Children Kids Finger Pulse Oximeter for Pediatric/Child oximetro Pulsoximeter Medical Infant De Dedo SpO2 Saturation Meter |

Children Kids Finger Pulse Oximeter for Pediatric/Child oximetro Pulsoximeter Medical Infant De Dedo SpO2 Saturation Meter |

Features:

1. Accurate and fast readings: consistent results that have been tested and proven. The large digital display can quickly receive blood SpO2, pulse rate and pulse intensity results.

2. Graphic and digital display: a simple bar graph to show your SpO2, pulse rate and pulse intensity results.

3. Suitable for kids: The exquisite design allows fingers of kid to put into the cavity of the finger.

4. Portable and easy to use: light weight, compact structure, easy to carry and carry, can be used at home or outdoors.

5. Health care: This oximeter can check the health of you and your kids at all times, which is convenient and easy to use.

Description:

This oximeter is very suitable for testing SpO2, PI and pulse rate in sports activities, such as climbing, running, etc.

Specifications:

Shell material: plastic

Display: TFT

Size: 43*26*25mm (L*W*H)

Battery: built in 3.7v Li-ion battery

Power consumption: below 30mA

Automatic power-off: ≥8 seconds (when no finger is in the product)

Operation environment:

Temperature: 5℃-40℃

Humidity: 15%-80%

Atmospheric pressure: 70kpa-106kpa

Transport, storage environment:

Temperature: -10℃~55℃

Humidity: ≤95%

Atmospheric pressure: 50kpa-106kpa, non-corrosive gas and well-ventilated environment

Applicable object: children

SpO2:

Measurement range: 70%-99%

Accuracy:

±2% on the stage of 80%-99%

+3% on the stage of 70%-79%;

Below 70% no requirement;

Resolution: ±1%

PR:

Measurement range: 30BPM-240BPM

Accuracy: ±1BPM or ± 1% (the larger one)

Package Included:

1 * Oximeter

1 * Lanyard

1 * Manual

1 * Charging Cable

Notes:
1. Please allow 0-1 inch error due to manual measurement. Thanks for your understanding.
2. Monitors are not calibrated same, item color displayed in photos may be showing slightly different from real object.