Beurer GL 50 evo (mgdl) User Manual

Page 34

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34

Beurer GL50 evo mg/dL

9 t

echnical

specifications

Dimensions (L x W x H)

123 x 29 x 16 mm

Weight

36 g

Power supply

Lithium-ion rechargeable battery, 160 mAh

Battery life

150 measurements with fully-charged rechargeable battery

Measured value memory

480 measured values with date/time

Data retained when batteries are changed

Average values

for 7, 14, 30, 90 days

Automatic switch-off

Two minutes after last actuation

Storage/

transport temperature

Temperature: +2°C – +30°C

Relative humidity: < 90%

Operating ranges

Temperature: +10°C – +40°C

Relative humidity: < 90% non-condensing

Measuring range, glucose

Glucose: 20 – 630 mg/dL

Blood sample

capillary whole blood, venous whole blood

Required volume of blood

0.6 microlitres

Blood glucose measuring duration Approx. 5 seconds
Calibration

Plasma

Test procedure

Amperometric bio sensor

Usage

Suitable for self-testing

System function test

Each time device is switched on

EMC
This device complies with the European standard EN 61326 and is subject to specific precautions

with regard to electromagnetic compatibility. Please note that portable and mobile HF communica-

tion systems may interfere with this unit. For more details, please contact Customer Services at the

address indicated.
Test strip functionality

Test strips enable a quantitative measurement of the glucose level in fresh whole blood. When the gap

for taking blood comes into contact with a drop of blood, it is automatically filled by simple capillary

action. The blood is sucked into the absorbing gap on the test strip and the blood glucose monitor

measures the blood glucose level in the blood.

The test is based on the measurement of an electric current that is generated by the chemical reaction

of the glucose with the enzyme glucose dehydrogenase (Aspergillus oryzae) on the strip.

During the reaction, a mediator transports electrons through the electrode surface and so gener-

ates a current.

The blood glucose monitor analyses this current. The current flow is proportional to the glucose con-

tent in the blood sample. The results are shown on the blood glucose monitor display.

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