BPL IR-D2 Infrared Thermometer

The BPL IR-D2 Infrared Thermometer is a digital device designed for non-contact temperature measurement. It utilizes infrared technology to detect thermal radiation emitted from the body's surface, enabling quick and hygienic temperature readings. This thermometer is capable of measuring temperature from both the forehead and the ear canal, offering versatility in its application.

The device operates on a DC 3.0V power source, requiring two 1.5V AAA batteries for operation.

Its compact dimensions of 15.5 x 3.9 x 5 cm and a lightweight design of 69g contribute to its portability and ease of handling.

The thermometer is engineered to provide temperature readings in both Fahrenheit and Celsius scales, catering to diverse user preferences and medical requirements. It features a measurement range of 34.0°C to 43.

0°C (93.2°F to 109.4°F) for ear and forehead modes, and a broader range of 0°C to 100.

0°C (32.0°F to 212.0°F) for object mode.

The accuracy specifications are ±0.2°C/±0.4°F for ear/forehead mode and ±4% ±2°C for object mode, with a resolution of 0.

1°C or 0.1°F. A key functional aspect is its ability to store up to 10 previous temperature readings, facilitating tracking of temperature trends over time.

Furthermore, the device incorporates an audible fever alarm that activates when a temperature reading exceeds a predetermined threshold, alerting users to potential fever conditions. The thermometer is designed to automatically power off after approximately two minutes of inactivity to conserve battery life. Its construction and operation are intended to promote hygiene by minimizing physical contact during measurement.

The BPL IR-D2 Infrared Thermometer is suitable for use by healthcare professionals in clinical settings such as hospitals, clinics, and doctor's offices, as well as by individuals for home healthcare monitoring and general wellness checks. Typical applications include routine temperature screening, monitoring of fevers in patients of all ages, and checking the temperature of surfaces or liquids in object mode. It is important to follow the manufacturer's instructions for proper placement and operation to ensure accurate readings.

For ear measurements, the ear canal should be clear of obstructions, and for forehead measurements, the device should be held at the specified distance from the skin.