Jumper JPD FR202 Digital Non Contac Infra Red Thermometer

Jumper JPD FR202 Digital Non Contac 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. The device is clinically tested to be safe for use on newborns using the forehead mode. The LCD screen with backlight displays colour-coded results according to the reading taken


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 adjustable

• Measurement time: 1 second

• Measuring distance: 1-5 cm

• Error: +/- 0.1C / 0.2F

• Accuracy: Highly accurate

• Auto shut-off: In 10 seconds

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

• Memory: Up to 20 readings

• Fever alert: Alerts when the temperature is higher than 37.5C / 99.5F

• Colour indicator: Two colour indicator categorises the readings according to normal or high temperature

• Display: Backlit display for easy viewing at night

• Ergonomic design: Makes it easy to hold and use

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 will 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 surface area