Landwind LW FT118 Non-Contact Digital Infra Red Thermometer

Landwind LW FT118 Non-Contact Digital Infra Red Thermometer is a non-contact, reliable, comfortable, and accurate option for temperature measurement. An infrared thermometer infers temperature from a portion of the thermal radiation emitted by the object being measured. This thermometer features the latest built-in smart chip that ensures accurate measurements and has advanced sensor technology, which delivers reliable result


Uses:
This device can measure the human body temperature and an object’s temperature without contact


Product Specifications and Features:

• Measurement range: 35C - 42C / 85F - 107.6F

• Unit of measurement: °C and °F

• Measurement time: 0.5 to 1 second

• Error: +/- 0.1C / 0.2F

• Accuracy: Highly accurate

• Mute mode: Can be used while measuring a sleeping baby’s temperature without waking them up

• Memory: Up to 20 readings

• Battery: 2 X 1.5V AAA batteries

• Low battery indicator: Yes

• Sound alert: Alerts when the temperature is higher than normal

• Colour indicator: Three colour indicator categorise the readings accordingly

• Display: HD LCD backlit display for easy viewing

Good to Know: Dual mode reading (°F and °C )


Type of Thermometer: Infrared-based digital thermometer


Directions for Use:

• Turn on the thermometer

• Point the thermometer at the centre of the forehead with a distance of no more than 5 cm

• The temperature should be displayed on the screen with the colour indicator

Safety Information:

• Read the label carefully before use

• Store in a cool and dry place

• Keep out of reach of children

• Protect from extreme temperatures, impact and dropping, contamination and dust, direct sunlight, heat and cold

Frequently Asked Questions:

How does the thermometer measure temperature without contact?
The infrared thermometer measures infrared energy radiated from the forehead and objects. This energy is collected through the lens and converted to a temperature value. Temperature readings are obtained efficiently by scanning the forehead area