What Is Atrial Fibrillation (Af); Who Should Be Screened For Atrial Fibrillation; Risk Factors You Can Control; Using The Device For The First Time - Microlife BPB6 Connect Manual

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This device may not or wrongly detect atrial fibrillation in
people with pacemakers or defibrillators.
In the presence of atrial fibrillation the diastolic blood pressure
value may not be accurate.
In the presence of atrial fibrillation using MAM-mode is recom-
mended for more reliable blood pressure measurement.

What is Atrial Fibrillation (AF)?

Normally, your heart contracts and relaxes to a regular beat. Certain
cells in your heart produce electrical signals that cause the heart to
contract and pump blood. Atrial fibrillation occurs when rapid, disorga-
nized electrical signals are present in the heart's two upper chambers,
called the atria; causing them to contract irregularly (this is called fibril-
lation). Atrial fibrillation is the most common form of heart arrhythmia.
It often causes no symptoms, yet it significantly increases your risk of
stroke. You'll need a doctor to help you control the problem.

Who should be screened for Atrial Fibrillation?

AF screening is recommended for people over 65 years of age, since
the chance of having a stroke increases with age. AF screening is
also recommended for people from the age of 50 years who have
high blood pressure (e.g. SYS higher than 159 or DIA higher than 99)
as well as those with diabetes, coronary heart failure or for those who
have previously had a stroke.
In young people or in pregnancy AF screening is not recommended
as it could generate false results and unnecessary anxiety. In addi-
tion, young individuals with AF have a low risk of getting stroke as
compared to elder people.

Risk factors you can control

Early diagnosis of AF followed by adequate treatment can signifi-
cantly reduce the risk of getting stroke. Knowing your blood pressure
and knowing whether you have AF is the first step in proactive stroke
prevention.
For more information visit our website: www.microlife.com/afib.

2. Using the Device for the First Time

Inserting the batteries

After you have unpacked your device, first insert the batteries. The
battery compartment AK is on the bottom of the device. Insert the
batteries (4 x 1.5 V, size AA), thereby observing the indicated polarity.
3

Setting the date and time

1. After the new batteries are fitted, the year number flashes in the
display. You can set the year by pressing the M-button 3. To
confirm and then set the month, press the time button 4.
2. Press the M-button to set the month. Press the time button to
confirm and then set the day.
3. Follow the instructions above to set the day, hour and minutes.
4. Once you have set the minutes and pressed the time button, the
date and time are set and the time is displayed.
5. If you want to change the date and time, press and hold the time
button down for approx. 3 seconds until the year number starts
to flash. Now you can enter the new values as described above.

Selecting the correct cuff

Microlife offers different cuff sizes. Select the cuff size to match the
circumference of your upper arms (measured by close fitting in the
centre of the upper arm).
Cuff size
for circumference of upper arm
S
17 - 22 cm
M
22 - 32 cm
M - L
22 - 42 cm
L
32 - 42 cm
L - XL
32 - 52 cm
Only use Microlife cuffs.
Contact your local Microlife Service if the enclosed cuff AL does
not fit.
Connect the cuff to the device by inserting the cuff connector AN
into the cuff socket 6 as far as it will go.

Selecting the user

This device allows to store the results for 2 individual users.
Select the intended user (user 1 or user 2 BN) by pressing the
user button 5.
Before each measurement, ensure that the correct user is
selected.

Selecting standard or MAM mode

Before each measurement, select standard (single measurement)
or MAM mode (automatic triple measurement). In MAM mode,
3 measurements are automatically taken in succession and the
result is then automatically analysed and displayed. Because the
blood pressure constantly fluctuates, a result obtained in this way
is more reliable than when a single measurement is performed.

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