HELLIGE SC 820, SC 821 User manual

u
SERVOCARD
J
i i
1
DC
Defibrillator
;
Operation
SC
SC
Manual
820
1
A i M
] ] ]
Contents
1
General
2
Operation
2.1
2.2
2.3
2.4
2.5
2.6
2.7
Description
Installation
РеТогтапсе
Electrode
Nonsynchronized Synchronized Pacing Cleaning
V
....................
..............................
СВесК
..........
Application
Defibrillation
via
the
Defibrillator
and
Sterilizing
...............................................
Defibrillation
(Cardioversion)
Electrodes
the
Electrodes
Rio
еее
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9
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10
10 12 13 13
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3
Specifications
4
Equipment
AN
...........................................
нае
li
17
лнлуьнь
2 E
I
DC
DEFIBRILLATOR
>
7
А.
uno
6
Fig. 1 Front
(1)
Meter
(2)
TEST
(3)
Flash
(4)
DEFIBRILLATOR
(5)
ENERGY
INTERNAL,
(6)
Illuminated
(7)
Illuminated
switched
In
case
This
is
(8)
SYNC
(9)
Instrument
panel
to
indicate
contact
lamp
for
Ws
switch
or
MODE
ON
on,
the
of
power
indicated
INPUT
socket
fuses
charge
surfaces
performance
PACING
OFF
failure,
by
where
OUTPUT
to
set
60/min
pushbutton
pushbutton
WITHOUT
instrument
illumination
to
connect
level
of
the
electrodes
check
socket
the
detibrillatian
to
SYNC
version
of
pushbutton
an
storage
for
connection
select
to
switch
mode
SC
ECG
capacitor
are
applied
of
energy
the
mode
the
instrument
is
selected
821
is
switched
(7).
instrument
for
performance
the
defibrillator
and
for
mode
WITH
SYNC
or
on
and
automatically)
automatically
for
defibrillator
check
electrodes
selection
WITHOUT
off
to
synchronization
EXTERNAL,
SYNC
(when
battery-power
the
instrument
operation.
is
(10)
Receptacle
for
power
cord
(power-line
connection)
Fig. 2 Side
connection
EINGANG
SYNC
ENTREE
panel
SYN
INPUT
SYNCH
10
1
General
The
DC
Defibrillator
of
the
SERVOCARD
able
battery
provides
for
Description
SC
820/SC
system.
which
the
supplies
recharging
The
power
of
the
821
is
designed
instrument
immediately
battery
when
as
an
insertion
versioh SC 821
in
case
of a line-power
the
instrument
is
also
module
equipped
is
connected
for
basic units
and
with a built-in
failure. A charging
to a line-power
models
recharge-
circuit
source.
Unsynchronized
Defibrillator During
impulse fibrillation, SERVOCARD
immediately
SC
DC
defibrillation,
of
suitable
for
system,
before.
electrode. The
discharge
circuit physiologically defibrillation
impulse
concerned; The
energy
The
energy
stored
in
discharge The
discharge
impulse
the
intersection
50 © (Fig.
impulse
remains
only
level values
the
capacitor
circuit.
curve
duration
3).
as
well
as
synchronized
820/821.
the
whole
amplitude.
example;
the
Thé
of
the
favourable
is
approximately unchanged the
amplitude
on the
refer
DC
to
must
This
If
the
current
doctor
defibrillator
shape.
as
far
Defibrillator
the
energy
be
corresponds
is
approximately 5 ms,
of
the
tangent
defibrillation
myocardium
eliminates
SA
node
is
impulse
himself
is
releases
contains
The
discharge
50
to
as
the
above
is
dependent
SC
to
be
approx.
25 % higher
approximately
measured
to
the trailing
is
briefly
any
ectopic
still
intact,
generated
the
an
resistance
100
$2.
resistance
on
the
resistance.
820/SC
released
into
to a sinusoidal
on
edge
and
(cardioversion)
depolarized
centers
it
can
resume
by
the
discharge
impulse
induction
using
coil
which
The
current/time
range
and
821
can
be
adjusted
an
external
due
to
the
ohmic
halfwave
the
baseline
the
zero
line
is
possible
by a strong
which
cause
its
pacemaker of a storage
the trigger
which
the
patient
diagram
the
shape
in 8 steps
resistance
losses
with
from
the
with
an
with
atrial or
button
gives
the
represents
for
of
the
of
of
the
aperiodic
start
of
external
the
DC
single-phase
ventricular
function.
İn
capacitor
on
the
one
impulse
the
curve
from
50
2.
a
for
the
defibrillation
are
10
to
The
energy
induction
decay.
the
impulse
resistance
the
charged
350
J.
in
the
The
to
of
lin
Fig.
A
3.
Discharge
curve
at
an
+
external
resistance
of
50
R,=50N
tin
ms
2
There
With
are
unsynchronized
eliminate With
synchronized
with
the EINTHOVEN after
the
phase
of
In
case
of tricular and
No
fibrillation
the
impulse
one
is
handling
to
be
released.
two
methods
ventricular
patient’s
R-peak.
the
ECG. A trigger
limb
lead)
Thus,
cardiac
disordered
can
allowed
high
to
voltages,
of
defibrillation:
defibrillation,
fibrillation
defibrillation,
and
also
impulse
cycle
action
or
flutter
be
touch
the
which
the
released
initiates the
capacitor discharge
which
of
it
could
the
is
not
any
the
patient
operator
the
impulse
flutter.
known
cause
heart,
present.
time.
during
must
can
be
delivered
as
cardioversion,
is
derived
discharge
is
ventricular
the
vulnerable
from
of
the
prevented
phase
the
the
R-wave
storage
from
fibrillation.
is
Therefore, a synchronized
impulse
inform
all
others
delivery.
in
the
According
any
time.
impulse
of
the
capacitor
coinciding
not
always
discharge
A,
room
that
This
method
delivery
ECG
is
synchronized
(usually a suitable
approximately
with
the
vulnerable
present.
to
the
the
During
is
not
regulations
impulse
is
used
to
20
ms
ven-
required
on
is
about
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