Impact 750 Technical manual

TM

8-6530-009-24&P

UNIT,

DIRECT

MAINTENANCE

(INCLUDING

VENTILATOR,

TECHNICAL

SUPPORT,

REPAIR

SPECIAL

VOLUME,

MANUAL

AND

TOOLS

GENERAL

MANUAL

PARTS

LIST)

PORTABLE

SUPPORT

AND

APPROVED

HEADQUARTERS,

MODELS

6530-01-327-0686

FOR

PUBLIC

750

RELEASE;

AND

DISTRIBUTION

DEPARTMENT

750M

IS

OF

THE

UNLIMITED

ARMY

1992

SAFETY

STEPS

TO

FOLLOW

IF

SOMEONE

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TM

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this

manual

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WARNINGS,

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protect

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injury,

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equipment.

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NOTES.

even

loss

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of

life.

take

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observed

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destruction

of

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TM

8-6530-009-24&P

»

Oxygen
react
reaction

»

Electrostatic
should
oxygen

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Never

in

contact

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OXYGEN

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chemically

be

enriched

permit

gas

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kept

with

gases

take

oil,

cylinders,

mixtures

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place

away

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grease,

such

AND

OXIDIZING

HAZARDS

containing

organic

with

and

from

mixtures.

or

valves,

as

materials

explosive

other

high

concentrations

other

oxygen.

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to

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regulators,

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quantities

heat.

sources

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and

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ignition

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oxygen
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of

steel

cylinders.

exposure

will

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you

gas

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mixtures

containing

cylinders.

cylinders

to

atmospheres

in

unconsciousness

cannot

help

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oxidation

must

or

protect

oxygen

will

be

periodically

containing

without

yourself.

pose

the

reduce

inspected

12

percent

warning,

potential

the

strength

or

less

and

so

for

of

and

TM

8-6530-009-24&P

TECHNICAL

NO.

8-6530-009-24&P

MANUAL

ーー

(INCLUDING

You

can
procedures,
Changes
Equipment
Army

Medical

furnished

UNIT,

help

improve

please

to

Publications

Technical

Materiel

directly

DIRECT

SUPPORT,

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REPAIR

VENTILATOR,

MODELS

this

manual.

let

us

know.

and

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Publications)

to

Agency,

you.

ATTN:

AND

GENERAL

MANUAL

PARTS

AND

VOLUME,

750

AND

SPECIAL

PORTABLE

750M

6530-01-327-0686

If

you

find

any

mistakes

Mail

your

memorandum,
Forms),
located

or

in

SGMMA-M,

DA

Form

the

back

Frederick,

2028-2

of

DEPARTMENT

WASHINGTON,

or

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(Recommended

this

manual,

MD

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HEADQUARTERS

DC

SUPPORT

TOOLS

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2028

(Recommended

to:

Commander,

OF

THE

LIST)

to

improve

Changes

will

ARMY

to

U.S.

be

CHAPTER

Section

CHAPTER

Section

1.

|

IL

Ik,

2.
É.

Il.

IV.

V.

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HOW

TOMUSENTHIS

INTRODUCTION

Generalinformationi
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Ρήβοίιθα

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CONTENTS

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Page

v

21

2-9

TM

8-6530-009-24&P

Section

CHAPTER

Section

CHAPTER

Section

VI.

VII.

VIII.

XI.

XII.

Il

Il

VI.

Il

IL

VII.

МИ.

ххх

Modes

Augmented
Alarm

Ventilator

Operation
Cleaning

Operation

of

Operation

Ventilation

Functions

Operation

of

Auxiliary

Procedures

Under

BLENDER

General

Equipment

Blender

Operating
Cleaning
Maintenance

UNIT

General
Service
Lubrication
Preventive
Battery
Troubleshooting
Disassembly
Disassembly
Calibration

Circuit
Storage

Information

Description

Operation

Instructions

and

Sterilizing
Instructions

LEVEL

MAINTENANCE

Information

Upon

Receipt

Instructions

Maintenance

Care

and

and
and

Instructions

Descriptions

and

Shipment

...............

. .

.............

Equipment . .

Unusual

Recharging

..
Assembly
Assembly

Conditions

and

Data

.....

..

...

..

.....................................................

of

Equipment

Checks

....

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Instructions
Instructions

.

Procedures

...

..

and

Services

(Model
(Model

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750M)

750)

.......................

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00.000

.

.
.

.

...

..

.

.
.

..

212

249

221

2-23

224
2-24

2-26

412

418

419
424

CHAPTER

Section

APPENDIX

GLOSSARY

INDEX

DIRECT

- A

General
Troubleshooting

REFERENCES
MAINTENANCE

@ >

COMPONENTS

EXPENDABLE
REPAIR

ADDITIONAL

mmO0O

SUPPORT

Information

PARTS

AND

ALLOCATION
OF

AND

AND

AUTHORIZATION

GENERAL

END

ITEM

DURABLE

SPECIAL

SUPPORT

CHART
AND

BASIC

SUPPLIES

TOOLS

LIST

MAINTENANCE

..

ISSUE ITEMS

AND

LIST...

MATERIALS

LIST

LIST

EA

Figure

11

1-2
1-3

1-4

1-5
16
1-7
18
1-9
1-10

1-11

1-12
2-1
2-2
2-3

2-4
25

26
27
28
29
2-10
2-11

2-12
2-13
2-14
31

32

ate

3-7

41
42

BS

45

47

49

No.

LIST

Ventilator,
Control

Patientvalve
Power

Case

Data
Data
Data
Instruction
Connector
Controls,
Patient
Controls
Indicators

Connector

Patient
Multivoltage
Interconnections

Alternate
Alternate

Transducer

CTRLMODE
ASSIST
SIMV

Alarms
Patient
Blender
Gas

flows
Blender
Auxiliary

Nipple

Control
DISS
Manifold/regulator

Linear

Analog/power

CPU

Display
Connector
Linear
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CPU

Display

volume,

module

..

supply

...
plate
plate
plate

MODE

(model
(model
(multivoltage

decal
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indicators,

valve

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connections

power

blender/mixer
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calibration

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components . .

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adapter

module

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nut

regulators

supply

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PCB

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PCB

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portable

.

750)

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power

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...

TM

8-6530-009-24&P

Page

TM

8-6530-009-24&P

Figure

410
411
412
413
414
415

416
417
418

419

E-1
E-2
Ε-8
E-4
E5
E-6
E-7
E8
E9
E-10
E-11

No.

Connector
Calibration
Electrical
Input

Processor
Wiring
Wiring
Wiring
Wiring
Wiring
Wiring
Wiring
Wiring

Control

Connector

Air/oxygen

Battery

Patient
Multivoltage
Flow
Linear
Analog/power

CPU PCB

Display

panel

adjustment

power

circuits

circuits
diagram
diagram
diagram
diagram
diagram
diagram
diagram
diagram

module

panel

components

pack

valve

power

control

valve

regulators

components

PEB:COMPONONIS

....

resistor

circuits

.......

No.
No. 1 (continued)
No. 2 ..
No.3
No.
No. 4 (continued)
No.
No. 5 (continued)

components

components

components

parts

PCB

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Page

417

418
420
421
423
426

.

E2

E10
E-14
E16
E-18
E22
B24
E-26

E-32

E-36

Table
1-1

1-2
1-3

1-4
2-1
3-1

3-2

33

41

42
43

No.

Nomenclature

Specifications

Physical
Model

Mean
Blender

Miscellaneous

Blender
Preventive

General

Battery

characteristics

differences

airway

pressure

physical

alarm/bypass

maintenance

troubleshooting

pack

recharge

LIST

OF

cross-reference

calculations

characteristics

characteristics

checks

intervals

list

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checks

.........

TABLES

Title

....................,....,,4,4,.4,4.....4.

...

. . .

....

and

services

...

...

Page

.

..

+

..

.

424

1-2
1-5
15

18
2-4
33
33
37
43

TM

8-6530-009-24&P

HOW

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8-6530-009-24&P

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procedures.

list.

mode

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volume,

portable

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quality

XI.

blender

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warranty

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information.

TM

8-6530-009-24&P

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1-4

Figure

1-5.

p

Е

Case.

TM

8-6530-009-24&P

1-13.

The

Tabulated

tabulated

a.

Specifications
physical
ranges,

dimensions,

data,

data

provides

and

physical

characteristics

Input

Input

Flow

Ventilation

Inspiration
Low

High

Peak

ASSIST/SIMV

PEEP

Digital

Operating

Control

Multivoltage

Operating

Internal

External
External

Temperature

Operating

Charging

Long-term

Case

dimensions

to

and

weights.

gas

pressure

pressure

rate

..

rate

time

pressure

pressure

inspiratory

range..

graph

voltages

module..

time

batteries

AC

DC,

ranges

..

storage

decals,

the

specifications,

characteristics.

include

calibration

alarm

alarm

sensitivity

range.

power

…

(nominal)

operating

range

..

point

range

activation

activation

pressure

relief

range

supply

(continuous)

and

range

range

range

.

Table

..

data

physical

Tables

voltages,

Table

1-2.

1-3.

Physical

plates.

characteristics,

1-2

and

1-3

battery

Specifications.

characteristics.

operating

and

other

information

provide a broad

time,

operating/storing

s

50

to

100

psi

sus

SO

PSİ

0

to

100

Ipm

15

to

100

cm

15

to

100

em

-2

to

-8

ст

H20

1

to

20

cm

H2O

[0

to

100

cm

12

VDC

(negative

115

VAC,

50/400

or

230

VAC,

50/400

or

11/30

УАСМОС

or

12VDC

9

hrs

„Continuous
„Continuous

.-60°C

(-76*F)

20°C

(-4°F)

.10°C

(50°F)

to 30°C

„58.42

em

(23.0

18.42

cm

(7.25

.40.64

cm

(16.0

range

(1600

H2O

H20

H2O

to

60*C

to

50°C

in)
in)

in)

for

the

of

specifications

mL/sec)

ground)

Hz

Hz

at

(140°F)

(122°F)
(86°F)

ventilator.

and

temperature

50

psi

.23.88

cm

(9.4

in)

«29.21

cm

(11.5

in)

11.43

cm

(4.5

in)

Weight

Control

modul
Multivoltage
Case

....

power

supply

..

4.54

1.14

3.53

kg
kg
kg

(10.0
(2.5
(8.0

lbs)
lbs)
Ibs)

1-5

TM

8-6530-009-24&P

b.

Identification,

(1)

A

manufacturer

(model

1-6

figure

(2)

The

multivoltage

(3)

А

decal

the

of

back

the

(4)

Lettering

instruction,

data

figure

or

750)

providing

ventilator,

is

on

the

connector

or

markings.

plate,

(model

1-7

power

supply

condensed

depicted

MODEL

11-30

VDC/VAC,

SER.

27 Fairfield

located

750M).

data

operating

figure

in

panel

of

NUMBER:

IMPACT

on

the

back

plate,

located

instructions

1-9.

the

ventilator

115-230

NO.

Place,

VAC

XXXXXXX

Instrumentation,

West

Caldwell,

of

the

on

the

and

is

depicted

1.5

AMPS

ventilator

top,

a

is

tidal

volume

in

figure

50/400

control

depicted

Inc.

NJ

07008

module,

in

computation

1-10.

750

HZ

is

depicted

figure

1-8.

chart,

in

either

located

on

CONTRACT:

VENTILATOR,

12VDC
DES. ACT.
PART

NO.

NSN:

6530-01-327-0686

Figure

MODEL

SER.

27 Fairfield

Figure

1-8.

Figure

IMPACT

1-6.

Data

SER.

DLA120-90-C-8565

VOLUME,

89875
DPSC-DEPMEDS-AT

NO.

INSTRUMENTATION,

1-7.

Data

NUMBER:

12

DC

VOLTS

NO.

IMPACT

Data

Instrumentation,

Place,

West

plate

plate

(model

XXXXXXX

PORTABLE,

us

plate

(model

1.5

AMPS

XXXXXXX

Inc.

Caldwell,

(multivoltage

power

750).

INC.

MODEL

1.5A,
FSCM

MFD

750M).

NJ

07006

=

750M

18W

63346

4090

750

supply).

TM

8-6530-009-24&P

CONDENSED

(Rafer

to

INSTRUCTION

1.

Insure

that

2.

Set

MODE

3.

Allow

SELECHECK

4.

Perform

5.

setup

6.

ALARM,

7,

threshold

8.

COMPUTATION

9.

tion,

10.

PEEP

11.

12.

verified.

Flow

misEc

100

200 40

300

400

500

600

700

800

1900
1000

1100

1200
1300
1400

1500
1600

TRANSDUCER

Mute

LOW

procedures,

Select

RATE,

and

HIGH

Set

ASSIST/SIMV

(ASSIST-CONTROL

Sat

FLOW

Depress

SIGH

Adjust

external

OFF/ON

Pushbutton

Connect

Patient

Do

not

leave

CAUTION:

presence

DO

NOT

‘qualified

02

20

60

80

100

120

140

160 320

180

200

220

240

260

280

300

320

TIDAL

OPERATING

all

hoses

and

SELECTOR

Switch

process

PRESSURE/DISCONNECT

ADJUST

of

remove

personnel

80

200

240

280

360 540

400

440

480
520

600

640

VOLUME

CALIBRATION

as

required.
INSPIRATION
PRESSURE

SENSITIVITY

Control

CHART).

OFF/ON

Pushbutton

PEEP

vaive

to

Valve

to

patient

unattended

Possible

explosion

flammable

©

120

160

560

anesthatics.

equipment

only.

INSPIRATORY

06

08

60

120

180

240 300

240

320 400

300

400

360

480

420

560

480

640

720

600 800

650 880

720

960

780

1040

840

1120

$00 1200

960

1280

INSTRUCTIONS

MANUAL

for

complete

connections

to

ALARM

AND

(see

activate

patient.

8

160

COMPUTATION

are

to

desired

position,

complete,

if

Alarm

TIME,

LOW

Control

Switch

to

SIMV

to

200

500

600

700

800

900
1000 1500

1100

1200

1300

1400

1500
1600

desired

Modes

adjacent

to

activate

desired

setting.

PEEP

AUTOmatic

until

desired

hazard

covers.

Refer

TIME

10

15

100

150

300

450 600
600

750

900

1050 1400 1750

1200 1600

1350 1800

1650

1800
1950
2100

2250 3000
2400 3200

secured,

during
PRESSURE

settings,

TIDAL

If

used

(SEC)

200

400

800

1000

1200

2000

2200 2750

2400 3000
2600
2800

details)

.
these

trigger

only).

VOLUME

SIGH

fune»

Depress

mode.

operation

ln

the

servicing

to

20

25 30

250

300

500

600

750

1000

1200

1250 1500

1500

1800

2100

2000

2400

2250

2700

2500 3000

3300

3600

3250

3900

3500 4200

3750

4500

4000

4300

CHART

is

900

Figure

Figure

1-10.

1-9.

Instruction

Connector

decal.

panel

markings.

TM

8-6530-009-24&P

1-14.

Generalized

ferences

Model

are

Component/part

Battery

compartment

Battery

fastener

Case

(colors)
Connector
Control

module

Control

module

hinge

Cover
Cover

latch

Transducer

1-15.

electrical

acover.

Safety,

a.

Observe

6.

Ensure

shock

ο.

When

differences.

model

differences

identified

The

are

in

internal

electronically

cover

panel

(lettering)

mount

protective

hose

barb

care,

each

WARNING,

that

caution

hazards.

operating

the

are

chapter

layout

4,

of

equivalent.

latches

cover

and

CAUTION,

is

used

ventilator

identified

sections

modules

in

table

VII

or

assemblies

Table

Model

Rotary
Hook-and-loop
Black,

Molded

Gray
Edge

Plastic

Rotary

Plastic

handling.

and

when

operating

in a wet

environment,

and

1-4,

750

knobs

light

slide

lips,

knob

NOTE

1-4.

Other

VIII.

NOTE

varies

Model

differences.

strap

gray,

and

finished

the

edges

in

this

ventilator

operators

disassembly,

between

white

manual.

with

the

should

assembly,

the

two

models,

Model

750M

Spring

clips

Plastic

holder

Black,

medium
Painted
Black

slide

Straight,

unfinished
Metal
Metallic

slide

Metal

multivoltage

take

precautions

and

component

but

gray,

power

they

and

edges

supply

and

dif-

light

gray

to

protect

avoid

it

with

Do

d.

Do

not

use

e.

This

device

of a physician.

1-16.

The

portive

spontaneously.
each

The

breath

generate

spontaneously

Basic

volume

a.

b.

assist

c.

ventilator

functions

Control

patient's

Assist

reaches a preset

Synchronized

mode.

ventilatory

mode.

mode

controlled

while

not

enclose

the
will

the

ventilator
only

be

Section

operation.

consists

of

the

ventilator

This

mode

The

control

This

permits

ventilation

intermittent

periodically

mode

needs.

mode

patient-controlled

negative

ventilator
near

used

of a breathing

are

regulates

is

designed

if

the

mandatory

receiving

in

flammable

by

qualified

III.

PRINCIPLES

as

follows:

features

for a

pressure

patient's

WARNING

an

impermeable

anesthetics

medical

circuit,

the

provide uniform

patient

ventilation.

threshold

spontaneous

ventilation

mandatory

personnel

controls,

patient's

who

Each

setting

(SIMV)

ventilation.

plastic

to

preclude

or

OF

OPERATION

monitors,

breathing

ventilation

has

difficulty

assisted

(referenced

breathing

mode.

Ambient

bag.

an

explosion

persons

and

under

and alarms.

does

over a broad,

breathing

ventilation

to

end

rate

falls

This

mode

air

may

hazard.

the

instruction

Operating

not

allow

the

selectable

but

who

can

occurs

below

when a patient-initiated

pressure).

its

ventilation

permits a patient

be

pulled

and

modes

patient

range

initiate

The

ventilator

rate

through

guidance

and

sup-

to

breathe
to

meet

inspiration.

will

setting.

to

breathe

the

patient

1-8

TM

8-6530-009-24&P

valve's
allowed

the

port

end

increasing

1-17.

The

explanation

both
provided

and

antiasphyxiation

to

pull

d.

PEEP.

control

mode.

after a prescribed

of

each

the

Controls,

controls,

a.

Controls.

b.

Indicators

the

patient's

in

paragraph

c.

Alarms,

their

operations

breathing

This

function

This

function

pressure

expiration.

inspired

oxygen

indicators,

indicators,

The

primary

of

each

control

and

displays. A variety

condition

2-4,

Audible

ALARM

MUTE/CANCEL

and

are

INDICATORS

CONTROL

port

(or

gas

through

may

be

is

achieved

limit

This

function

percentage.

displays,

controls

and

its

and

the

visual

alarms

explained

optional

used

demand

the

antiasphyxiation

with

all

by

restricting

has

been

is

often

used

displays,

and

alarms

of

interrelation

ventilator's

in

paragraph

are

the

ventilator

of

indicators

monitor a wide

valve

connection).

port

at

the

previous

reached,

illustrated

is

provided

operation. A detailed

2-23.

modes

or

prohibiting

thereby

to

increase

and

are

and

displays

range

of

keeping

the

alarms.

in

figure

related

in

to

paragraph

is

of

potentially

operation,

patient's

The

spontaneously

patient's

the

1-11.

breathing

provided

explanation

own

although

exhalation

the

lungs

arterial

rate,

2-2.

on

hazardous

breathing

rate/inspiratory

it

is

generally

of

gases

through

at a positive

oxygen

time,

the

contro!

of

each

DUAL-SCALE
FLOW

saturation

and

module

indicator

conditions.

CONTROL

patient

time.

used

the

pressure

flow. A detailed

to

and

display

These

is

with

exhaust

at

the

without

monitor

is

alarms

PEEP

AND

CONTROLS

RATE

PRESSURE

SENSITIVITY

SIGH

AND

INDICATORS

AND

INSPIRATION

CONTROLS

INDICATORS

CONTROLS

ALARM

AND

INDICATORS

HT

CONTROL

AND

X

PRESSUREDSOONNECT®

TOW

NF577

dio)

JAJEMNUTECANOBL

Pa,

K

MANUAL

OVERRIDE

一

一

ALARM STATUS

HGHPRESSURE e /'

PEEPNOTSEr

6 / / © BATTERYLOWFAL

8

/|

CONTROL

(0

STUDIO

(8

APNEK

OPERATING

ALPHANUMERIC

DISPLAY

DIGITAL BAR
GRAPH

DISPLAY

AIRWAY

PRESSURE

CONTROLS

AND

INDICATORS

CONTROL

MODES

Figure

1-11.

Controls,

indicators,

displays,

and

alarms.

TM

8-6530-009-24&P

1-18.

through
the

connection

port

Patient

a.

Inspiration

the

patient

b.

Expiration

to

the

valve

cycle.

gas

inlet

port.

by

way

of

hoses

Leaf

valve

#1

and

leaf

valve

respirations.

cycle.

of

the

patient

atmosphere.

Leaf

valves

the

exhaust

CONTROL

DEMAND

operation

Ventilator

The

diaphragm

and a face

opens,

#3

Expired gas

valve.

#1

and

port.

prevents

The

#2

Leaf

UPPER

MODULE

VALVE

PORT

leaf

close
valve

(fig

controlled

mask,

valve

the

from

diaphragm

gas,

valve

endotracheal

#2

flow

the

patient

ensuring
#3

opens

ELBOW

1-12).

originating

inflates,

closes
of

valve

that the

NOTE

the

gas

through

flows
deflates,

NOTE

to

allow

occludes

PATIENT

at

the

control

the

exhaust

or

tracheostomy

antiasphyxiation

the

exhaust

through

patient's

the

the

allowing

exhaled

flow

of

exhaled

INTERFACE

CONTROL

‘TRANSDUCER

face
exhaled

PORT

MODULE

tube.

port

port

mask,

gas

gas

PORT

module,
port,

and

to

the

during

hoses,

gas

to

can

only

to

the

enters

atmosphere,

spontaneous

flow

flow

atmosphere.

causes

and

through

through

the

all

patient

patient

gas

to

flow

interface

the

exhaust

valve

to

LEAF

VALVE

#2

ANTIASPHYXIATION

PORT

x

DIAPHRAGM

LEAF

VALVE

VALVE

#S

]

EXHAUST

PORT

PATIENT

VALVE

LEAF

BODY

VALVE

#1

GAS

ELBOW

INLET

PORT

1-10

Figure

1-12.

Patient

valve

cycles.

TM

8-6530-009-24&P

OPERATING

2-1.

General.

a.

Ventilator

b.

Controls

2-2.

Description

a.

FLOW

(1)

The

blended

oxygen

instructions

the

mixtures

concentrations

for a blender.

The

(2)

The

(3)

mL/sec

scale)

control

include

ADJUST

Example:
control

control.

rotary

flow

of

oxygen

by

the

is

is

The

set

control

deliverable

INFORMATION

settings

rotary

of

between

marked

INSPIRATION

at

are

knobs,

controls

control

and

air.

22

in

volume

tidal

ADJUST

FLOW

SEC.

0.5

Section

based

membrane

(fig

can

be

used

Specific

99

and

per

liters

can

TIME

Therefore,

CHAPTER

I.

CONTROLS

on a 50-psi

applications

percent

minute

calculated

be

control

control

deliverable

input

switches,

2-1).

with

100

oxygen.

(Ipm)

setting

NOTE

at

set

is

2

AND

pressure.

and a push-button

percent

may

and

by

1000

tidal

medical-grade

require

milliliters

multiplying

(seconds

Refer

mL/sec

volume

the

chapter

to

per

the

or

equals

and

INSTRUCTIONS

switch.

oxygen,

use

of

blended

for

3

second

ADJUST

FLOW

fractions

INSPIRATION

the

1000

(mL/sec)

of

X

medical-grade

combinations

information

scales.

control

seconds).

TIME

mL.

500

or

0.5

to

operating

and

setting

air,

or

achieve

(using

MUTE/CANCEL

CONTROL

PEEP

AND

CONTROLS

SENSITIVITY

SIGH

AND

INDICATORS

RATE

AND

INSPIRATION

CONTROLS

INDICATORS,

PRESSURE

ALARM

‘CONTROLS

INDICATORS.

HA

CONTROL

AND

AND

DUAL-SCALE

FLOW

CONTROL

|

—

PRESSURE

AIRWAY

AND

INDICATORS

OVERRIDE

MANUAL

Figure

CONTROL

2-1.

Controls.

OPERATING

MODES

CONTROL

2-1

TM

8-6530-009-24&P

b.

MODE

(1)

following

(2)
(3)

self-test.

(4)

©.

RATE

(1)

ASSIST,

(2)

ADJUST

(3)
ADJUST
deflection,
settings

selector

This

positions

(a)

CTRL

(b)

ASSIST.

(c)

SIMV.

(d)

CAL

An

indicator

Turning

(Refer

The

airway

control.

This

and

SIMV

During

settings.

In

ASSIST

settings

cause

only.

switch.

five-position

(except

off).

(control).

(calibration).

is

illuminated

the

MODE

to

para

2-12.)

transducer

rotary

control

modes

CTRL

identical

the

of

MODE

MODE

operation,

to

ventilator

rotary

switch

in

the

provides

ASSIST

selector switch

is

calibrated

(with a light

operation.

operation,

the

CTRL

to

gray

The

the

the

MODE.

deliver

an

ventilator

operating

and

SIMV

to

CTRL,

ASSIST,

in

the

CAL

collet

on

the

control

ventilator

settings

cycles

cycles

However,

assisted

ventilation

electrical

positions.

or

SIMV

position.

knob)

is

vary

from 1 to

based

based

on

patient

initiated

at

used

on

its

its

its

FLOW

power

causes

to

RATE,

and

operational

the

microprocessor

select a ventilation

150

RATE,

breaths

INSPIRATION

per

INSPIRATION

breaths,

sensed

ADJUST

and

features

to

perform

rate

during

minute (BPM).

TIME,

and

TIME,

and

by

negative

INSPIRATION

for

the

a

CTRL,

FLOW

FLOW

pressure

TIME

(4)

control

setting

d.

RATE

e.

INSPIRATION

(1)
delivered

(2)

RATE

control

f.

INSP

TIME

setting.

g.

LOW

PRESSURE
(1)
(2)

Controlled
patient's

In

the

SIMV

synchronized

A

patient

is

time

for a controlled breath

inspiration.

display

switch.

This

rotary

breaths.

The

control

setting.

An

inverse

display

This
The

switch.

rotary

control

ventilations

spontaneous

MODE

normally

of

to

the

breathes

This

TIME

control.

control

is

(with a light

adjustable

inspiratory

This

ALARM

control

has

(with a red

an

absolute

are

delivered

breathing

operation,

patient's

the

spontaneous

at

an

to

membrane

switch activates

gray

in

0.1-second

time/expiratory

membrane

switch

control.

collet

range

NOTE

when

there

rate

falls

below

ventilator

individually

be

delivered,

collet

will

NOTE

spontaneous

on

the

increments

NOTE

time

(I:E)

activates

on

the

knob)

from 0 to

50

are

no

spontaneous

the

RATE

setting.

intermittently

respiration.

it

is

synchronized

the

alphanumeric

knob)

sets

from

0.1

to

ratio

is

not

the

alphanumeric

is

used

to

select

cm

H20.

respirations

deliver a controlled

rate

and

volume,

with

the

patient's next

display

the

inspiratory

3.0

seconds.

to

duration

Its

permitted.

display

the

low

to

show

pressure

or

breath

but

when

show

range

the

activation

the

at

the

it

the

RATE

for

all

ventilator-

is

limited

INSPIRATION

RATE

setting.

by the

point.

2-2

h.

LOW

PRESSURE

the

low

pressure

i

HIGH

PRESSURE

(1)

This

and

peak

inspiratory

(2)

The

j.

HIGH

PRESSURE

the

high

pressure

k.

ASSIST/SIMV

(1)

This

negative

deflection a spontaneously

ventilation.

(2)

The

1.

MANUAL

(1)

This
control
exhalation

electronics

setting

period

(2)

The

failure

(3)

This

alarm

ALARM

setting.

display

ALARM

rotary

control

pressure

control

has

alarm

SENSITIVITY

four-position

(with a red

relief

an

absolute

ALARM

display

setting.

switch.

switch

switch has a range

TRIGGER

push-button
and

to

MANUAL

occurs

push-button

switch.

switch

functions

occur

before

TRIGGER

in

the

switch

in

all

primary

switch.

control.

collet

mechanism.

range

switch.

sets

the

breathing

of

-2 to -8

overrides

operating

timed

breaths

serves

system

is

protected

This

membrane

on the

from

This

knob)

15

to

membrane

ASSIST/SIMV

patient

cm

H20

automatic

modes.

must

below

operation.

When

resume.

as a back-up

of

the

control

against

accidental

switch

is

used

100

cm

H20.

switch activates

triggering

generate

end

expiratory

When

released,

method

to

module.

contact

TM

activates

to

select

threshold.

before

depressed,

resynchronization

provide

the

alphanumeric

the

high

the

alphanumeric

Its

setting

the

ventilator

pressure.

it

manually

by a circular

8-6530-009-24&P

display

pressure

determines

permits

occurs

triggered

guard.

activation

display

delivers

gas

an

flow

by

allowing a full

ventilations

to

show

point

to

show

how

much

assisted

at

the

rate

if

an

The

MANUAL

relief

mechanism

m.

SIGH

OFF/ON

(1)

This

membrane

initiated

delivered

and

(2)

volume

then

Each

repeats

SIGH

by

As a safety

maximum

n.

PEEP

OFF/ON

reference

activates

PEEP

the

the
the

respiration.

from

atmospheric

о.

PEEP

AUTO

the

alphanumeric

p.

PEEP

MAN

DISPLAY/SET

reference

g.

PEAK

peak

pressure

r.

MEANAIRWA Y PRESSURE

average

recent

most

to

AIRWAY

airway

five

INSPIRATION

The

TRIGGER

switch.

switch

once

ventilation

50

percent.

precaution,

of 3 seconds.

switch.

This

pressure

ON/DISPLAY

display

be

entered

PRESSURE

of

the

most

pressure.

respirations.

operation

and

close

leaf

permits

every

100

equals

the

ventilator

membrane

to

atmospheric

switch.

to

show

switch.

This

manually.

switch.

recent

respiration.

switch.

microprocessor

The

Buffers

setting

TIME

NOTE

is

designed

valve

#3.

operation

with

ventilations

150

percent

NOTE

will

switch

provides a means

pressure

This

membrane

the

current

membrane

In

this

mode,

This

membrane

This

membrane

stores

referred

are

determines

to

bypass

or

without

SIGH.

or 7 minutes,

of

the

INSPIRATION

automatically

plus

switch

PEEP

switch

PEEP

activates

pressure.

activates

is

not

monitored.

switch activates

switch

mean

to

how

as

the

activates

airway

through

O

mean

the

peak

When

whichever

TIME

truncate

of

converting

PEEP

pressure.

automatic

the

alphanumeric

the

the

pressure

with

4,

airway

inspiratory

pressure

activated, a SIGH

occurs

SIGH

first.

setting,

which

to a combined

the

sensitivity

monitoring

display

alphanumeric

alphanumeric

five

in

data

representing

O

calculated

pressure

is

ventilation

increases

control

of

and

display

display

buffers

most

the

the

pressure

PEEP

and

allows

and

shows

and

shows

pertinent

recent

2-1.

table

in

is

a

to

2-3

TM

8-6530-009-24&P

Table

2-1,

Mean

airway

pressure

calculations.

INSPIRATION

<1

>1

52.5

s.

PawAIRWAY

current

changes.

muting

visual
Cancellation
setting.

airway

t

ALARM

(1)

Muting.

is

reset

(2)

Cancelling.

APNEA ALARM

second

second;

seconds

PRESSURE

pressure

STATUS

This

when

of

the

apnea

TIME

<2.5

seconds

(Paw).

PUSH

membrane

the

current

The

switch

STATUS

alarm

Section

switch.

The

numerical

TO

MUTE/CANCEL

switch

alarm

operates

and

the

allows

Il.

This

membrane

value

switch.

mutes

condition

special

the

the

no

differently

assist

ventilator

INDICATORS

switch

of

Paw

audible

longer

with

mode

to

resume

CALCULATION

(60009

(buffers 0 + 1 + 2 +

(buffers

activates

will

scroll

upwards

alarm

condition

exists

or

the

apnea.

which

When

is

automatically

operation

AND

01)

2

3) + (buffer

4

0+1+2+3+4

5

the

alphanumeric

and

for a predetermined

predetermined

depressed,

invoked

at

the

current

DISPLAYS

2

display

downwards

mute

it

cancels

at

the

ASSIST

4)

and

as

the

period

the

onset
or

SIMV

shows

period.
is

audible and

the

pressure

The

reached.

of

apnea.

MODE

2-3.

General.

a.

Control

(M)

for

b.

The

electrical

c.

The

2-4.

Descriptions

a.

EXTERNAL

of

the

external

b.

BATTERY

c.

APNEA

occur

within a predetermined

ASSIST

d.

SIGH

depressed

e.

PEAK

is

depressed

MEAN

f.

is

depressed

Paw

g.

depressed

module

momentarily

alphanumeric

power.

small indicators

electrical

alarm

and

SIMV

OFF/ON

to

the

AIRWAY

to

the

AIRWAY

to

the

AIRWAY
to

the

indicators

illuminated

It

will,

however,

POWER

power.

LOW/FAIL

lamp

(C).

modes

indicator

on

position.

PRESSURE

on

position.

PRESSURE

on

position.

PRESSURE

on

position.

are

and

display

of

of

will

illuminate

show

in

the

indicators

LOW/FAIL

alarm

lamp

This

lamp

monitoring

operation.

lamp

indicator lamp

indicator

indicator

either

momentarily

(C)

for

continuously

normally

continuously

illustrations

and

alarm

lamp

(C).

This

operates

period.

(C).

This

lamp

lamp

or

continuously

illuminated.

illuminate

as

for

under

black

displays

(C).

This

lamp

lamp

illuminates

only

when

The

apnea

lamp

illuminates

(M).

This

This

(M).

lamp

This

(M).

three

various

circles,

illuminates

upon

no

combination
lamp

when

lamp

is

illuminated

illuminated

is

lamp

illuminated

is

illuminated.

seconds

but

(fig

(and

and

alarm

are

either

2-2).

upon

sensing a low

of

audible

the

SIGH

This

section

then

blank

conditions.

green

or

sensing

positive

when

when

when

battery

and/or

alarm)

OFF/ON

the

PEAK

MEAN

the

Paw

the

an

will

use

to

conserve

red

(alarm

interruption

condition

negative

is

operable

membrane

membrane

membrane

membrane

the

letters

battery

color).

or

failure

(11

VDC).

deflections

only

in

the

switch

switch

is

switch

switch

is

2-4

ALARM

INDICATORS

PEEP

AND

INDICATORS

SIGH

TM

8-6530-009-24&P

ALPHANUMERIC

|

DISPLAY

RATE

h.

EXT

electrical

OFF. The

selected.

power

i.

POWER

j.

ASSIST/SIMV

AND

INSPIRATION

INDICATORS

PRESSURE

POWER

indicator

microprocessor

ALARM

INDICATORS

indicator

source.

lamp

indicator

|

|

„o

lamp

(C).

(C).

This

validates

lamp

the

(C).

а

“eu

nao

pressune

яз

RL

ο

asi

Fig

2-2.

This

lamp

illuminates

available

This

lamp

À:

nanus

Indicators

lamp

illuminates

electrical

illuminates

sr

"29h

MANUAL

ο

when

RR

πο

and

displays.

when

the

power

when

e

Power

s

e

MODE

the

MODE

sources

either

DI

GRAPH

AIRWAY

|

i

POWER

ventilator

selector switch

during

ASSIST

is

connected

the self-test.

or

SIMV

DISPLAY

PRESSURE

INDICATORE

SOURCE

INDICATORS

to

an

is in

any

position

MODE

of

operation

external

except

is

k.

HIGH

depressed

|.

depressed

m.

generated

n.

INSPIRATION

ο.

control

p.

membrane

or

LOW

PRESSURE

or

INSPIRATION

breaths

INSP

RATE

indicator

setting

PEEP

switch

The

ASSIST/SIMV

PRESSURE

the

HIGH

the

LOW

in

all

indicator

TIME

control

is

adjusted.

MAN

DISPLAY/SET

is

depressed

ALARM

PRESSURE

ALARM

PRESSURE
indicator

operating

lamp

(M).

setting

lamp

(M).

indicator

indicator

indicator

lamp

This

This

indicator

to

ALARM

ALARM

(M).

modes.

lamp

is

adjusted.

lamp

the on

lamp

will

lamp

control

lamp

(M).

control

This

illuminates

illuminates

lamp

position.

not

(M).

This

lamp

(C).

This

setting

setting

NOTE

illuminate

lamp

is

is

adjusted.

lamp

is

is

adjusted.

illuminates

when

the

when

the

RATE

This

lamp

during

illuminates

apnea.

illuminated

illuminated

during

INSP

the

membrane

membrane

when

when

the

HIGH

when

the

LOW

inspiratory

switch

switch

the

PEEP

membrane

membrane

cycle

is

depressed

is

depressed

MAN

switch

switch

of

all

ventilator-

or

or

the

DISPLAY/SET

is

is

the

RATE

2-5

TM

8-6530-009-24&P

g.

PEEP AUTO

membrane

г.

depressed

s.

membrane

t.

consecutive

u.

threshold

v.

activation

w.

activated,

flashes

flashes

patient

the

x.

disconnection

switch

PEEP

OFF/ON

the

to

ALARM

switch

NOT

PEEP

respiratory

PRESSURE

HIGH

been

has

PRESSURE/DISCONNECT

LOW

threshold

Alphanumeric

combined

The

(1)

display

the

memory

The

(2)

The

(3)

and

“---"

The

(4)

and

“---"

microprocessor

The

(8)

circuit.

Digital

bar

occurs,

illuminated.

ON/DISPLAY

is

depressed

indicator

position.

on

MUTE/CANCEL

is

depressed

alarm

SET

cycles.

alarm

met.

been

has

display

RATE

alternately

test

current

current

When

graph

transducer

transducer

activated,

display

pressure

the

pressure

the

the bar

indicator

to

the

lamp

indicator

during

(C).

lamp

lamp

or

met

The

(C).

INSPIRATION

and

flashes

portion

of

zero

transducer

calibration

transducer

during

fails

the

(C).

graph

lamp,

lamp

on

position.

(C).

This

lamp

(C).

lamp

an

alarm

condition

lamp

This

lamp

This

(C).

alarm

when

display

the

lamp

disconnection

a

activates

and

“-IE”

self-test

baseline

calibration

is

calibration

operation

display

The

shows

bar

which

(C).

This

lamp

illuminates

lamp

This

and

illuminates

(C).

when

illuminates

lamp

This

when

control

TIME

blanks.

When

fails.

exceeds

+

value.

prematurely

value.

continuous

a

or

“FAL.”

graph

continuously

corresponds

illuminates

when

illuminates

remains

required

the

when

illuminates

occurs

in

following

the

settings

activated,

H20.

cm

1

stopped.

pressure

displays

to a reading

when

the

the

PEEP

the

when

illuminated

PEEP

PRESSURE

HIGH

the

when

the

patient

circuit.

conditions

inverse

an

create

display

the

activated,

When

activated,

When

above

airway

between 0 and

PEEP

OFF/ON

PUSH

during

criterion

LOW

the

occur:

l'E

shows

100

pressure.

AUTO

membrane

MUTE/CANCEL

TO

the

mute/cancel

not

is

ALARM

PRESSURE

condition.

ratio

“FAL.”

display

the

display

the

HzO

cm

When a patient

2.

cm

H20,

ON/DISPLAY

switch

period.

three

for

met

activation

ALARM

When

alternately

alternately

detected

is

will

remain

is

in

2-5.

Control

a.

The

of

the

control

and

multivoltage

audible

b.

alarm

The

(1)

tem

(DISS),

(2)

tapered

barb;

(3)

hose

barb;

(4)

in

hose

barb;

(5)

necting

the

(6)

an

external

module

connector

speaker

connector

GAS

male

GAS

TRANSDUCER,

DEMAND

EXT

multivoltage

AUX,

compressor.

panel,

module,

IN,

contains

power

supply

is

also

panel

adiameter

thread,

oxygen

OUT, a low-pressure,

VALVE, a low-pressure,

POWER,

an
power

an

electrical

Section

connector

located

includes—

a

electrical

jack

on the top

all

patient

connections.

located

on

indexed

this

safety

fitting;

10-mm

low-pressure,

jack

supply;

and

to

interface

end

valve

The

panel.

sys-

male

V-in

316-

for

con-

with

III.

CONNECTIONS

panel

(fig

2-3).

Fig

2-3.

Connector

panel.

2-6

2-6.

The

patient

tions:

a.

male,

tapered

which

b.

15-mm

с.

Exhaust

22-mm

valve.

d.

Patient

the

permanently

mm

id/22-mm

e.

hose

fitting.

f.

Transducer

fitting.

Patient

Gas

inlet

attaches

Antiasphyxiation

male,

id/30-mm

Demand

valve

valve

includes

port.

connection

to

the

tapered

port.

The exhaust

od

interface

attached

od

tapered

valve

port.

This

patient

port.

connection.

fitting

port.

port.

This

(fig

2-4).

the

following

portis a valved,

on

the

removable

valve

This

portis a tapered,

connec-

18-mm

elbow

body.

portis a valved,

incorporating a check

This

port,

located

upper

elbow,

port.

This

port

portis a Ve-in

is

a

is a 15-

%6-in

id

hose

on

id

|

DEMAND

VALVE

PORT

ANTIASPHYXIATION

PORT

Se

COLLAR

Figure

2-4.

em

Patient

TM

8-6530-009-24&P

TRANSDUCER

PATIENT

VALVE

BODY

valve

connections.

PORT

GAS

ELBOW

INLET

PORT

2-7.

Multivoltage

The

multivoltage

a.

Electrical

b.

Electrical

using

an

external

c.

Electrical

d.

Electrical

power.

power

AC

DC

source

power

A

mating

VAC/VDC

power

CASE

VEHICLE

power

supply

power

cord

power

of

electrical

cord

connector

source

cable

S|

+

includes

assembly

cord

assembly

for

use

with

is

required

of

electrical

assembly

supply

the

following:

for

for

power.

an

external

to

power.

for

operation

(fig

2-5).

connection

connection

11-30

NOTE

match

the

of

the

to a

115-VAC/230-VAC

to

the

control

VAC

or

VDC

electrical

ventilator

receptacle

using a vehicular

ee

module

source

1-30

VAC/VDC CABLE

US

ーー

source

for

of

electrical

on the

external

POWER

POWER

зем

of

power.

operation

power.

11-30

source

of

ASSEMBLY

of

12

the

ventilator

VDC

electrical

Figure

2-5.

Multivoltage

power

supply

DC
ASSEMBLY

and

vehicular

power

POWER

cable.

TM

8-6530-009-24&P

Section

2-8.

Assembly.

No

assembly

during period

2-9.

Procedures

control

a.

blender

b.

module

c.

module

d.

and

the

e.

jack

on

is

required

of

non-use

Interconnections

for

interconnecting

module;

Connect

to

Connect

and

Connect

and

Connect

demand

If

an

(1)

the

the

either

the

GAS

Detailed

the

the

gas

the

the

transducer

the

valve

external

The

electrical

connector

IV.

ASSEMBLY,

before

or

storage.

patient

the

green

IN

fitting

procedures

10-mm

18-in

%¢-in

inlet

port

id

port

source

12-VDC

panel

spiral

id

placing

(fig

the

valve;

high

on

the

for

hose

of

the

hose

between

port

of

hose

between

of

the

patient

of

electrical

power

of

the

INTERCONNECTIONS,

ADJUSTMENTS

the ventilator

Refer

to

paragraphs

2-6).

various

other

optional

pressure

connector

interconnecting a blender

between

patient

the

patient

the

valve.

power

cord

control

module.

into

sources

accessories;

hose

panel

the

valve.

the

TRANSDUCER

valve.

DEMAND

is

available,

assembly,

operation
4-19b(8)

of

oxygen,

from

of

the

NOTE

GAS OUT

VALVE

from

except

or

4-22b(7)

air,

and

the

the

external gas

control

connect

module.

are

tapered

hose

barb

the

multivoltage

for

battery

for

battery

or

blended

multivoltage

source

provided

barb

on

either

barb

on the

on

the

connector

one

in

AND

pack

installation,

pack

combination

power

or

appropriate

chapter

the

of

power

3.

connector

connector

panel

the

following:

supply,

INITIAL

if

removed

installation

of

supply

of

instructions.

the

gases;

are

tubing

panel

of

panel

of

the

control

to

the

EXT

as

the

the

the

follows:

from

a

control

control

module

POWER

|

CONTROL

500.

=

MODULE

DEMAND

NA

TRANSOUCER

ον

am

‘SPIRAL

HOSE

Fg

IN

+

|

Figure

ID

m

a

Ya

INID

2-6.

Interconnections.

HOSE

HOSE

-4

EXTERNAL

SOURCES

una

aa

|

+

GAS

1

J

+ | massano

μα

DEMAND

VALVE

PORT

TE

PEEP

VALVE

1

FAUST

FORT

pont

PATENT

|

PATIENT

VANE,

INTERFACE

PORT

2-8

module

(2)

The

electrical

and a vehicular

12-VDC
source

power

of

12-VDC

cable

between

electrical

the

EXT

power.

POWER

jack

on

the

TM

8-6530-009-24&P

connector

panel

of

the

control

2-10.

cord

1

tial

a.

Adjust

assemblies,

b.

Adjust

Section

2-11.

adjustments

Initial

a.

The

initial

b.

Additional

adjustments.

the

the

The

voltage

to
external

FLOW

selector

match

ADJUST

V.

setup.

setup

of

the

in

paragraphs

configuration

BOTRED

GAS

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BLENDER/MIXER

switch,

either

the

gas

sources

control

INITIAL

ventilator

2-9

and

2-10.

interconnections,

Borneo:

located

nominal

to

50-psi

on

the

SETUP,

is

accomplished

aes

on

the

voltage

control

of

output.

CAUTION

module

SELF-TEST,

with

optional

αι

end

110

VAC

is

by

following

of

the

multivoltage

or

230

VAC.

calibrated

to a 50-psi

AND

the

interconnection

accessories,

power

supply

input

pressure.

CALIBRATION

procedures

are

illustrated

in

near

and

figures

the

2-7

power

the

initial

and

2-8.

orroou

|

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ass

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GAS:

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SUSIN

Figure

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SIMV.

b.

The

to

verify

begins
then

displays,

(1)

(2)
(3)
(4)
(5)

c.

The

lamps

are

Self-test.

ventilator

The

self-test

external

by

checking

Transducer

The
self-test
(0)

alternately

use.

undergoes

self-test

process

power/internal

the

in

order,

calibration

alphanumeric

will

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flash

RATE.
INSPIRATION
LOW

PRESSURE

ASSIST/SIMV

self-test

aiso

values

illuminated

a

self-test

will

only

be

performed

consists

external

the

current

automatically

cm
“---”

of

interaction

battery

display

H20.

and

status,

power/internal

values

(only

when

will

alert

An

the

current

of

audible

TIME.

ALARM.

SENSITIVITY.

show

in

the

alphanumeric

for

1-second

intervals.

process

the

calibration

show

attending

when

CAUTION

with

the

between

transducer

battery

following:

WARNING

“OO”

personnel

tone

transducer

the

patient

the

calibration,

status

is

required).

if

the

transducer

will

activate

calibration

display

MODE

for

selector

valve

disconnected

ventilator

and

and

then

is

if

the

transducer

and

the

value.

1-second

switch

microprocessor

control

the

internal

calibrated.

alphanumeric

Do

intervals.

is

set

from

module

microprocessor

Otherwise,

calibration

not

attempt

Their

to

CTRL,

the

patient.

and

peripheral

settings.

baseline

display

patient

respective

The

the

will

ASSIST,

circuitry

self-test

memory.

indicator

or

It

The

d.

If

the
continuously
and

repeat

the

DO

TEST

2-13.

provides
programmable
calibrated
respond

Transducer

a.

The

patient

data

to

to

pressure

Perform

self-test

ventilator
display

self-test.

NOT

fails

“FAL”

If

ATTEMPT

FAILS.

vaive

input

to

the

read-only

atmospheric

signals

transducer

is

complete

the

and a beeping

the

self-test

when

microprocessor

fails

TO

USE

calibration

is

connected

microprocessor.

memory

pressure,

from

to a pressure

(EEPROM)

During

the

transducer

calibration

the

alphanumeric

memory

alarm

will

again,

notify

THE

VENTILATOR

(fig

2-9).

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which

operation

which

prior

to

NOTE

portion

activate.

your

WARNING

sensing

data

is
can
of

the

are

NOTE

using

on

display blanks.

of

the

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the

MODE

unit

Medical

ON

THE

element

stored

remain

ventilator,

compared

each

(transducer)

in a serial,

for

as

to

patient.

self-test,

Equipment

the

selector switch

PATIENT

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long

as 10

the

control

the

control

alphanumeric

to

Repairer.

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THE

SELF-

in

the

control

electrically

years.

module

settings.

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microprocessor

display

the

OFF

module

transducer

will

position

which

erasable

is

will

2-10

b.

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transducer

(1)

Set

(2)

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(b)

(3)

Depress

tone
transducer

(4)

Listen

(5)

Observe

Do

not

connect

the

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the

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alphanumeric

The

digital

and

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will

start

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selector

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calibration

selector

control

bar

hold

the

calibration

the

procedures

the

patient

switch

module

display

graph

down

the

membrane

and

the

switch

calibration

to

start

alphanumeric

are

valve

to

to

CAL.

displays

is

blank.

illuminates

MEAN

switch

alphanumeric

value.

to

the

procedures

during

one

AIRWAY

prematurely

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calibration

OFF

the

3-second

display

as

follows:

CAUTION

the

patient

for

the

following:

or

more

PRESSURE

NOTE

display

position,

again.

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remains

during

indicator

aborts

will

procedure

turning

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this

lamps.

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the

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2-11

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8-6530-009-24&P

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(b)

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(7)

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Functions
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resuscitation

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alphanumeric

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primarily

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selector

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display

shows

lamp

switch

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pressure

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where

the

observe

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another

mode

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accurate

airway.

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pressure

will

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the

H20.

OFF

position.

readings

gas

leaks

with

tubes,

tracheostomy

is

frequently

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tubes,

the

airway.

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Control

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b.

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HIGH

PRESSURE

b,

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(1)

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(2)

Wait

(8)

Observe

(4)

Observe
ventilation.

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backup

MODE,

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for

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and
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the

the

self-test.

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during

MODE

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the

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lamp

transducer

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mode

MODE

the

self-test

that

the

that

control

will

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the

mode

activate

Section

control

or

without

VI.

module

PEEP

apnea.

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operation

ventilator

selector

control

is

used

the

gas

of

both

gases.

settings

as

ventilation

switch

to

be

completed.

mode

to

flow

well.

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to

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INSPIRATION

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and

begins,

remain

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TO

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may

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completing

the

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operation

indicator

the

LOW

on

until

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membrane

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adjusted

SIGH

at

functions,

2-10).

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100

may

select

the

following

position.

begins

NOTE

the

during

cycling

lamp

illuminates

PRESSURE/DISCONNECT

patient

the
switch

OPERATION

any

time.

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normal

include

breathing

percent

operation

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valve

next

ventilator-generated

is

depressed.

CTRL,

rate,

medical-grade

with

actions:

completion

during

is

the

connected

use,

adjustments

ASSIST,

inspiration

oxygen,

or

without

of

inspiratory

audible

to a patient

breath,

are

typically

SIMV,

and

special

time,

and gas

medical-grade

SIGH

and

with

the self-test).

portion

of

alarm

and

or

flow.

LOW

each

2-12

(5)

Adjust

(6)

Adjust

(7)

Adjust

Adjust

(8)

the

FLOW

the

RATE

the

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volume

(using

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module

the

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ADJUST

control

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PRESSURE

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setting

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as

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control

setting

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the

INSPIRATION

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ALARM

setting,

as

NOTE

by

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if

required.

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TIME

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FLOW

ADJUST

control

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setting

the

back

it

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the

the

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(11)
(12)

the

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pressure

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patient's

safeguard

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value

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portion

to

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HIGH

PRESSURE

the

HIGH

PRESSURE

relief

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patient's

the

PEEP

valve,

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OFF/ON

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corresponds

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pressure

ALARM

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when

the

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mask,

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inspiration

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peak

LOW

LOW

PRESSURE

setting,

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active.

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to

the

times,

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high

inspiratory

system.

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is

set

to

setting

NOTE

PRESSURE/DISCONNECT

ALARM

if

required.

NOTE

is

set

to

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tube,

patient

switch.

NOTE

can

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is

valve

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cause a rise

pressures,

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automatically

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or

tracheostomy

and

adjust

of

the

patient

the

of a peak

control

of

100

vented

alarm

setto

OFF.

turn

H20

it

to

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in

inspiratory

ventilator

inspiratory

setting.

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to

the

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it

to

the

peak

inspiratory

tube

to

the

the

required

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pressure.

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pressure

When

is

invoked.

OFF

position.

patient

settings.

change

relief

the

HIGH

Airway

will

To

valve.

in

2-13

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8-6530-009-24&P

(13)

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ASIGH

whichever
TIME

truncate

the

SIGH

ventilation

occurs

control

setting.

SIGH

OFF/ON

first.

to

a

is

membrane

initiated

Each

However,

combined

and

then

SIGH

as

maximum

switch,

if

NOTE

repeated

ventilation
a

safety

once

equals

precaution,

of

3

seconds.

required.

every

150

the

100

ventilations

percent

of

ventilator

or

7

minutes,

the

INSPIRATION

will

automatically

2-16.

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atmospheres

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a.

ASSIST

gases.

of

Functions
in

conjunction

signals.

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ambient
concentration
blender.
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If

the

whistle,

b.

The

SIMV

setting.
timed

125

The

to

open

percent

time

at

of

the

open 4 seconds
When

the

time
SENSITIVITY
the

following

(1)

ventilator

(2)

ventilator

control

operation

If

the

will

activate

If

the

will

wait

and

SIMV

This

permits

similar

gas

which

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ventilator

air

through

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rule,

ventilator

caused

synchronizing

interval

75

percent

rate

period,

prior

to

the

interval

is

setting

prevails:

patient's

inspiratory

when

patient's

until

the

inspriatory

ventilation

modes

with a protected

flow

of

flow

is

opened,

next

of

operation

the

patient

content.

are

dependent

ventilation

rates

can

the

antiasphyxiation

inspired

the

patients

the

ventilator's

rate

does

by

the

opening

time

equal

to

50

into

the

whichever

onset

of

each

the

threshold.

pressure

the

threshold

pressure

spontaneous

oxygen

interval

rate

ventilator

modes.

are

normally

to

receive

upon

airway.

should

be

masked

(FIO2)
work

FLOW

not

meet

of

the

works

percent

period

occurs

rate

marker

If a spontaneous

has

is

reached.

has

inspiration

controlled,

CAUTION

accurate

This

will

only

NOTE

during

port

on

accuracy

to

breathe
ADJUST
the

patient's

antiasphyxiation

in

conjunction

of

the

rate

and

close

first.

When

and

looks

for

not

reached

exceeded

used

in

assisted,

pressure

prevent

take

leaks

place

with a protected

spontaneous

the

patient

valve.

if

breathing

to

meet

settings

should

inspiratory

port

with

period

(maximum

when

either

8-second

close 4 seconds

the

next

spontaneous

breath

to

is

the

ASSIST/SIMV

the

ASSIST/SIMV

reach

the

in

conjunction

readings

from

with

and

spontaneous

should

distorting

a

common

only

the

ventilations

be

used

pressure

airway.

breathing

This

gas

inspiratory

be

by

can

alter

is

furnished

needs

verified

for

entrainment

the

fractional

through

will

be

lower.

effectiveness.

requirements, a high-pitched

leaf

valve,

will

be

heard.

the

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the

spontaneous

time intervals

after

the

breath

process

when

SENSITIVITY

SENSITIVITY

activating

threshold.

occur,

onset

to

reach

the

time

SENSITIVITY

The

breath

each

of

each

the

interval

control

control

gas

source

of

a

control

time

interval

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time

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setting,

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is

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at

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the

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positive

settings.

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MODE,

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2-11.

ASSIST

will

activate

and

INSPIRATION

medical-grade

this

mode

may

the

following

the

ASSIST

to

the

indicator

position.

NOTE

patient

begins

lamp

lamp

illuminates

MODE.

the

APNEA ALARM

TIME

oxygen,

actions:

until

cycling

medical-grade

be

with

or

the

automatic

(upon

illuminates.

during

settings

without

completion

the

or

air,

SIGH

self-test

inspiratory

and

automatically

12

ventilations

or a blended

and

with

is

completed.

of

the

self-test).

portion

per

minute,

combination

LOW

or

ofeach

assisted

invoke

HIGH

TM

8-6530-009-248P

When
audible
to

a

generated

(6)

Adjust

(7)

Adjust

(8)

Adjust

Tidal

(using
fractions

module

(9)

Adjust

The
continue

the

ASSIST

alarm

and

patient

and

breath,

the

FLOW

the

RATE

the

INSPIRATION

volume

the

can

the

mL/sec

of

seconds.

for a tidal

LOW

PRESSURE

disconnect

to

function

MODE

lamp

the

the

or

ADJUST

control

be

quickly

scale)

Refer

volume

portion

when

cycling

will

operation

activate

transducer

TO

PUSH

control

setting

TIME

as

as

required.

control

calculated

by

the

to

figure

computation

ALARM

of

the

LOW

the

LOW

NOTE

begins,

and

remain

detects

a

MUTE/CANCAL

the

on

until

pressure

membrane

required.

setting

INSPIRATION

setting,

NOTE

by

multiplying

1-9

or

chart.

if

as

required.

TIME

the

decal

required.

NOTE

PRESSURE/DISCONNECT

PRESSURE

ALARM

LOW

PRESSURE/DISCONNECT

the

patient

rise

during

the

switch

the

FLOW

ADJUST

control

affixed

Otherwise

setting

to

the

turn

alarm

is

set

to

OFF.

valve

is

next

depressed.

is

control

in

back

of

it

to

the

capability

connected

ventilator-

setting

seconds

the

OFF

or

control

position.

will

(10)

Adjust

(11)

Adjust

breath

relative

(12)

Connect

(13)

Observe

ASSIST/SIMV

(14)

Attach

(15)

Depress

(16)

Depress

the

HIGH

When

the

pressure

to

the

the

relief

ASSIST/SIMV

patient's

the

that

SENSITIVITY

the

optional

the

Excessive

the

patient's
safeguard
peak

inspiratory

value

corresponds

PRESSURE

pressures

the

PRESSURE

HIGH

PRESSURE

default

inspiratory

patient's

the

face

patient's

control

PEEP

PEEP

OFF/ON

flows

and/or

physiological

the

patient

pressure

to

ALARM

in

excess

SIGH

of

OFF/ON

ALARM

ALARM

remains

active.

SENSITIVITY

effort.

mask,

spontaneous

setting

valve

for

and

membrane

inspiration

condition

from

high

relief

the

HIGH

control

the

membrane

is

peak

setting,

NOTE

is

set

control

endotracheal

greater

adjust

it

switch.

NOTE

times,

occlusion

can

inspiratory

system.

PRESSURE

set

setting are

Selection

to

OFF, a default

switch,

if

required.

to

OFF, a 100-cm

setting

tube,

breathing

activation

to

the

to

or

tracheostomy

activates

sensitivity

required

of

the

cause a rise

pressures,

the

of a peak

ALARM

control

of

100

automatically

if

required.

Otherwise

H20

select

the

the

(less

settings.

patient

circuit,

in

inspiratory

ventilator

inspiratory

setting.

cm

H20

vented

to

turn

it

to

the

OFF

peak

inspiratory

activation

tube

ventilator.

negative

point

to

the

patient

If

not,

pressure

or a change

pressure.

uses a protective

pressure

When

the

HIGH

is

invoked.

the

atmosphere.

Airway

position.

of

each

valve.

readjust

deflection).

in

To

relief

assisted

the

2-16

ASIGH

ventilation
whichever
TIME

control

truncate

SIGH

is

occurs

first.

setting.

to a combined

initiated

Each

and
SIGH

However,

maximum

NOTE

then

repeated

ventilation

as a safety

of 3 seconds.

once

every

equals

precaution,

150

the

100

ventilations

percent

of

ventilator

or 7 minutes,

the

INSPIRATION

will

automatically

TM

8-6530-009-24&P

2-18.

breaths

FLOW
the
from

spontaneous

continuously

breaths
When
the

delivered

special

whichever

of

SIMV

a.

In

SIMV

from

ADJUST,

application,

an

optional

generated

it

is

time

patient's

at

the

b.

If

the

assist

is

c.

Gas

flow

the

two

gases.

d.

Establish
(1)

Turn

Do

MODE

MODE,

the

effort.

flowing

to

next

patient

ventilations

greater.

the

the

ventilator

ventilator.

RATE,

spontaneous

end

may

SIMV

not

INSPIRATION

demand

The

pull

source

by

the

ventilator

deliver a mandatory

breath.

Additionally,

If

of

the

becomes

at

consist

MODE

MODE

connect

period

selector

of

operation

permits a patient

The

ventilator

breathing

valve

mechanism

of

ambient

should

there

the

of

the

be

are

is

no

regardless

apneic,

FLOW

100

percent

operation

by

completing

switch

patient

(fig

is

programmed

TIME,

and

gas

may

which

air

is

through

connected

controlled

breath,

the

inspiratory

of

the

the

ventilator

ADJUST

medical-grade

in

this

mode

the

to

the

SIMV

valve

to

the

2-12).

to

breathe

to
ASSIST/SIMV
originate

to
ventilations
ventilator

effort

patient's

and

following

patient

from

senses,

the

antiasphxiation

the

demand

allows a period

during

effort.

will

activate

INSPIRATION

oxygen,

may

be

actions:

position.

NOTE

until

unassisted

deliver

SENSITIVITY

ambient

by

negative

synchronized

the

the

with

or

the

automatic

while

mandatory

(room)

valve

port

timing

APNEA

TIME

settings

medical-grade

without

periodically

breaths

control

air,

pressure

port

on

on

with

the

of

time

so

period,

ALARM

SIGH

self-test

as

settings.

an

external

deflections,

the

patient

the

patient

patient's

that

it

can

the

mandatory

and

or

12

ventilations

air,

or a blended

and

pressure

is

completed.

receiving

determined

valve.

valve.

spontaneous

automatically

mandatory

Depending

gas

source,

the

patient's

Gas

from

Mandatory

synchronize

breath

alarms.

will

invoke

per

minute,

combination

by

the

upon

or

a

effort.

with

be

ALARM

INDICATORS:

MUTE/CANCEL

CONTROL

PEEP AND
CONTROLS

RATE

PRESSURE

SENSITIVITY

SIGH

AND

INDICATORS

AND

INSPIRATION

CONTROLS

INDICATORS

CONTROLS

ALARM

AND

INDICATORS

KT

CONTROL

I

AND

rc

3

so

‘one

^

mon

MODE

DUAL-SCALE
FLOW

CONTROL

ALPHANUMERIC

DISPLAY

z

DIGITAL

BAR

GRAPH

DISPLAY

AIRWAY

PRESSURE

aH

NTR

AND

INDICATORS

Figure

CONTROL

2-12.

MANUAL

OVERRIDE

SIMV

MODE.

OPERATING

MODES

CONTROL

2-17

TM

8-6530-009-24&P

(2)

Wait

(3)

Observe

(4)

Observe

(5)

Observe

or

controlled

ventilation.

When
audible

to
generated

Adjust

(6)

Adjust

(7)

Adjust

(8)

Tidal

(using
fractions
module

for

the

that

that

that

the

alarm

a

patient

FLOW

the

RATE

the

INSPIRATION

the

volume

the

of

for a tidal

self-test

the

the

the

SIMV

breath,

to

ventilator

ASSIST/SIMV

INSPIRATION

MODE

lamp

and

and

the
or

ADJUST

control

can

be

mL/sec

seconds.

volume

be

completed.

automatically

cycling

activate

will

transducer

until

the

PUSH

control

setting

TIME

quickly

scale)

by

Refer

calculated

to

computation

ON

indicator

indicator

operation

and

detects

TO

required.

as

required.

as

control

setting

the

INSPIRATION

figure

1-9

begins

lamp

cycling

lamp

illuminates.

illuminates

NOTE

begins,
remain

the

on

a

pressure

MUTE/CANCEL

required.

as

NOTE

by

multiplying

or

the

decal

chart.

(upon

LOW

until

the

TIME

affixed

completion

during

the

of

inspiratory

PRESSURE/DISCONNECT

ADJUST

setting

to

the

valve

the

next

switch

back

patient

the

rise

during

membrane

FLOW

control

the

self-test).

portion

connected

is

ventilator-

is

depressed.

control

in

seconds

of

the

setting

control

ofeach

or

assisted

(9)

Adjust

(10)

Adjust

(11)

Adjust

breath

relative

(12)

Connect

(13)

Observe

SENSITIVITY

(14)

Attach

(15)

Depress

the

LOW

The

disconnect

continue

When

pressure

the

the

to

HIGH

relief

the

to

the

patient's

the

that

control

setting

the

the

Excessive
the

patient's

safeguard

peak

inspiratory

value

corresponds
PRESSURE
pressure

PRESSURE

portion

function

when

PRESSURE

HIGH

PRESSURE

default

ASSIST/SIMV

inspiratory

patient’s

the

optional

PEEP

flows

face

patient's
for

greater
PEEP

OFF/ON

and/or

physiological

the

patient

pressure

to

ALARM

in

excess

of

ALARM

of

the

LOW

the

LOW

ALARM

ALARM

remains

active.

SENSTIVITY

effort.

mask,

spontaneous

activation

valve and

membrane

inspiration

condition

from

high

relief

the

HIGH

control

the

is

peak

set
setting

setting,

if

required.

NOTE

PRESSURE/DISCONNECT

PRESSURE

setting,

ALARM

if

reguired.

NOTE

is

set

to

OFF, a 100-cm

control

endotracheal

breathing

sensitivity

adjust

setting

tube,

activates

(less

it

to

the

switch.

NOTE

times,

occlusion

can

cause a rise

inspiratory

system.

PRESSURE

to

pressures,

Selection

ALARM

OFF, a default

is

automatically

Otherwise

is

Otherwise

to

select

or

tracheostomy
the

negative

required

of

the

patient

the

of a peak

control

of

100

vented

turn

it

alarm

setto

OFF.

turn

H20

the

activation

tube

ventilator.

pressure

If

deflection).

settings.

circuit,

in

inspiratory

ventilator

uses a protective

inspiratory

setting.

cm

H20

is

to

the

atmosphere.

to

the

OFF

capability

it

to

the

peak

inspiratory

point

to

the

not,

readjust

or a change

pressure.

pressure

When

the

invoked.

position.

will

OFF

position.

of

patient

the

To

relief

HIGH

Airway

each

assisted

valve.

ASSIST/SIMV

in

(16)

Depress

the

SIGH

OFF/ON

membrane

switch,

if

required.

ASIGH

ventilation
whichever
TIME

control

truncate

SIGH

is

occurs

first.

setting.

to a combined

initiated

However,

Each

and
SIGH

maximum

NOTE

then

repeated

ventilation

as a safety

of 3 seconds.

once

every

equals

precaution,

150

the

100

ventilations

percent

of

ventilator

TM

8-6530-009-24&P

or 7 minutes,

the

INSPIRATION

will

automatically

2-19.

and

end

the
Ipm
relative
support
inspiratory
ically

2-20.

The
ever,

PEEP

Demand

a.

An

optional

b.

During

mandatory

pressure,

demand

which

creates a slight

to

the

by

approximately 3 cm
demand

referenced

Continuous

ventilator

potential

setto

Section

valve

demand

SIMV

operation,

ventilations

is

required

valve

initiates a continuous

patient's

to

Pediatric

valve.

control

benefits

ON.

to

pressure

inspiratory

period,

PEEP.

demand

module

are

Vil.

operation.

valve

is

functional

the

microprocessor

(synchronized

activate

the

positive

possible

the

support

effort.

H20

or

patient

flow

requirements

RATE

control

by

demand

flow

following 3 seconds
valve

airway

operating

AUGMENTED

only

in

the

SIMV

is

programmed

or

nonsynchronized). A pressure

valve

solenoid.

of

gas

into

the

in

the

patient

Demand

exhalation

flow

circuit.

will

port

VENTILATION

MODE

to

When a spontaneous

patient

end
of

valve.

The

when

continuous

remains

CAUTION

should

pressure

cannot

the

be

be

set

to

0;

ventilator

considered

(CPAP).

therefore,

in

the

of

operation.

differentiate

This

level

of

expiratory

flow,

open.

before

traditional

SIMV

between

deflection,

demand

pressure

pressure

whichever

Demand

using

MODE

with a RATE

less

patient

flow

support

occurs

valve

the

CPAP

spontaneous
than 1 cm

is

exceeds

operation

demand

is

not

H2O

effort

is

approximately

will

vary

the

first.

During

is

possible.

setting

breaths

below

detected,

60

inversely

pressure

the

automat-

How-

of 1 and

2-21.

to a special
period
setting

control

ASSIST/SIMV

a.

As

asafety

between

(18.9

ventilator

The

b.

settings.

Depress

c.

(1)

Cancel

(2)

Stop

(8)

Start

precaution

assist/control

positive

to

16.0

During

default

the
default

the

the

the

the

default

and/or

seconds).

defaults

the

APNEA

rate.

rate

will

TO

PUSH

apnea

special

normal

ASSIST/SIMV

assist/control

MODE

during

apnea,

mode

negative

ventilations

12

to

ALAR\,

However,

prevail.

MUTE/CANCEL

alarm.

ventilation

the

microprocessor

and

simultaneously

pressure

itis

the

if

default

MODE.

deflections

minute

per

possible

setting

RATE

membrane

mode.

NOTE

to

during

automatically

activates

exceeds

the

and

adjust

the

adjusted

is

switch

apnea.

the

19

current

RATE

to

do

to

switches

APNEA

seconds

FLOW

setting

than

less

following:

the

ALARM.

minus

ADJUST

to

arate

the

from

ASSIST/SIMV

This

the

and

greater

default

rate,

occurs

INSPIRATION

INSPIRATION

than

when

the

MODE

the

TIME

TIME

2-19

TM

8-6530-009-24&P

2-22.

Positive

PEEP

the

The
is
PEEP
or

a.

The

PEEP

atmospheric

modes:

determine
time

alphanumeric
continuously
exceeds
ALARM

the
the

should

automatic

automatic

(1)

the

the

will

(2)
PEEP
PEEP

b.

PEEP

(1)

either

Automatic

the

PEEP

reference

activate.

Manual

MAN

NOT

PEEP

PEEP

end

controls

patient

ventilator

done

in

information

direct

from

function

pressure

set

display

monitors

SET

functions

be

to

and

mode.

PEEP

OFF/ON

expiratory

mode.

DISPLAY/SET

ALARM

OFF/ON

removed

monitoring

expiratory

should

valve.

uses

a

the

patient

from

programming.

provides

atmospheric

manual.

In

this

reference

membrane

depressing

by

signals

value

PEEP

In

this

mode, a PEEP
membrane

becomes

are

controlled

membrane

from

the

is

activated

pressure.

not

be

activated

“single-hose”

valve.

Since

exhaled

waveform

a

means

pressure

mode,

value.

switch

the

more

by

inactive.

by

switch.

patient

and

monitoring

of

plus

the

Analysis

is

PEEP

looking

than

reference

switch.

the

following

In

the

valve

the

CAUTION

unless

an

external

NOTE

patient

circuit.

gas

is

is

converting

PEEP

pressure.

All

not

acquired

the

microprocessor

consists

depressed.

AUTO

changes

for

2

+

In

OFF

or

PEEP

of

ON/DISPLAY

H20

cm

value

this

mode,

control

setting,

the

PEEP

OFF/ON

averaging

This

the

in

for

is

switches:

PEEP

PEEP

inspiratory

routed

through

either

transducer

The

PEEP

analyzes

the

three

can

value

membrane

value.

PEEP

consecutive

three

manually

the

valve

indicator

entered

microprocessor

functions

set

to

lamp

valve

is

connected

and

expiratory

the

control

through

calibration

the

pressure

function

expiratory

consecutive

displayed

be

switch.

the

When

breaths,

into

the

does

are

disabled

0,

if

adjustable.

illuminates.

to

valving

module,

transducer

reference

operates

pressure

in

two

waveform

exhalations

verified

and

microprocessor

The

monitored

the

PEEP

PEEP

microprocessor

not

monitor

and

the

PEEP

In

the

ON

from

primary

from

in

value

NOT

using

PEEP

valve

setting,

to

the

the

SET

and

(2)

PEEP

when

the

PEEP

the

PEEP

AUTO

manual

to

(3)

PEEP

PEEP
PLAY/SET
PEEP

manual

hold

down

from

DISPLAY

increase

from

membrane

alphanumeric

the

PEEP

MAN

When

the

PEEP

OFF/ON

average

averaging
and a bar
PEEP

PEEP

three

reference

NOT

AUTO

OFF/ON

exhalation

period,

will

the

revolve

value

SET

ALARM

ON/DISPLAY

membrane

ON/DISPLAY

automatic

MAN

indicator

value

the

PEEP MAN DISPLAY/SET

mode

the

current

switch

is

display

DISPLAY/SET

or

DISPLAY/SET

lamp

and

to

be

entered

to

SET

mode

PEEP

released,

is

operating,

membrane

wave

PEEP

within

is

shown

lamp

membrane

switch

indicator

display

the

membrane

either

displays

and

viewed

and

value

up

the

alphanumeric

the

manual

membrane

forms

NOT

SET

the

alphanumeric

in

the

blanks.

switch.

is

set

to

lamp.

Depressing

reference

switch.

the

in

membrane

initiate

to

“20”

switch

scrolling

PEEP

NOTE

switch

is

depressed,

to

determine

ALARM

will

display.

alphanumeric

The

PEEP

ON.

This

permits

this

PEEP

value

Depressing

PEEP

manual

the

alphanumeric

switch

for

within

cm

H20,

return

displays

value

is

depressed.

registers

can

the

the

PEEP

blink

(the

audible

When

display

for 3 seconds

AUTO

automatic

switch

will

in

the

alphanumeric

this

setting

display.

more

than 3 seconds.

the

alphanumeric

to

“O,”

and

the

be

increased,

microprocessor

reference

value.

alarm

averaging

ON

is

function

monitoring

either

initiate a mode

switch
in

illuminates

the

alphanumeric

To

set a value

display.

then

scroll

set

manual

in

1-cm

begins

During

is

not

activated)

complete,

and

the

blinking

is

automatically

of

PEEP

change

display.

the

display

of

PEEP,

This

will

The

displayed

upwards

PEEP

H2O

increments,

to

this

the

activated

andilluminates

from

PEEP

PEEP

MAN

DIS-

or

allows

depress

cause a change

value

again.

value.

When

While

each

time

a

and

will

the

the

2-20

TM

8-6530-009-24&P

2-23.

patient.

automatically

predetermined

LOW/FAIL

ALARM

LOW/FAIL
for
source

PEEP

2-24.

power

VDC,

between
(18.9

General.

a.

The

ventilator

Alarm

b.

The

PUSH

or

occurs

ALARM

a

5-minute

of

electrical

NOT

SET

Description

a.

EXTERNAL

source

b.

BATTERY

shorted

a

or

с.

APNEA

positive

16.0

to

contains

conditions,

when

the

alarm

TO

MUTE/CANCEL

period

(with

BATTERY

and

is

muted,

activates

period.

disruption

Conversely,

power

alarms

last

POWER

LOW/FAILALARM.

battery

ALARM.

seconds).

The

and/or

negative

Section

numerous

depending

condition

the

exception

LOW/FAIL

the

mute

in

addition

is

connected

for

30

of

alarms

LOWFAIL

failure.

or

detected,

is

apnea

pressure

upon

is

membrane

of

ALARMS

period

to

a

BATTERY

to

the

seconds.

ALARM.

This

alarm

alarm

is

functional

VIII.

ALARM

alarm

circuits,

type,

may

be

no

longer

valid.

switch

certain

the

In

(fig

deflections

power

normally

will

last

until

EXTERNAL

LOW/FAIL

ventilator.

all

LOW

instances,

2-13).

This

alarm

activates

in

the

exceeds

FUNCTIONS

designed

temporarily

deactivates

alarm

last

for

the

POWER
ALARM

PRESSURE/DISCONNECT,

a

activates

when

ASSIST

to

alert

muted

the

conditions),

5

minutes.

internal

new

will

alarm

when

the

internal

and

19

seconds

battery

LOW/FAIL

remain

the

SIMV

audible

condition

ventilator

attending

or

cancelled.

portion

Mute

periods

If

an

EXTERNAL

is

depleted.

ALARM,

continuously

will

battery

minus

of

modes.

the

personnel

Mutable

of

an

existing

for

EXTERNAL

POWER

Atthis

point,

and

muting

muted

HIGH

PRESSURE,

overridea

senses

the

It

activates

INSPIRATION

preexisting

an

external

ventilator

and

protect

alarms

alarm

LOW/FAIL

a

BATTERY

will

if

an

falls

when

the

TIME

the

will

reset

for

a

POWER

now

last

external

and

mute.

electrical

below

11

period

setting

d.

LOW

the

LOW

will

circuit

(1)

at

least 1 cm

pressure

(2)

NECT

ALARM

per

minute,

minus

the

or

apnea,
setting.
APNEA
activates

PRESSURE
When

Excessive

If a pressure

ALARM

e.

HIGH

the

(1)

When

PEEP

is

activated,

If

the

alarm

activates,
APNEA
membrane

PRESSURE/DISCONNECT

PRESSURE

also

CTRL

H20

rise

does

SIMV

MODE.

the
INSPIRATION
the

microprocessor

its

LOW

PRESSURE

ALARM

HIGH
The

flow

ALARM

switch

ALARM

alarm.

activate

and

functions

microprocessor

PRESSURE

HIGH

this

ASSIST

to

occur

within

not

occur

within

For

ventilator

as

if

the

TIME

rise

of

at

is

activated.

PRESSURE/DISCONNECT

ALARM.

control

PRESSURE

rates

setting

and/or

the

ventilator

the

ventilator

can

be

cancelled

alarm

the

but

ALARM.

control

modes.

control
automatically
least 1 cm

If a pressure

ALARM

inspiration

setting

However,

In

these

150

percent

this

period,

rates

CTRL

MODE

alarm

activates

setting

This

alarm

for a continuous 2 seconds

control

ALARM

will

cannot

This

for

the

modes,

of

the

greater

or

ASSIST

(18.9

delivers a controlled

H20

occurs

rise

is

ALARM,
activates

is

setto

setting

times,

NOTE

will

only

consider

invoke

by

alarm
two
activation

the

LOW
than 3 ventilations

when

to

not

is

occlusion

its

special

depressing

muted.

be

activates

consecutive

criteria

the

microprocessor

INSPIRATION

PRESSURE/DISCONNECT

MODE

respirations

16.0

seconds).

within

detected,

repeating

when

OFF, a safety

also

the

of

the

when

inspiratory

is

were

ventilation

150

percent

the

it

every

the

patient's

or

50

default

safety

the

patient

positive

assist

PUSH

not

TIME

per

set.

are not

To

microprocessor

milliseconds

setting

pressure

mode

TO

the

patient's

cycles.

same

the

checks

control

minute,

For

qualify

of

30

of

setting.

the
ventilator
detected

the

at

the

the

INSPIRATION

seconds.

airway

for

approximately

for

peak

circuit,

of

for

for a positive

alarm

or a change

deflections.

operation.

MUTE/CANCEL

airway

A

all

ALARM

LOW

rates

for a

INSPIRATION

returns

pressure

four

inspiratory

pressure

disconnect

modes

If

the

activates.

PRESSURE/DISCON-

less

than3

period

condition

TIME

to

SIMV

exceeds

consecutive

100

The

falls

in

the

patient's

operation.

of

pressure

required

ventilations

of

19

seconds

as

disconnect

TIME

setting,
MODE

the

ventilations.

cm

H20

remains.

pressure

in

the

patient's

below

rise

of

positive

control

the

and

HIGH

relief.

2-21

TM

8-6530-009-24&P

physiological
pressures,

condition

the

can

ventilator

ALARM

compares

INDICATORS

MUTE/CANCEL

CONTROL

PRESSURE

CONTROLS

INDICATORS

cause a rise

the

HA

ALARM

He

AND

in

peak

|

|

Es

GREN

YE)

OO

Ante

inspiratory

inspiratory

ーーーー

HIGH

PEEPNOTSET

AR

MUTECANOELO / [e

pressure.

pressure

ALARM

PRESSURE

e.

+/ /e

[saxon

>

To

safeguard

against

STATUS

[RE]

apnea

INSPIRATION

DI

the

HIGH

]

the

patient

PRESSURE

ALARM

INDICATORS

from

CES

mesure

“ge

“se

Cud

amas

“кк”

o

ca

E

MODE

high

inspiratory

ALARM

setting.

(2)
setting
vent
continue.

ALARM

PRESSURE

remains.

+

longer

tone
before

through

f.

PEEP

2.cm

g.

Inverse

sounds,

by 5 cm

control

H20

than

further

When a high

H20,

the

the

patient

When

the

patient

setting),

ALARM

NOT

for

lf a LOW
responsible

AUTO

disconnect

I:E

the

and

operation

The
INSPIRATION

control

SETALARM.

three

consecutive

ON/DISPLAY

alarm.

expiratory

the

alphanumeric

inverse

inspiratory

ventilator

valve's

circuit

gas

PRESSURE/DISCONNECT

for

problem

This

time.

is

permitted.

|:E

pressure

interrupts
exhaust
pressure

flow

is

allowed

is

set

to

OFF, a peak

This

alarm

activates

respiratory

causing a PEEP

mode

to

is

corrected.

alarm

is

activated

When

inverse

display

Until

condition

TIME

can

control

setting,

condition

port

falls

its

shows

corrected,

be

Figure

the

to

cycles.

NOT

2-13.

occurs

flow

of

gas

to

the

atmosphere,

below

the

resume

inspiratory

pre-disconnect

when

I:E

corrected

or

when

NOTE

ALARM

SET

ALARM,

the

occurs,

“-IE.”

Inverse

the

NOTE

both

for

monitored

settings.

Alarms.

and

exceeds

to

the

patient

while

activation

the

pressure

occurs

INSPIRATION

the

ventilator

by

lowering

point

remainder

PEEP

during

the

ventilator

reference

RATE

and

|:E

alarms

defaults

the

circuit.
allowing

(3

cm

of

relief

default

exceeds

normal

value

TIME

INSP

are

to

the

RATE

HIGH

PRESSURE

This

allows

the

inspiration

H20

below

the

the

inspiratory

of

approximately

the

PEEP

operation

will

restore

when

control

lamps

not

mutable

an

antiasphyxiation

control

the

the

causative

is

set

alternately

and

setting,

ALARM

excess

reference

and

for a period

pressure

time

HIGH

PRESSURE

cycle.

If

the

100

is

PEEP

flash, a pulsing

must

be

corrected

condition.

the

control

cycle

HIGH

cm

H20

value

which

to
to

by

is

2-22

h.

Memory

tone

is

activated

cancelled.

i.

Transducer
+ 1 cm
the

prematurely
*---"
completed.

during
H20
“FAL”
not

the

condition,

H20.

current

j.

k.

flowing,

OFF

transducer

Transducer

and

the

“FAL”

alarm.

operation

is

sensed

shows

position

the

check

and

calibration

When

activated,

calibration

stopped.

current

The

in

the

in

the

in

the

alphanumeric

allowing

and

patient

alarm.

This

the

alphanumeric

alarm.

an

calibration

abort alarm.

When

activated, a steady

transducer

“FAL” alarm

CTRL,

patient

the

then

can

ASSIST,

circuit

patient

returned

spontaneously

alarm

activates

display

The

transducer

audible

value.

calibration

display. A “FAL” alarm

circuit

tone

The

activates

or

for

more

pressure

to

the

breathe

when

continuously

alarm

begins

alarm

resets

This

alarm

tone

value.

The

when a random

SIMV

modes.

than

0.5

to

vent

MODE

operating

through

the

memory

activates

and

the

alphanumeric

itself

activates

is

emitted

alarm

access

It

also

seconds.

will

cause

to

the

atmosphere.

position

the

antiasphyxiation

check

shows

when

after

calibration

when

the

and

the

resets

itself

memory

activates

When

the

to

TM

8-6530-009-24&P

portion

“FAL.”

the

transducer

alphanumeric

if a continuous

activated, a beeping

ventilator

clear a “FAL"

of

This

transducer

display

of

the

after

calibration

or

read

to

The

MODE

port

the

self-test

alarm

cannot

zero

alternately

transducer
calibration

display alternately flashes

only

memory

pressure

stop

operation

switch

condition.

of

the

patient

fails. A beeping

be

baseline

flashes

is

completed.

procedures

of

the

transducer

failure

above

tone

is

emitted
when

must

be

During a “FAL”

valve.

muted

exceeds

“---”

and

are

occurs

95

cm

and

gas

turned

or

is

is

to

2-25.

Start-up

control
etc.),

2-26.

Shut-down

Start-up

procedures

a.

Review

b.

Make

module,

and

c.

Complete

d.

Select

e.

Adjust

f.

Monitor

Shut-down

a.

Remove

b.

Turn

c.

Disconnect

d.

Turn

ϱ.

Prepare

Do

notoperate

(140°F)

all

previous

all

connections,

multivoltage

patient

valve

the

the

required

the

control

and

respond

procedures

the

the

MODE

the

off

the

source(s)

the

Section

procedures.

the

ventilator

to

prevent a critical

are

as

follows:

information

interconnections

power

except

initial

are

patient

switch

patient

ventilator

for

connection

set

up,

self-test,

mode

of

settings

to

alarms.

as

procedures.

as

follows:

connection

to

the

valve.

of

gases.

either

IX.

VENTILATOR

unless

malfunction

and

instructions

supply,

operation

for

optional

and

required

to

the

patient

OFF

position.

the

next

CAUTION

the

temperature

or

(sec

Ill

and

accessories

to

the

patient

transducer

and

follow

for

patient

interface

patient

damage

in

this

chapter.

IV

of

this

interface

calibration

the

procedures

support.

port.

or

for

temporary

OPERATION

is

between

to

the

chapter),

(blender,

-60°C

ventilator.

and

humidifer,

port.

(sec V of

in

section

storage.

(-76°F)

initial

demand

this

chapter).

VI

and

60°C

adjustments

valve,

of

this

chapter.

between

PEEP

valve,

the

2-23

TM

8-6530-009-24&P

2-27.

(with

used
two

support

2-28.

Associated

2-29.

Associated

‚а.

The

regulators),

to

support

gases

b.

The

ventilator

Associated

General.

Section

X.

OPERATION

support

ventilator

are

Acentralized,

ment.

Compressor-Dehydrator,

requires

centralized

one

or

more

normally

required.

operation.

an

external

piped

ventilators.

piped-oxygen

materiel

materiel

is

identified

in

appendix

Section

items

source

gas

systems

Medical-grade

system

NSN

XI.

OF

AUXILIARY

of

equipment.

of

air

and

oxygen

for

shared

is

currently

6520-00-139-1246,

F.

CLEANING

air,

NOTE

use

medical-grade

being

PROCEDURES

which

may

with

other

medical

oxygen,

tested

for

TM

8-6520-003-248P,

EQUIPMENT

use

include

in

individual

equipment,

or a

blended

the

field

is

currently

gas

or

air

compressors

mixture

environ-

authorized

cylinders

of

the

to

a.

The

following

dried

b.

Some

valve

as well as

to

be

used

2-30.

Wipe

2-31.

remove

or

Control

the

Patient

a.

Disconnect

b.

Remove

the

c.

Remove

d.

Remove

tweezers.

ventilator

use

accessories

disposable

on

only

control

Do

module

not

the

the

exhaust

the

the

Use

light

and

operating

in a wet

one

environment.

such

PEEP

patient.

module.

daily

clean

the

valve

threaded

port.

gas

two

pressure

(fig

patient

inlet

leaf

valves

valve

collar

elbow.

accessories

as

the

disposable

valves

should

with a damp,

control

module

2-14).

from

all

which

(leaf

valve

when

removing

should

Cleaning

not

soapy

with

abrasives

connecting

fastens

#1

the

and

the

at

regular

hoses
be

cleaned

cloth

and

NOTE

hoses.

exhaust

leaf

valve

CAUTION

leaf

valves.

be

clean

at

all

intervals

for

interconnecting

and

reused.

then

dry

or

chlorinated

port

to

the

#2)

from

They

damage

times,

is

it

with a lint-free

the

Exposed

encouraged.

the

control

These

accessories

hydrocarbon

main

body

patient

valve

easily.

components

module

cloth.

cleaners.

of

the

body

were

patient

using

should

and

the

patient

manufactured

valve

and

then

small

forceps

be

2-24

e.

Remove

Е

Unscrew

the

flat

the

diaphragm

leaf

valve

valve

(leaf

valve

from

#3)

the

from

exhaust

the

port

exhaust

fitting

port

and

using

remove

small

forceps

the

diaphragm.

or

tweezers.

UPPER

ELBOW

PATIENT

INTERFACE

PORT

TM

8-6530-009-24&P

CONTROL
DEMAND

LEAF

VALVE

MODULE

VALVE

Le

DIAPHRAGM

COLLAR

LEAF

VALVE

VALVE:

PORT

#2

#3

Figure

EXHAUST

2-14.

Patient

PORT

CONTROL

‘TRANSDUCER

valve

components.

MODULE

PORT

GAS

INLET

PORT

ELBOW

g.

Examine

h.

Wash

i.

Reassemble

j.

Sterilize

k.

Store

2-32.

a.

Disconnect

b.

Wash

c.

Sterilize

the

diaphragm

the

components

all

Leaf

valves

can

be

grabbed

against

the

patient

the

patient

Reusable

reusable

the

hoses

the

hoses

DO

NOT

NEVER

in

components.

must

be

with

its

seat

surface.

valve

valve

for

hoses.

hoses

in

warm,

using

ATTEMPT

BE

REUSED.

and

leaf

warm,

pulled

small

using

future

from

soapy

steam

TO

CLEAN

valves

soapy

until
forceps

steam

use.

the

water.

or

ethylene

for

signs

water.

CAUTION

they

seat

or

tweezers.

or

ethylene

patient

valve

oxide

OR

STERILIZE

of

wear,

into

position.

oxide

and

gas.

NOTE

cracks,

Two

leaf

The

flat

leaf

gas.

the

connector

DISPOSABLE

or

stiffness.

valves

valve

must

panel

HOSES.

Replace

have

be

of

the

THEY

as

stems
seated

control

SHOULD

required.

which

flush

module.

2-25

TM

8-6530-009-24&P

2-33.

The
manufacturer.

Reusable

PEEP

valve

Disposable

Section

2-34.

No special
ture

2-35.

The
the

General.

procedures

range

is

-60°C

Operating

operating

environmental

PEEP

should

be

PEEP

XII.

are

(-76°F)

time.

time

of 9 hours, using

temperature

valve.

cleaned

in

valves should

OPERATION

required

to

60°C

for

(140°F).

decreases.

accordance

NEVER

operation

the

internal

with

requirements

NOTE

be

reused.

UNDER

of

the

ventilator

batteries

as

and

UNUSUAL

in

any

the

source

procedures

of

the

CONDITIONS

environment. The

of

electrical

power,

applicable

operating

may

be

reduced

tempera-

as

2-26

TM

8-6530-009-24&P

3-1.

Scope.

i

a.

app

F).

b.

An

air/oxygen

This

chapter

blender

contains

Section

(fig

3-1)

is

provided

all

pertinent

INPACT

CHAPTER

BLENDER

I.

GENERAL

for

use

information

AIR/OXYGEN

BLENDER

and

_

3

INFORMATION

with

the

ventilator

instructions

KNOB

CONCENTRATION

AUXILIARY

|

for

FOR

SEEING

GAS

as

an

the

blender.

OUTLET

additional

authorization

list

item

Section

3-2.

Overview

The

compact,

medical-grade

two

50-psi

of

the

blender.

through a duckbill

a.

Balance

of

this

module
module.
contained
through

gas

The

diaphragm

within

the

balance

lightweight

air

and

sources

Each

check

module.

is

to

the

of

operation

blender

oxygen

enter

the

inlet

connector

valve

The

two

equalize

responds

air

and

oxygen

module,

MEDICAL

AIR

INL

OXYGEN

ET

CONNECTION | CONNECTION

PRIMARY

Il.

EQUIPMENT

provides

to

provide a pressurized

blender

incorporates a 30-micron

which

gases

the

operating
to

the
chambers.

equalizing

GAS

Figure

(fig

precise

through

prevents

then

enter

pressure

difference

the

air

OUTLET

3-2).

the

reverse

the

The

and

INLET

3-1.

Blender.

DESCRIPTION

oxygen

in

oxygen

concentrations

gas

source

DISS air

gas

flow

balance

of

the

pressure

movement

pressures.

and

particulate

from

module

air

and

and

of

ranging

oxygen

either
which

oxygen

directs

the

poppet

AND

by

means

from

21

inlet

connectors

filter.

From

the

air

consists

before

the

movement

adjusts

DATA

of a single

to

100

percent

located

the

filter,

or

oxygen

of

two

stages.

entering

(stroke)

the

amount

control.

oxygen.

on the

the

gases

supply

systems.

The

the

proportioning

of

each

of

gas

It

mixes

The

bottom

travel

purpose

poppet

flowing

TM

8-6530-009-24&P

TWO

BALANCE

STAGE

MODULE

PROPORTIONING

MODULE

b.

Proportioning

oxygen

the

between

oxygen

of

counterclockwise

full

allowing

is

air

c.

to

audibly

activate

increase

percentage

valve

two

into

the

only

blocked,

Alarm.

warn

when

or

decrease

An

一

B

DUCKBILL

CHECK

FILTER

module.

seats.
blender

the

position

to

air

allowing

alarm

the

operator

there

is

simultaneously,

POPPET

PASS:

VALVE

ALARM

Figure

The

two

gases

now

control

the

selected

One

flow.

only

sounds

an

on

seat

valve

outlet.

elevation

At

percent),

(21

adjusting

By

flow

the

if

source

of

an

excessive

controls

point,

this

the

control

the

oxygen

of

pressures

pressure

of

either

gas

and a 20-psi

DUCKBILL

CHECK

VALVE

3-2.

Gas

flow

into

the

module

This

knob.

passage

the

gases

two

the
double-ended

to

knob

blender

through

the

differ

by

20

drop

or

source

resulting

differential

flows.

proportioning

consists

the

and

air

of

been

have

completely

will

valve

clockwise

full

the

outlet.

psi

or

more.

depletion

is

of

in a 20-psi

not

seen,

OUTLET

WITH

VALVE

CONTROL

module

double-ended

a

of

valve

other

blended.

position

The

primary

either

source

difference.

there

will

PORT

SHUT-OFF

KNOB

and

seat

With

close

(100

purpose

gas.

not

be an

are

mixed

valve

controls

control

the

the

off

percent),

The

If

both

audible

according

positioned

the

knob

of

flow

the

of

this

alarm

gas

pressures

alarm.

to

passage

the

at

oxygen,

of

flow

alarm

is

will

also

d.

Bypass.

With

the

20

psi

in

gases.

the

pressure
blender

which

Once a 20-psi

poppet

gas

If

either

since

The

air

supply

pressure,

at

its

opposite

will

also

in

the

alarm/bypass

is

at

the

source

the

source

bypass

on

one

the

alarm

difference

flow

directly

higher

gas

pressure

gases

function

end

and

bypass

occurs,

end, thus

to

the

condition

pressure.

drops,

the

are

always

operates

the

oxygen

poppet

the

creating a path

blender

will

balanced

in

unison
supply

is

positioned

higher

outlet

deliver

NOTE

output

with the
on

gas

pressure

for

gas

port

either

pressure

to

the

lower

alarm.

the

other

over

the
will

to

flow

into

bypassing

oxygen

(100

of

the
pressure.

The

end.

When

bypass

overcome

the

alarm

the

balance

percent)

blender

alarm

bypass

the

channel,

the

channel.

and

or

will

drop

similarly,

poppet

two

source

blocking

spring

force

The

gas

proportioning

air

(21

percent)

is

directly

gases

are

the

flow

and

pressure

with

the

modules.

depending

linked
within

of

both

of

higher

The

on

If

is
because
alarm

control

blender

according
to

e.

Gas

outlets.

(1)

The

applications
valve

a

flowmeter.

outlet,

to

the

(2)

The

the

auxiliary

in

outlet

The
neither

will

the

blender

reduced

it

will

sound

knob

will

source

gases

primary

the

range

port.

auxiliary

Blended

gas

gas

simultaneous

outlet

be

120

control

enough

will

continue

if

is

set

not

to

the

setting.

gas

outlet

of

15

In

turn,

outlet,

will

outlet

to

deliver

Ipm.

knob

is

set

to

preclude

to

deliver a 21

the

control

knob

at

100

percent

alarm

because
The

blender

and a 20-psi

is

located

to

120

Ipm.

the

outlet

located

be

has

on

accurately

an

automatic

use

of

the

the

maximum

the

at21

percent

a

20

psi

percent

is

moved

concentration

it

will

will

pressure

The

port

differential

on

the

flow

will

automatically

right

side

delivered

shut-off

CAUTION

primary

gas

rated

NOTE

concentration

or

greater

concentration

slightly

and

continue

not

alarm

to

when

bottom

of

gas

is

automatically

of

the

blender,

from

this

valve.

outlet

flow.

The

and

differential,

according

over

21

percent.

the

air

source

deliver a 100

notin

patient

develops.

of

the

blender.

shut

off

when

is

designed

outlet

at 2 Ipm

and

the

auxiliary

combined

the

oxygen

the

blender

to

Similarly,

pressure

percent

use

It

is

used

initiated

the

patient

to

and

gas

peak

flow

TM

8-6530-009-24&P

source

will

the

setting.

if

the

is

reduced,

pressure

not

blender

concentration

but

left

connected

for

unmetered

by

the

attachment

valve

deliver
above.

outlet

of

metered

Like

will

both

alarm

The

the

of

is

disconnected.

gas

the

primary

allow

outlets

high-flow

a

patient

through

gas

When
bleeds

3-3.

Tabulated

The

tabulated

a.

Physical

miscellaneous

Weight
Dimensions

Gas
Oxygen
Primary

Auxiliary

Maximum

Bypass

Alarm

Alarm

Alarm

Accuracy

and
but

the

auxiliary

from

the

bottom

data.

data

provides

and

miscellaneous

characteristics.

...

Length

Width

Height

supply

concentration
gas

gas

total

flow...

sound

sound

bypass

(with

each

gas

less

than

the

pressure

outlet

flow

outlet

flow

flow

......

control

range

generator

level

.

reset

inlet

gases

pressure

75

greater

psi)

gas

outlet

has a flowmeter

of

the

blender.

physical

characteristics

characteristics.

Table

3-1.

Blender

Table

3-2.

adjustment
...

range

range

within

10

psi...

than

30

psi

NOTE

and

Tables

physical

Miscellaneous

..

connected

other

3-1

and

characteri:

characteristics.

to

information

3-2

provide a broad

it, a flow

about

1.25
.2

cm

.8

cm

.3

om

„30

to

.21

to

.15

to

.2

to

90

«120

Ίρπι

.90

lpm

.

Reed

-80

db @ 1ft

.

Less

pressure

.+1

percent

the

flow

points

of

10

the

kg

(2.75

(3.83
(2.28

(3.27

75

psi

100

percent

120

Ipm

Ipm

alarm

than 6 psi

differential

of

range

at

any

to

12

Ipm

blender.

range

of

Ibs)

in)
in)
in)

inlet

gas

full

scale

over

(+3

percentage

reading)

physical

and

3-3

TM

8-6530-009-24&P

b.

Identification,

(1)

Component

of

blender,

the

as

instruction,

identification,

illustrated

in

and

warning

instructions,

3-3.

figure

plates,

decals,

and

a

warning

or

markings.

are

provided

on

decals,

located

on

the

bottom

(2) A decal,

located

on

MEDICAL

ain

CAP

the

right

side

O2

accurate

and

REED

ALARM

(2

OUTLET

Figure

3-3.

of

the

blender,

AUXILIARY

concentration

above.

HOLES)

Blender

from

BLEED

decals.

is

illustrated

OUTLET

2

LPM

OUTLET

in

figure

3-4.

3-4.

Set-up

a.

Oxygen.
(1)

procedures

(2)

section

V.

procedures.

Complete

in

chapter

Always

moisture

United States
institute

of

-15°C
exposed.
downstream

Complete

the

ventilator

2,

section

operate

(ANSI)

the

the

can

cause

Pharmacopia

Z86.1-1973

(5°F)

below

Particulate

of a 15-micron

initial

Figure

Section

assembly,

IV.

blender

defective

(USP)

grade

the

lowest

content

set

up,

self-test,

3-4,

Auxiliary

Ill.

BLENDER

interconnections,

CAUTION

with

clean

and

operation.

compressed
F.

Water

ambient

will

not

exceed

absolute

filter.

and

calibration

outlet decal.

OPERATION

and

dry

medical-grade

The

air

used

air

and/or

vapor content

temperature

that

which

in

accordance

initial

for

medical

American

must

to

which
would

adjustments

gases.

Contaminants

purposes

National

not

exceed a dew

the

delivery

be

found

with

the

procedures

in

accordance

or

will

meet

Standards

point

system

immediately

is

in

with

the

chapter

2,

3-4

the

ventilator

of

the

blender.

the

ventilator

(3)

Disconnect

control

(4)

Install

(6)

Attach

control

Do
obstruct
the

The

the

module

the

DISS

the

blender and

module

not

occlude

or

patient.

blender

green

connector

male

connector

or

remove

is

now

oxygen

nipple

DISS

obstruct

the

reed

physically

high-pressure

panel.

adapter

male

panel.

the

nipple

bleed

alarm.

attached

(fig

3-5)

CAUTION

outlet

Such

NOTE

to

hose

on

adapter

on

the

actions

the top

from

the

PRIMARY

to

the

bottom

may

of

the

GAS

cause

the

GAS

IN

OUTLET

IN

port

of

the

blender

malfunctions

control

module

port

on

on

and

TM

8-6530-009-24&P

Figure

(fig

3-5.

do

not

or

endanger

3-6).

Nipple

tape,

adapter.

Figure

3-6.

Control

module

with

blender.

3-5

TM

8-6530-009-24&P

(6)

Install

connection.

(7)

Reconnect

preceding

the

in

b.

Air.

(1)

Install

hose

to

the

MEDICAL

(2)

Connect

to

the

manifold/regulator

(3)

Connect
Install

(4)

the

DISS

the

green

procedure.

either

connector

AIR

the

remaining

assembly

the

threaded

quick-disconnect

the

PRESSURE

swivel

oxygen

on

inlet

connection

connector,

connector

GAUGE

nut

adapter

high-pressure

the

yellow

on

on

(fig

3-8).

end
the

onto

(fig

3-7)

to

the

blender

hose

to

the

adapter

rubber

the

the

of

dental

conductive

blender.

yellow

the

yellow

compressor

rubber

plastic

(black

conductive

air

oxygen

installed

striped)

hose

tubing

to

outlet.

MANIFOLD

Figure

the

manifold/regulator

/

A

E

3-7.

DISS

adapter.

swivel

assembly.

nut

3-5.

Flow

a.

High

for

mechanical

mixtures

(1)
(2)

(3)

(4)
(5)
(6)
(7)

(8)

applications.

flow.

The

PRIMARY

ventilators

from

15

to

120

Ensure
Adjust

Turn

Adjust
Attach a test
Analyze

Remove

Connect

that

the

the

concentration

on

both

the

ventilator

the

the

the

Section

or

other

Ipm.

Operation

PRIMARY

air

and

oxygen

operating

lung

to

the

delivered

test

lung.

patient's

face

Figure

OUTLET,

control

patient

gas

3-8.

IV.

OPERATING

located

pneumatic

of

the

OUTLET

knob

into

the

controls.

interface

with a calibrated

mask,

endotracheal

=

REGULATOR

Manifold/regulator

on

the

bottom

eguipment

blender

of

blender.

the

to

with

blender

the

desired

port

oxygen

of

the

tube,

assembly.

INSTRUCTIONS

of

reguiring

high flow

is

connected

oxygen

patient

analyzer.

or

tracheostomy

KNOB

the

blender,

nonmetered,

applications

to

the

concentration.

valve.

serves

tube.

as

high

is

as

follows:

ventilator

the

source

pressure

GAS

IN

gas

outlet

air/oxygen

port.

3-6

b.

Low
requiring
12

Ipm)

will

(1)

_

(2)

(3)

(4)

(5)

(6)

(7)

(8)

3-6.

Performance

flow.

The

auxiliary

the

use

of

a

flowmeter.

occur.

Install

Adjust
Turn
Adjust
Attach a test
Analyze

Remove

Connect

An

Operation

the

flowmeter

elbow

the

concentration

on

both

the

flowmeter

the

the

the

gas

of

to

adapter

air

lung

delivered

test

patient's

and

to

lung.

may

oxygen

to

the

checks.

outlet,

When

the

the

the

gas

face

located

a

flowmeter

blender

auxiliary

be

control

patient

with a calibrated

mask,

with

required

knob

into

the

desired

interface

endotracheal

on

the

is

attached

low

flow

gas

outlet.

NOTE

for

unrestricted

to

the

blender.

setting.

port

oxygen

right

side

to

applications

visual

desired

of

the

tube,

oxygen

patient

analyzer.

or

of

the

blender,

the

auxiliary

is

observation

concentration.

valve.

tracheostomy

as

follows:

outlet,

TM

is

intended

a

or

use.

tube.

8-6530-009-24&P

for

use

in

situations

small

bleed

of

gas

(10

to

Complete

the

ventilator

the

performance

into

clinical

Gas

1.

Turn

and

adjust

knob

to

2.

Connect

the

auxiliary

bleed

circuit.

3.

Disconnect

the

blender.

4.

Reconnect

in

procedure 3 above.

concentration

ACTION

must

the

oxygen

the

60

percent.

an

use.

gas

the

percent.

5.

Disconnect

from

the

blender.

6.

Reconnect

the

blender.

7.

Set

oxygen

to

the

auxiliary

procedure 2 above,

the

checks

listed

Table

be

flowing

and

concentration

oxygen

outlet

the

air

air

control

the

oxygen

oxygen

flowmeter,

gas

outlet

through

air

valves

flowmeter

to

activate

source

source

Adjust

knob

to

source

source

connected

in

at 6 to 8 Ipm.

in

table

3-3.

Blender

the

on

control

to

the

from

removed

the

60

to

3-3

after

completing

alarm/bypass

NOTE

blender

to

the

set-up

checks.

complete

Neither

function

Audible alarm

Audible alarm

Audible alarm

Audible alarm

Audible alarm

Oxygen
60

the

the

should

analyzer

percent

procedures,

RESPONSE

following

audible

+3

alarm

activate.

starts,

starts.

stops.

starts.

stops.

should

percent.

checks.

nor

indicate

but

the

before

bypass

placing

TM

8-6530-009-24&P

3-7.

Alarm

The

blender

a.
b.
c.
d.

e.

f.
g.
h.

alarm

Air

or

oxygen

Air

or

oxygen

Air

or

oxygen

Air

or

oxygen

Air

or

oxygen

Blender

Air

or

oxygen

Air

or

oxygen

gas

conditions.

will

be

activated

supply
cylinder

cylinder

connecting

regulators

inlet

pressure
hoses

regulators

contents

valves

are

filters

are

varies

or

interconnections

by

any

are

have

have

hoses

or

not

capable

occluded

by

more

one

of

not

adjusted

been

been

turned

devices

of

meeting

with

contaminants.

than

are

the

following

to

used

to

an

off

or

are

restricting

peak

20

psi

of

loose

or

pressure

output

pressure

extent

that

disconnected.

gas

flow.

flow

requirements,

each

other.

disconnected.

differences.

of

50

psi

+5

results

in

a

20-psi

resulting

psi.

drop

in

in

pressure.

pressure

reduction.

3-8.

Cleaning.

a.

Wipe

b.

Clean

3-9.

Sterilizing.

The

blender

the

blender

all

exterior

Do

not

immerse

preclude

Do

can

Do

interior

not

use

be

sterilized

not

steam

(144°F).

Section

Section

daily

with a soft,

surfaces,

the

blender

damage.

any

abrasive

with

sterilize the

V.

CLEANING

moist

after

each

patient

into

cleaners

ethylene

VI.

oxide

blender

MAINTENANCE

cloth.

CAUTION

liquid

or

solvent

gas.

CAUTION

or

otherwise

AND

use, with

cleaners

NOTE

cleaners

STERILIZING

an

all

purpose

or

liquid

on

subject

decals.

it

liquid

decontamination

to

temperatures

INSTRUCTIONS

cleaner.

agents

over

to

62°C

3-10.

Procedures

to

3-11.

Elastomer

2

by
interval

chapter

years.

the

blender

under

General.

Specific

The

3-8

for

adjusting,

5.)

guidelines.

components

need

for

not

meeting

ideal

conditions.

repairing,

such

as

cleaning

its

or

calibrating

diaphragms

and

replacement

specifications. A period

and

will

the

blender

o-rings

depend

are

not

are

designed

on the

of 3 years

applicable

to

function

extent

of

contaminants

should

be

to

unit

level

satisfactorily

considered

maintenance.

for a minimum

and

will

be

evidenced

the

maximum

(Refer

of

service

TM

8-6530-009-24&P

4-1:

Overview.

Maintenance
unit

level

maintenance
reguired
membrane
information

4-2.

Common
section
items.

4-3.

Components

for

Tools

tools

III

of

Components

functions,

the

equipment
panel,
to

aid

in

manifold

performing

and

and

test

this

manual.

of

end

UNIT

both

equipment

except

test

equipment

Refer

of

item

and

LEVEL

Section

preventive

assembly,

the

equipment.

to

your

end

basic issue

I.

and
repairer
for

some

and

required

required

unit's

item

items

CHAPTER

MAINTENANCE

GENERAL

corrective,

personnel.

tasks

the

control

tasks.

for

unit

modified

and

are

that

These

involving

level

table

basic

listed

4

INFORMATION

are

beyond

personnel

the

printed

module

maintenance

in

case.

of

organization

issue

appendix

of

items.

C,

the

scope

will

perform

circuit

boards

This

chapter

the

equipment

and

equipment

sections

of

the

the

majority

(PCBs),

provides

Il

and

user

are

listed

(MTOE)

Ill

of

are

assigned

of

maintenance

gas

components,

instructions and

in

appendix

for

authorized

this

manual.

to

B,

4-4.

Expendable

Expendable
D,

section

4-5.

Repair

Repair

4-6.

Special

4-7.

Additional

4-8.

parts

Special

tools

Additional

Unpacking

Open

a.
b.

Unfasten

c.

Open

d.

Observe

e.

Remove

and

durable

II

of

this

required

required

required

items

Section

the

the

the

how

the

supplies.

supplies

manual.

parts.

for

unit

level

tools.

level

unit

for

authorization

augmented

for

SERVICE

Il.

the

ventilator.

cardboard

two

case.

control

shipping

pressure-lock

the

components

module

and

materials

maintenance

maintenance

list

ventilation

carton

and

and

latches.

are

packed.

set

it

aside.

required

are

listed

equipment

the

of

items.

modes

UPON

remove

for

maintenance

in

appendix

are

identified

are

RECEIPT

ventilator.

the

of

E,

section

in

listed

in

OF

the

equipment

II

of

this

appendix

appendix

E,

section

F,

EQUIPMENT

are

listed

manual.

section

of

III

of

Il

in

appendix

manual.

this

manual.

this

41

TM

8-6530-009-24&P

The
4-19b(8)

f,

Unpack

(1)
(2)
(3)
(4)
(5)
(6)
(7)
(8)
(9)
(10)
(11)

(12)

(13)

(14)
(15)

the
Control
Multivoltage

Vehicle

Manufacturer
High

pressure

Spiral

Transducer

Demand

Adult's

Child's
PEEP

Patient

Hose

Adult/child
Cushioned

battery

electrical

hose.

airway.

valve

clips

pack

or

4-22b(7)

case

by

module.

power

manuals

hose

hose.

valve

hose.

airway.

(disposable).

valve.

(5).

mask,

mask.

may

or

for

removing

supply.

power

assembly.

(2).

(green).

may

not

battery

the

following

be

installed

pack

installation

items:

NOTE

in

the

control

procedures.

module.

Refer

to

paragraph

4-9.

Assembling

Assemble

4-10.

No

General.

lubrication

Section

4-11.

times.
Table

General.

a.

The

Inspection

4-1

the

ventilator

Accessories
should

by

be

returned

Section

of

the

ventilator

Never

permit

ventilator.
chemically

ventilator

contains a list

Oxygen

with

IV.

PREVENTIVE

must

will

allow

of

the

ventilator.

following

not

the

reguired

to

the

III.

is

reguired.

oil,

grease,

and gas

organic

be

defects

PMCS

materiels

inspected

to

be

items

procedures

for a particular

case

for

in

CAUTION

storage

LUBRICATION

WARNING

or

other

combustible

mixtures

containing

to

produce

MAINTENANCE

and

serviced

discovered

to

be

performed

systematically

and

chapter

ventilator
to

2,

prevent

INSTRUCTIONS

substances

large

heat.

This can

corrected

by

unit

before

level

sections

assembly

damage

to

come

percentages

explode.

CHECKS

to

ensure

they

maintenance

IV

and

V.

configuration

or

loss.

in

contact

of

oxygen

AND

that

it

is

ready

result

in

serious

personnel.

or

mode

with

the

react

SERVICES

for

operation

damage

or

at

all

failure.

4-2

b.

Preventive

There

are

observing

c.

The

column:

each

(1)

equipment

(2)

Interval.
Operation,
use

of

the

(8)

Item

checked

or

ITEM

or

(4)

Equipment

unusable.

NO

1.

2.

maintenance

things

you

should

for

improper

following

Item

area

A

-

equipment.

When

items

when

serviced.

is

No.

This

on

the

This

After

Operation,

the

that
the

to

be

is

INTERVAL

ΡΙΑΙΜΙ5

X

|X |X ΙΧ

is

do

any

operational

a

list

of

the

column

Equipment

column

ventilator

will

equipment

Inspected and

not

Ready/Available

X

not

|X

shows

shows

M

-

must

disrupt

can

Table

|Case.
missing

|Accessories.

a.

regulators
leakage,

connector

wear.

not

limited
time
indicators,

PMCS

Inspection

when

Monthly,

be

operation.

be

Procedure.

4-1.

Inspect

to

you

see

table

the

sequence

and

each

and

kept

in

down.

shut

If:.

Preventive

ITEM

TO

AND

Check

hardware,

hoses,
for

discoloration,

fittings,

performing

they

need

and

maintaining

column

Maintenance

PMCS

S

-

Semiannually.

NOTE

continuous

Perform

This

column

This

column

maintenance

BE

INSPECTED

PROCEDURE

for

wear,

and

fittings,

cracks,

or

general

the

checks

to

be

done,

the

headings

in

which

Worksheet,

item

is

to

operation,

complete

the

identifies

lists

conditions

checks

loose

or

cracks.

and

crimps, use

damaged

and

such

proper

with

to

be

quantities

a

description

do

the

serviced:

B,

D,

and

check

daily

the

that

and services.

The
protective

movement.

Unserviceable

TM

8-6530-009-24&P

services

as

checking

PMCS,

DA

A

and

checks

general

make

unserviceable

of

listed

for

of

operating

of

the

and

is

Form

2404.

B

-

Before

should

service

EQUIPMENT

READY/AVAILABLE

the

Operation,

be

only

and

area

or

the

equipment

storage

accessories

ventilator.

in

the

PMCS

general

cleanliness,

supplies.

information

used

to

identify

D

performed

those

services

specific

case

or

part

unavailable

IS

NOT

prevents

safe

table.

found

the

-

During

with

daily

to

IF:

prevent

in

be

8.

4.

X

|X |X

X

|X |X

b.

Check

|Battery.

proper
battery.

condition.

|Multivoltage

a.

Check

cracked,

and
b.

Test

supply

charger.

for

missing

Test

the

operation

Check

for a battery

power

the

power

or

exposed

connectors.

the

operation

and

the

integrated

control

using

accessories.

module

the

internal

alarm

supply.

supply

for

electrical

of

the

power

battery

worn,

wire(s)

Missing
the

ventilator.

for

|The

discharged

alarm

condition.

|The

ventilator

|or

operates,

electrical
The

multivoltage

inoperable.

accessories

battery

cannot

but

causes

hazard.

power

prevent

causes

be

operated

an

supply

use

an

is

of

43

TM

8-6530-009-24&P

ITEM

NO

Blolalwis

INTERVAL

Observe

_

the

EXTERNAL

Table

4-1.

Preventive

that the

ITEM

EXT

POWER

maintenance

TO

BE

AND

PROCEDURE

POWER

LOW/FAIL

checks

INSPECTED

NOTE

indicator

illuminates

ALARM

and

services - continued.

and

is

not

activated.

EQUIPMENT

READY,

ensure

/AVAILABLE

that

IS

NOT

IF

È

5:

6.

πο

4-12.

If

operator
must
level

X

X

X

Reporting

personnel

report

them.

medical

equipment

|X ΙΧ

[X

[X

|X

|X

|X |X [X

deficiencies.

discover

Refer

to

TB

repairer

Section

X

|Patient
leakage,

wear,

ΙΧ

|Blender.

fittings

[Control

a.

Check

of

all

controls.

b.

Verify

c.

Check

operation.

problems

38-750-2

V.

and

if

you

need

BATTERY

valve.

or

with the

Check

discoloration,

Inspect
the

module.

for

completion

the

report

assistance.

for

concentration

tactile

various

equipment

the

CARE

for

cracks,

general

and

damage

control.

feel

and

operation | Any

of

self-test.

modes

deficiency

of

during

AND

The
malfunctioning,

_|

the

to

The
the

_|

Any
or fails.

Any
defective

PMCS

using

the

RECHARGING

patient

patient.

damage

ventilator.

control

portion

procedure

or

that

they

proper

forms.

valve

is

inoperable,

endangers

or

prevents

is

inoperable.

of

the

self-test

of

any

inoperable.

are

unable

Consult

operation

aborts

mode

is

to

correct,

with

your

of

they

unit

4-13.

The
which

characteristics

4-14.

The
charge
operating
monthly.
ranges

Type

ventilator

provides a wide

life

of

retention

from

a.

by

b.

by

c.

by

uses

or

Battery

the

ventilator

capability.

This

will

14

to

using

the

using

the

using

the

of

battery.

sealed,

vent

care

characteristics

However,

ensure

16

hours,

multivoltage

external
vehicle

maintenance

temperature

hydrogen

and

battery

pack

if

that

the

depending

11 to

electrical

and

the

battery

power

free,

rechargeable,

operating

gas.

The

range.

batteries

recharging.

depends,

prolonged

ventilator

30

power

to a great

charge

on

the

supply,

VAC/VDC

assembly.

periods

is

not

is

initial

The

are

assembled

extent,

when

used

for

maintained

state

of

discharge.

power

cable,

lead-acid

batteries

on

they

long

at a minimum

or

do

and

its

care.

are

periods

Continuous

batteries

not

exhibit

packaged

Sealed

not

used

of

time,

of

80

of

the

memory

into a battery

lead-acid

will

the

percent

batteries

not

substantially

batteries

of

charging

starved

capacity.

(reduced

should

can

be

electrolyte

pack.

exhibit

performed—

capacity)

excellent

reduce

be

recharged

Recharge

type

their

time

The

EXT

POWER

a

proper

Do
50°C

When
the
battery

source

not

charge

(122°F).

the

ventilator

ventilator

pack

purposes.

The

control

recharging

lamp

of

electrical

the

battery

is

operating

will

default

for

portable

module

timeframes

includes a dedicated

illuminates

power.

pack

when

and

to

the

external

or

transport

will

be

identical

NOTE

when

the

the

temperature

connected

source

use,

as

battery

during

of

control

operating

module

range

to

an

external
electrical
emergency

pack

charging

is

correctly

exceeds

source

power

to

preserve

backup,

circuit.

or

non-operating

TM

connected

-20°C

of

electrical

the

or

for

recharging

This

ensures

periods.

8-6530-009-24&P

to

(-4°F)

to

power,

internal

that

4-15.

may
symptom

routine

SYMPTOM

General.

a.

General

develop

b.

This

diagnostic

POSSIBLE

1.

VENTILATOR

Defective

troubleshooting

in

the

ventilator

is

followed

Keep

jewelry and

lower

case

manual

cannot

procedures,

CAUSE

CORRECTIVE

INOPERABLE

multivoltage

Repair

by

possible

during

or

replace

Section

information

is

located

causes

liquids

troubleshooting

list

all

notify

MAINTENANCE

ON

power

in
and

away

possible

your

Table

EXTERNAL

supply.

power

supply.

VI.

TROUBLESHOOTING

for

locating

table

corrective

from

procedures.

malfunctions.

appropriate

4-2.

and

4-2.

Symptoms

NOTE

the

control

maintenance

General

correcting

actions.

If a malfunction

troubleshooting.

ELECTRICAL

are

module

POWER.

many

provided

when

is

support

of

the

operating

for

common

operating

not

listed

unit.

malfunctions

malfunctions.

it

without

or

is

not

the

determined

which

Each

by

Inadequate

Defective

2.

VENTILATOR

Test

Test

INOPERABLE

Low

battery

Check

Defective

Test

source

and

initiate

control

control

module.

and

repair

electrical

battery

module.

and

repair

of

electrical

corrective

or

replace

ON

power.

pack

or

replace

power.

action.

the

INTERNAL

and

recharge

the

defective

BATTERY

analog/power

analog/power

or

replace

supply

PACK.

batteries.

supply

PCB

PCB

or

circuitry.

or

circuitry.

45

TM

8-6530-009-24&P

SYMPTOM

POSSIBLE

CAUSE

CORRECTIVE

Table

4-2.

General

MAINTENANCE

troubleshooting - continued.

Defective

3.

NO

GAS

Defective

Loose

Disconnected

4,

LOW

GAS

Input

4-16.

Specific

Indicator,

troubleshooting

a.

Indicators

b.

Self-test - chapter

©.

Transducer

d.

Alarm

battery

Repair

FLOW

Test

PCB

Reseat

Reconnect

OUTPUT

gas

Adjust

circuitry.

TO

PATIENT

manifold

and

cable

connector(s).

hose(s).

FLOW

pressures

input

display,

procedures

and

displays - chapter

2,

calibration - chapter

functions,

chapter

charging

assembly

repair

connector(s).

hose(s).

circuit.

CIRCUIT.

or

replace

TO

PATIENT.

solenoid.

low.

gas

pressures.

or

are

section

V.

2,

section

2,

solenoid.

alarm

built

into

2,

section

section

VIII.

troubleshooting.

the ventilator.

II.

V.

Refer

to

the

following

chapter

and

sections:

4-17.

figures

circuitry.

follows:

4-18.

in

Electrical

a.

Electrical

4-15

b.

Additional

(1)
(2)
(8)

General.

a.

Procedures

this

section

4-6

schematics,

schematics,

through

Electronic

Charts

Figures

Section

4-19

information

connectors

providing

4-15, 4-18,

VII.

for

disassembly,

of

the

manual.

wiring

wiring

to

assist

associated

about

are

and

4-19

diagrams,

you

when

the

shown

electronic

have

and

troubleshooting.

electrical/electronic

in

figures

wiring

DISASSEMBLY

(MODEL

assembly,

and

diagrams,

pictorials

4-15, 4-16,

information

that

AND

of

schematics,

are

interconnects.

ASSEMBLY

750M)

replacement

and

PCBs

Isolate

4-18,
shown

of

components

pictorials.

are

provided

the

problem

wiring

and

4-19.

in

figures

INSTRUCTIONS

at

the

end

to a functional

diagrams,

4-16,

for

the

and

4-17,

model

of

this

segment

pictorials

and

4-19.

750M

are

chapter

of

the

are

provided

in

as

b.

Disassembly

case

(para

tinuous

the

continuous

from

c.

Disassembly

case

4-19a(1))

the

membrane

Ensure

(para

4-20a(1)

from

the

Use

an

bling,

sensitive

procedures

through

that a malfunction

procedures

connector

electromagnetic

or

performing

electronic

for

the

panel

for

through

panel

maintenance

components.

membrane
(para

the

the

electronic

4-19b(1))

is

not

accessory

the

pneumatic
connector

(para

4-20b(1))

interference

modules

panel (para

through

NOTE

related,

assemblies

panel

(para

to

the

WARNING

(EMI)

workstation

inside

the

control

and

associated
4-19a(8)).
the

case

(para

prior

to

starting

and

associated

4-20a(2)).

case

(para

module

components

Likewise,

4-19b(8)).

corrective

components

Likewise,

4-20b(2)).

when

disassembling,

case

to

TM

are

assembly

maintenance.

assembly

prevent

damage

8-6530-009-24&P

continuous

procedures

are

continuous

procedures

assem-

to

from

are

the

con-

from

are

4-19.

outward

lower

Electronic

a.

Disassembly.

(1)

and

control

sequence.

(2)

hex-shaped

bracket.

next

disassembly

Case.

Disconnect

(a)
(b)

Verify

(c)

Disconnect

Open

(d)

then

(e)

Pull

Remove

(f)
(g)

Close

Turn

(h)

Rest
controls

Remove

()

Remove

(i)

module

the

Lift

(k)

Complete

()

Battery

Remove

(a)

spacers

Remove

(b)

Remove

(c)

Complete

(d)

modules

any

that

the

all

battery

the

swinging

the

battery

battery

the

the

battery

control

the

control

the

protective

two

the

four

the
cases

case

lower

the

compartment

the

fastened

two

bracket

the

the

sequence.

and

external
MODE
hoses

the

pack

module

module

Phillips

Phillips

together.

maintenance

three

Phillips

maintenance

source

selector switch

from

compartment

upward.

door

electrical

by

pack

compartment

over

on

cover.

screws

screws,

the

from

bracket.

Phillips

upper

the

to

screws,

and

associated

electrical

of

the

connector

door

connectors

it

lifting

door,

set

and

cloth

soft

a

unfasten

to

located

case

upper

requiring

screws

case.

washers,

aside.

it

set

requiring

power

is in

the

OFF

panel.

simultaneously

by

apart.

plastic

the

with

but

do

not latch

with

down

it

CAUTION

prevent

to

the
the

on

set

and

removal

and

removal

of

washers

nuts

and

of

components.

connector

the

from

position.

pulling

holder

the

marring

battery

upper

aside.

it

the

holding

fastening

the

and

it.

operating

the

compartment

lower

and

case

lower

the

the

battery

compartment

battery

bracket

panel

spring-loaded

the

aside.

it

set

controls

the

or

case

bracket.

which

ends,

proceed

or

compartment

to

the

of

facing

operating

fasten

the

to

linear

the

bracket

control

latch

door

down.

upper

the

disassembly

next

bracket

regulators’

proceed

or

module.

clips

and

the

to

PCB

the

to

47

TM

8-6530-009-24&P

(3)

Linear

(a)

aluminum

regulators

mounting

The

the

(b)

Pull

PCB

aside.

regulators

Remove

the

bracket

two

screws

analog/power

the

mounting

from

the

PCB

(fig

two

slotted

for

the

NOTE

thread

supply

bracket

connector

CAUTION

4-1).

screws

linear

regulators

into

hex-shaped

PCB.

gently

of

the

analog/power

and

fiber

upward

washers

PCB.

spacers

to

separate

supply

from

mounted

the

linear

PCB.

Set

the

on

it

VDC

Figure

REGULATOR

SPIN

=

TELİ

CAPACITORS

4-1.

Linear

regulators

(model

750M).

を

VDC

REGULATOR

PCB

(c)

disassembly

(4)

Analog/power

(a)

(b)
(c)

from

the

PCB

until

free.

(d)

transducer

PCB

and

Set

it

removal
proceed

which
lift

off

removal

disassembly

(e)

by

gently

forth

while

aside.

(f)

of

to

(6)

EMI

(a)

fasten

the

shield.
(b)

of

port on

the

Ensure
preclude

sequence.

These

PCB

Complete

that

bending

Complete

Remove

Remove

Remove

by

Remove

Remove

rocking

the

next

the

screws

from

the

the

the

rocking

the

the

PCB.

the

simultaneously

the

analog/power

disassembly

shield.

Remove

the

Complete

the

sequence.

EMI

Set

EMI

the

shield

it

aside.

shield

the

projecting

which

the

maintenance

supply

the

the

PCB

two

slotted

thread

EMI

shield.

two

hex-shaped

5-pin

it

gently

plastic

analog/power

multi-pin

maintenance

four

hex-shaped

to

the

maintenance

or

proceed

connector

would

requiring

(fig

4-2).

screws

into

hex-shaped

The

female

pulling

sequence.

connector

back

and

tubing

connector

it

supply

CPU

PCB

to

pins

make

reassembly

removal

and

fiber

spacers

spacers

spacers

from

upward.

requiring

PCB

spacers

requiring

the

should

that

forth

the

supply

back

or

and

next

are

washers

NOTE

fasten

protected

difficult.

of

the

linear

that

which

separate

be

held

immobile

the

upper

TRANSDUCER

©

ae

|

35

©

T

to

regulators

fasten

the

the

to

end

PORT

INTEGRATED

PI

146

car

|

c17

T T

PCB

or

lower

end

analog/power

prevent

of

o

their

the

PCB.

CIRCUIT

CAPACITOR

DIODE

proceed

of

the

supply

rotation.

to

PCB.

CONNECTOR

the

next

Г

АЕ

ENE

|

TRANSISTOR

4-8

Figure

4-2.

Analog/power

RESISTORS

supply

PCB

(model

750M).

TM

8-6530-009-24&P

(6)

CPU

(a)

two

slotted

(b)

rocking

down

to

the

Keps

controls

knobs.

knobs.

shaft.

protective

(operating

play

the

it

to

the

display

CPU

(7)

nut.

facing

PCB

display

(8)

back

(c)

separate

(d)

PCB

Display

(a)

(b)

(c)
(d)

(e)

(f)

(g)

nut.
(h)
(i)

(j)

and
(k)
(I)

Membrane

(a)

(b)

PCB

Remove

screws

controls

PCB

The

The

with

Remove

and

Remove

it

PCB.

Complete

or

proceed

PCB

Remove

Carefully

up).

Open

the

Remove

Loosen

Remove

Unscrew

Remove
Carefully

Remove

the

membrane

Remove

Complete

or

proceed

Remove

Remove

manifold

sembled

membrane

should

(fig

4-3).

the

fiber

the

forth.

the

from

the

Set

it

the

(fig

the

turn

cover.

the

their

the

the

the

turn

facing

the

the

the

panel.

the

the

below

be

removed

four

hex-shaped

washers

ribbon

connector

PCB

by

gently

multi-pin

aside.

maintenance

to

the

next

disassembly

4-4).

three

hex-shaped

the

control

cap

from

locking

fastening

MANUAL

down).

ribbon

PCB

maintenance

three

three

screws

MANUAL

the

control

connector

panel.

and

to

the

next

Keps

hex-shaped

NOTE

assembly

the

depot

panel

and

as

TRIGGER

set

if

spacers

which

fasten

from

rocking

connector

requiring

spacers

module

each

nut

TRIGGER

nuts.

should
level

one

over

of

the

and

remove

around

push

module

between

it

aside.

requiring

disassembly

spacers.

not

of

maintenance.

the

manifold

assembly.

and

the

PCB.

the

PCB

it

up

and

fastening

removal

sequence.

and

one

(operating

six

collet

the

each

knob

push

button

button.

back

over

the

dis-

removal

process.

be

disas-

assembly

the

by

it

of

six

of

ae

ESy

FÅ

Le

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Figure

Figure

Mx]

4-3.

4-4.

[2000

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p

s

CPU

Display

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[ssl

№

5

Cs

№

С=

PCB

(model

PCB

sb

750M).

(model

750M).

EXT)

===
O

(c)

(d)

b.

Assembly.

(1)

Membrane

(a)

Remove
Complete

panel.

Position

the

membrane

the

maintenance

the

upper

case

panel

and

requiring

with the

manifold

removal

operating

assembly

of

the

controls

from

the

upper

case

membrane

facing

down.

panel

and

and

set

manifold

it

aside.

assembly.

4-9

TM

8-6530-009-24&P

Rest

protective

(b)

Position

(c)

Install

(d)

Install

(2)

Display
(a)

Position

(b)

Fasten

(c)

Turn

(d)

Install

(e)

Install

(f)

Install

(g)

Install

Ensure
pointer

the

upper

cover.

the

the

three

the

three

PCB.

the

the

the

control

the

MANUAL

the

MANUAL

the

nut

the

six

that

alignment.

case

membrane

hex-shaped

Keps

PCB

into

ribbon

connector

module

around

collet

each

control

Otherwise,

on a soft

panel

nuts.

the

upper

over

TRIGGER

TRIGGER

each

collet

knobs

and

is

in

cloth

to

prevent marring

and

the

spacers.

case.

from

the

carefully

push

push

knob

tighten

its

fully

the

full

operating

CAUTION

the

manifold

membrane

(operating

button.

button

shaft
their

CAUTION

assembly

panel
controls

protective
to

fasten

the

locking

screws.

nut.

counterclockwise

range

of

case

or

into

the

to

the

display

facing

display

Then

position

the

to

control

the

operating

upper

PCB

up).

PCB

replace

permit

will

case.

connector.

to

the

their

proper

not

be

controls

membrane

caps.

knob

usable.

panel.

(h)
(i)
(j)

(3)

CPU

(a)

(b)

carefully

press

hex-shaped

(c)

PCB.

(4)

EMI

(a)

over

the

three

(b)

(6)

Analog/power

(a)
(b)
(c)

EMI

shield

(d)
(e)

Close

the

Turn

the

Install

the

PCB.

Fasten

Install

downward

spacers

Install

the

shield.

Install

the

threaded

Install

the

One

of

these

three

spacers

Install

the
Connect
Align

the

and

gently

Install

the

Install

the

operating

control

three

the

ribbon

the

PCB

while

to

project

four

shield

projections

four

hex-shaped

four

are

supply

5-pin

the

plastic

multi-pin

press

two

hex-shaped

two

slotted

controls

module

over

hex-shaped

connector

by

aligning
simultaneously

upward

through

hex-shaped

by

aligning

of

the

hex-shaped

internally

PCB.

female

connector

tubing

connector

the

PCB

downward

screws

protective
carefully

spacers

to

its

mate

the

multi-pin

their

spacers

its

mounting

hex-shaped

spacers.

spacers

threaded

to

to

the

transducer

with

the

to

spacers

and

to

fiber

cover.

(operating

and one

aligning

Keps

on the

connector

the

PCB.

mounting

and

the

two

holes

and

spacers

NOTE

has a threaded

in

both

ends.

the

PCB.

port

connector

engage

fasten

the

the

washers

to

controls

nut.

with

PCB

to

holes.

slotted

the

cut-out

and

then

projection

on

the

PCB.

pins

projecting

pins.

upper

end

fasten

facing

its

mating

enable

screws

for

seating

of

the

the

lower

down).

the

with

upward

it.

on

one

upward

PCB.

end

display

three

threaded ends

fiber

washers

projecting

end.

The

through

of

the

PCB

other

the

PCB.

connector

of

to

fasten

connector

cut-out

in

and

the

the

pins

the

4-10

push

the

linear

lower

outward

(6)

Linear

(a)

Align

downward

(b)

Install

(7)

Battery
(a)

Install

(9)

Install

regulators.

(8)

Case.

(a)

Place

(b)

Install

cases

together.

(c)

Place

(d)

Install

(e)

Turn

(f)

Open

(g)

Install

(h)

Push

(i)

Close

and

then

()

Reconnect

(k)

Connect

(1)

Test

regulators

the

5-pin

it.

seat

to

the

two

compartment

the

three

the

two

the

lower

the

four

the

control

the

two

the

control

the

battery

the

battery

the

two

battery

and

latch

swinging

all

hoses

the

external

the

ventilator.

PCB.

connector

slotted

Phillips

Phillips

the

the

screws

bracket.

Phillips

screws,

case

onto

Phillips

screws,

module

screws

module

compartment

pack

with

pack

battery

door

into

to

the

source

with

its

and

fiber

screws

over

and

washers,

the

upper

located

on a soft

and

again

door.

the

plastic

electrical

compartment

place.

control

of

electrical

mating

cloth

washers

Reset

panel.

connector

washers

washers

and

case.

on

the

with

with

the

holder

connectors

door

the

power,

on the

to

fasten

to

fasten

the

nuts

to

fasten

upper

and

the

operating

into

the

back

operating

by

by
latch

controls

lowering

together.

simultaneously

clips.

if

required.

analog/power

the

mounting

bracket

the

lower

controls

of

it

bracket

ends,

the

case.

facing

into

the

pulling the

to

TM

8-6530-009-24&P

supply

bracket

hex-shaped

to

the

which

facing

down.

up.

battery

compartment.

spring-loaded

PCB

for

the

spacers.

mounting

fasten

the

and

gently

PCB.

bracket

upper

latch

for

and

clips

4-20.

a.

Disassembly.
(1)

outward

(2)

Pneumatic

Case.
(a)

Disconnect

(b)

Verify

that the

(c)

Disconnect

(d)

Open

the

and

then

swinging

(e)

Pull

the

(f)

Remove

(g)

Close

the

(h)

Turn

the

Rest

the

controls

Connector
(a)

Remove

(b)

Remove

(c)

Remove

panel

assemblies

any

external

MODE

all

hoses

battery

battery

the

battery

control

control

protective

the
the
the

compartment

the

door

pack

battery

compartment

module

module

cover.

(fig

4-5).

hex

nut

hex

nut

two

Phillips

and

source

selector switch

from

upward.

electrical

pack

over

on a soft

fastening
fastening

of

the

connector

door

connectors

by

lifting

door,

and

the
the

screws,

associated

electrical

it

with the

set

cloth

GAS

GAS

washers,

power

is in

the

panel.

by

simultaneously

apart.

plastic

but

do

not

it

down

CAUTION

to

prevent

IN

port.

OUT

and

from

OFF

position.

holder

latch

with the

marring

port.

nuts

fastening

components.

the

connector

pulling

it.

operating

and

the

the

spring-loaded

set

it

aside.

controls

case

or

the

ALARM

panel

facing

the

assembly.

of

the

control

door

down.

operating

module.

latch

clips

4-11

TM

8-6530-009-24&P

(d)

Remove

nuts

Keps

two

and

to

the

two

loosen

Phillips

EXT

the

NOTE

screws,

POWER

four

jack.

flat

washers,

b.

Assembly.

(1)

Phillips

screws,

(2)

latch

clips

Observe
POWER

Connector
(a)

Reinstall

four

Ensure

(b)

Reinstall

(c)

Position

(d)

Reinstall

(e)

Reinstall

Case.

(a)

Open

(b)

Install

(c)

Push

the

(d)

Close

outward

(e)

Reconnect

(f)

Connect

(g)

Test

the

and

record

jack

for

panel.

the

EXT

flat

washers,

that

the

the

two

the

panel

the

hex

the

hex

the

battery

the

battery

two

battery

and

latch

and

then

all

hoses

the

external

ventilator.

the

subsequent

POWER

and

NOTE

EXT

POWER

Phillips

into

place.

nut

to

refasten

nut

to

refasten

compartment

pack

with

pack

the

battery

swinging

the

to

the

source

orientation

replacement.

jack

by

replacing

the

two

Keps

jack

is

screws,

electrical

washers,

the
the

door.

the

plastic

compartment
door

into

connector

of

electrical

of

the

EXT

the

nuts.

correctly

GAS

GAS

connectors

place.

panel.

and

OUT
IN

port.

holder

door

Reset

power,

oriented.

by

two

Figure

nuts

to

refasten

port.

lowering

together.

by

if

required.

it

simultaneously
the

latch

4-5.

the

into

the

clips.

Connector

ALARM

battery

pulling

assembly.

compartment.

the

panel

markings.

spring-loaded

door

Section

4-21.

in

case

tinuous

the

continuous

4-12

General.

a.

Procedures

this

section

6.

Disassembly

(para

from

c.

Disassembly

case

of

the

4-22a(1))

the

membrane

(para

4-23a(1))

from

the

Use
inside

VIII.

for

disassembly,

manual.

procedures

through

procedures

connector

an

EMI

the

control

DISASSEMBLY

assembly,

for

the

electronic

the

membrane

panel

(para

for

the

pneumatic

through

workstation

the

panel

module

connector

(4-23b(1))

when

case

AND

(MODEL

and

replacement

modules

panel

4-22b(1))

disassembling, assembling,

through

to

prevent

through

assemblies

panel

WARNING

(para

(para

the

damage

and

4-22a(7)).

the

ASSEMBLY

750)

of

associated

case

and

4-23a(2)).

case

to

components

components

Likewise,

(para

4-22b(7)).

associated

Likewise,

(para

4-23b(2)).

or

performing

sensitive

electronic

INSTRUCTIONS

for

the

model

750

are

continuous

assembly

components

procedures

are

continuous

assembly

maintenance
components.

procedures

are

provided

from

are

the

con-

from

are

TM

8-6530-009-24&P

4-22.

the

Electronic

a.

Disassembly.

(1)

Case.

(a)
(b)
(c)
(d)

door

upward.

(e)
(f)
(g)
(h)
(i)
(j)

(k)

(I)
(m)

(n)

sequence.

(2)

Linear

(a)

from

each

modules

Disconnect
Verify
Disconnect

Open

Pull

the

Open

Remove

Remove
Close,
Turn

the

Rest

the

controls protective

Remove

Remove

Lift

the

Complete

regulators/EMI

Remove

corner

of

any

that

the

MODE

all

hoses

the

battery

battery

the

hook-and-loop

the

battery

the

two

but

do

not

control

control

the

two

the

four

lower

case

the

maintenance

the

four

the shield.

external

compartment

pack

module

module

Phillips

Phillips

and

source

selector switch

from

the

electrical

straps

pack

and

Phillips
latch

slotted

screws

the

over

on a soft

cover.

screws

screws

from

the

shield

battery

(fig

screws

associated

of

electrical

is in
connector
door

by

rotating

connectors

holding

set

it

aside.

located

compartment

with the

upper

requiring

4-6).

cloth

from

from

case

and

operating

CAUTION

recessed

recessed

removal

lock

components.

power

from

the

OFF

position.

panel.

its

two

apart.

the

battery

in

the

to

prevent marring

and

washers

pack.

upper

door.

controls

mounting

mounting

set

it

aside.

of

the

the

connector

latching

and

lower

facing

the

holes

holes

lower

case

|"

5.VDC

panel

knobs

180

left

corners

down.

case

or

just

inside

located

or

proceed

on

EMI

REGULATOR

of

the

degrees

of

the

the

operating

the

case

the

upper

to

the

SHIELD

|

control

and

then

swinging

compartment.

handle

next

8-VDC

mounting

and

lower

disassembly

REGULATOR

module.

ends.

|

The

mounted

(b)

linear

regulators

analog/power

Ensure
protected
reassembiy

(c)

EMI

shield/linear

sequence.

screws

Pull

the

PCB

supply

Complete

PCB.

that

regulators

NOTE

thread

on

the

analog/power

EMI

shield

connector

Set

CAUTION

the

to

preclude

difficult.

the

maintenance

or

into

hex-shaped

gently

it

aside.

projecting

proceed

upward

from

the

bending

requiring

to

supply

connector

the

PCB.

to

separate

connector

which

would

removal

next

disassembly

spacers

the ct

on the

pins

are

make

of

the

5-PIN

CONNECTOR

ica

0

e 9

Figure

4-6.

shield

|

SUA

Oe=0

CAPACITORS

Linear

regulators

(model

св

750).

cs

0

and

EMI

4-13

TM

8-6530-009-24&P

(3)

Analog/power

(a)

Remove

from

each

corner

(b)

Remove

the

PCB

by

rocking

(c)

Remove

transducer

by

gently

forth

removal

to

the

which
the

shield.

removal

sembly

and

the

fasten

PCB

while

multi-pin
it

aside.

removal

disassembly

and

one

(operating

collet

the

six

knob

port.

(d)

Remove

rocking

while

simultaneously

(e)

Complete

of

the

next

disassembly

(4)

EMI

(a)

Remove

fasten

by

simultaneously

(6)

knobs.

shaft.

the

Set

(b)

Complete

of

the

sequence.

(5)

CPU
(a)

Remove

two

slotted

the

PCB.

(b)

Remove

rocking

(c)

Remove

connector

(d)

Complete

of

the

sequence.

Display

(a)

Remove

Keps

nut.

(b)

Carefully

controls

(c)

Open

(d)

Remove

(e)

Loosen

knobs.

(f)

Remove

supply

the

of

the

PCB.

the

it

gently

the

the

the

multi-pin

the

analog/power

sequence.

shield.

the

EMI

shield

it

aside.

the

shield

or

PCB

(fig

4-8).

the

screws

the

it

back

and

the

pulling

fastening

the

CPU

PCB

PCB

(fig

the

turn

facing

the

cover.

the

their

the

PCB

(fig

four

hex-shaped

5-pin

female

back

and

plastic

analog/power

pulling

four

to

proceed

four

with

ribbon

forth.

PCB

upward

it

or

4-9).

three

the

up).

cap

locking

fastening

tubing

connector

upward.

maintenance

supply

maintenance

maintenance

PCB

hex-shaped

the

CPU

to

the

hex-shaped

fiber

connector

by

gently

to

to

the

display

proceed

hex-shaped

control

from

each

screws

nut

4-7).

spacers

connector

forth

until

from

supply

back

Setit

requiring

or

proceed

spacers

PCB

and

requiring

next

disas-

spacers

washers

from

rocking

separate

PCB.

requiring

to

the

spacers

module

of

the

and

remove

around

from
free.

the

PCB

and

aside.

lift

which

the

it
the
Set

next

over

six

each

PCB

(model

C35

©

Figure

Fa

4-7.

||

C17

Analog/power

supply

[sh
(ED

Mm

Figure

4-8.

CPU

PCB

(model

750).

750).

button

4-14

(g)

Unscrew

protective

nut.

the

MANUAL

TRIGGER

push

TM

8-6530-009-24&P

(h)

button.

(i)

over

(operating

(j)

the

display

(k)

(I)

removal

disassembly

manifold

aside.

of

(7)

Membrane
(2)

(b)

(c)

assembly

Remove

Carefully

Remove

PCB

Remove

Complete

the

display

process.

Remove
Remove

The
disassembled
maintenance.
the
removed

Remove

the

turn

controls

the

and

the

the

PCB

panel,

the
the

NOTE

manifold

manifold

as

the

from

MANUAL

the

control

facing

down).

ribbon

membrane

PCB

and

the

maintenance

or

proceed

three

Keps

three

hex-shaped

assembly

below

The

membrane

assembly

if

one

assembly.

membrane

the

upper

TRIGGER

module

connector

panel.

set

it

aside.

to

nuts.

should

the

depot

panel

should

panel

case

and

push

back

between

requiring

the

next

spacers.

not be

level

of

and

be

and

set

it

Figure

4-9.

Display

PCB

(model

750).

(d)

b.

Assembly.

(1)

Membrane

(a)

(b)

(c)

(d)

(2)

Display
(a)
(b)
(c)

(d)
(e)

(f)
(g)

Complete

panel.

Position

Rest
protective

Position

Install

Install

Position

Fasten

Turn

Install
Install

Install

Install

Ensure
pointer

the

the

upper

cover.

the

the

the

PCB.

the

the

the

control

the
the

the

nut

the

that

alignment.

the

maintenance

upper

case

membrane

three

hex-shaped

three

Keps

PCB

into

ribbon

module

MANUAL
MANUAL

around

six

collet

each

control

Otherwise,

case

with

on a soft

panel

nuts.

the

upper

connector

over

TRIGGER
TRIGGER

each

collet

knobs

and

is

in

requiring

the

cloth

and

spacers.

from

carefully

removal

operating

CAUTION

to

prevent marring

the

case.

the

push

button.

push

button

knob

tighten

CAUTION

its

fully

counterclockwise

the

full

operating

of

controls

manifold

membrane

(operating

shaft

their

assembly

protective

to

fasten

locking

range

the

membrane

facing

the

panel

to

controls

nut.

the

screws.

position

of

the

down.

case

or

into

the

the

display

facing

display

Then

control

panel

the

operating

upper

up).

PCB

replace

to

permit

will

and

manifold

case.

PCB

connector.

to

the

their

proper

not

be

assembly.

controls

membrane

caps.

knob

usable.

panel.

415

TM

8-6530-009-24&P

(h)

Close

(i)

Turn

()

Install

(3)

CPU

(8)

Fasten

(b)

Install

carefully
hex-shaped

over

shield

PCB.

and

upper

pressing

(c)

(4)

EMI

(a)

the

three

(b)

(5)

Analog/power

(a)
(b)
(c)

and

gently
(d)
(e)

(6)

Linear
(a)

(b)

(7)

Case.
(a)
(b)

both

the

(c)
(d)
(e)

and

lower
(f)
(g)
(h)
(i)
(j)
(k)
(I)

(m)

spacers

Install

shield.

Install

threaded

Install

One
three

Install
Connect

Align

Install
Install

Insert

Install

Place
Install

upper

Turn

Open
Install

Lift

Place
Close

Push

Close

Connect

Reconnect

Test

the

operating

the

control

the

three

hex-shaped

PCB.

the

ribbon

the

PCB

downward

to

project

the

four

hex-shaped

the

shield

projections

the

four

hex-shaped

of

these

four

spacers

the

the

press

the
the

regulators/EMI

the

the
the

and

the

the

cases

the

the

the

the

and

the

are

supply

5-pin
the plastic
multi-pin

the

PCB

two

hex-shaped

two

slotted

the

linear

four

slotted

lower
six

Phillips

lower

control

battery

the

two

Phillips

together.

hook-and-loop

battery

hook-and-loop
battery

lock

the

all

hoses

any

external

ventilator.

controls

module

by

by

hex-shaped

female

case

ends

module

pack

over

connector

aligning

while

simultaneously

upward

internally

PCB.

connector

shield.

regulators

compartment

pack

battery
to

through

aligning

of

the

connector

tubing

downward

screws

screws

onto

screws,

of

the

over

screws

straps

into

straps

electrical

compartment

the

connector

source

protective
carefully

spacers

to

its

mate

the

multi-pin

the

spacers

its

spacers.

threaded

to

with

spacers

the

its

and

mounting

hex-shaped

spacers

to

the

transducer
the

to

engage

and

fiber

PCB

5-pin

and

lockwashers

upper

located

case,

to

with the

door.

in

the

and

lay

holder.

to

fasten

connectors

of

electrical

cover.

(operating

and

one

Keps

on

the

PCB.

connector

aligning

mounting

the

two

slotted

holes

and

spacers

NOTE

has a threaded

in

both

ends.

the

PCB.

port

connector

the

pins.

to

fasten

case.

in
fasten

operating

upper

them

panel.

the

washers

connector

recessed

the

and

over

the

battery

together.

door

by

power,

controls

nut.

with

the

PCB

holes.

screws

the

cut-out

and

then

projection

on

the

pins

projecting

upper

end

to

fasten

into

the

into

each

mounting

upper

and

controls

lower

left

the

edges

pack

rotating

as

required.

facing

the

mating

to

enable

with

for

seating

PCB.

upward

of

the

the

lower

connector

corner

holes

lower

facing

corners

of

the

in

the

the

latching

down).

display

the

three

fiber

washers

upward

on

of

inside
cases

up.

to

battery

compartment.

projecting

it.

one

end.

through a cut-out

PCB.

end

of

the

on

the

the

shield.

the

handle

together.

complete

compartment.

knobs

PCB

connector

threaded

to

fasten

connector

The

other

PCB.

analog/power

mounting

the

fastening

180

degrees.

the

in

ends

the

and

of

PCB.

pins

EMI

supply

posts

of

the

4-16

TM

8-6530-009-24&P

4-23.

the

Pneumatic

a.

Disassembly.
(1)

Case.
(a)
(b)

(0)
(d)

door

open.

(e)
(f)
(g)
(h)
(i)
()

(k)

posts.

(1)
(m)
(n)

sequence.

Disconnect

Verify

that
Disconnect
Open

the

Pull

the

battery

Open

the
Remove
Remove

Close,

Turn

Rest

controls

Remove

but

the

the

protective

Remove

the

Lift

the

lower

Complete

control

control

assemblies

any

external

the

MODE

all

hoses

from

battery

hook-and-loop
the
the

the

compartment

pack

battery

two

Phillips

do

not latch

module

module

cover.

two

Phillips

four

Phillips

case

the

maintenance

electrical

pack

from

and

source

selector

the

connector
door

straps

and

set

screws

the

battery

over

with

on a soft

screws

screws

the

upper

requiring

associated

of

electrical

switch

is

in

panel.

by

rotating

connectors

holding

from

from

the

it

aside.

located

the

in

compartment

operating

CAUTION

cloth

to

recessed

recessed

case

and

removal

power

the

OFF

its

two

apart.

battery

the

upper

door.

controls

prevent

mounting

mounting

set

it

of

the

components.

from

the

connector

position.

latching

pack.

and

marring

aside.

lower

knobs

lower

facing

the

holes

just

holes

located

case

180

left

corners

down.

case

inside

or

proceed

panel

degrees

or

the

the

on

the

of

the

and

of

the

compartment.

operating

case

handle

upper

and

to

the

next

control

module.

then

swinging

mounting

lower

disassembly

ends.

and

(2)

Connector
(a)
(b)
(c)
(d)
(e)

b.

Assembly.

(1)

Connector

(a)

(b)
(c)

(d)

(2)

Case.
(a)
(b)

both

the

(c)

(d)

panel
Remove
Remove

Remove

Remove

Complete

Position

Reinstall

Reinstall

Reinstall

Place

Install

upper

Turn

Open

panel.

the
the

and

the

the

the
the
the
the

the

the

the

the

control

(fig
hex
hex
hex
connector

the

corrective

panel

hex

hex

nut

nex

lower

case

six

Phillips

lower

ends

module

battery

4-10).

nut

fastening

nut

fastening

nut

fastening

panel.

maintenance.

into

place.

nut

to

refasten

to

refasten

nut

to

refasten

onto

the

screws,

of

the

case,

over

compartment

the

GAS

the

GAS

the

AUX

the

AUX

the

GAS OUT

the

GAS

upper

case.

located

to

with

the

door.

IN

port.

OUT

port.

jack.

jack.

port.

IN

port.

in

recessed mounting

fasten

the

upper

operating

controls

and

facing

Figure

holes

lower

up.

4-10.

inside

cases

Connector

the

handle

together.

panel.

mounting

posts

417

TM

8-6530-009-24&P

(e)

Install

lower

and

upper

(f)

Lift

Place

(g)

Close

(h)

Push

(i)

Close

(i)

Connect.all

(k)

Reconnect

(I)

Test

(m)

the

two

together.

cases

the

hook-and-loop

battery

the

hook-and-loop

the

battery

the

lock

and

hoses

any

ventilator.

the

Phillips

the

external

pack

pack

battery

the

to

screws

straps

electrical

in

and

holder.

its

into

to

straps

connectors

compartment

connector

source

of

the

upper

lay

them

over

fasten

electrical

the

door

panel.

and

lower

the

edges

battery

together.

rotating

by

power,

as

left

corners

of

the

the

in

pack

latching

the

required.

to

complete

battery

compartment.

compartment.

knobs

180

the

fastening

degrees.

of

the

4-24.

The
alphanumeric
procedures.

4-25.

section

diodes

General.

ventilator

Should

Internal

a.

Access

VIII,

depending

b.

Set

the

c.

Open

the

d.

Turn

the

e.

Adjust

(LEDs)

Removal

self-test
display

if

this

transducer

the

PCBs

control

resistor

show 0 cm

module

operating

MODE

number

of

Section

(refer

to

para

the

calibration

calibration

by

completing

on

your

ventilator

upright

controls

selector

the

switch

R13

H20.

PCBs

IX.

CALIBRATION

2-12)

checks

is

out

of

fail

to

establish a zero

calibration

the

disassembly

model.

by

resting

protective

to

on

is

not

cover.

the

CAL

the

analog/power

required

a

the

transducer

tolerance.

Paragraph

baseline,

procedures.

procedures

it

on

its

lower

position.

supply

NOTE

to

adjust

R13

TRANSDUCER

INSTRUCTIONS

calibration

an internal

end.

PCB

depicted

and

2-13

provides

calibration

contained

until

the

on

figure

PORT

activates

the

in

this

bar

graph

4-11.

an

audible

transducer

will

be

required.

chapter,

section

display

light

tone

and

calibration

VI!

or

emitting

4-18

|

O

E

Sig

Caz)

Figure

E

der

U1

©

4-11.

Calibration

R13

NA

Pl

adjustment

/%

|

U5

resistor.

f.

9.

h.

VII or

Turn

the

MODE

Ensure

Reassemble

section

that

The
position.

VIII,

selector

the

alphanumeric

zero

baseline

the

control

depending

switch

can

module

on

your

to

the

display

also

be verified

by

following

ventilator

OFF

shows

model.

position

by

the

and

“00”

during

NOTE

turning

reassembly

then

the

the

MODE

procedures

turn

it

back

self-test.

selector

TM

to

any

MODE

switch

contained

8-6530-009-24&P

position.

to

the

CAL

in

this

chapter,

section

4-26.

switch,

malfunctioning

4-27.

designator

4-28.

Calibration

a.

If

at

least

turn the

b.

No

bar

General.

a.

Circuit

(1) -1:

(2)

(8)
(4)
Examples:

b.

Components

c.

Capitalized

descriptions

and a “geographical”

analog/power

-2:

GPU

-3:

display

-4:

membrane

Electrical

difficulties.

one

LED

of

selector

graph
of

switch

display

the

bar

graph

are

supply

PCB.

PCB.

panel

U1-1 indicates

are

identified

abbreviations

power

the

bar

graph

to

the

OFF

illumination

display

Section

identified

reference.

PCB.

PCB.

U1 on

as

they

in

the

text

circuits

display

position

when

circuitry.

X.

to

the

analog/power

appear

of

does

the

CIRCUIT

four

PCBs.

Suffix

designators

in

circuit

(fig

not

illuminate

and

then

back

MODE

selector

DESCRIPTIONS

In

turn,

are

supply

wiring

diagrams

descriptions

4-12).

to

each

as

PCB

or

can

the

in

the

CAL

CAL

switch

component

follows:

and

U1-2

PCB

illustrations.

be

located

position

position.

is

in

the

has

indicates

on

the

wiring

of

the

MODE

CAL

position

been

assigned a suffix

U1

on

the

diagrams.

selector

indicates

CPU

PCB.

a.

b.

C36-1,

First

(1)

This

(2)

The

Second

(1)

Battery
(a)

D8-1,

(b)

(2)

Power
(a)
(b)

(8)

Power

(a)This
(b)

stage

circuit

circuit

stage

This

D9-1,

The

This
The

The

power

charger

regulator

regulator

circuit

regulator.

consists

input

power

circuit

and

L2-1.

circuit

input

circuit

consists

circuit

input

consists

circuit

input

voltage

switching

consists

of

components

in

regulator.

of

voltage

(+5

VDC).

of

voltage

(+6

VDC).

of

voltage

U3-1,

+12

VDC

power

supply.

components

is

+8

VDC

components

is

+8

VDC

components

is

+8

VDC

and

and

U5-1,

and

U8-1,

and

C7-1,

the

voltage

U4-1,

the

C17-1,

the

C22-1,

the

and

C8-1.

output

R25-1

voltage

C18-1,

voltage

C23-1,

voltage

is

through

output

and

output

and

output

+8

VDC.

R33-1,

is

14.2

C19-1.

is

+5

C24-1.

is

+6

C12-1

VDC.

VDC.

VDC.

through

C14-1,

C16-1,

4-19

TM

8-6530-009-24&P

kep,

A

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Q5

(4)

Power

(a)

This

(b)

The

(5)

Power
(a)

If
SYSPWR
Q5-1,
that

module

microprocessor

microprocessor

4-20

which

D12-1,

external

(b)

is

now

(c)

U5-1, U7-1,

power

If

input

operated

that

If

Figure

regulator

circuit

circuit

detector

input

is

connected

external

input

that

(-6

VDC).

consists

input

voltage

(11

VDC

electrical

to

and

is

low.

Pin 1 of

electrical

electrical

external

power

by

external

electrical

electrical

of

components

to

power

BATTPWR

U8-1.

U3-1
is

electrical

power

power

At

higher

is

+6

30

VDC).

is

lower

the

also

is

is

power

4-12.

VDC

than

(in

same

goes

than

power.)

good.

higher

is

Electrical

U7-1,

C25-1,

and

the

voltage

+11

VDC,

all

modes

time,

pin

low

which

+11

VDC,

At

the

Pin 1 of
than

no

+30

good

U16-1

(too

power

and

output

pin 2 of

of

operation)

14

of

U6-1

turns

pin 2 of

same

is

VDC,

high).

U6-1

also

circuits.

C26-1.

is

-6

U6-1

will

is

low

off

U4-1
goes

time,

pin

high

which

pin

13

of

VDC.

goes

low

then

power

which

(battery

high

which

14

of

U6-1

tums

U6-1

goes

and

up

the

signals

charging

on

turns

off

is

high

the

battery

low

the

Q5-1

is

turned

system

microprocessor

circuit).

Q5-1.

which

which

through

(The

signals

charging

signals

on.

control

the

circuit.

the

TM

8-6530-009-24&P

4-29.

1

provided
R12-1through

Input

a.

Analog

millisecond

by

frequency

19

©

circuits

to

digital

(first

PRESSURE

R15-1,

Q2-1,

VR4

(fig

converter

is

divider

U9-2

C37-1,

INN

4-13).

(ADC).

read,

and

and

The

next

U2-1.

ADC

is

power

(U5-2)

RATEPOT,

is

provided

is

read

by

the

microcontroller

then

INSPOT,

by the

and

voltage

DG

|

VR3

©,

so

on).

reference

0623

ο

U1-2

sequentially

The

clock

circuit

for

which

©

©

©

every

the

ADC

comprises

is

VR2

pics

Acer

FP

cia

+1

+1

ce

—

|

VR1

CD

BAR1

+

0.)

>

EA
Em

Figure

4-13.

Input

circuits.

4-21

TM

8-6530-009-24&P

(1)

Pressure.
current
and

R3-1

(U5-2),

going

going

and

13,

R22-2

and

determine

has

of

7).
through

(2)

to

(8)

to

(4)

10)

(5)

and

(6)

and

(7)

then

b.

Keyboard.
(1)

(2)

been

U2-3,

from

a

The

transducer

R10-1,

the

signal

Inspiration

ADC

the

Inspiration

ADC

the

Low

pressure

before

High

before

14)

Charger

R23-3,

Battery

buffered

Dedicated

if

any

Matrix.
depressed.

which

The

constant

and

is

clipped

rate.

(U5-2).

time.

(U5-2).

to

going

pressure

going

voltage.

and

then

voltage.

by

U12-2

input

membrane

The

microcontroller

Pull

is

high,

from

pressure

current

signal

is

C1-1

to

ground

This

signal

This

signal

alarm

threshold.

ADC

the

alarm

threshold.

ADC

the

to

The charger

buffered

The

battery

(pins

line.

The

switch has

up

is

by

shorting

signal

is

acquired

supply

through

then

which

amplified

C4-1.

and

+4.5

is

acquired

is

acguired

This

(U5-2).

This

(U5-2).

voltage

by

U16-2

voltage

12, 13,

and

microcontroller

been

(U1-2)

R1-3, R2-3,

to

ground

through

consists

by

DC

VDC

of

a

differential

offset

by

through

through

signal

is

acquired

signal

is

acquired

signal

(pins

signal

14).

is

12,

is

acquired

(U1-2)

depressed.
reads

buffer

R3-3,

and

if a key

is

the

R1-1,

can

be

D1-1

and

VR4-3

VR3-3

acquired

13,

and

reads

Pull

up

(U2-3)

transducer.

R2-1,

amplifier

adjusted

D2-1,

and

buffered

and

buffered

through

through

from

14).

from

BATTPWR,

the

latch/buffer

is

accomplished

every

The

Q1-1,

and

which

by

R13-1.

and

then

VR2-3

VR1-3

VCHGR

10

milliseconds

R4-3. D1-3, D2-3, D3-3,

depressed.

transducer
25

percent

consists

Before

filtered

by

U3-3

by

U3-3

and

buffered

and

buffered

(cathode

divided

(U4-3)

by

SP1-3.

and

of

75

by

R11-1

(pins

1,

(pins

5,

by

of

by

every

to

determine

D4-3

receives
of

U1-1

(pins

percent

going

to
and

2,

and

6,

and

U3-3

(pins

by

U3-3

D8-1),

divided

R20-2

and

10

milliseconds

if

protect

the

its

supply

of

U1-1,

the

C5-1.

3)

before

7)

before

(pins

R21-3,

any

output

5,

ADC

8,

12,

by

to

key

6,

9,

4-30.

(U4-2)

I/O

valve

electrical

microcontroller

main

information

microcontroller

Itis

which

Processor

a.

Microcontroller.

is

needed

ports

(pins

1-8) that

(GAS

VALVE),

b.

Reset

circuit.

power

с.

Watchdog

is

valve,

and

d.

EEPROM.

e.

Erasable

which

f.

Random

g.

One-shot.

activated

allows a maximum

access

while

by the

circuits

The

microcontroller

because

is

turned

circuit.
ot

sound

The

programmable

is

The

the

are

used

and

EEPROM

The

reset

on.

The

operation,

an

alarm.

EEPROM

executed

memory

the

program

one-shot

microcontroller

opening

(fig

lower

address

to

control

read/write

circuit

includes

watchdog

U10-2

will

(U8-2)

read-only

by the

microcontroller

(RAM).

is

operating.

circuit

consists

through

of

the

4-14).

(U1-2)

timer

output a square

is

used

memory

The

main

is

an

(bits

0-7)

the

audible

(pins

1-4).

R1-2, D3-2,

(U10-2)

to

store

(EPROM).

(U1-2).

RAM

(U3-3)

of

U15-2,

GASVALVEN1

valve

for

8031.

It

runs

and data bus

alarm

(DVOL1

Peripheral

C3-2,

and

is

probed
wave

nonvolatile

by

which

calibration

The

is

used

to

U13-2,

6.2

C6-2, C7-2, C8-2,

and

GASVALVEN2.

seconds.

at 6 MHz

are

and

devices

U15-2.

the

will

(C1-2,

multiplexed.

DVOL2),

are

The

microcontroller

reset

the

pressure

EPROM

store

(U2-2)

volatile

The

C2-2,

and

This

microcontroller

LED

(LEDOUTCTL),

addressed

microcontroller

by

every

decoder

10-msec.

microcontroller,

data.

is

used

to

data

which

R4-2,

R5-2,

D2-4,

pulse width

X1-2). A latch

has

main

(U7-2).

is

reset

when

If

the

disable

store

is

used

and

is

6.2

the

program

by the

U11-2.

seconds

4-22

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Main

and

b.

Demand

U17-2,

valve.

Q2-5.

circuits.

The

It

is

when

VALVE1

valve.

and

Q5-2.

operation

disabled

(TRGSW)

The

operation

of

when

the

the

of

Figure

main

valve

watchdog

is

depressed

the

demand

4-14,

Processor

is

controlled

timer

(grounded).

valve

circuits.

by

is

pulsing

is

controlled

microcontroller

(microcontroller

by

microcontroller

(U1-2)

is

not

through

(U1-2)

buffer

operating).

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through

(U17-2),

is

open

buffer

4-23

TM

8-6530-009-24&P

с.

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characters

on

DG1-3

(U1-3).

а.

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graph

on

BAR

1-3

and

e.

LED

displays.

display

driver

(U1-3).

display.

display.
BAR

The

and

2-3.

LED

7-segment

DG23-3.

The

The

illumination

bar

bar

The

graph

graph

is

display

7-segment

display

controlled

is

is

display

operated

operated
is

by

by

the

display

driven

is

driven

by

the

by

the

the

microcontroller.

microcontroller

by the

microcontroller

8-bit

multiplexed

LEDs

8-bit

are

to

LED

to

display

multiplexed

display

display

driven

by the

numbers

bar

graph

driver

(U1-3).

8-bit

and

limited

display

driver

segments

multiplexed

4-32.

This

paragraph

power

Preparation

section

a.

Shut

b.

Remove

c.

Clean

d.

Perform

e.

Replace

f.

Initiate

g.

Ensure

h.

Open

supply,

i,

Repack

j.

Close

Section

contains

down

the

all

interconnecting

the

ventilator

It

is

not

the

all

missing

corrective

that

4-14.

the

case

and

the

the

control

the

case

Do

not

of

the

batteries.

XI.

for

the

procedures

ventilator

and operating

necessary

PMCS.

the

store

(Refer

or

maintenance,

battery

and

repack

manufacturer

module.

and

fasten

the

ventilator

STORAGE

storage.

for

preparing

by

following

hoses

and

accessories

to

sterilize

to

unserviceable

pack

all

the

operating

chap

4,

if

required,

is

fully

operating

manuals

two

pressure-lock

with

the

AND

the

ventilator

the

procedures

electrical

sec

accessories.

charged

accessories,

(2).

battery

connectors.

by

NOTE

accessories

IV.)

or

charge

latches.

CAUTION

pack

SHIPMENT

for

storage.

in

paragraph

following

the

prior

the

battery

the

multivoltage

discharged

PROCEDURES

2-26.

procedures

to

storage.

pack

by

power

to

prevent

premature

in

chapter

following

supply,

the

2,

section

the

procedures

vehicle

failure

XI.

in

electrical

4-33.

Battery

4-24

The

optimum

short-term

Battery

pack

recharge

Storage
Below

20°C

20°C

(68°F)

30°C

(86°F)

storage

storage

pack

temperature

recharge

intervals

(68°F)
to

30°C

to

40°C

temperature

temperatures

for

various

Table

range

(86°F)

..

(104°F)

range

is

may

range

between

intervals.

storage

4-3.

temperature

Battery

pack

10°C

(50°F)

15°C

ranges

recharge

intervals.

to

30°C

(59°F)

are

provided

Recharge

(86°F).

and

40°C

18

months

12

months

6

months

However,

(104°F).

in

table

interval

4-3.

TM

8-6530-009-24&P

4-34.

This

section

a.

Place

b.

Transfer

Preparation

contains

No additional

other

the

the

bulk

shipping

ventilator

the

ventilator

for

shipment.

instructions

preparation

in

an

to

for

container

appropriate

the

unit

preparing

for

shipment

providing

transportation

the

is
physical

cardboard

ventilator

NOTE

required

and

carton.

point

for

for

shipment

when

packed

environmental

crating

and

as

an

individual

into

an

ISO

protection.

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item

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equipment.

or

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diagram

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1.

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8-6530-009-24&P

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4-15

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4-18.

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diagram

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4

No.

4-31

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4-19.

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diagram

No.

5.

4-32

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8-6530-009-24&P

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4-33

TM

8-6530-009-24&P

DIRECT

5-1.

Overview.

This

chapter

maintenance

5-2.

Tools

Common
section

items.

5-3.

Components

tools

III.

Refer

Components

provides
personnel.

and

and

of

to

end

for

test

test

eguipment

your

item

SUPPORT

Section

maintenance

The

procedures

eguipment.

reguired

unit's

MTOE

of

end

and

basic

issue

CHAPTER

AND

MAINTENANCE

I.

GENERAL

that

is

in

this

for

or

installation

item

and

items

beyond

chapter

support

are

the

should

maintenance

table

basic issue

listed

5

GENERAL

INFORMATION

capability,

of

distribution

in

appendix

not

capacity,

be

attempted

of

the

items.

C,

sections

SUPPORT

and

at

eguipment

and

allowances

Il

authorization

the

unit

level.

are

listed

in

(TDA)

for

and

III.

for

unit

level

appendix

authorized

B,

5-4.

Expendable

Expendable

5-5.

Repair

Repair

5-6.

Special

5-7.

Additional

5-8.

Specific

5-9.

Specific

parts

Special

tools

Additional

Support

procedures

General.

troubleshooting

and

required

required

items

required

supplies.

durable

supplies

parts.

for

support

maintenance

tools.

for

support

authorization

for

augmented

maintenance

instructions

and

Section

procedures

and

materials

maintenance

list

ventilation

services.

support

for

II.

control

the

for

for

are

are

support

listed

listed

maintenance

in

appendix

in

appendix

E,

E,

items.

modes

maintenance

TROUBLESHOOTING

module

are

identified

services

blender

and

are

listed

section

section

in

appendix

not

are

not

are

in

appendix

II.

Ill.

F,

section

currently

currently

available.

available.

II

D,

of

section

this

manual.

II.

5-1

TM

8-6530-009-24&P

A-1.

AR
AR
AR

A-2.

Army

40-61
710-2
725-50

Technical

regulations.

TM-DPSC-6500-RPL

TM

8-6520-003-24&P

A-3.

Technical

TB

MED7

TB

8-6500-MPL

TB

38-750-2

TB

740-10/DLAM

manuals.

bulletins.

4155.5/AFR

67-43

APPENDIX

A

REFERENCES

Medical

Supply

Requisitioning,

Medical
Compressor-Dehydrator,

Numbers

Maintenance
Mandatory
Maintenance

Quality

Supplies

Logistics

Policy

Below

Receipt,

Materiel:

2700

and

Expenditure

Parts

Management

Control,

Policies

the

Medical

Above),

List

for

Depot

and

Procedures

Wholesale

and Issue

Repair

Dental,

Limits

Medical

Procedures

Storage

System

Parts
Model

6520-00-139-1246

for

Equipment

Standards,

Level

Reference

M5B

Medical

for

Medical

Appendix

List

(Serial

Materiel

Equipment

M,

Medical

A-4.

Field

FM

21-11

A-5.

Supply

SB

8-75-(

A-6.

Other

(These

SGMMA-M,

publications

Frederick,

Instruction

Impact

Instruction

Instrumentation,

Instrumentation,

manual.

bulletin.

)-series

publications.

obtained

be

may

MD

21702-5001.)

Manual,

Manual,

Operation

Inc.

Operation

Inc.

from

and

and

First

Army

Commander,

Service,

Service,

Aid

for

Soldiers

Medical

Portable

Air-Oxygen

Department

U.S.

Ventilator,

Army

Mixer,

Supply

Medical

Models

Model

Information

Materiel

and

750

(REV

751,

Agency,

750M,

(08/90),

O

ATTN:

(Rev

A/09-90),

Impact

A-1

TM

8-6530-009-24&P

B-1.

maintenance

end
be

Section

particular

B-2.

to
disassembly

General.

a.

This

section

levels.

b.

Section

item

or

component.

consistent

©.

Section

d.

Explanation

a.

Group

each

b.

Assembly

with

Il.

Section

maintenance

Number,

assembly.

sequence

Il

III

group.

c.

Maintenance
indicates
Various

The

characteristics

elements,

in

precise

known
the

shelters.

the

lowest

maintenance
C - Operator
O - Unit

F - Direct
H - General
D - Depot

maintenance

A - Inspect.

B - Test.
С - Service.

D - Adjust.

E - Align.
F - Calibrate. To

accuracy,

certified

-

G

maintenance

with

To

such

To

To

measurement.

standard.

Install.

To

MAINTENANCE

Section

provides a general

designates

the

lists

IV

contains

The

Group,

Functions,

maintenance

or

support

support

maintenance

functions

To

determine

established

verify

To

clean,

as

painting
rectify

adjust

determine

detect

to

set

overall

The

assigned
the

tools

function.

of

Column

applicable

beginning

Column

levels

are

crew

maintenance

maintenance

are

serviceability

to

preserve,

and

to

the

specified

Consists

and

use

for

responsibility

implementation

maintenance

and

supplemental

columns

1.

The

with

2.

This

Column

level

as

follows:

defined

serviceability

standards.

lubricating,

extent

variable

the

corrections

of

adjust

operational

an

in

test

assembly

and

APPENDIX

I.

explanation

of

the

levels.

equipment

instructions,

in

section

assembly

the

column

3.
authorized

as

to

necessary

the

any

group

groups

first

assembly

contains a brief

This

column

follows:

of

an

to

detect

charge,

be

defined

elements

to

comparison

discrepancy

environment

B

ALLOCATION

INTRODUCTION

of

all

maintenance

for

the

performance

maintenance

required

explanatory

number

are

removed

lists

to

perform

item

by

electrical

and

to

add

separately,

to

bring

into

of

an

item

be

made

of

two

in

functions

for

each

II.

(Group

listed

in

the

in a

description

the

various

these

functions.

comparing

or

mechanical

lubricants,

they

proper

to

bring

in

the

readings

instruments,

accuracy

the

tents

as

such

CHART

and

repair

functions

of

maintenance

upon

the

maintenance

notes,

No.)

operating

and/or

column

maintenance

top

down

disassembly

of

the

components

maintenance

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TM

8-6530-009-24&P

GROUP

NO.

00

01

(1)

(2) (3)

ASSEMBLY

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Ventilator

Control

Module

Battery

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ment

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MAINTENANCE

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D

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07,08,09,

10,11

01,02,03, | A,B
04,05,06,

07,08,09,
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02

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D

34

01,02,03,

04,05

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TOOLS

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A,B

A

05

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0.4

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04

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0.2

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B-4

TM

8-6530-009-24&P

REFERENCE

CODE

(1)

01

02

03

04

im.

Section

MAINTENANCE

LEVEL STOCK

O,F,H,D

O,F,H,D

ЕН

O,F,H,D

(2)

Ill.

TOOLS

AND

FOR

VENTILATOR

Tool
Maintenance
Repairmans

Tool

Maintenance

Organizational

Shop

Maintenance:
Maintenance

Multimeter,

Multimeter,

TEST

NOMENCLATURE

Kit,

Medical

Kit,

Medical

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EQUIPMENT

(3)

Equipment

and

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Medical

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(MEDSOM)

AN/USM

AN/PSM

486

or

45A

5180-00-611-7923

5180-00-611-7924

4940-00-594-6455

6625-01-145-2430

6625-01-265-6000

(4)

NATIONAL

NUMBER

05

06

07

08

09

10

11

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O,F,H,D

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O,F,H,D

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Tester,

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1836

6625-01-142-8233

6525-01-187-7847

6625-01-007-9416
6625-00-361-5318

6625-01

6625-01

6625-00-138-7320

|

6625-01-216-9684

6625-01-271-3012

6625-01

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-255-0839

-298-3830

B-5

TM

8-6530-009-24&P

REFERENCE

CODE

(D

A

B

Tools and

Perform
test

after

test

an

annual

repair

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equipment

electrical

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REMARKS

FOR

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are

listed

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inspection

of

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test.

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TM

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COMPONENTS

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packaged
it

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issued

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or

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basic

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OF

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ITEMS

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INTRODUCTION

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the

actual

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C-1

TM

8-6530-009-24&P

Section

(1) (2) (3)

ITEM

NUMBER

1

2

3

4

5

6

NATIONAL

NUMBER

6140-01-331-8528

6515-01-332-8779

6515-01-332-8777

6515-01-332-8778

6515-01 -332-8781

II.

COMPONENTS

VENTILATOR

STOCK

FOR

DESCRIPTION

Battery,

(63346)

Patient
(63346)

Hose,

(63346)

Hose,

(63346)

Hose,

(63346)

Hose,

(63346)

Storage

021-0016-00

Valve

704-0750-04

High

825-0002-00

Spiral,

540-0076-00

ve-in

540-0073-00

34e-in

540-0075-00

Pressure

id

OF

10-mm

id

END

id

ITEM

(4)

UNIT

OF

MEASURE

EA

EA

EA

EA

EA

EA

6)

QTY

1

1

1

1

1

1

C-2

TM

8-6530-009-24&P

(1)

ITEM

NUMBER NUMBER

a

1

2

3

4

5

6

7

NATIONAL

Section

(2)

STOCK

III.

BASIC

FOR

VENTILATOR

Multivoltage

(63346)
Vehicle

(63346)
Manual,

(63346)

Airway,

(63346)

Airway,

(63346)

Case

(63346)

Holder,

(63346)

704-0750-05
Power

708-0750-01

Instruction

906-0750-02

Guedal,

Not

Guedal,

Not

402-0005-00

Hoses

334-0032-00

ISSUE

DESCRIPTION

Power

Available

Available

ITEMS

G)

Supply

Assembly

Child’s

Adult’s

(4

UNIT

OF

MEASURE

EA

EA

EA

EA

EA

EA

EA

(5)

QTY

i

1

2

1

1

1

5

8

9

10

6515-01-332-8780

Packing,

(63346)

Mask,

(63346)

PEEP

(63346)

Foam

580-0750-01

Adult/child

812-0004-00

Valve

820-0048-00

Insert

EA

EA

EA

1

1

1

TM

8-6530-009-24&P

EXPENDABLE

D-1.

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This

appendix

This

listing

is

authorization

D-2.

explanation

to

the

operational
abbreviations

Explanation

a.

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Number,

b.

Level,

Column

of

c.

National

d.

Description,

identify

and

part

number.

e.

Unit

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of

or

lists

expendable

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2.

the

alphabetical

Stock

Number,

Column

locate

the

Measure,

maintenance

are

listed

in

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6.

and

to

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of

columns.

1.

The

This

column

character

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4.

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item.

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glossary.

This

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APPENDIX

AND

MATERIALS

Section

durable

item

identifies

column

last line

5.

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supplies

and

retain

number

the

is

provided

3.

This

column

indicates

for

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column

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indicates

DURABLE

I.

INTRODUCTION

and

materials

the

items

if

not

(Item

No.)

is

sequentially

lowest

indicates

the

level

in

appendix

indicates

the

federal

item

indicates

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expressed

quantity

item

the

(QTY)

D

SUPPLIES

LIST

that

are

otherwise

of

maintenance

B,

section | of

the

national

name

the

CAGE

unit

of

measure

by

of

the

reguired

authorized.

assigned.

stock

and,

an

alphabetical

item(s)

to

that

requires

this

manual.

number

if

required, a minimum

code

in

used

provided

AND

maintain

parentheses

in

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the

listed

assigned

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item.

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to

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item.

description

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actual

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TM

8-6530-009-24&P

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(1)

ITEM | LEVEL

NO.

1

2

3

4

Il.

EXPENDABLE

2) G)

NATIONAL

NUMBER

o

o

o

o

7920-01-004-7847

4940-01-087-3458

4940-01-250-4236

5920-01-253-5368

8030-00-889-3534

5970-00-419-4290

STOCK

AND

DURABLE

LIST

VENTILATOR

Cloth,
(97327)

Workstation,

(12038)

Workstation,

(81349)

Workstation,
(12038)

Tape,

(81349)
Tape,

(81349)

SUPPLIES

FOR

(4)

DESCRIPTION

Cleaning

Rymple

4560901

MIL-W-87893-30

ASGK-MIL

Antiseizing

MIL-T-27730

Insulation,

MIL-1-24391

or

or

Cloth

ESD

Control

ESD

ESD

Electrical

301

Control

Control

AND

MATERIALS

(5)

UNIT

OF

MEASURE

RO

EA

EA

EA

RO

RO

(6)

QTY

1

1

1

1

1

1

TM

8-6530-009-24&P

REPAIR

E-1.

Scope.

This

manual

equipment

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authorizes

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Repair

а.

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number

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Figure

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the

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SPECIAL

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INTRODUCTION

tools,

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