Philips N 7300 User manual

Recorders

N

7300/00/15

Service

kK

2

eeoes

e

4

.

71

$73

al2

Service

Manual

TABLE

OF

CONTENTS

Page

I.

Technical

specifications

2

H.

Controls

2

lft.

Dismantling

4

IV.

Adjustments

arid

checks

5

V.

__

Lubricating

instructions

8

Vl.

Exploded

views

9

Vil.

Parts

list

of

mechanical

parts

10

VIM.

Circuit

diagrams

13

IX.

Wiring

diagrams

18

X.

PCB

drawings

21

XI.

Parts

list

of

electrical

parts

23

Safety

regulations

require

that

the

set

be

restored

to

its

original

condition

and

that

parts

which

are

identical

with

those

specified,

be

used.

Docu

mentationTechnique

Service

Dokumentation

Documentazione

di

Servizio

Huolte-Ohje

Manual

de

Servicio

Manual

de

Servicio

Subject

to

modification

4822

725

14051

PHILI

PS

Printed

in

The

Netherlands

CS

74

680

1.

TECHNICAL

SPECIFICATIONS

Mains

voltages

Mains

frequencies

Power

consumption

Number

of

tracks

Max.

reel

diameter

Tape

speeds

Wow

and

flutter

at

4.75

cm/s

9.5

cm/s

19

cm/s

Winding

time

for

a

26.5

cm

reel

with

LP

tape

(1080

m)

input

sensitivities

MIC

LINE

IN

1

LINE

IN

2

Output

voltages

LINE

OUT

MULTIPLAY

PHONES

Overall

frequency

response

according

to

DIN

45511

with

BASF

C264Z

tape

4.75

cm/s

9.5

cm/s

19

cm/s

il.

CONTROLS

Figs.

1

and

2

Reel

spindles

H+

It

I+

:

35

Hz...

:

35

Hz...

:

35

Hz...

:

220

V

(110-127-240

by

changing

connections)

:

50-60

Hz

(no

adaptation

required)

>

25W

74

>

18cm

4.75cm/s+1%

9.5

cm/st1%

:19

cm/st1%

0.2

%

0.15

%

0.1

%

><

360s

-

0.3

mV/2

kQ

:

50

mV/100

kQ

-2mV/10

kQQ

:

0-1

V/5-10

kQQ

>1V/1kQ

:

3

V/600

22

12,500

Hz

18,000

Hz

25,000

Hz

Tape

tension

comparators

Volume

control

for

cueing

(monitoring

during

fast

winding)

4

Tape

counter

with

zero

reset

and

zero

stop

Mains

switch

oO

on

DD

oO

with

indicator

10

Recording

level

meters,

Recording

level

controls,

L/R

=

left/right

channel

Output

level

control

for

line

output

0)

Volume

control

for

headphones

Fine

control

for

tape

speed,

LEFT

=

left

channel

and

tracks

1-4,

RIGHT

=

right

channel

and

tracks

3-2

11

Peak

level

indicator

for

both

channels

12

Microphone

jack

for

left

channel

CS

74

681

Flayback

frequency

response

with

DIN

test

tape

4.75

cm/s

9.5

cm/s

19

cm/s

E.qualisation

4.75

cm/s

9.5

cm/s

19

cm/s

Signal-noise

ratio

weighted

curve

A,d=3%

4.75

cm/s

9.5

cm/s

19

cm/s

Signal-noise

ratio

DIN,

for

all

speeds

unweighted,

d=3%

Cistortion

(at

333

Hz

and

0

dB

output):

Crosstalk

attenuation

between

channels

<

500

Hz

1

kHz

2

6300

Hz

between

tracks

35

+

200

Hz

1

kHz

Erase

damping

Bias

and

erase

frequency

Dimensions

(w

x

h

x

d)

:

80

Hz...

40

Hz...

12,500

Hz

:

40

Hz...

12,500

Hz

6,300

Hz

:

3180

+

120

us

:3180+

90

ys

>

3180+

50

us

'-256dB

:-260dB

-262dB

:-248dB

<3%

:-225dB

:240dB

:225dB

:

2

35dB

:260dB

:

>60dB

:

100

kHz

+

10

%

:

442

x

430

x

206

mm

Weight

:

approx.

9

kg

Designation

on

recorder

in

diagram

+

-@CUEINGP

—

RESET

ZE:RO

STOP

SK802

PCIWER

SKO

L/R

RECORDING

R701/751

LINE

OUT

R702/752

PHONES

R703/753

PITCH

CONTROL

R704

D471

LEFT

ME1

RIGHT

ME101

PEAK

D10

MIC.L

BU5

13.

Microphone

jack

for

right

channe!

14

Speed

selector

15

Track

selector

16

Monitor

switch,

also

cueing

switch

17.

Recording

button

with

indicator

18

Start

button

19

Pause

button

20

=

Fast

rewind

button

21

~=Fast

forward

wind

button

22

Stop

button

23

Headphones

jack

Fig.

2

24

Mains

cord

25

Handle

26

~=Type

plate

27

Remote

control

connection

28

~—_

Line

input,

‘’Line-in’’,

L/R

=

Left/Right

channel

29

Connection

for

Sound

on

Sound

multiplay

recordings

30

~=—_

Line

output

L/R

=

Left/Right

channel

31

~~

Line

input,

“’Line-in’

L/R

=

Left/Right

channel

MIC.R

SPEED

TRACK

MONITORING

REC

PLAY

>

PAUSE

|!

REW

<4

FF

>>

STOP

PHONES

REMOTE

LINE

tN

1

MULTIPLAY

LINE

OUT

LINE

IN

2

BU105

SK1

SK3

SK4

SK5

SK6

SK7

SK8

SK9

BUG

BU401

BU3,

BU103

BU2

BU4,

BU104

BU1/BU101

Fig.

2

lii.

DISMANTLING

Figs.

3

and

4

1.

Backcover

—

Remove

the

5

screws

G

and

the

two

supports

F

at

lower

side.

—

Slide

backcover

backwards.

2.

Head

cover

and

cueing

control

—

Remove

2

ornamental

screws

E.

—

Head

cover

and

cueing

control

can

be

taken

from

recorder.

3.

Upper

ornamental

plate

—

Remove

5

ornamental

screws

A.

—

Ornamental

plate

can

be

removed

after

being

slid

slightly

downwards.

.

Lower

ornamental!

plate

Remove

backcover.

Remove

from

the

back

the

bushes

on

the

spindles

of

the

tape

tension

rollers

D.

Remove

the

tape

tension

roilers

D

from

the

set

by

pulling

them

forwards.

Remove

the

upper

ornamental

plate.

Remove

9

screws

B,

the

knobs

of

the

lever

switches

and

of

the

controls.

Ornamental

plate

can

now

be

taken

from

recorder.

.

Indicators

and

overmodulation

LED

Remove

lower

ornamental

plate.

Remove

ornamental

frame

in

front

of

indicators.

Indicators

can

be

taken

out

of

recorder

in

forward

direction.

Overmodulation

LED

is

accessible

after

removal

of

indicators.

F

21572

atz

21

693

A12

Fig.

4

CS

74

682

IV.

ADJUSTMENTS

AND

CHECKS

1.

General

remarks

—

The

electrical

measurements

and

adjustments

refer

to

the

left

channel.

The

connecting

points

and

controls

for the

right

channel

are

given

in

brackets.

—

Before

each

measurement

or

adjustment

with

running

tape,

heads

and

tape

quides

should

be

demagnetized

and

cleaned.

—

Do

not

use

magnetized

screwdrivers.

—

All

voltages

given

have

been

measured

with

an

electronic

voltmeter.

—

The

outputs

measured

should

be

terminated

with

a

resistor

of

100

kf2.

—

Adjusted

cores

should

be

sealed.

—

Adjusted

screws

and

nuts

should

be

lock-painted.

—

Test

tapes used:

.

BASF-C264Z

-

3922

566

21640

Unmodulated

tape.

.

DIN

test

tape

9.5

For

adjustment

of

head

inclination

and

azimuth

and

check

of

the

frequency

response

during

playback.

.

To

check

the

tape

speed

it

is

possible

to

use:

3150

Hz

4.75cm/s

3922

566

21370

3150

Hz

9.5

cm/s

3922

566

21380

3150Hz

19

cm/s

3922

566

21390

2.

Tape

guides

(item

numbers

224,

229,

241,

273)

—

The

4

tape

guides

have

been

accurately

adjusted

by

the

factory

and

they

should

never

be

replaced

simulta-

neously,

for

in

that

case

there

will

be

no

reference

nainte

loft

—

Insert

a

tape

and

setect

PLAY

mode.

—

The

height

of

the

replaced

tape

guide

should

be

such

that

the

tape

passes

the

outer

tape

guides

at

the

lower

side

and

the

inner

tape

guides

at

the

upper

side.

3.

Tape

tension

comparators

To

the

indication

on

brackets

521

and

532

applies:

each

mark

is

29.

Mechanical

The

force

required

to

keep

the

lever

in

position

—8°

should

be

0.9

N.

This

force

can

be

adjusted

by

changing

the

suspension

points

of

spring

217,

289.

After

adjustment,

the

force

required

to

keep

the

lever

in

position

+4°

should

be

0.7

N.

Electrical

The

“output”

(point

3

panel

3

A

and

point

1

panei

3B)

should

be

loaded

with

100

kQ2

+

5

%.

The

voltage

should

be

measured

with

a

voltmeter

Riz

1MQ.

In

position

0°

the

voltage

at

the

“output”

should

be

7.5

V

+

0.2

V.

The

voltage

can

be

adjusted

by

shifting

the

metal

core

(bracket

523,

538)

after

screw

M2x4

has

been

loosened.

After

adjustment

the

voltage

at

the

output

should

be

5.7

V

0.3

V

in

position

+8°.

CS

74

683

4.

Brake

(Fig.

6)

—

When

the

brake

solenoid

is

energized

clearance

A

between

brake

shoe

and

reel

disc

should

be

<

0.8

mm.

The

brake

shoe

should

not

interfere

with

the

reel

disc.

The

clearance

can

be

adjusted

by

turning

wheel

C.

~

For

winding

the

brake

torque

should

be

between

80

mNm

and

88

mNm.

Brake

torque

=

force

x

arm.

The

brake

torque

is

adjustable

by

changing

suspension

point

B

of

spring

F2.

5.

Reel

disc

(Figs.

8

and

9)

Height

adjustment

—

insert

a

tape.

—

Select

REW

mode

for

checking

or

adjusting

the

left-

hand

reel

disc

and

FF

mode

for

checking

and

adjusting

the

right-hand

reel

disc.

The

tape

should

wind

in

the

centre

of

the

reel.

The

height

of

the

reel

disc

can

be

adjusted

by

turning

adjusting

screw

G

{accessible

via

backcover).

—

The

axial

play

should

be

between

0.1

mm

and

0.15

mm.

This

is

adjustable

with

adjusting

screw

H

which

is

countersunk

in

adjusting

screw

G.

—

The

clearance

between

the

mounting

plate

of

the

reel

disc

and

the

cabinet

should

be

equal

at

the

three

fixing

points.

The

clearance

is

adjustabie

with

the

lower

fixing

screw.

Replacement

—

Attention

to

toothing

of

reel

disc

and

gear.

They

are

not

the

same

left

and

right.

(Check

that

reel

disc

is

clean

and

lubricate

with

Alvania.)

—

Remove

yea

A

from

mivior

shaft

by

tousening

two

bolts

B.

—

Insert

reel

disc

shaft

partially

in

bearing

and

check

shaft

distance

|

of

reel

disc

and

motor.

This

distance

1

should

be

33.8

mm

+

0.1

mm

and

is

adjustable

by

loosening

screws

J

and

displacing

reel

disc

bearing

in

slotted

holes

K.

Measure

this

distance

by

means

of

caliper

gauge

and

recheck

after

tightening

screws

J.

—

Fix

gear

A

and

adjust

height

C

by

means

of

screws

B.

—

Locate

earth

spring

(item

number

234)

and

quide

it

through

eyelet

of

solder

tag

L.

—

Guide

reel

disc

shaft

through

bearing

and

lock

it

with

clamping

ring

(3,2

mm).

—

Completely

tighten

adjusting

screw

G

(clockwise).

Press

pulley

E

(for

left-hand

side

together

with

counter

belt)

against

stop

F

and

fix

with

screw

D.

—

Adjust

height

of

reel

disc

and

axial

play

as

described

above.

6.

Flywheel

{Fig.

7)

Perpendicular

adjustment

of

capstan

—

Insert

a

DP

tape.

—

Select

PLAY

made.

Turn

screw

A

until

tape

runs

flat

between

capstan

and

pressure

roller.

—

Clearance

between

bearing

and

oil-retaining

ring

should

be

between

0.5

mm

and

0.8

mm.

This

clearance

is

adjustable

by

moving

the

oil-retaining

ring.

7.

Pulling

force

on

tape

Below

applies:

““REW-lever”

is,

seen

from

the

back,

the

right-hand

tape

tension

lever.

“FF-lever”

is,

seen

from

the

back,

the

left-hand

tape

tension

lever.

—

Insert

an

18

cm

tape

(approx.

in

middle

of

tape).

—

Select

PLAY

made.

Adjust

with

R471

the

“REW-lever”

to

+49

+

19,

Then

the

“FF-lever”

should

be

adjusted

to

—8°

+

19

with

R477.

—

Select

PAUSE

mode.

Press

down

the

brake

bracket

rod

until

the

brake

shoes

are

released

from

the

reel

discs.

Adjust

with

R475

the

‘’FF-lever”

to

+4°

+

19.

—

Select

FF

mode.

Adjust

after

approx.

5s

the

“"FF-lever”

to

--8°

+

1°

with

R473.

—

Select

REW

mode.

Check

after

approx.

5s

that

“REW-lever”

is

at

—8°

+

2°.

8.

Speed

adjustment

—

Connect

a

wow

and

flutter

meter

to

BU4/BU104

LINE

OUT.

—

Insert

a

test

tape

having

a

frequency

of

3150

Hz

recorded

at

4.75

cm/s,

9.5

cm/s

or

19

cm/s

dependent

on the

speed

to

be

adjusted

on

the

set

and

play

it

back.

Adjust

for

correct

speed

by

means

of

one

of

the

trim-

ming

potentiometers

(see

table

below).

—

After

the

speed

adjustment

the

wow

and

flutter

is

allowed

tO

Ve

as

indicated

in

the

tabie

Veiow.

Speed

Trimming

Wow

and

flutter

potentiometer

4.75

R801

<=+0,2

%

9.5

R802

<+0,15%

19

R803

<=+t+0,1

%

9.

Suppression

of

radiation

from

erase

oscillator

signal

—

Set

recorder

in

position:

19

-

ST

-

TAPE

CUEING

-

REC

-

PLAY.

—~

“LINE-OUT”

control

at

“MAX”,

other

controls

at

0”’.

—

No

tape

in

recorder.

—

Adjust

for

minimum

voltage

(<=

10

mV)

on

BU3

(BU103)

by

means

of L1

(L101).

10.

Playback

head

(Fig.

5)

—

Height

and

inclination

of

heads

supplied

by

Service

have

already

been

adjusted

in

factory.

—

Tape

guides

should

have

been

adjusted

to

correct

height

(see

chapter

ADJUSTMENTS

AND

CHECKS,

paragraph

2).

70.1.

Head

inclination

—

The

front

of

the

head

should

be

exactly

parallel

to

the

tape

or

perpendicular

to

the

mounting

plate.

—

Check:

Playback

the

10

kHz

azimuth

adjustment

section

of

the

DIN

test

tape.

Brake

the

left-hand

reel

slightly

by

hand

and

measure

the

output

voltages

of

both

channels.

Braking

should

not

cause

the

output

voltage

of

both

channels

to

increase

by

more

than

2

dB.

(Should

this

be

the

case,

the

tape

path

must

be

checked.)

If,

as

a

result

of

braking,

only

the

output

voltage

of

the

left-

hand

channel

increases

by

more

than

2

dB,

the

head

inclines

backwards.

If

braking

only

causes

the

output

voltage

of

the

right-hand

channel

to

increase

by

more

than

2

dB,

the

head

inclines

forwards.

Head

inclination

is

adjustable

with

screw

A.

10.2.

Azimuth

—

Playback

the

azimuth

adjustment

section

of

the

DIN

test

tape.

—

The

TRACK

selector

should

be

in

position

ST.

The

signal

should

be

as

large

as

possible

for

both

channels

simultaneously.

This

is

adjustable

with

screw

C.

11.

Adjustment

of

playback

amplifier

—

Set

recorder

in

position:

9.5

-

ST

-

TAPE

CUEING

-

PLAY.

—

LINE-OUT

control

at

maximum.

—

Insert

a

DIN

reference

tape

for

9.5

cm

and

playback

the

reference

level

section.

—

Adjust

for

an

output

voltage

of

0.6

V

+

0.5

dB

on

BU4

(BU104)

by

means

of

R41

(R141).

12.

Playback

frequency

response

-—

Set

recorder

in

position:

19

-ST

-

TAPE

CUEING

-

PLAY.

—

LINE-OUT

control

at

maximum.

—

Insert

a

19

cm

DIN

reference

tape

and

playback

the

fenniinanay:

racnanen

santian

eee

ey

Mees

cer

eee

her

ee

—

The

frequencies

40

Hz

and

12.5

kHz

should

be

within

7

dB

with

respect

to

the

reference

frequency.

The

frequencies

between

250

Hz

and

6300

Hz

should

be

within

5

dB

with

respect

to

the

reference

frequency.

13.

Recording

head

(Fig.

5)

—

Height

and

inclination

of

the

heads

supplied

by

Service

have

already

been

adjusted

in

factory.

—

Tape

guides

should

have

been

adjusted

to

correct

height

(see

chapter

ADJUSTMENTS

AND

CHECKS,

paragraph

2).

—

Connect

the

recording

head

as

playback

head

by

inser-

ting

the

plug

of

the

recording

head

in

the

socket

of

the

playback

head

on

PC-board

1.

Plug

3

in

connector

4.

Plug

4

in

connector

3.

—

If

necessary,

head

inclination

and

azimuth

should

be

adjusted

as

described

for

playback

head.

—

Reinsert

the

plugs

in

the

original

connectors.

—

Set

recorder

in

position:

19

-ST

-

SOURCE

-

PLAY

-

REC.

—

Insert

a

reference

tape

(BASF

C264Z).

—

Apply

a

signal

of

1

kHz

to

BU1

(BU101).

—

Set the

indicators

to

0

dB

with

recording

controls.

—

Set

recorder

in

position

TAPE

CUEING.

—

The

output

signal

should

be

maximum

and

the

phase

difference

should

be

<

10°.

This

is

adjustable

with

screw

C.

o

—

Increase

the

frequency

to

10

kHz.

—

The

phase

difference

should

be

smaller

than

45°

if

necessary,

readjust

with

screw

C.

14.

Adjustment

of

channel

equality,

indicator

reading

and

recording

amplifier

—

Set

recorder

in

position:

9.5

-

ST

-

SOURCE.

—

Apply

a

signal

of

330

Hz,

500

mV

to

BU1

(BU101).

—

LINE-OUT

control

at

maximum.

—

Adjust

for

1

V

output

voltage

on

BU104

with

recording

level

control

for

right-hand

channel.

‘Set

recording

level

control

for

left-hand

channel

to

same

position

as

for

right-hand

channel

and

adjust

for

1

V

output

voitage

on

BU4

with

R214.

—

Adjust

for

a

0

dB

indicator

reading

with

R78

(R178).

—

Insert

a

reference

tape

(e.g.

BASF

C264Z).

—

Set

recorder

in

position:

SOURCE

-

REC

-

PLAY.

—

Apply

a

330

Hz

signal

until

1

V

appears

on

LINE-

output

BU4

(BU104)

(indicator

reading

0

dB).

—

Set

recorder

in

position

TAPE

CUEING.

—

Adjust

for

1

V

voltage

on

BU4

(BU104)

with

R63

(R163)

(indicator

reading

0

dB).

15.

Adjustment

of

bias,

check

of

overall

frequency

response

and

distortion

—

In

case

of

a

correct

adjustment

of

the

bias,

a

compro-

mise

must

be

found

between

frequency

response

and

distortion.

The

target

value

is

8

mV

{across

R61,

R161),

and

is

adjustable

with

R90,

R190.

—

Set

recorder

in

position:

19

-

ST

-

TAPE

CUEING

-

REC

-

PLAY.

—

Insert

a

frequency

tape

(BASF

C264Z).

—

The

frequency

response

should

be

measured

at

—26

dB.

The

frequencies

35

Hz

and

25

kHz

should

be

within

7

dB.

The

frequencies

between

250

Hz

and

6300

Hz

should

be

within

5

dB.

The

reference

point

is

at

1

kHz.

—

The

distortion

measured

at

0

dB,

should

be

smaller

than

3

%.

If

the

high

frequencies

are

too

much

attenuated,

the

bias

current

will

be

too

high.

If

the

high

frequencies

are

too

strong

and/or

if

distortion

is

audible,

the

bias

current

will

be

too

low.

This

is

adjustable

with

R90/R190.

—

If

R90/R190

has

to

be

adjusted,

repeat

the

frequency

response

measurement.

|

.

LUBRICATING

INSTRUCTIONS

Mobil

oil

SHC

634

—

4822

390

10074.

Capstan

bearings

item

numbers

238,

324.

Shell

Alvania

2

—

4822

389

10001.

Sliding

surfaces

of

item

numbers

266,

296,

309,

329,

526.

Silicone

grease

medium

300

—

4822

390

20031

Left-hand

shaft

of

item

number

309.

Heavy

medium

DTE

—

4822

390

10065

Right-hand

shaft

of

item

number

309.

24

08BI2

21407812

Q@

@

B

C

22713A12

Fig.

5

Fig.

7

21410B12

Fig.

9

CS

74

684

533

2

9295

M25x4

SS)

208

CS

74

659

21753E12

MECHANICAL

PARTS

TAPE

TRANSPORT

201

202

203

204

206

207

208

209

211

212

213

214

216

217

218

219

222

223

224

226

227

228

229

231

232

233

234

236

237

238

239

241

242

243

244

246

247

248

(261

252

4822

528

80794

4822

466

90884

4822

249

40064

4822

492

51302

4822

249

20046

4822

492

31809

4822

535

70598

4822

492

51316

4822

403

20133

4822

462

40419

4822

520

10448

4822

492

31784

4822

535

91188

4822

492

31626

4822

492

31/84

4822

520

10448

4822

310

40003

4822

505

10619

4822

532

20103

4822

532

10801

4822

443

30395

4822

532

10801

4822

532

20103

4822

505

10619

4822

492

50314

4822

532

50904

4822

530

70288

4822

492

50314

4822

249

20045

4822

520

10432

4822

505

10619

4822

532

20103

4822

532

10801

4822

528

80794

4822

520

10448

4822

492

31784

4822

310

40003

4822

520

10437

4822

532

10284

4822

532

20724

253

254

(296

257

258

259

261

262

263

264

266

267

268

269

271

2/2

273

274

2/76

277

278

279

281

282

283

284

286

287

288

289

291

292

293

294

296

297

298

299

301

302

10

4822

492

50314

4822

505

10619

4822

310

40003

4822

520

10448

4822

492

31784

4822

492

31786

4822

532

50296

4822

532

51188

4822

492

31785

4822

492

31787

4822

505

10617

4822

535

91162

4822

403

40123

4822

532

50268

4822

492

50314

4822

532

10801

4822

532

20103

4822

310

40003

4822

532

51122

4822

310

40003

4822

528

90315

4822

492

90018

4822

532

50692

4822

522

31299

4822

532

50692

4822

492

51315

4822

462

40419

4822

492

31784

4822

520

10448

4822

492

31626

4822

535

91188

4822

528

90317

4822

358

30276

4822

492

51298

4822

403

40101

4822

462

40379

4822

403

51268

4822

403

20132

4822

403

30309

4822

520

10448

303

304

306

307

308

309

311

312

313

314

316

317

318

319

321

322

323

324

326

327

328

329

331

332

333

334

336

337

338

339

4822

492

31783

4822

310

40003

4822

492

51316

4822

492

51301

4822

492

31579

4822

403

40102

4822

532

50692

4822

522

31301

4822

532

50692

4822

403

10164

4822

532

20724

4822

520

10437

4822

310

40003

4822

492

31784

4822

443

30407

4822

403

20133

4822

532

51119

4822

520

10432

4822

530

70288

4822

522

31308

4822

492

90016

4822

532

51123

4822

361

20177

4822

532

50296

4822

492

31786

4822

532

51188

4822

492

31785

4822

325

60038

4822

361

20185

4822

492

51299

CS

74

666

11

MECHANICAL

PARTS

CABINET

51

4822

532

51189

87

4822

413

40913

122

4822

492

31811

52

4822

532

20716

|

88

4822

460

20215

for

/00/15

123.

4822

502

11461

53

4822

492

51303

88

4822

460

20218

for

/28

124

4822505

10618

54

4822

532

20619

89

4822

403

51296

126

4822

532

51121

56

4822

502

11218

91

4822

403

51347

127

4822

492

51329

57

4822

528

20243

92

4822

502

11446

128

4822

520

10438

58

4822

325

80066

93

4822

528

80771

129

4822505

10618

59

4822

492

31577

94

4822

361

20186

131

4822

502

11461

61

4822

532

60724

96

4822

522

31302

132

4822

532

51121

62

4822

403

40122

97

4822

358

30278

133

4822

492

51329

63

4822

403

10169

98

4822

403

10169

134

4822

290

40158

64

4822

492

31578

99

4822

410

22377

136

4822

321

10074

for

/00/28

65

4822

492

51123

101

4822

349

50118

136

4822

321

10235

for

/15

66

4822

532

51191

102

4822

410

30221

137.

4822

460

20216

67

4822

532

20716

103.

4822

520

10438

138

4822

146

20591

68

4822

492

51303

104

4822

361

20186

139

4822

462

40379

69

4822

532

20619

106

4822

522

31305

141

4822

492

31811

71

4822

502

11218

107

94822

325

60038

142

4822

276

10777

72

4822

443

30406

108

4822

255

40128

143.

4822

410

30218

73

4822

502

30192

109

4822

255

40133

144

4822

462

40379

74

4822

502

30192

110

4822

492

62318

146

4822

347

20091

76

4822

454

20415

111

4822

381

10501

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77

4822

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112

4822

464

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148

4822

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30219

78

4822

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61667

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4822

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60723

149

4822

462

40379

79

4822

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114

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50092

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81

4822

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116

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4822

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Philips N 7300 User manual

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