BabyOno 790 Manual

BabyOno Termometer 790

Læs gratis den danske manual til BabyOno 790 (76 sider) i kategorien Termometer. Denne vejledning er vurderet som hjælpsom af 12 personer og har en gennemsnitlig bedømmelse på 4.5 stjerner ud af 6.5 anmeldelser. Har du et spørgsmål om BabyOno 790, eller vil du spørge andre brugere om produktet?

Download PDF

Side 1/76

MD, RO

Non-contact infrared thermometer

Termometr bezdotykowy

Безконтактен инфрачервен термометър

Bezkontaktní infračervený teploměr

Beskontaktni infracrveni termometar

Érintés nélküli infravörös hőmérő

Nekontaktinis infraraudonųjų spindulių termometras

Contactloze infraroodthermometer

Termometru cu infraroșu fără contact

Термометр инфракрасный бесконтактный

Bezkontaktný infračervený teplomer

Термометр інфрачервоний безконтактний

Cat. No 790

Model: JXB-311

THE MANUFACTURER RESERVES THE RIGHT TO ALTER THE SPECIFICATIONS OF THE PRODUCT WITHOUT PRIOR NOTIFICATION

Instruction version: V.00 17.12.2021

I. Safety precautions

• Follow the maintenance advice stipulated in this instruction manual.

• This device may be used for professional purposes or for personal home use.

• This device must be used for the purposes described in this instruction manual only.

• This device must be used in an ambient temperature range of between 10°C and 40°C only.

• This device must always be kept in a clean, dry area.

• Do not expose this thermometer to electric shocks.

• Do not expose this thermometer to extreme temperature conditions of 55°C or -20°C.

• Do not use this device in relative humidity higher than 85%.

• The protective glass over the lens is the most fragile part of the thermometer.

• Do not touch the glass of the infrared lens with your ngers.

• Clean the glass with a cotton bud lightly moistened with 95° alcohol.

• Do not expose the thermometer to sunlight or to water.

• Never drop the device.

• Should a problem occur with your device, please contact your retailer.

• Do not attempt to repair this device by yourself.

• Disposal of waste products, residues, etc., and of me equipment and accessories at the end of their expected service life are identied in the instruction for use.

II. Intended use

The device is an infrared thermometer intended to measure forehead temperature of infants and adults without contacting human body. It can be used by consumers in

household environment and doctor in clinic as reference.

III. Introduction

The JXB-311 Non-contact Infrared thermometer has been developed by using the latest infrared technology. This technology allows temporal artery (TA) temperature to

be taken at a distance of about 0cm~3cm away from the forehead. Precise, Instantaneous and without Contact, the JXB-311 is, up to now, the most suitable thermometer

for no risk on temperature measurement. It has been demonstrated that this method of TA temperature measurement is more precise than the tympanic thermometry

and better tolerated than rectal thermometry (1). However, as with other types of thermometer, it is essential to use the JXB-311 properly in order to obtain reliable and

stable results. You are therefore advised to read this instruction manual and the safety precautions carefully before use. (1)Greenes D, Fleisher G. Accuracy of a Noninvasive

Temporal Artery Thermometer for Use in Infants. Arch Pediatr Adolesc Med 2001;155:376.

IV. Precautions before use

The JXB-311 is pre-set at the factory. It is not necessary to calibrate the device when starting it up. In order to obtain reliable and stable results, you are advised each time

there is a signicant change in the ambient temperature due to a change in environment, to allow the JXB-311 to acclimatize to this ambient temperature for 15 to 20

minutes before using it. It is important to allow 3~5 seconds interval between two measurements.

V. Operating principle

All objects, solid, liquid or gas, emit energy by radiation. The intensity of this energy depends on the temperature of the object.The JXB-311 infrared thermometer is

therefore able to measure the temperature of a person by the energy the person emits. This measurement can be taken thanks to anexternal temperature probe on the

device which permanently analyses and registers the ambient temperature. Therefore, as soon as the operator holds the thermometer near the body and activates the

radiation sensor, the measurement is taken instantly by detection of the infrared heat generated by the arterial blood ow. Body heat can therefore be measured without

any interference from the heat of the surrounding environment.

THE DIFFERENT METHODS OF TEMPERATURE MEASUREMENT

Core temperature

Core temperature is the most precise measurement and involves measuring the temperature in the pulmonary artery by means of a catheter equipped with a thermal

probe which can read the temperature in situation. The same method is employed for probes measuring the oesophageal temperature. However, such invasive

temperature measurement methods require specic equipment and expertise.

Rectal thermometry

Rectal temperature adjusts slowly in comparison to the evolution of the body’s internal temperature. It has been demonstrated that rectal temperature remains raised

long after the internal temperature of the patient has started to drop and vice versa. Furthermore, rectal perforations have been known to occur as a result of this method