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Aufzeichnung:

Vierspur oder wahlweise Zweispur
(durch austauschbaren Tonkopfträger)
Mono- und Stereo-Aufnahme und
- Wiedergabe

Bandgeschwindigkeiten:

1 9 cm/s

9,5 cm/s

4,7 cm/s

2,1

cm/s

Frequenzbereich 19 cm/s:

20-20 000 Hz

Frequenzbereich 9,5 cm/s:

20-15 OCO Hz

Frequenzbereich 4,7 cm/s:

20-9000 Hz

Tonhöhenschwankungen 19 cm/s:

± 0,04 %

Tonhöhenschwankungen 9,5 cm/s:

± 0,10 %

Tonhöhenschwankungen 4,7 cm/s:

0,20 %

Ruhegeräuschspannungsabstand 19

56 dB/4 Sp. >

58 dB/2 Sp.)

Ruhegeräuschspannungsabstand 9,5

55 dB/4 Sp. (› 57 dB/2 Sp.)

Ruhegeräuschspannungsabstand 4,7

52 dB/4 Sp. ('; 56 dB/2 Sp.)

Löschdämpfung:

1 9 cm/s: - 72 dB, 1000 Hz

Generatorfrequenz:

1 00 kHz ± 10%

Übersprechdämpfung:

> 60 dB Mono / > 45 dB Stereo

Eingang: Mikrofon

0,12 mV-max. 70 mV

Eingang: Radio

1,2 mV - max. 110 rrv

Eingang: Phono I

> 40 mV - max. 2,8 V

Eingang: Phono II

-° 200 mV - max. 18 V

Ausgänge:

700 mV an 15 kOhm

Lautsprecherausgang:

6,4 V an 4 Ohm - 10 Watt

Quellwiderstand 0,1 Ohm

Monitor:

2

500 mV an 15 kOhm

2.71 Daten des Verstärkers

Übertragungsbereich:

20-30 000 Hz

Alle Daten werden entsprechend den durch

die deutschen Normen (DIN) festgelegten
Meßvorschriften für Magnettongeräe ange-geben.

Type of recording:

Four-track or optionally two-track

(with interchangeable sound-head

assemblies) mono and stereo
recording and Playback

Tape speeds:

7 112, 3 3/4, 1 7/8, 15/16 ips

Frequency range at 7 t i2 ips:

20-20.000 Hz

Frequency range at 3 3/4 ips:

20-15,000 Hz

Frequency range at 1 7/8 ips:

20-9,000 Hz

Wow and flutter at 7 1/2 ips:

+- 0.04

°7o

Wow and flutter at 3 3/4 ips:

0.10%

Wow and flutter at 1 7/8 ips:

± 0.20 0

i o

Signal-to-noise ratio at 7 1 2 ips:

> 56 dB/4-track 58 dB/2-track)

Signal-to-noise ratio at 3 3i4

ips:

> 55 dB/4-track (=• 57 dB/2-track)

Signal-to-noise ratio at 1 7/8 i ps:

> 52 dB/4-track (> 56 dB/2-track)

Attenuation of erasure:

7 1!2 ips: >

72 dB, 1000 Hz

Generator frequency:

1 00 kHz ± 10 0.'0

Crosstalk attenuation:

> 60 dB mono 45 dB stereo

I nput: microphone

0.12 mV to 70 mV max.

I nput: radio

> 1.2 mV to 110 mV max.

I nput: phono I

> 40 mV to 2.8 V max.

I nput: phono II

' 200 mV to 18 V max.

Outputs:

> 700 mV across 15 k2

Loudspeaker output:

6.4 V across 4 2 -

1 0 W

source resist. 0.1 Ohm

Monitor:

500 mV across 15 kOhm

All data are

stated in accordance with the

measuring specification for magnetic tape
recorders laid down in the German industrial
standards (DIN).

2.71 Amplifier Data

Overall frequency response:

20-30,1:00 Hz

Technique d'inscription:

Quatre pistes ou bipiste
(unite de tätes magnetiques
i nterchangeable)
Enregistrement et reproduction
en mono et stereo

Vitesses de defilement:

1 9 cm/s

9,5 cm/s

4,7 cm/s

2,4 cm/s

Bande passante en 19 cm/s:

20-20 000 Hz

Bande passante en 9,5 cm/s:

20-15 000 Hz

Bande passante en 4,7 cm/s:

20-9 000 Hz

Pleurage en 19 cm/s:

± 0,04%

Pleurage en 9,5 cm/s:

-0,10%

Pleurage en 4,7 cm/s:

0,20

°r0

Dynamique en 19 cm/s:

56 dB/4 pistes (> 58 dB/2 pistes)

Dynamique en 9,5 cm/s:

> 55 dB/4 pistes (> 57 dB/2 pistes)

Dynamique en 4,7 cm/s:

52 d13/4 pistes (> 56 dB/2 pistes)

Dynamique d'effacement en 19 cm/s:

72 dB, 1000 Hz

Frequency de prämagnätisation
et d'effacement:

1 00 kHz ± 10 %

Dynamique de diaphonie:

60 dB en mono /

45 dB en stereo

Entree: •Microphone»

0.12 mV - max. 70 mV

Entree: •Radio-

1,2 mV - max. 110 mV

Entree: •Phono

I

40 mV - max. 2,8 V

Entree:

Phono II.

200 mV-max. 18 V

Sorties:

700 mV ä 15 kohms

Sortie haut-parieur:

6,4 V ä 4 Ohms - 10 watts
i mpedance de source 0,1 ohm

Monitor:

500 mV ä 15 kohms

Toutes les caractöristiques tcchniques ont

ete determinäes conformement aux metho-
des de mesure prescrites pour les magneto-
phones par les normes allemandes DIN.

2.71 Caracteristiques de I'amplificateur

Gamme de frequences:

20 ä 30 000 Hz

1 7

SG 560 Royal

Summary of Contents for SG 560 Royal

Page 1: ...SG 560 ROYAL ROYAL de Luxe ROYAL de Luxe C Schutzgeb hr DM 5...

Page 2: ...chapitre constitue en lui m me un tout in d pendant et peut donc tre consult s par ment seien las travaux ex cuter sur le magn tophone II s ensuit que de chapitre en chapitre certaines r p titions son...

Page 3: ...r pulley A and the flywheel C In the position Amplifier of the tape speed selector the motor la disconnected The special design of the transport mecha nism allows the recorder to be operated in a hori...

Page 4: ...r de bande et du mecanisme d entrainement est expliquee et representee ci dessous en regime Pause Start Defilement accelere avant et De filement accelere arriere 1 11 Pause siehe Abb 1 Die auf der Ach...

Page 5: ...r M onto the thrust disk G which makes the friction within the clutch great enough to en able the clutch to transmit the entire torque provided by the friction wheel R The sens ing lever I keeps the w...

Page 6: ...ing lever I controls the braking ac tion of the pay out clutch as a function of the diameter of the tape roll and thus keeps the tape tension constant When disconnecting in position Rewind the tape st...

Page 7: ...regulating the torque or braking action respectively of the corresponding turntable The friction within the clutches is adjusted an the basis of a tape tension measurement by adjusting the comparator...

Page 8: ...e et reglage du comparateur de tension de la bande Avant d entreprendre le contr le et le regla ge du comparateur de tension de la bande il convient de nettoyer avec de Talcool les courroies de caoutc...

Page 9: ...zug komparatoren siehe Abs 1 4 1 5 Checking and Adjusting the Fast Forward and Rewind Functions The fast forward and rewind functions will not perform properly unless the tape tension comparator is co...

Page 10: ...at equal distances from the left hand friction wheel D and the right hand thrust disk M These clearances can be adjusted by bending the fla r N of the adjusting plate H 1 56 Adjusting the Holding Magn...

Page 11: ...ration slacken the screws O and slide the actua tor P as far as to litt the left hand brake Q by 1 5 2 millimeters The right hand brake is adjusted in an analo gous manner while the recorder is sei fo...

Page 12: ...ve the screw R and swing aside the flat spring S Now the driving belt T can be removed from the grooves of the motor pulley and the left hand friction wheel In stall the new driving belt in reverse or...

Page 13: ...ge Stellung des Reibrades wie unter Abs 1 91 beschrieben zu kontrollieren 1 92 Adjusting see Fig 14 In order to adjust the friction idler A slacken the check nut B and turn the s t screw C When the sp...

Page 14: ...ed in position Start After slackening of the check nut L the Pressure may be increased by turning the set screw M clockwise Adjust a clearance of 0 5 mm approx 0 02 relative to the stop P an the mount...

Page 15: ...ee Fig 15 The outer tape guides whose height can not be adjusted serve as point of reference for the adjustment Set the tape guide pulley C between the Dia Pilot Head A and the recording head to the c...

Page 16: ...r the UHER Four Track Test Tape as the case may be Connect LF voltmeter Zi 10 MOhm to con tacts 3 and 2 2 chassis of the Radio Phono socket Thread the UHER Test Tape wind and rewind the entire length...

Page 17: ...for maxi mum readings of both vacuum tube AF volt meters Thus proper azimuth adjustment of the recording head has been accomplished 2 5 Checking and Adjusting the Contact Spring Assemblies and Switch...

Page 18: ...f lubricants since surplus grease or oll may reach friction lin ings or drive belts and then will undoubtedly be the sause of operating faults The greases and oils to be used have been listed in the U...

Page 19: ...to noise ratio at 1 7 8 ips 52 dB 4 track 56 dB 2 track Attenuation of erasure 7 1 2 ips 72 dB 1000 Hz Generator frequency 1 00 kHz 10 0 0 Crosstalk attenuation 60 dB mono 45 dB stereo Input microphon...

Page 20: ...n Pfeilrichtung aus der Holzzarge heraus schwenken 1 85 Austausch des Antriebsriemens zum Bandz hlwerk Zum Austausch des Antriebsriemens sind zweckm igerweise die Bedienungskn pfe und die Abdeckplatte...

Page 21: ...sa position Pause Le galet presseur doit se detacher du cabestan sur un ecart de 0 4 0 1 mm L embrayage enrouleur ne doit tendre la bande magnetique que faiblement Deplacer le selecteur de fonctions d...

Page 22: ...ement R la tringle de commande Y le levier X et le levier palpeur droit Le cas echeant le couple d entrainement peut etre modifie par le cambrage de la tringle de com mande Y et de I ergat Z 2 25 Regl...

Page 23: ...s Frequency range at 71 2 ips 20 20 000 Hz Frequency range at 3 3 4 ips 20 15 000 Hz Frequency range at 1 7 8 ips 20 9 000 Hz Wow and flutter at 7 1 2 ips 0 05 Wow and flutter at 3 3 4 ips 0 10 Wow an...

Page 24: ...ower across 4 Ohm sinusoidal continuous tone 2X10W Power bandwidth 20 to 14 000 Hz wich 1 harmonic distortion Crosstalk attenuation 60 dB S N ratio unweighted level I at 50 mW 64 dB level 11 at 50 mW...

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