design/Facilitating ergonomic operation
One-click automatic temperature measurement
3. Quick response
1 Second measurement
4. High accuracy
Advanced infrared temperature sensor with high sensitivity
Enhanced accuracy with automatic temperature calibration
5. Diverse functions
20 temperature readings stored in memory
Forehead/Object temperature measurement
Automatic recording of the highest temperature during a scan
Fever alert with the alert threshold configurable
Switching between ℃ and ℉
Tunable temperature compensation
Switching between the mute/un-mute mode(measure sound notification)
Auotomatic power-off & saving power
6. Extensive application scope
Applicable to all groups of people
Digital Forehead Thermometer Product Parameter:
Temperature range: | Body mode:34℃-42.8℃ |
Object mode:0℃-100℃ | |
Accuracy: | ±0.3℃ |
Measurement distance: | 1-3cm |
Automatically off time: | About 30 seconds |
Power supply: | DC 3V(2*AAA batteries) |
Dimension: | 155*44*35mm |
Net weight: | 79g |
Operation condition | |
Temperature: | 16℃-35℃/HUmidity≤85% |
Storage condition | |
Temperature | Negative25℃-55℃/Humidity≤90% |
certificate: | CE,RoHS |
measurement: | ear ,forehead ,room ,body temperature |
test position: | ear and forehead ,room,object te |
Any object in which temperature is higher than absolute zero degree will transmit
some infrared radiation energy according to its own temperature. The radiation energy and its distribution per wavelength are closely associated with its surface temperature. Based on the principle, it is possible to measure the forehead surface temperature and then adjust the offset between forehead temperature and actual body temperature, which will result in the correct display of body temperature.