How it Works
Bio-Tek
Loading...
QED-III
User manual
35 pgs9.53 Mb0

Bio-Tek QED-III User manual

Download
DEFIBRILLATOR
ANALYZER
OPERATOR'S
MODEL
QED-III
MANUAL
BIO-TEK
INSTRUMENTS,
mm |
E
BIO-TEK
INSTRUMENTS
DEFIBRILLATOR
MODEL
OPERATOR’S
MANUAL
SERIAL
PART
FOR
NUMBERS
REVISION
SEPTEMBER
ANALYZER
QED-III
MANUAL
NUMBER
2218
A
1986
3330100
AND
UP
==
0-1
BIO-TEK HIGHLAND WINOOSKI, 800-451-5172 802-655-4040 TELEX
INSTRUMENTS,
94-0136
VT
05404-0998
BIO
BOX
TEK
INC.
998
USA
SHVT
)
ages
e,
DOCUMENT
e
Şe
REVISION
RECORD
J
| |
i
J | | |
| | ] | i
| y |
gi ]
1
|
m
| |
E
Е
|
=
DOCUMENT TABLE LIST
OF
OF
FIGURES
INTRODUCTION
1
mm
Ne
TABLE
REVISION
CONTENTS
TO
OED-III
Summary Applications
OED-III
QED-III
OED-III
SAFETY, AND
GENERAL
of
DESCRIPTION
specifications
description
MAINTENANCE,
WARRANTY
RECORD
QED-III
features
OF
CONTENTS
OPERATOR’S
INFORMATION
STORAGE,
MANUAL
SHIPPING,
mm
α
|
m
]
=
33
3.4
4.1
4.2
4.3
5.1 52
5.3
531 532
5.4
Electrical
safety
Maintenance
Cleaning
Battery
Storage Warranty
replacement
and
INSTALLATION
Operating Unpacking Preparation
precautions
and
OPERATION
General
Battery
Test
Testing
check
procedure
defibrillator
Defibrillator
Instructions
shipping
inspection
for
use
output
for use
energy
output
measurements
with
an
oscilloscope
and
recordkeeping
Equipment Testing
setup
TABLE
CALIBRATION
OF
CONTENTS
(CONTINUED)
6.1
6.2
Calibration
Calibration
Energy
Opto-isolated
TROUBLESHOOTING
QUESTIONNAIRE
equipment
measurements
scope
LIST
list
output
0-4
Page
LIST
OF
FIGURES
2-3
3-3
3.2.2-1
5.3.2-1
6.2.1-1
6.2.2-1
QED-III
OED-III
Main
Recommended
Main
Troubleshooting
isometric
component
diagram
switch
printed
for
opto-isolated
view
layout
PC
recordkeeping
circuit
board
procedures
schematic
calibration
This
page
intentionally
left
blank.
N
©
αυ
a
Si |
En
m
πα
=

INTRODUCTION

This
document
OED-III. ponents,
Bio-Tek consulting
The
objectives
1.
2.
3.
4. a parts
is
the
It
contains
and
instructions
at:
1-800-451-5172.
with
Bio-Tek
of
sufficient
understand
detailed
procedures (Section
(Section
list
operator's
general
for
service
this
manual
information
its
use
guidance
for
setting
5),
for
calibrating
7);
and
(Section
TO
OED-III
manual
for
information
its
use.
If
a
The
user
should
personnel.
are
to
provide:
(Sections 1 and
for
maintaining,
up
the
the
the
QED-III
unit
8).
the
Bio-Tek
about
problem
never
design
2);
storing,
(Section
OPERATOR'S
Defibrillator
the
OED-III,
develops,
attempt
of
the
and
(Section
6),
a
the
to
OED-III
shipping
4),
for
and
MANUAL
Analyzer
description
user
should
service
for
the
to
enable
the
operating
troubleshooting
unit
unit
the
Model
of
its
com-
contact
before
the
user
(Section
unit
to
3);
nina
o
=
EM
After to
answer
us
to
becoming
the
guestionnaire
continually
familiar
improve
with both
at
the
our
products
the
back
OED-III
of
the
and
our
and
this
manual,
manual.
documentation.
We
want
please
your
take
feedback
the
time
to
help
α
0-7
α
co
na
п
п
п п Ш
αο
ωα
_
1.1
Summary
Bio-Tek
and able, a
defibrillator
be
1.2
The paddles. energy also defibrillator.
provided
critical
provided
has
DC
defibrillators
lightweight,
quickly
Applications
QED-III
enables
and
The
output
on
the
QED-III
care
care
by
1
of
features
designed
QED-III
the
for
and battery
to
be
accurately
is
designed
test
data
supplied
required during
medical
The
the
units,
and
the
personnel
waveform
QED-III.
is
portable
and
must
always
QED-III
GENERAL
QED-III, a quantitative energy
energy
operated
evaluated.
read
from
to
test
defibrillators
by basic to
is
displayed
it
can
rescue
help
vehicles.
function
ensure
output
The
the
the
QED-III
life
observe
be
used
that
and
can
instrument
OED-III
support
the
on
Defibrillators
properly;
the
INFORMATION
during
be
used
meter.
that
have
help
medical
is
actually
waveform
an
oscilloscope
in
operating
the
energy
defibrillators
measuring
operation.
wherever
is
easy
to
grounded
personnel
produced.
of
the
that
rooms,
are
used
measurement
produce
system,
The
QED-III
the
energy
operate;
or
ungrounded
energy
is
plugged
intensive
during
the
to
test
ensure
The
OED-III
produced
into
care
emergency
data
desired
test
is
output
data
that
by
jacks
units,
energy.
AC
of
can
the
a
E
rm.
02
α
m
mm
1-1
———
ì
Γ
2.1
OED-III
The
and
OED-III
negative
Readings
specifications
is
designed
output
energies.
for use
Displayed
QED-III
with
AC
in
DESCRIPTION
and
DC
defibrillators
watt-seconds
(joules)
and
sums
the
positive
ME
i
mE
EM
mm
Display
Input
Accuracy
Ranges
Reading
Power
Impedance
Battery
Waveform
Capability
Capability
of
Scale)
Duration
Life
Display
4
1/2
inches
50
ohms
+/-
+/-
2%
of
full
trapezoidal
and
high-voltage
0 — 50
0 — 500
0 — 1000
Controlled
Four 9 V (Duracell®
Greater
2 is isolator.
watt-seconds
female
1:10,000
watt-seconds
watt-seconds
alkaline
than
banana
cm)
1%
scale
waveforms
pulses
by
depression
MN1604
one
year
jacks
of
input
for
all
to
50
to
(1
watt-second
(10
watt-seconds
(20
watt-seconds
of
transistor
or
equivalent)
for
waveform.
waveforms,
milliseconds
7000 V in
amplitude
increments)
the
lefthand
batteries
oscilloscope.
Isolated
including
in
duration
increments)
increments)
contact
Attenuation
through
an
plate
opto-
=
=
02
02
6
=-
Dimensions
Weight
Duracell
R
registered
a
is
5" H x
cm x 36.2
8.7
pounds
trademark
14-3/4" W x
cm x 22.2
(3.9
kg)
Duracell
of
2-1
8-3/4"
U.S.
D
cm)
A.
п
2.2
QED-III
The
OED-III rubberized particles.
so
that
the
right. QED-III
supporting
The The
Note ing the
A for female
The
scales
that
lower
battery
the
meter
banana
can
waveform lead
from
description
is
housed
seal
when
The
meter
QED-III
be
placed
surface
face
of
are
as
Scale
0 — 50 0 — 500 0 — 1000
the
lefthand range,
check
the
line
needle
jacks
of
the oscilloscope;
in a heavy-duty
the
unit
of
the
QED-III
faces
the
is
carried
upright
and
the
the
QED-III
follows:
Range
watt-seconds
watt-seconds
watt-seconds
scale
disregard
(red)
is
is
also
are
used
energy
produced
is
closed,
user,
unlatching
by a sturdy
or
flat
QED-III.
is
divided
reads
the
located
located
for the
the
red
formica
forming a barrier
can
be
removed
the
locks
when
both final
at
at
mid-scale,
isolated
handle
into
the
0-to-50
zero
mid-scale
bolted
in
operation;
1
watt-second
10
20
on
this
on
to
output
Resolution
watt-seconds watt-seconds
and
the
by a defibrillator.
jack
is
for
the
probe.
The
to
dust
completely
and
then
into
rubber
scales
dual
the
the
right
when
The
as
0-to-500
scale.
meter.
of
the
of
the
and
by
positioning
pushing
the
of
protect
illustrated
ranges;
The
adjustment
the
meter
QED-III
jack
is
unit
the
the
in
window.
tests
for
the
cover
both
Figure
when
screw
the
the
ground
on
a
unit
to
the
The
the
2.2-1.
read-
The
в
п
0
|
O
_
E
α
α
The
activation
The
unit
circuitry
The
QED-IU
measures
is
"ON"
of
the
simulates
the
output
switch
when
for the
this
plate
QED-III.
the
transthoracic
from a defibrillator
QED-III
is
depressed
is
located
because
resistance
subjected
2-2
underneath
this
to
this
the
lefthand
switch
of
resistance.
the
powers
contact
the
electronic
body
and
plate.
E
ῳᾳα
D
EN
in.
CONTACT PLATE
BATTERY CHECK
LINE
700
Е
500
E
400
ADJUSTMENT SCREW
INSTRUMENT COVER
RANGE SELECTION
SWITCH
BATTERY CHECK BUTTON
ISOLATED OUTPUT
JACKS
2-3
Figure
CONTACT PLATE
2.2-1.
QED-III
isometric
view
©
es
-
IN IN
]
=
3.1
Electrical
An
electrical
on
the
Safety
In
addition
sure
the
3
SAFETY,
safety
safety
defibrillator.
Analyzer
Electrical
Digital
Digital
safety
Safety
Safety
Safety
to
leakage
of
manuals
inspection,
The
details
available
Analyzer
Analyzer
Analyzer
tests,
the
operator
MAINTENANCE,
AND
including
of
Model
Model
the
following
when
WARRANTY
leakage
from
Bio-Tek
370,
170,
Operator’s
501,
Operator’s
safety
using a defibrillator:
tests,
are
Instruments,
Operator’s
precautions
STORAGE,
should
in
the
Inc.:
Manual
Manual
Manual.
must
SHIPPING,
be
performed
following
be
followed
monthly
Electrical
to
en-
==
=
EH
U
mm
1.
Inspect cord
2.
If receptacle.
3.
Do
4.
Grip pounds
on damage
5.
Do paddles
6.
Do
QED-III.
7.
When
circuits
lator
the
for
cracks
the
defibrillator
not
touch
one
of
the
plates
the
not
touch
are
not
use
replacing
are
paddles.
defibrillator
and
the
paddles
paddle
in
pressure)
to
prevent
OED-III
the
contact
being
any
pressed
electrical
the
exposed.
daily.
frays.
is
line
on
each
to
the
arcing
or
the
plates
onto
paste
batteries
Do
not
Examine
powered,
the
be
defibrillator.
QED-III
defibrillator.
of
that
on
the
or
the
plates.
can
the
plates.
pads
OED-III
any
the
sure
the
paddles
Keep
cause
QED-III
when
part
paddles,
that
injury
testing a defibrillator
(as
of
the
lead
it
is
plugged
firmly
the
paddles
to
when
described
the
QED-III
wires,
into a grounded
(approximating
firmly
the
operator
defibrillator
in
Section
with
and
depressed
and
with
the
defibril-
25
can
the
3.2.2),
all
=
==
]
3-1
3.2
Maintenance
The
Cleaning
QED-III
cleaned
1.
2.
1.
2.
1.
must
effectively
After and alcohol
Repeat
Use
Use
meter
Clean dry
soldering,
dirt
in a well-ventilated
if
compressed
all-purpose
and
the
with a paper
be
kept
as
follows:
residue.
necessary.
overlay.
outside
use
Wipe
air,
Caution:
formica
towel.
and
CIRCUIT
an
acid dry
30
psi
cleaner
moisture-free
BOARD
brush
with a paper
area.
maximum,
PANEL
Do
dipped
Do
not
not
to
or
use
CASE
surface
with
at
all
times.
in
isopropyl
towel.
smoke
blow
Caution:
or
dust
equivalent)
solvents
the
that
all-purpose
use
off
on
The
the
damage
unit
alcohol
Use
the
near heat
of
the
panel.
electrode
plastic.
spray
cleaner.
can
to
remove isopropyl
or
be
flux
flame.
plates,
Wipe
3.2.2
When
the
battery
the
batteries,
R
409
2.
Use inside
components.
Battery
the
QED-III
1.
Remove
2.
Lift
Figure
isa
registered
compressed
of
replacement
test
(Section
reread
the
3.2.2-1 for
the
case
4.3),
Section
the
four
panel
out
trademark
air
to
blow
dust
out
must
be
moisture-free
indicates a reading
all
four 9 V
3.1:
Electrical
corner
of
the
location
of
screws
case
the
of
the
Clorox
batteries
in
and
of
the
inside
to
prevent
the
must
safety.
the
QED-III
turn
to
expose
batteries.)
Company.
red
be
panel.
of
the
corrosion
battery
replaced.
the
batteries.
case.
of
Before
Caution:
the
electrical
line
during
replacing
(Refer
The
to
REAR
VIEW
5
R20 234 100
OHM
WATTS
SUBPANEL
447005
©
(WITH
BLU
VIO
WIRE)
O
ολ
3340007
MI
}+
#92004
-
一 一 一
BAOI
BATTERY
TERMINAL
一
E
©
|
BAO2
)
BAO3
F
X
|*
14
BLK
—22
WHT,
© | |
GRN
GA
一
¡Blu
voh
©)
«Eh
R2I
23.4 100
OHM
WATTS
GA
14
BLK
COLOR
KEY:
RD
BOARD)
PC
(ON
$
42071
…
R24
BLK = BLACK BLU = BLUE
GRN
©
=
GREEN
(ery
|
|
р
|
R23
y
JRED
#42001
RED = RED VIO=
WHT
J2
BLK
VIOLET
=
WHITE
R22
fe
이드
#42002
METER
2
PLACES
HOLD-DOWN
XX
>
KEY: % BATTERY
% % HOLD-DOWN
#
PART
©
RANGE
SWITCH,
TERMINAL
COMES
NUMBER
)
)
|
80041
SELECTION
SI
(SAME
WITH
GA
14
AS
#47005
BEZEL
BLK
#92008
の
WITH
WIRE)
Figure
3-3
J2/P2
(ON
PC
#42071
3.2.2-1.
BOARD)
42050
#
QED-III
layout
component
(rear
view)
3.3
3.
Remove their
4.
Replace
5.
Test button
6.
Test
depressing
terminal
Figure
7.
Place
8.
Tighten
Storage
holders.
the
the
the
and
the
battery
the
batteries
two
new
on
the
meter
two
new
the
voltage
3.2.2-1
QED-III
the
four
shipping
clips
with
batteries
face.
batteries
activation
across
for
the
location
panel
corner
from
Duracell
for the
The
that
switch
BA03
back
screws.
the
meter
are
and
of
into
batteries
MN1604
meter
must
used
(the
lefthand
BA0O4
BA03
the
by
in
is
and
case.
and
remove
batteries
pressing
read
above
the
opto-isolator
contact
greater
BA04.)
the
than
the
or
the
red
the
red
plate).
7.5
V.
batteries
equivalent.
battery
check
circuit
by
(Refer
from
check line.
that
to
LAB
cum
E
the
The
QED-III cover and
3.4
on
shipping.
Warranty
Bio-Tek the
original
tive
materials
analyzer materials
option,
This
warranty
has
been
has
had
warranty.
this
should
the
QED-III
The
warrants
purchase
to
Bio-Tek,
or
manufacturing,
without
repaired
the
serial
the
or
workmanship.
cost
is
void
Bio-Tek Instruments
change
specifications,
obligation.
Bio-Tek
the
diagrams,
will
unit has
and
continue
been
discontinued.
accessories
be
stored
should
storage
OED-III
postage
to
the
if
or
altered
number
reserves
price,
to
at
always
environment
to
The
warranty If
pre-paid,
Bio-Tek
customer.
the
QED-III
by
persons
altered,
the
or
design,
stock
service
that
are
77° F (25°
be
closed should
the
original
the
customer
and
shall
has
or
defaced,
to
without
parts
Parts
shall
furnished
C)
with a relative
and
the
be
free
purchaser
is
for
normal
Bio-Tek
either
been
stations
visibly
or
removed.
repair
not
discontinue
notice
for
up
include
with
the
latches of
vibration.
for a period use
the
QED-III
determines
or
replace
damaged
authorized
Batteries
the
OED-III
and
without
to 5 years
all
materials,
humidity snapped
and
the
by
after
of
during
of
one
service,
against
defibrillator
defect
the
accident,
by
are
at
incurring
the
charts,
to
unit
Bio-Tek,
not
any
time
manufacture
instructions,
50%.
storage
year
be
in
at
Bio-Tek’s
misuse,
or
covered
and
any
The
from
defec-
or
which
by
to
of
The
purchaser
may
result
or
customers.
from
agrees
the use
to
assume or
misuse
all
liability
of
the
unit
for
by
any
the
damages
purchaser,
or
bodily
his
employees,
injury
which
agents,
ως
в Ш
пы
п
ви
=
mm
4.1
Operating
4.2
Inspect
meter
firmly
If
4.3
Find a relatively
unit
to
safety
Unpacking
the
needle
attached
any
damage
Preparation
and
precautions
Section
of
the
OED-III
to
is
it
3.1: OED-III
and
inspection
for
ensure
to
the
found,
for use
level
facing
4
Electrical
operator.
cracks
that
it is
immediately
surface
the
operator

INSTALLATION

safety,
or
intact.
on
for
scratches
Carefully
call
Bio-Tek
which
so
to
that
precautions
on
either
inspect
Instruments
place
the
the
that
must
the
the
QED-III.
handle
at:
Unlatch
can
be
followed
and
the
to
ensure
1-800-451-5172.
the
be
easily
to
locks
ensure
that
it
on
the
the
is
.
ET
mm
m
| |
a
m
E
E
ma
mm
4-1
5.1
The
body’s
resistance. conditions resistance
The the
human
The
power voltage Mathematically,
where:
General
QED-III
resistance
QED-III
OED-III
output
summed
measures
The
resistance
has
been
chosen
has
body.
is a precision
from a defibrillator
over
energy
W
=
to
current
measured
in
the
an
internal
я
0
the
the
is
5
energy
flow
of
measurement
analog
time
expressed
delivered
and
the
and
resistance
instrument
during
dt

OPERATION

then
measuring
thorax
discharge.
of
which
as:
to
the
of 50
by a defibrillator
the
flow
(i.e.,
the
TTR)
be
between
output
ohms,
that
Energy
the
current
40
energy
thus
simulating
computes
is
the
and
and
of
the
product
voltage
by
simulating
of
energy
120
defibrillators
time
high
the
resistance
integral
of
current
are
through
voltage
The
applied.
the
standard
is
50
of
the
and
that
of
E
ES
W
E(t)
I(t)
where:
The relationship:
where:
Law
E(t)
I(t) R
preceding
У
can
=
=
be
expressed
=
ии
equations
two
energy
voltage
current
current resistance
É R I
as a function
as a function
as a function
(1)
by
in
can
dt
the
following
combined
be
of
of
of
time
time
equation:
give
to
following
the
energy
|
==
u
50
7
ohms.
5-1
The
QED-III QED-III III
squares
pulse. when
5.2
Battery
It
is
recommended
series
performs
uses
the
(i.e.,
mathematically
time
multiplying
Figure
it is
passed
check
whenever
1.
Push Figure
2.
Observe
teries
3.
If
the
replacement.
less
input
5.1-1
the
than
shows
through
that
there
red
2.2.1).
the
used
meter
an
energy
1/1000
current
by
the
what the
the
is a time
battery
for
energy
reads
measurement
of
the
current
using a current
integrates)
constant
happens
QED-III.
following
lag
between
check
reading.
below
button
measurements
the
by
attenuating supplied squaring
using a precision
R;
this
provides
electrically
battery
testing.
located
If
the
red
line,
to
be
below
are
satisfactory.
refer
by
the
defibrillator.
network
integrated
the
the
output
performed
the
to
Section
the
input
and
energy
from a defibrillator
before
QED-III
the
3.2.2:
current;
sums
circuit
of
meter
red
Battery
The
the
the
each
current
the
the
QED-
at
the
applied
test
(see
bat-
m
LE FROM
FIBRILLATOR
FE
>]
SIMULATOR
NETWORK
&
RECTIFIER
>
NETWORK
BATTERY CHECK
>
O
SQUARING
CIRCUIT
Y
SUMMING
CIRCUIT
O
&
&
Figure
5.1-1.
Block
5-2
diagram
N“
EN
ES
|
MN
=
mm
It
may
be
necessary
oscilloscope
It,
Remove
precautions
defibrillator
2.
Depress
3.
Measure to
Figure
4.
Check
procedure
Test
5.3
5.3.1
The
Testing
following
defibrillator
to
after
all
connections
the
the
the
depress
the
5.2-1.)
the
voltage
defibrillator
procedure
with
the
check
QED-III
detailed
into
the
lefthand
voltage
contact
reading;
energy
must
QED-III
the
isolation
are
panel
in
Section
QED-III
contact
across
plate.
output
be
followed
analyzer:
made.
from
3.1:
while
plate
the
terminals
(For
a
minimum
circuit
These
its
case.
Electrical
it
on
the
location
when
batteries
batteries
Be
sure
safety.
is
out
of
QED-III.
of
BA03
of
these
of
7.5
VDC
testing
the
if
no
are
to
observe
its
case.
and
terminals,
is
energy
display
checked
all
Do
not
discharge
BA04
while
required.
output
appears
as
follows:
safety
continuing
see
of
a
on
the
the
=
1.
Turn
the
desired
2.
Before
(Refer
3.
To
ton
unknown, low, plied.
4.
Simultaneously
plate proximately
tact.)
5.
Initiate a discharge
6.
Observe selected. depressed within
0-to-50
output
conducting
to
select
on
the
the
meter
of
the
the
the
watt-seconds
defibrillator
energy.
the
Section
the
select
5.2
desired
selection
the
will
peg
QED-III
25
pounds
from
meter
The
with
0-to-500
reading
meter
the
defibrillator
watt-seconds
on
(follow
test,
push
for
details
energy
switch.
0-to-1000
and
one
of
and
the
of
pressure
the
given
will
retain
range.)
manufacturer’s
the
red
of
the
battery
output
bend
the
other
range,
If
the
watt-seconds
the
needle
defibrillator
paddle
on
the
defibrillator.
in
watt-seconds
the
reading
paddle.
range,
ignore
instructions).
battery
check
check.)
depress
the
anticipated
range.
when
excessive
paddles
on
the
left
contact
as
(When
plates
(joules)
long
observing
the
decimal
button
appropriate
output
If
the
on
contact
to
as
the
range
the
ensure
on
left the
point
Select
on
the
energy
setting
current
plate.
the
range
plate
meter
used
the
QED-III.
gray
but-
is
is
is
ap-
contact
(Use
good
con-
is
reading
on the
too
ap-
5.3.2
The
Defibrillator
QED-III
defibrillator. put
measurements
A
defibrillator
calibration
II
are
faster
is
used
to
method.
setting
output
is
designed
Figure
for
can
be
dependent
calibrate
Method
is
correlated
measurements
to
quickly
5.3.2-la the
QED-III.
calibrated
on
what
the
defibrillator
II
provides
with each
and
the
by
two
output
additional
energy
and
recordkeeping
accurately
recommended
methods
information
to
determine
information:
output
calibrate
format
the
is
required.
energy
desired.
the
energy
for
recording
OED-III;
Both
output;
an
exact
output
froma
energy
the
method
Methods I and
Method I is
defibrillator
out-
of
the
1.
Set the
2.
Record
5.3.2-1b).
3.
Discharge
4.
Record
der
5.
Set
1.
Set
2.
Discharge
3.
Observe
watt-seconds,
output
DEFIBRILLATOR
defibrillator
the
meter
the
the
QED-III
"actual
the
DEFIBRILLATOR
the
output"
defibrillator
defibrillator
the
the
adjust
of
50
watt-seconds.
OUTPUT
setting
under
defibrillator
(see
Figure
on
another
OUTPUT
defibrillator
reading
the
defibrillator
MEASURMENTS
to a benchmark
"defibrillator
into
the
OED-III.
reading
at
into
on
beside
5.3.2-1b).
benchmark
MEASUREMENTS
50
watt-seconds.
the
QED-III.
the
QED-III.
either
the
such
setting"
defibrillator
value;
If
up
the
or
repeat
QED-III
down
METHOD
as
50,
on
the
Steps 2 through
METHOD
does
to
obtain
I
100, 150,
chart
(see
reading
II
not
read
an
or
200.
Figure
un-
4.
50
actual
4.
5.
When
output,
Repeat
and
any
the
defibrillator
record
the
values
Steps 1 through 4 for
energy
output
as
reading
shown
values
values
5-4
is
in
of
that
Figure
100,
are
that
5.3.2-1c.
200, 300,
important
and
during
50
watt-seconds
400
watt-seconds
operation.
of
>|
PLI
R20
23.4n
LAN
1%
pl
TDIGIT
3330025
3330026 3330027
3330028
3330029
3330030
333003!
3330032
3330033
FOR
SEE
av
PLZ
PN
DIODE
3330034
hows
23.4.2
CRI4
SELECTION
IOOHZ
INPUT
|
NEXT
1. =
ASSY
#
:
y
3
R22
st
R23
2911
nee
71
196
1641
RZI
1%
PI
ANDJI
wile
|,
la
PIN #
CRIS,
CRIS
CRIG
,CR27
CRIT,CR23
CRIS
,CR2S
CR22,CR26
CR24,CR28
CR20,CR29
T.P
0
οον
を
:3330001-4S
-
| |
|
|
| |
|
| | |
|
|
|
|
|
|
|
|
|
|
|
p
|
]
|
|
|
|
CRIS
CR2I
fans
9
CRzs
CR28
CR29
SOUÁRNIG
U
CIRCUIT
-一 一 一
К
一
一 一 -一
CRI6
-=
К
5е
CRIB
м
Enea
>
Vc
és
22.1K
CR24
CR20
¿a
RAR
G
F | NEW E | REV.
REV
pa
RIA
δις
Lis
RIG
À
z
RZO.ZI:
[CH
|
|
$
I
一
JI
CH.
ADDRESS
PER
ECO
DESCRIPTION
DRIFT
ADJUST
Raa
|
|
|
|
RED
TO
SCALE
El
ADJUST
“in
00
|
INTEGRATOR
|
RESET
πως.
176
ς
35IG
™409]5:1286]JR
ECO
FR-E
+9V
은
[
к}
7
6|
FULL
4
SCALE
|5-29-86|PEB
DATE
RK
ING
ass.
CI
4.7
1
ue
=
-+
L
E
BY
ㄱ
R29
De
2.0K
37
iK
BAO3
|
| |
:一
|
GRYIOI
σ
σ
i
RYIO2
VIO
=
$
à .
5
ERB,
oO
©
MI
CR-
iN4148
23?
|
soy =
BLU
9
ua
78LOSA
AW-
ne
=
çi
va
7BLOSA |
1
MS
| |
ER
2
R36
sk
[REV]
55V
me
OUT
SOK
DESCRIPTION
+5
R36
ITU
OV
οον
BAOI
|
=
=
上
=
1.
=
R35
21k
BAO2
+9V
3
|, | -ev
-/
ο
，
T2
pe
52
BIAS)
Е
R40
|
+IV
+OIV
|
DATE/BY|SHEET
6
SCALE
MAIN
NONE
1OF | CHK
JV
RED
J2
BLK
ISOLATE
OUTPUT
SWITCH
SCHEMATIC , QED
ο
"BYS
vin
>
$
INSTRUMENTS,
HIGHLAND
WINOOSKI,VT
P.C.
ΡΕ
Ἱάσο
LIM
333 | 003-SC
BIO-TEK
ー
PARK,
05404
BOARD
III
PADDLE
SWITCH
INC.
BOX
998
‘
5-5
Figure
5.2-1.
Main PC
switch
schematic
DEFIBRILLATOR
Model
by
Tested
DEFIBRILLATOR SETTING
(WATT-SECONDS)
TEST
re:
PERFORMANCE
RECORD
No.
Serial
Date
ACTUAI
DEFIBRILLATOR
OUTPUT
(WATT-SECONDS)
DEFIBRILLATOR
Model
Tested
TEST
by
DEFIBRILLATOR
SETTING
(WATT-SECONDS)
50
RECORD
Serial
PERFORMANCE
No.
Date
ACTUAL
DEFIBRILLATOR
OUTPUT
(WATT-SECONDS)
35
DEFIBRILLATOR
Model
Tested
—
TEST
by
DEFIBRILLATOR SETTING
(WATT-SECONDS)
SD
PERFORMANCE
RECORD
No.
Serial
(WATT-SECONDS)
Date
ACTUAL
un
DEFIBRILLATOR
OUTPUT
so,
A
E
5.4
Instructions
5.4.1
The
oscilloscope.
danger
operator
Equipment
QED-III
of
provides
The
shorting
should
Figure
for
use
setup
output
the
perform
5.3.2-1.
with
an
oscilloscope
isolated
defibrillator
output
circuitry
the
following
200
300
400
£00
Recommended
isolayes
output
for
the
discharge
to
ground
procedure
170
aso
320
ALLO
recordkeeping
displaying
using a storage
discharge
through
ー2oo_
500
—
00
ー
ASD
ヴ
TS
名
2
waveforms
and
eliminates
the
oscilloscope.
oscilloscope:
the
The
on
an
1.
2.
3.
4.
Connect cilloscope jack.
Set the
the be
Set pansion
Set
serving
Use
oscilloscope
oscilloscope
displayed.
the
time
the
gain
the
oscilloscope
ground
only
to
the
waveform.
to
the
QED-III
lead
into
the
black
banana
and
observing
0.2
jack
plugs
trigger
the
to 1 millisecond/division,
V/division.
on
external.
external
the
waveform
input,
Adjust
to
using
jack
avoid
or
output.
the
banana
and
the
damaging
Connect a lead
internally
then
gain
adjust
to
probe
the
trigger
the
plug
leads. lead QED-III.
between
to
the
desired
into
the
desired
Plug
the
the red
the
waveform
os-
of
to
ex-
ob-
mm
62
©
=
=
mm
α
5.
Activate
6.
For
The
1-to-4
is
superimposed
ample, a +/-
Placing put the
If
sizable
fidelity can
select a higher DC
Testing
the
defibrillator
DC
can
then
view
output
components
be
level
storage
most
applications,
OED-III
VDC
the
level
and
discharge
device
obtained
the
discharge
gain
and
of
the
control.
set
isolated
when
5,000 V discharge
oscilloscope
enable
waveform.
(i.e.,
by
oscilloscope
the
lefthand
on
this
the
trapezoidal
placing
DC
in
user
test
waveform
use
the
oscilloscope
OED-III.
the
oscilloscope
paddle
level
with a 10,000:1
results
the
AC-coupled
to
select a higher
is
one
or
pulsitile
the
oscilloscope
with a gain
input-coupling
Note
output
has a quiescent
is
depressed.
in a 0.5 V change
mode
uses a discharge
discharge),
in
setting
vertical
position
attenuation
will
gain
the
DC
of
control
DC
The
discharge
in
block
setting
waveform
better
coupling
1.0
V/division
control
level
factor.
the
signal
the
nominal
for
the
output
to
help
to
the
of
waveform
(For
level.)
display
with
waveform
The
or
can
center
AC
ex-
out-
user
the
|
of
Πε
EN
me
1.
voltage
where:
2.
Discharge the
can
Observe
charge
scale
the
for
the
defibrillator
voltage
discharge 7 У
NE
Me
Veras
У
scope
the
be
obtained
waveform
through
= 0 for
=
=
=
defibrillator
observation
into
50
by
one - 10,000
AC
it
as
while
the
DC
appears
adjusting
waveform.
quiescent
oscilloscope
of
the
the
VDC
input
OED-III. The
actual
following
Nee
coupling
coupling
present
coupling.
the
on
the
The
waveform
magnitude
eguation:
on
the
output
oscilloscope.
gain
and
time
is
1/10,000
of
the
Repeatedly
the
to
of
discharge
|
|
dis-
optimal
©
|
5-7
If
the
waveform
the
defibrillator
charge.
If
the
waveform
loscope
and
repeat
does
not
paddles
does
the
preceding
appear
on
the
not
on
the
QED-III
appear,
steps.
oscilloscope,
contact
readjust
the
reverse
plates.
trigger
the
Repeat
levels
placement
the
dis-
on
the
of
oscil-
5-8
>
ES
==
]
6.1

Calibration

The
equipment
equipment
needed
list
to
calibrate
6
CALIBRATION
the
QED-II
is
as
follows:
>
|
==
ㆍ
1
=
E
E
1.
2.
3.
4.
5.
6.2
Calibration
6.2.1
The
Energy
procedure
follows:
1.
Digital
ohms
High waveform
15
AC
Oscilloscope.
Meter
Remove
multimeter
+/-
0.1%.
voltage
milliamps.
voltage
to
read
measurements
for
calibrating
the
monopulse
of
1-to-50
source
Vel
four
to
read
generator
milliseconds,
continuously
the
energy
corner
screws
up
to
100
variable
measurements
from
VAC
to
with
the
or
produce
1-to-100
up
panel
VDC
a
to
made
of
to
positive
V
amplitudes
100
Vue
by
the
within
or
negative
at
20
the
OED-III
QED-III.
+/-
0.1
V
pulse
at
milliamps.
is
and
as
50
m
0
6
2.
Lift
3.
Mechanically (see
4.
Measure
5.
Depress
needle Figure
needle
6.
Release
longer
the
panel
Figure
the
the
drifts
6.2.1-1
stops
and
drifts.
from
zero
the
2.2-1).
resistance
lefthand
Do
noticeably,
for
location
moving.
then
depress
its
case.
meter
not
across
contact
by
depress
the
plate
adjust
of
R33).
the
contact
turning
the
two
and
R33
on
Continue
the
lefthand
contact
observe
the
plate
screw
plates
main
to
to
ensure
next
contact
and
the
meter
printed
adjust
that
to
the
plate.
record
needle.
circuit
the
screw
the
meter
the
board
meter
window
reading.
If
the
until
needle
(see
the
|
no
7.
8.
Connect
age between
time equation:
the
output
amplifier.
CRI
from
pulses
1-to-50
of
Connect
and
CRA
that
milliseconds.
the
the
(see
vary
monopulse
output
Figure
in
amplitude
The
generator
of
the
high
6.2.1-1).
from
energy
to
the
voltage
0-to-100 V and
is
calculated
input
of
amplifier
from
the
to
that
the
high
volt-
the
vary
following
in
6.2.2
The may
where:
Remember: QEDIII
9.
Adjust
curately.
then
calibration.
Opto-isolated
following
result
in
Equivalent
Il
R V 工
The lefthand
on
and
R28
If
the
OED-III
scope
calibration
damage
energy
resistance pulse
voltage
pulse
duration.
released
(see
Figure
the
accuracy
must
output
procedures
to
the
OED-III.
=
in
ohms
contact
to
reset
6.2.1-1)
of
the
be
returned
must
(RX
measured
plate
the
OED-III
be
VŸT
R
must
QED-III.
the
QED-III
to
the
performed
in
preceding
be
is
not
Bio-Tek
Step
depressed
within
+/-
Service
carefully.
4
to
turn
needle
2%
Department
Failure
the
of
full
to
ac-
scale,
for
do
so
1.
Remove
cuit
for
isolated
2.
Connect
J1
and
3.
Connect
10-pin
end
on
4.
Connect a digital
header
nearest
the
top
the
connectors
(see
output
an
oscilloscope
J2
(see
the
0-to-100
the
of
EOUIPMENT
Figure
Figure
3.2.2-1
calibration
3.2.2-1
VAC
(P1/J1). Do
push
buttons
the
PC
board.)
voltmeter
on
and
the
10-pin
for
equipment
an
for
source
not
turn
of
to
monitor
SETUP
header
location
rms
meter
location
between
on.
the
selection
6-2
of
Be
the
(P1/J1)
of
the
setup.
between
the
the
second
sure
switch.
output
on
header).
the
jacks).
and
to
(Disregard
of
the
the
main
See
isolated
fourth
the
pins
variable
printed
Figure
output
pin
from
the
AC
cir-
6.2.2-1
jacks,
of
the
the
numbers
source.
mm
=
(る 〇 (うー
Z
-BRACKET
こい
PLACES
—
R35
el)
10
mf)
GDL
R27
FET
4
x
ο
=
+
52014
(4)
)
ετ
O!
R32
c4
STATION
SWITCH
ee
ROUND
BUTTON
р
(GREY)
45023
ROUND
©
BUTTON
R27
CRI
R39
CRID
RTS
(FARSIDE
(RED)
©
の
O
R38
|
....
@@
UZ
R24
EPS
BLK
č
RY
DOO!
>
ВО
101
R56
ㅣ
WHT
|
С
RY
R40
RAI
I
oz
22
GA. , RIBBON
CABLE
BACK
WHITE
5"
LONG
P
TO
TO
GND
POS
-0 ©+
RESISTOR
SQUARING
+
DIODE
CIRCUIT
7
MMOONTING
Z
PLACES
TI
H
G
E
E
0
Are
B
A | REV
RE
[Delete
FREVISE
|CHANGE
CHANGE 4 STATION
PIN
FROM
|ADD
PE
|PER
FOR
222
number
PCR
PER
10
42014
SQUARING
αν
000181
ECO
PER
Eco
DESCRIPTION
ECO
поли
TO
52014
000165
Eco
556
SUTTON
SWITEN
ECO
CIR. 00454
e
\
Wolfe
3654
[57988
ECO
|7/10/84
1313
TI
819/7/19/83%
2/2
я.
he
an
με.
..Ἡ
DATE/8YİSHEET
19007 - RIVET
MOUNT 4+
SCALE : 2/1
|
PLACES
NOTES:
|.
WIRES
CUP
LONGER
SEE
SEE
NEXT
SCHEMATIC:
MAIN
DRAWN
СНК"
2
6-3
Figure
R23
€
R24
PROVIDED
MUST
BE
REMOVED
22
DWG
SEPARATE
ASSY:333000!-AS
GA
AND
3330003-
00
INSTRUMENTS,
HIGH
WNODSK
SWITCH
(COMPONENT
TOP
6.2.2-1.
RC.
BD
SIDE
ol 4 Mim
~
ON
BATTERY
WIRE
PARTS
BIO-TEK
ASS
ATTACHED,
LIST,
LIST
PARK
VT
=
Y-
WIRING
LAYOUT)
DWG
NO
3330002-AS
Main
AND
SC
INC.
BOX
998
05404-0588
QED
IIL
printed
PC
board
VARIABLE SOURCE
AC
DIGITAL METER
(VAC)
NOTE: ALL
BANGE SELECTION BUTTONS FOR
AC
MEASUREMENTS
OUT
VOLT
—>
enne
INPUT
@
=
ED-
山
P1/J1
PC
OUTPUT
i
ON
BOARD
P
全
RMS
METER
BNC
@—
Figure
6.2.2-1.
Setup
for
opto-isolated
CHANNEL
0.5
V/DIVISION
10
MSEC/DIVISION
1
BNC OSCILLOSCOPE
A
calibration
+
ISOLATED
OUTPUT
~
JACKS
п
в
Y
Y
ωα
ῳ
=
Turn
Set
Depress
Observe
on
the
Adjust
Perform
1.
Depress
2.
Apply
3.
Monitor
4.
Adjust
limits):
CALIBRATION
the
variable
variable
the
lefthand
isolated
the
eliminate
to
R40
the
following
the
99
VAC.
the
R41
AC
source
AC
contact
output
lefthand
rms
meter.
to
obtain
OF
source.
to
any
steps
contact
the
OPTO-ISOLATED
V.
99
plate
on
the
waveform
clipping
to
calibrate
desired
on
of
plate
rms
QED-III.
the
the
the
of
the
reading
OUTPUT
oscilloscope.
signal.
AC
gain
by
adjusting
QED-III.
(refer
to
R41:
the
following
rms
E
m
EE
5.
APPLIED
VOLTAGE
(VAC)*
99.00 0.495
70.00
53.00
35.35 17:67
10.60
*
Apply between
Repeat
these
applications.
4
Step
voltages
all
for
for a maximum
designated
AC
ine
(DESIRED)
0.357
0.265
0.177
0.088
0.053
of 2 seconds
applied
voltages.
AC
ms
LIMIT
0.470--0.520
0.336--0.371
0.251--0.278
0.168--0.186
0.084--0.093
0.050--0.055
with 2 seconds
6-5
,」
xi_
ῳ
6
E
This
section
Review
QED-III
The troubleshooting.
The
The
in
operator
battery-check
following responsible dures
for
provides
Section
is a precision
Section
for
the
procedures
3.1:
Electrical
If
the
user
3.4
may
be
can
check
button
on
the
the

troubleshooting

checking
the
QED-III.
7
that
safety,
device:
performs
batteries
unit.
procedures
QED-III.
TROUBLESHOOTING
may
help
isolate
before
Bio-Tek
any
that
Figure
following
service
troubleshooting
power
can
the
be
performed
7-1
is a guide
personnel
QED-III
problems
any
of
procedures,
to
in
the
OED-III.
these
should
by
by
procedures.
perform
the
depressing
maintenance
troubleshooting
all
warranty
the red
personnel
proce-
out-
—
q
7-1
PROBLEM
Meter
when
depressed.
Meter too
needle
paddle
deflection
high
or
offsets
is
too
is
low.
Switch
PLI £ PL2
Resistors through
S2
R24
R20
The
activation
on
the
across
The
input
PL2
(see
creased,
is
causing
switch
positive
S2
Figure
the
deflection
each
and
with a dual-trace
load
may
5.2-1):
meter
will
resistor
inaccurate
underneath
negative
not
be
it
should
deflection
be
(R20
through
meter
the
contact
oscilloscope
functioning
(M1)
deflections.
be
R24)
points.
50
will
plate
(see
properly.
ohms
be
low;
with
may
not
Figures
+/-
0.5
if
an
ohmmeter
be
the
5.2-1
Check
the
resistance
making
positive
and
3.2.2-1).
the
resistance
If
the
to
determine
contact
and
resistance
has
simultaneously
negative
across
decreased,
voltages
PLI and
has
if a bad
in-
the
resistor
Switch
A
load
R24)
A
resistor
SUGGESTIONS
S2
may
be
resistor
may
be
may
(R20
faulty.
be
faulty.
through
faulty.
Meter reading
brillator charged
QED-III.
Needle turn contact released.
Readings
when is QED-III.
does
does
to
zero
defibrillator
discharged
not
hold
after defi-
is
dis-
into
the
not
re-
when
plate
is
are
low
into
Pin 6 of
operating
amp
Ul
Holding
capacitor
Discharging component
FET101
Bridge
CR1-to-CR4
diodes
C2
age
If
the
If measurement).
Lift The
Connect OED-III.
served,
of
500-to-600
the
should
the
voltage
CR9
protection
the
meter
one
lead
resistance
component
the
each
diode
dual-voltage
voltage
be
Keep
bridge
at
Pin 6 of
zero
when
is
more
measures a positive
and
measure
should
the
diodes
for
both
the
negative
be
meter
paddles
FET101
forward
reverse
there
infinite.
(CRI
Ul
is
limits
the
resistance
leads
depressed
may
through
BIAS
(see
Figure
no
input.
than
-0.7
V,
the
voltage
output,
across
not
and reverse
should
adjust
C2,
on
be
functioning
CR4)
5.2-1)
Ul
reaching
across
then
the
contact
with
BIAS.
be
infinite.
with a digital
is
not
functioning
the
R33
(described
C2
with
an
discharge
plates.
properly.
an
ohmmeter.
The
forward
in
ohmmeter
the
If a voltage
volt
meter.
properly.
(M1)
to
-0.7
Section
defibrillator
Measure
BIAS
6.2.1:
(see
drop
should
The
(Note
V.)
Energy
Figure
into
is
the
resistance
be
that
5.2-1).
the
ob-
The
operating
faulty.
The
holding
may
be
The
discharging
may
be
The
bridge diodes
faulty.
capacitor
faulty.
faulty.
amp may
component
may
be
be
Figure
7-3
7-1.
Troubleshooting
procedures
mm
m
| i
PART
#
DESCRIPTION
4-40 x 5/8", 4-40 x 1/4",
8-32 x 1/2",
SCR
2-56 x 5/8",
6-32 x 3/4",
2-56
10-32
4-40
8-32
Rivet,
Rivet, Diode
Diode
PH PH
PH
PAN
4-40 x 3/16"
PH
black
nut
hex
nut
locknut
locknut
locknut
pop
1/8D,
G
pop
Al
1N457A
1N4004 1 A,
1N4148
screw screw
screw
screw
screw
0.060—
Head/ST
200
signal
SS
SHNK
V
PARTS
REFERENCE
S2
mounting
Battery & resistor
mounting
Contact
slot
Right
4-station screws
Front
mounting 4-station Meter
S2 Contact locknut Meter R22
R23 & 24
CR10
CR1--4,
CR5--9,
angle
panel
connection
mounting
connection
mounting
LIST
screws
plate
bracket
switch
assembly
screws
switch
plate
mounting
11,
13
12
screws
clip
mounting
mounting
spacer
backing
locknut
mounting
locknut
rivets
screws
screws
nut
rivets
QUANTITY
2
14
4
2
2
nut
рр
E
=
Op
Amp
207
Volt
reg
+5
Transistor
176
Opto-isolator
Res
1.0K
ohm
Res
Res Res
Res Res
Res Res
Res
Res Res
Res
Res Res
Res
Res
10.0K
150.0K
3.0K
39.20K
43.20K
45.30K
47.50K
20.00K
22.10K
ohm
ohm
ohm
ohm
ohm
ohm
100.00K
18.20K
precision
V,
78LOSA
FET
5%
5%
5%
ohm
5%
5%
5%
5%
5%
ohm
1%
ohm
1%
ohm
1%
ohm
1%
ohm
ohm
1%
ohm
1%
ohm
1%
P-CH
1/4
1/4
1/4
1/4
1/4
1/4
1/4
1/4
1%
w
w
w
w
w
w
w
w
1/4
w
1/4
w
1/4
w
1/4
w
1/4
1/4
1/4
1/4 w
w
w
w
Ul Uz,
3 FET101 011
R37, R32 R34 R27
R36 R35 R38
R30,
R15 R16 Rll R12
R10 R18 R17 R50
39
31
ゆー Nw
ーー
RO)
여여
юн
See
ビビ
ニー
ビー
Mm
mm
8-1
PART
#
DESCRIPTION
REFERENCE
QUANTITY
330001 3330025
3330026
3330027
3330028
3330029
3330030
3330031
3330032
3330033
Res Res Res Res
Res Res
Res
Res
Front Zener
22017
22017
22017
Trim Trim Trim
Trim
56.20K
63.40K
2.16
ohm
23.4
ohm
panel
diode,
pot
200
pot
50K, pot pot
5K,
ohm
ohm ohm
ohm
ohm ohm
assembly
5.1
100K,
1%
1%
1% 1%
1%
1%
ohm,
10
10
10
1%
1%
25
100
V
T
T
1/4
1/4 1/4
1/4 w
10
w
10
w
w
w
10
T
T
w
w
w
R29 R14 R13 R19
R24
R23
R22 R20,
CR14
CRIS CR19
CR16 CR21
СК CR23
CR18
CR25
CR27
CR22 CR26
CR24 CR28
CR20 CR29 R28
R33 R41
R40
21
= 0
해
=
=
—
ビー
ビー テー
Isolated
Isolated Term
Ring
Header Header
Inds PC
ring
connector
5-S
output
output
#10
10-pin
5-pin
jack,
22-18
#8
0.156
0.156
22
GA
red
black GA
LOK
LOK
main
GA
J1 12
Ground
connector
J1/PC J2/PC
Pi,
8-2
board board
P2
lead
to
BNC
connector
2
1 1
2
1 1
2
1
ma
αι
μαι
ol
==
O)
mel
PART
45022 45023 47002 47004
&
DESCRIPTION
Contact Front Top
Button,
Button,
Battery,
Battery
Battery Spacer,
Bracket,
Socket
Spacer,
Spring
Push
Switch
Cap,
Cap,
formica
plate,
panel
cover
round,
round,
9V
holder
clip, 9 V
3/8"
I.
C.,
dog
clip
button
PB
SPST
4.7
uF,
0.01
left & right
overlay
overlay
grey
red
8-pin
bone
switch
4-station,
DIP
10 V TANT
uF,
50 V DISC
DIP
0.093"
2-pole
REED
H
REFERENCE
Pl,
P2
S1 SI BAO!
One
for
4-station
Mounts
with
front
0101
socket
PC board
S2
SI RY101, CI C3,
C4
through
each
switch
PC
panel
assembly
102
QUANTITY
Nr
=
BA04
BRU
battery
spacer
DDR
NUE
PODA
コ ビ
===
EB
Cap,
10
uF, 100 V FILM
Meter
Bezel & holders
Serial
number
C2 MI Meter
一
一 一
一
8-3
Loading...
Buy Points How it Works FAQ Contact Us Questions and Suggestions Privacy Policy Cookie Policy Terms of Use