Studer OnAir2000 User Manual

Studer On-Air 2000

Digital Mixing Console

SW Version 3.0

Operating Instructions

Prepared and edited by Copyright by Studer Professional Audio AG

Studer Professional Audio AG Printed in Switzerland

Technical Documentation Order no. 10.27.4263 (Ed. 1199)

Althardstrasse 30

CH-8105 Regensdorf – Switzerland

http://www.studer.ch Subject to change

Studer is a registered trade mark of Studer Professional Audio AG, Regensdorf

SAFETY / SECURITE / SICHERHEIT

To reduce the risk of electric shock, do not remove covers (or

back). No user-serviceable parts inside. Refer servicing to quali-

fied service personnel.

Afin de prévenir un choc électrique, ne pas enlever les couvercles

(où l’arrière) de l’appareil. Il ne se trouve à l’intérieur aucune

pièce pouvant être réparée par l’usager.

Um die Gefahr eines elektrischen Schlages zu vermeiden, entfer-

nen Sie keine Geräteabdeckungen (oder dessen Rückwand). Über-

lassen Sie Wartung und Reparatur qualifiziertem Fachpersonal.

This symbol is intended to alert the user to presence of uninsula-

ted “dangerous voltage” within the apparatus that may be of suf-

ficient magnitude to constitute a risk of electric shock to a person.

Ce symbole indique à l'utilisateur qu'il existent à l'intérieur de

l'appareil des “tensions dangereuses”. Ces tensions élevées en-

trainent un risque de choc électrique en cas de contact.

Dieses Symbol deutet dem Anwender an, dass im Geräteinnern die

Gefahr der Berührung von “gefährlicher Spannung” besteht. Die

Grösse der Spannung kann zu einem elektrischen Schlag führen.

This symbol is intended to alert the user to the presence of

important instructions for operating and maintenance in the en-

closed documentation.

Ce symbole indique à l’utilisateur que la documentation jointe

contient d'importantes instructions concernant le fonctionnement

et la maintenance.

Dieses Symbol deutet dem Anwender an, dass die beigelegte Do-

kumentation wichtige Hinweise für Betrieb und Wartung enthält.

CAUTION: Lithium battery. Danger of explosion by incorrect handling. Re-

place by battery of the same make and type only.

ATTENTION: Pile au lithium. Danger d'explosion en cas de manipulation incor-

recte. Ne remplacer que par un modèle de même type.

ACHTUNG: Explosionsgefahr bei unsachgemässem Auswechseln der Lithium-

batterie. Nur durch den selben Typ ersetzen.

ADVARSEL: Lithiumbatterei. Eksplosinsfare. Udskinftning ma kun foretages af

en sagkyndig of som beskrevet i servicemanualen (DK).

SAFETY / SECURITE / SICHERHEIT

FIRST AID

(in case of electric shock)

1. Separate the person as quickly

as possible from the electric

power source:

• by switching off the equipment

• or by unplugging or disconnec-

ting the mains cable

• pushing the person away from

the power source by using dry

insulating material (such as

wood or plastic).

• After having sustained an elec-

tric shock, always consult a

doctor.

WARNING!

DO NOT TOUCH THE PERSON

OR HIS CLOTHING BEFORE

THE POWER IS TURNED OFF,

OTHERWISE YOU STAND

THE RISK OF SUSTAINING

AN ELECTRIC SHOCK AS

WELL!

2. If the person is unconscious:

• check the pulse,

• reanimate the person if respira-

tion is poor,

• lay the body down, turn it to one

side, call for a doctor immed-

iately.

PREMIERS SECOURS

(en cas d'électrocution)

1. Si la personne est dans l'impos-

sibilité de se libérer:

• Couper l'interrupteur principal

• Couper le courant

• Repousser la personne de l'ap-

pareil à l'aide d'un objet en ma-

tière non conductrice (matière

plastique ou bois)

• Après une électrocution, tou-

jours consulter un médecin.

ATTENTION!

NE JAMAIS TOUCHER UNE

PERSONNE QUI EST SOUS

TENSION, SOUS PEINE DE

SUBIR EGALEMENT UNE

ELECTROCUTION.

2. En cas de perte de connaissance

de la personne électrocutée:

• Controller le pouls

• Si nécessaire, pratiquer la respi-

ration artificielle

• Placer l'accidenté sur le flanc et

consulter un médecin.

ERSTE HILFE

(bei Stromunfällen)

1. Bei einem Stromunfall die be-

troffene Person so rasch wie

möglich vom Strom trennen:

• Ausschalten des Gerätes

• Ziehen oder Unterbrechen der

Netzzuleitung

• Betroffene Person mit isoliertem

Material (Holz, Kunststoff) von

der Gefahrenquelle wegstossen

• Nach einem Stromunfall sollte

immer ein Arzt aufgesucht wer-

den.

ACHTUNG!

EINE UNTER SPANNUNG

STEHENDE PERSON DARF

NICHT BERÜHRT WERDEN.

SIE KÖNNEN DABEI SELBST

ELEKTRISIERT WERDEN!

2. Bei Bewusstlosigkeit des Verun-

fallten:

• Puls kontrollieren,

• bei ausgesetzter Atmung künst-

lich beatmen,

• Seitenlagerung des Verunfallten

vornehmen und Arzt verstän-

digen.

SICHERHEIT / SAFETY

III

Installation

Vor der Installation des Gerätes müssen die hier aufge-

führten und auch die weiter in dieser Anleitung mit

bezeichneten Hinweise gelesen und während der

Installation und des Betriebes beachtet werden.

Untersuchen Sie das Gerät und sein Zubehör auf allfäl-

lige Transportschäden.

Ein Gerät, das mechanische Beschädigung aufweist

oder in welches Flüssigkeit oder Gegenstände einge-

drungen sind, darf nicht ans Netz angeschlossen oder

muss sofort durch Ziehen des Netzsteckers vom Netz

getrennt werden. Das Öffnen und Instandsetzen des

Gerätes darf nur von Fachpersonal unter Einhaltung der

geltenden Vorschriften durchgeführt werden.

Falls dem Gerät kein konfektioniertes Netzkabel

beiliegt, muss dieses durch eine Fachperson unter

Verwendung der mitgelieferten Kabel-Gerätedose

IEC320/C13 oder IEC320/C19 und unter Berücksichti-

gung der einschlägigen, im geweiligen Lande geltenden

Bestimmungen angefertigt werden; siehe unten.

Vor Anschluss des Netzkabels an die Netzsteckdose

muss überprüft werden, ob die Stromversorgungs- und

Anschlusswerte des Gerätes (Netzspannung, Netz-

frequenz) innerhalb der erlaubten Toleranzen liegen.

Die im Gerät eingesetzten Sicherungen müssen den am

Gerät angebrachten Angaben entsprechen.

Ein Gerät mit einem dreipoligen Gerätestecker (Gerät

der Schutzklasse I) muss an eine dreipolige Netzsteck-

dose angeschlossen und somit das Gerätegehäuse mit

dem Schutzleiter der Netzinstallation verbunden werden

(Für Dänemark gelten Starkstrombestimmungen, Ab-

schnitt 107).

Installation

Before you install the equipment, please read and adhe-

re to the following recommendations and all sections of

these instructions marked with .

Check the equipment for any transport damage.

A unit that is mechanically damaged or which has been

penetrated by liquids or foreign objects must not be

connected to the AC power outlet or must be immedia-

tely disconnected by unplugging the power cable. Re-

pairs must only be performed by trained personnel in

accordance with the applicable regulations.

Should the equipment be delivered without a matching

mains cable, the latter has to be prepared by a trained

person using the attached female plug (IEC320/C13 or

IEC320/C19) with respect to the applicable regulations

in your country - see diagram below.

Before connecting the equipment to the AC power out-

let, check that the local line voltage matches the equip-

ment rating (voltage, frequency) within the admissible

tolerance. The equipment fuses must be rated in accor-

dance with the specifications on the equipment.

Equipment supplied with a 3-pole appliance inlet

(equipment conforming to protection class I) must be

connected to a 3-pole AC power outlet so that the

equipment cabinet is connected to the protective earth

conductor of the AC supply (for Denmark the Heavy

Current Regulations, Section 107, are applicable).

Female plug (IEC320), view from contact side:

L live; brown National American Standard: Black

N neutral; blue White

PE protective earth; green and yellow green

Connecteur femelle (IEC320), vue de la face aux contacts:

L phase; brun Standard national américain: Noir

N neutre; bleu Blanc

PE terre protective; vert et jaune Vert

Ansicht auf Steckkontakte der Kabel-Gerätesteckdose (IEC320):

L Phase; braun USA-Standard: Schwarz

N Nulleiter; blau Weiss

PE Schutzleiter; gelb/grün grün

SICHERHEIT / SAFETY

Zugentlastung für den Netzanschluss

Zum Verankern von Steckverbindungen ohne mechani-

sche Verriegelung (z.B. IEC-Kaltgerätedosen) empfeh-

len wir die folgende Anordnung:

Vorgehen: Der mitgelieferte Kabelhalter ist selbstkle-

bend. Bitte beachten Sie bei der Montage die folgenden

Regeln:

1. Der Untergrund muss sauber, trocken und frei von

Fett, Öl und anderen Verunreinigungen sein. Tempe-

raturbereich für optimale Verklebung: 20...40° C.

2. Entfernen Sie die Schutzfolie auf der Rückseite des

Kabelhalters und bringen sie ihn mit kräftigem

Druck an der gewünschten Stelle an. Lassen sie ihn

unbelastet so lange wie möglich ruhen – die maxi-

male Klebekraft ist erst nach rund 24 Stunden er-

reicht.

3. Die Stabilität des Kabelhalters wird erhöht, wenn

Sie ihn zusätzlich verschrauben. Zu diesem Zweck

liegen ihm eine selbstschneidende Schraube sowie

eine M4-Schraube mit Mutter bei.

4. Legen Sie das Kabel gemäss Figur in den Halter ein

und pressen Sie die Klemme kräftig auf, bis das Ka-

bel fixiert ist.

Mains connector strain relief

For anchoring connectors without a mechanical lock

(e.g. IEC mains connectors), we recommend the fol-

lowing arrangement:

Procedure: The cable clamp shipped with your unit is

auto-adhesive. If mounting, please follow the rules be-

low:

1. The surface to be adhered to must be clean, dry, and

free from grease, oil or other contaminants. Best ap-

plication temperature range is 20...40° C.

2. Remove the plastic protective backing from the rear

side of the clamp and apply it firmly to the surface

at the desired position. Allow as much time as pos-

sible for curing. The bond continues to develop for

as long as 24 hours.

3. For improved stability, the clamp can be fixed with

a screw. For this purpose, a self-tapping screw and

an M4 bolt and nut are included.

4. Place the cable into the clamp as shown in the illus-

tration above and firmly press down the internal top

cover until the cable is fixed.

UMGEBUNGSBEDINGUNGEN / AMBIENT CONDITIONS

Lufttemperatur und Feuchtigkeit

Allgemein

Die Betriebstauglichkeit des Gerätes oder Systems ist unter

folgenden Umgebungsbedingungen gewährleistet:

EN 60721-3-3, Set IE32, Wert 3K3.

Diese Norm umfasst einen umfassenden Katalog von Parame-

tern; die wichtigsten davon sind: Umgebungstemperatur

+5...+40 °C; rel. Luftfeuchtigkeit 5...85% – d.h. weder Konden-

sation noch Eisbildung; abs. Luftfeuchtigkeit 1...25 g/m³; Tem-

peratur-Änderungsrate < 0,5 °C/min. In den folgenden Ab-

schnitten wird darauf näher eingegangen.

Unter den genannten Bedingungen startet und arbeitet das

Gerät oder System problemlos. Ausserhalb dieser Spezifikatio-

nen möglicherweise auftretende Probleme sind in den folgenden

Abschnitten beschrieben.

Umgebungstemperatur

Geräte und Systeme von Studer sind allgemein für einen Um-

gebungstemperaturbereich (d.h. Temperatur der eintretenden

Kühlluft) von +5...+40 °C ausgelegt. Bei Installation in einem

Schrank muss der vorgesehene Luftdurchsatz und dadurch die

Konvektionskühlung gewährleistet sein. Folgende Tatsachen

sind dabei zu berücksichtigen:

1. Die zulässige Umgebungstemperatur für den Betrieb der

Halbleiter-Bauelemente beträgt 0 °C bis +70 °C (commercial

temperature range for operation).

2. Der Luftdurchsatz der Anlage muss gewährleisten, dass die

austretende Kühlluft ständig kühler ist als 70 °C.

3. Die mittlere Erwärmung der Kühlluft soll 20 K betragen,

die maximale Erwärmung an den heissen Komponenten darf

somit um weitere 10 K höher liegen.

4. Zum Abführen einer Verlustleistung von 1 kW bei dieser

zulässigen mittleren Erwärmung ist eine Luftmenge von

2,65 m³/min notwendig.

Beispiel: Für ein Rack mit einer Leistungsaufnahme P = 800 W

ist eine Kühlluftmenge von 0,8 * 2,65 m³/min nötig, entspre-

chend 2,12 m³/min.

5. Soll die Kühlfunktion der Anlage (z.B. auch bei Lüfter-

Ausfall oder Bestrahlung durch Spotlampen) überwacht wer-

den, so ist die Temperatur der Abluft unmittelbar oberhalb der

Einschübe an mehreren Stellen im Rack zu messen; die An-

sprechtemperatur der Sensoren soll 65 bis 70 °C betragen.

Reif und Tau

Das unversiegelte System (Steckerpartien, Halbleiteranschlüs-

se) verträgt zwar leichte Eisbildung (Reif). Mit blossem Auge

sichtbare Betauung führt jedoch bereits zu Funktionsstörungen.

In der Praxis kann mit einem zuverlässigen Betrieb der Geräte

bereits im Temperaturbereich ab –15 °C gerechnet werden,

wenn für die Inbetriebnahme des kalten Systems die folgende

allgemeine Regel beachtet wird:

Wird die Luft im System abgekühlt, so steigt ihre relative

Feuchtigkeit an. Erreicht diese 100%, kommt es zu Nieder-

schlag, meist in der Grenzschicht zwischen der Luft und einer

kühleren Oberfläche, und somit zur Bildung von Eis oder Tau

an empfindlichen Systemstellen (Kontakte, IC-Anschlüsse etc.).

Ein störungsfreier Betrieb mit interner Betauung, unabhängig

von der Temperatur, ist nicht gewährleistet.

Air temperature and humidity

General

Normal operation of the unit or system is warranted under the

following ambient conditions defined by:

EN 60721-3-3, set IE32, value 3K3.

This standard consists of an extensive catalogue of parameters,

the most important of which are: ambient temperature +5...

+40° C, relative humidity 5...85% – i.e. no formation of con-

densation or ice; absolute humidity 1...25 g/m³; rate of tem-

perature change < 0,5 °C/min. These parameters are dealt with

in the following paragraphs.

Under these conditions the unit or system starts and works

without any problem. Beyond these specifications, possible

problems are described in the following sections.

Ambient temperature

Units and systems by Studer are generally designed for an am-

bient temperature range (i.e. temperature of the incoming air) of

+5...+40 °C. When rack mounting the units, the intended air

flow and herewith adequate cooling must be provided. The

following facts must be considered:

1. The admissible ambient temperature range for operation of

the semiconductor components is 0 °C to +70 °C (commercial

temperature range for operation).

2. The air flow through the installation must provide that the

outgoing air is always cooler than 70 °C.

3. Average heat increase of the cooling air shall be 20 K, al-

lowing for an additional maximum 10 K increase at the hot

components.

4. In order to dissipate 1 kW with this admissible average heat

increase, an air flow of 2,65 m³/min is required.

Example: A rack dissipating P = 800 W requires an air flow of

0,8 * 2,65 m³/min which corresponds to 2,12 m³/min.

5. If the cooling function of the installation must be monitored

(e.g. for fan failure or illumination with spot lamps), the outgo-

ing air temperature must be measured directly above the mod-

ules at several places within the rack. The trigger temperature of

the sensors should be 65 to 70 °C.

Frost and dew

The unsealed system parts (connector areas and semiconductor

pins) allow for a minute formation of ice or frost. However,

formation of dew visible with the naked eye will already lead to

malfunctions. In practice, reliable operation can be expected in

a temperature range above –15 °C, if the following general rule

is considered for putting the cold system into operation:

If the air within the system is cooled down, the relative humid-

ity rises. If it reaches 100%, condensation will arise, usually in

the boundary layer between the air and a cooler surface, to-

gether with formation of ice or dew at sensitive areas of the

system (contacts, IC pins, etc.). Once internal condensation

occurs, troublefree operation cannot be guaranteed, independent

of temperature.

UMGEBUNGSBEDINGUNGEN / AMBIENT CONDITIONS

Vor der Inbetriebnahme muss das System auf allfällige interne

Betauung oder Eisbildung überprüft werden. Nur bei sehr

leichter Eisbildung kann mit direkter Verdunstung (Sublimati-

on) gerechnet werden; andernfalls muss das System im abge-

schalteten Zustand gewärmt und getrocknet werden.

Das System ohne feststellbare interne Eisbildung oder Betau-

ung soll möglichst homogen (und somit langsam) mit eigener

Wärmeleistung aufgewärmt werden; die Lufttemperatur der

Umgebung soll ständig etwas tiefer als diejenige der Syste-

mabluft sein.

Ist es unumgänglich, das abgekühlte System sofort in warmer

Umgebungsluft zu betreiben, so muss diese entfeuchtet sein.

Die absolute Luftfeuchtigkeit muss dabei so tief sein, dass die

relative Feuchtigkeit, bezogen auf die kälteste Oberfläche im

System, immer unterhalb 100% bleibt.

Es ist dafür zu sorgen, dass beim Abschalten des Systems die

eingeschlossene Luft möglichst trocken ist (d.h. vor dem Ab-

schalten im Winter den Raum mit kalter, trockener Luft belüf-

ten und feuchte Gegenstände, z.B. Kleider, entfernen).

Die Zusammenhänge sind im folgenden Klimatogramm er-

sichtlich. Zum kontrollierten Verfahren gehören Thermometer

und Hygrometer sowie ein Thermometer innerhalb des Systems.

Beispiel 1: Ein Ü-Wagen mit einer Innentemperatur von 20 °C

und 40% relativer Luftfeuchtigkeit wird am Abend abgeschal-

tet. Sinkt die Temperatur unter +5 °C, bildet sich Tau oder Eis.

Beispiel 2: Ein Ü-Wagen wird morgens mit 20 °C warmer Luft

von 40% relativer Luftfeuchtigkeit aufgewärmt. Auf Teilen, die

kälter als +5 °C sind, bildet sich Tau oder Eis.

Before putting into operation, the system must be checked for

internal formation of condensation or ice. Only with a minute

formation of ice, direct evaporation (sublimation) may be ex-

pected; otherwise the system must be heated and dried while

switched off.

A system without visible internal formation of ice or condensa-

tion should be heated up with its own heat dissipation, as ho-

mogeneously (and subsequently as slow) as possible; the ambi-

ent temperature should then always be lower than the outgoing

air.

If it is absolutely necessary to operate the system immediately

within warm ambient air, this air must be dehydrated. In such a

case, the absolute humidity must be so low that the relative

humidity, related to the coldest system surface, always remains

below 100%.

Ensu re that t he enclosed air is as dr y as p ossibl e when powe-

ring off (i.e. before switching off in winter, aerate the room with

cold, dry air, and remove humid objects as clothes from the

room).

These relationships are visible from the following climatogram.

For a controlled procedure, thermometer and hygrometer as well

as a thermometer within the system will be required.

Example 1: An OB-van having an internal temperature of

20 °C and rel. humidity of 40% is switched off in the evening.

If temperature falls below +5 °C, dew or ice will be forming.

Example 2: An OB-van is heated up in the morning with air of

20 °C and a rel. humidity of 40%. On all parts being cooler than

+5 °C, dew or ice will be forming.

WARTUNG / MAINTENANCE

VII

Wartung und Reparatur

Durch Entfernen von Gehäuseteilen, Abschirmungen

etc. werden stromführende Teile freigelegt. Deshalb

müssen u.a. die folgenden Grundsätze beachtet werden:

Eingriffe in das Gerät dürfen nur von Fachpersonal

unter Einhaltung der geltenden Vorschriften vorge-

nommen werden.

Vor Entfernen von Gehäuseteilen muss das Gerät aus-

geschaltet und vom Netz getrennt werden.

Bei geöffnetem, vom Netz getrenntem Gerät dürfen

Teile mit gefährlichen Ladungen (z. B. Kondensatoren,

Bildröhren) erst nach kontrollierter Entladung, heiße

Bauteile (Leistungshalbleiter, Kühlkörper etc.) erst

nach deren Abkühlen berührt werden.

Bei Wartungsarbeiten am geöffneten, unter Netz-

spannung stehenden Gerät dürfen blanke Schaltungs-

teile und metallene Halbleitergehäuse weder direkt noch

mit nichtisoliertem Werkzeug berührt werden.

Zusätzliche Gefahren bestehen bei unsachgemässer

Handhabung besonderer Komponenten:

• Explosionsgefahr bei Lithiumzellen, Elektrolyt-Kon-

densatoren und Leistungshalbleitern

• Implosionsgefahr bei evakuierten Anzeigeeinheiten

• Strahlungsgefahr bei Lasereinheiten (nichtioni-

sierend), Bildröhren (ionisierend)

• Verätzungsgefahr bei Anzeigeeinheiten (LCD) und

Komponenten mit flüssigem Elektrolyt.

Solche Komponenten dürfen nur von ausgebildetem

Fachpersonal mit den vorgeschriebenen Schutzmitteln

(u.a. Schutzbrille, Handschuhe) gehandhabt werden.

Maintenance and Repair

The removal of housing parts, shields, etc. exposes

energized parts. For this reason the following precauti-

ons should be observed:

Maintenance should only be performed by trained per-

sonnel in accordance with the applicable regulations.

The equipment should be switched off and disconnected

from the AC power outlet before any housing parts are

removed.

Even if the equipment is disconnected from the power,

parts with hazardous charges (e.g. capacitors, picture

tubes) must not be touched until they have been pro-

perly discharged. Touch hot components (power semi-

conductors, heat sinks, etc.) only when cooled off.

If maintenance is performed on a unit that is opened

and switched on, no uninsulated circuit components and

metallic semiconductor housings must be touched nei-

ther with your bare hands nor with uninsulated tools.

Certain components pose additional hazards:

• Explosion hazard from lithium batteries, electrolytic

capacitors and power semiconductors

• Implosion hazard from evacuated display units

• Radiation hazard from laser units (non-ionizing),

picture tubes (ionizing)

• Caustic effect of display units (LCD) and such com-

ponents containig liquid electrolyte.

Such components should only be handled by trained

personnel who are properly protected (e.g. safety

goggles, gloves).

WARTUNG / MAINTENANCE

VIII

Elektrostatische Entladung (ESD)

bei Wartung und Reparatur

ATTENTION:

ACHTUNG:

Viele ICs und andere Halbleiter sind empfindlich gegen

elektrostatische Entladung (ESD). Unfachgerechte Be-

handlung von Baugruppen mit solchen Komponenten

bei Wartung und Reparatur kann deren Lebensdauer

drastisch vermindern.

Bei der Handhabung der ESD-empfindlichen Kompo-

nenten sind u.a. folgende Regeln zu beachten:

• ESD-empfindliche Komponenten dürfen ausschliess-

lich in dafür bestimmten und bezeichneten Ver-

packungen gelagert und transportiert werden.

• Unverpackte, ESD-empfindliche Komponenten dür-

fen nur in dafür eingerichteten Schutzzonen (EPA,

z.B. Gebiet für Feldservice, Reparatur- oder Service-

platz) gehandhabt und nur von Personen berührt

werden, die durch ein Handgelenkband mit Serie-

widerstand mit dem Massepotential des Reparatur-

oder Serviceplatzes verbunden sind. Das gewartete

Gerät wie auch Werkzeug, Hilfsmittel, EPA-

taugliche (elektrisch halbleitende) Arbeits-, Ablage-

und Bodenmatten müssen ebenfalls mit diesem Po-

tential verbunden sein.

• Die Anschlüsse der ESD-empfindlichen Komponen-

ten dürfen unkontrolliert weder mit elektrostatisch

aufladbaren (Gefahr von Spannungsdurchschlag),

noch mit metallischen Oberflächen (Schockent-

ladungsgefahr) in Berührung kommen.

• Um undefinierte transiente Beanspruchung der Kom-

ponenten und deren eventuelle Beschädigung durch

unerlaubte Spannung oder Ausgleichsströme zu ver-

meiden, dürfen elektrische Verbindungen nur am ab-

geschalteten Gerät und nach dem Abbau allfälliger

Kondensatorladungen hergestellt oder getrennt wer-

den.

Electrostatic Discharge (ESD)

during Maintenance and Repair

Observe precautions for handling devices sensitive to

electrostatic discharge!

Respecter les précautions d’usage concernant la mani-

pulation de composants sensibles à l’électricité statique!

Vorsichtsmassnahmen bei Handhabung elektrostatisch

entladungsgefährdeter Bauelemente beachten!

Many ICs and semiconductors are sensitive to elec-

trostatic discharge (ESD). The life of components con-

taining such elements can be drastically reduced by

improper handling during maintenance and repair work.

Please observe the following rules when handling ESD

sensitive components:

• ESD sensitive components should only be stored and

transported in the packing material specifically pro-

vided for this purpose.

• Unpacked ESD sensitive components should only be

handled in ESD protected areas (EPA, e.g. area for

field service, repair or service bench) and only be

touched by persons who wear a wristlet that is con-

nected to the ground potential of the repair or service

bench by a series resistor. The equipment to be repai-

red or serviced and all tools, aids, as well as electri-

cally semiconducting work, storage and floor mats

should also be connected to this ground potential.

• The terminals of ESD sensitive components must not

come in uncontrolled contact with electrostatically

chargeable (voltage puncture) or metallic surfaces

(discharge shock hazard).

• To prevent undefined transient stress of the compo-

nents and possible damage due to inadmissible volta-

ges or compensation currents, electrical connections

should only be established or separated when the

equipment is switched off and after any capacitor

charges have decayed.

WARTUNG / MAINTENANCE

SMD-Bauelemente

Der Austausch von SMD-Bauelementen ist ausschliess-

lich geübten Fachleuten vorbehalten. Für verwüstete

Platinen können keine Ersatzansprüche geltend gemacht

werden. Beispiele für korrekte und falsche SMD-

Lötverbindungen in der Abbildung weiter unten.

Bei Studer werden keine handelsüblichen SMD-Teile

bewirtschaftet. Für Reparaturen sind die notwendigen

Bauteile lokal zu beschaffen. Die Spezifikationen von

Spezialbauteilen finden Sie in der Serviceanleitung.

SMD Components

SMDs should only be replaced by skilled specialists.

No warranty claims will be accepted for circuit boards

that have been ruined. Proper and improper SMD sol-

dering joints are depicted below.

Studer does not keep any commercially available SMDs

in stock. For repair the corresponding devices should be

purchased locally. The specifications of special compo-

nents can be found in the service manual.

EMV / EMC

Störstrahlung und Störfestigkeit

Das Gerät entspricht den Schutzanforderungen auf dem

Gebiet elektromagnetischer Phänomene, wie u.a. in den

Richtlinien 89/336/EWG und FCC, Part 15, aufgeführt:

1. Vom Gerät erzeugte elektromagnetische Strahlung ist

soweit begrenzt, dass bestimmungsgemässer Betrieb

anderer Geräte und Systeme möglich ist.

2. Das Gerät weist eine angemessene Festigkeit gegen

elektromagnetische Störungen auf, so dass sein be-

stimmungsgemässer Betrieb möglich ist.

Das Gerät wurde getestet und erfüllt die Bedingungen

der im Kapitel „Technische Daten“ aufgeführten EMV-

Standards. Die Limiten dieser Standards gewährleisten

mit angemessener Wahrscheinlichkeit sowohl den

Schutz der Umgebung wie auch entsprechende Stör-

festigkeit des Gerätes. Absolute Garantie, dass keine

unerlaubte elektromagnetische Beeinträchtigung wäh-

rend des Betriebes entsteht, ist jedoch nicht gegeben.

Um die Wahrscheinlichkeit solcher Beeinträchtigung

weitgehend auszuschliessen, sind u.a. folgende Mass-

nahmen zu beachten:

• Installieren Sie das Gerät gemäss den Angaben in der

Betriebsanleitung, und verwenden Sie das mitgelie-

ferte Zubehör.

• Verwenden Sie im System und in der Umgebung, in

denen das Gerät eingesetzt ist, nur Komponenten

(Anlagen, Geräte), die ihrerseits die Anforderungen

der obenerwähnten Standards erfüllen.

• Sehen Sie ein Erdungskonzept des Systems vor, das

sowohl die Sicherheitsanforderungen (die Erdung der

Geräte gemäss Schutzklasse I mit einem Schutzleiter

muss gewährleistet sein), wie auch die EMV-Belange

berücksichtigt. Bei der Entscheidung zwischen stern-

oder flächenförmiger bzw. kombinierter Erdung sind

Vor- und Nachteile gegeneinander abzuwägen.

• Benutzen Sie abgeschirmte Kabel, wo vorgesehen.

Achten Sie auf einwandfreie, grossflächige, korrosi-

onsbeständige Verbindung der Abschirmung zum

entsprechenden Steckeranschluss und dessen Gehäu-

se. Beachten Sie, dass eine nur an einem Ende ange-

schlossene Kabelabschirmung als Sende- bzw. Emp-

fangsantenne wirken kann (z.B. bei wirksamer Ka-

bellänge von 5 m oberhalb von 10 MHz), und dass

die Flanken digitaler Kommunikationssignale hoch-

frequente Aussendungen verursachen (z.B. LS- oder

HC-Logik bis 30 MHz).

• Vermeiden Sie Bildung von Masseschleifen oder ver-

mindern Sie deren unerwünschte Auswirkung, indem

Sie deren Fläche möglichst klein halten und den darin

fliessenden Strom durch Einfügen einer Impedanz

(z.B. Gleichtaktdrossel) reduzieren.

Electromagnetic Compatibility

The equipment conforms to the protection requirements

relevant to electromagnetic phenomena that are listed in

the guidelines 89/336/EC and FCC, part 15.

1. The electromagnetic interference generated by the

equipment is limited in such a way that other equip-

ment and systems can be operated normally.

2. The equipment is adequately protected against elec-

tromagnetic interference so that it can operate cor-

rectly.

The unit has been tested and conforms to the EMC

standards applicable to residential, commercial and

light industry, as listed in the section „Technical Data“.

The limits of these standards reasonably ensure protec-

tion of the environment and corresponding noise immu-

nity of the equipment. However, it is not absolutely

warranted that the equipment will not be adversely af-

fected by electromagnetic interference during operation.

To minimize the probability of electromagnetic interfer-

ence as far as possible, the following recommendations

should be followed:

• Install the equipment in accordance with the opera-

ting instructions. Use the supplied accessories.

• In the system and in the vicinity where the equipment

is installed, use only components (systems, equip-

ment) that also fulfill the above EMC standards.

• Use a system grounding concept that satisfies the

safety requirements (protection class I equipment

must be connected with a protective ground conduc-

tor) that also takes into consideration the EMC requi-

rements. When deciding between radial, surface or

combined grounding, the advantages and disad-

vantages should be carefully evaluated in each case.

• Use shielded cables where shielding is specified. The

connection of the shield to the corresponding con-

nector terminal or housing should have a large sur-

face and be corrosion-proof. Please note that a cable

shield connected only single-ended can act as a

transmitting or receiving antenna (e.g. with an effec-

tive cable length of 5 m, the frequency is above

10 MHz) and that the edges of the digital communi-

cation signals cause high-frequency radiation (e.g.

LS or HC logic up to 30 MHz).

• Avoid ground loops or reduce their adverse effects

by keeping the loop surface as small as possible, and

reduce the noise current flowing through the loop by

inserting an additional impedance (e.g. common-

mode rejection choke).

Konformitätserklärungen / Declarations of conformity

Class A Equipment - FCC Notice

This equipment has been tested and found to comply with

the limits for a Class A digital device, pursuant to Part 15

of the FCC Rules. These limits are designed to provide a

reasonable protection against harmful interference when the

equipment is operated in a commercial environment. This

equipment generates, uses, and can r adiate radio frequency

energy and, if not installed and used in accordance with the

instruction manual, may cause harmful interference to radio

communications. Operation of this equipment in a residen-

tial area is likely to cause harmful interference in which

case the user will be required to correct the interference at

his own expense.

Caution:

Any changes or modifications not expressly approved by

the manufacturer could void the user's authority to operate

the equipment. Also refer to relevant information in this

manual.

CE-Konformitätserklärung

Der Hersteller,

Studer Professional Audio AG,

CH-8105 Regensdorf,

erklärt in eigener Verant wortung, dass das Produkt

Studer On-Air 2000, Digital-Mischpult,

(ab Serie-Nr. 1001),

auf das sich diese Erklärung bezieht, entsprechend den

Bestimmungen der EU-Richtlinien und Ergänzungen

• Elektromagnetische Verträglichkeit (EMV):

89/336/EWG + 92/31/EWG + 93/68/EWG

• Niederspannung:

73/23/EWG + 93/68/EWG

mit den folgenden Normen und normativen Dokumenten

übereinstimmt:

• Sicherheit:

Schutzklasse 1, EN 60950:1992 + A1/A2:1993

•EMV:

EN 55103-1/-2:1996, elektromagnetische Umgebungen

E2 und E4.

Regensdorf, 7. Mai 1997

B. Hochstrasser, Geschäftsleiter

P. Fial a , Leiter QS

CE Declaration of C onform ity

The man ufacturer ,

Studer Professional Audio AG,

CH-8105 Regensdorf,

declares under his sole responsibility that the product

Studer On-Air 2000, Digital Mixing Console,

(on from serial No. 1001),

to which this declaration relates, according to following

regulations of EU directives and amendm ent s

• Electromagnetic Compatibility (EMC):

89/336/EEC + 92/31/EE C + 93/68/ E EC

• Low Voltage (LVD):

73/23/EEC + 93/68/EE C

is in conformity with the following standards or other nor-

mative documents:

•Safety:

Class 1, EN 60950:1992 + A1/A2:1993

•EMC:

EN 55103-1/-2:1996, electromagnetic environments E2

and E4.

Regensdorf, May 7, 1997

B. Hochstrasser, Man agin g d i rector

P. Fial a , Mana g er QA

On-Air 2000 Digital Mixing Console

Date printed: 05.10.99 SW V3.0 Contents E0/1

CONTENTS

1 Introduction...........................................................................................................................................................E1/1

1.1 Block diagram V3.0.......................................................................................................................................... E1/2

2 General.................................................................................................................................................................. E2/1

2.1 Utilization for the purpose intended................................................................................................................ E2/1

2.2 First steps....................................................................................................................................................... E2/1

2.2.1 Unpacking and inspection ......................................................................................................................E2/1

2.2.2 Installation .............................................................................................................................................E2/1

2.2.3 Adjustments, repair ................................................................................................................................ E2/2

2.2.4 PC-card.................................................................................................................................................. E2/2

2.3 Technical specifications (preliminary) ............................................................................................................ E2/3

3 Operating concept................................................................................................................................................. E3/1

3.1 Operating elements.........................................................................................................................................E3/2

3.1.1 Power switch .......................................................................................................................................... E3/2

3.1.2 Central section, display unit ...................................................................................................................E3/3

3.1.3 Central section, meter unit......................................................................................................................E3/3

3.1.4 Central section, monitoring and talkback................................................................................................ E3/4

3.1.5 Fader units .............................................................................................................................................E3/6

4 Channel functions.................................................................................................................................................. E4/1

4.1 Keys ...............................................................................................................................................................E4/1

4.2 Faders ............................................................................................................................................................E4/1

4.3 Overload indicator.......................................................................................................................................... E4/1

4.4 Channel screen...............................................................................................................................................E4/2

4.4.1 Channel screen fields .............................................................................................................................E4/2

4.4.2 Multi-Source Selector page..................................................................................................................... E4/4

4.4.3 Channel Control page, microphone input ...............................................................................................E4/5

4.4.4 Channel Control page, line input............................................................................................................E4/6

4.4.5 Equalizer control page, microphone input ..............................................................................................E4/8

4.4.6 Equalizer control page, line input...........................................................................................................E4/9

5 Master functions.................................................................................................................................................... E5/1

5.1 Login/logout...................................................................................................................................................E5/1

5.2 AUX and Insert control ..................................................................................................................................E5/2

5.3 N–1/audition master and telephone hybrid control ..........................................................................................E5/3

5.3.1 Additional N–1 outputs .......................................................................................................................... E5/4

5.4 Studio monitoring...........................................................................................................................................E5/5

5.5 Mixer set-up................................................................................................................................................... E5/6

5.6 Snapshots.......................................................................................................................................................E5/7

5.6.1 Recall a snapshot from memory..............................................................................................................E5/7

5.6.2 Save a snapshot to memory.....................................................................................................................E5/8

5.6.3 Delete a snapshot from memory..............................................................................................................E5/8

On-Air 2000 Digital Mixing Console

E0/2 Contents SW V3.0 Date printed: 05.10.99

5.7 Microphone settings ....................................................................................................................................... E5/9

5.7.1 Recall a microphone setting from memory..............................................................................................E5/9

5.7.2 Save a microphone setting to memory .................................................................................................. E5/10

5.7.3 Delete a microphone setting from memory ........................................................................................... E5/10

5.8 Using PC-cards ............................................................................................................................................ E5/11

5.8.1 Load a snapshot/mic setting from PC-card............................................................................................ E5/11

5.8.2 Save a snapshot/mic setting to PC-card ................................................................................................E5/11

5.8.3 Delete a snapshot/mic setting from PC-card .........................................................................................E5/12

5.9 Administrator............................................................................................................................................... E5/13

5.9.1 Features................................................................................................................................................ E5/13

5.9.2 Administrator selection of snapshots/mic settings................................................................................. E5/14

5.9.3 Users with and without a password....................................................................................................... E5/14

5.10 User administration...................................................................................................................................... E5/15

5.11 System configuration.................................................................................................................................... E5/15

5.12 Watch and stopwatch.................................................................................................................................... E5/16

5.12.1 Watch .................................................................................................................................................. E5/16

5.12.2 Fader stopwatch ................................................................................................................................... E5/17

5.12.3 User stopwatch..................................................................................................................................... E5/17

5.13 Master fader for PGM and REC outputs....................................................................................................... E5/18

6 Level meters ..........................................................................................................................................................E6/1

6.1 Standard level meters ..................................................................................................................................... E6/1

7 Monitoring............................................................................................................................................................. E7/1

7.1 Control room monitoring................................................................................................................................ E7/1

7.2 Studio monitoring ..........................................................................................................................................E7/4

7.3 Talkback ........................................................................................................................................................E7/5

7.3.1 Additional talkback functions................................................................................................................. E7/5

7.3.2 Talkback settings.................................................................................................................................... E7/6

7.4 External PFL.................................................................................................................................................. E7/7

8 Signaling................................................................................................................................................................ E8/1

9 Machine Control ...................................................................................................................................................E9/1

9.1 Keys and LEDs............................................................................................................................................... E9/2

9.2 Control outputs............................................................................................................................................... E9/4

9.2.1 CTRL OUT1 .......................................................................................................................................... E9/4

9.2.2 CTRL OUT2 .......................................................................................................................................... E9/4

9.3 Control inputs ................................................................................................................................................ E9/5

9.3.1 CTRL IN................................................................................................................................................ E9/5

9.3.2 EXTERN PFL input...............................................................................................................................E9/5

9.4 CTRL OUT1/2 & CTRL IN application examples .......................................................................................... E9/6

On-Air 2000 Digital Mixing Console

Date printed: 05.10.99 SW V3.0 Contents E0/3

10 Automation ...................................................................................................................................................... E10/1

10.1 Introduction.................................................................................................................................................. E10/1

10.2 Features of the On-Air 2000 CAB support.................................................................................................... E10/2

10.3 Application handling.................................................................................................................................... E10/4

10.3.1 Configuration for automation control.................................................................................................... E10/4

10.3.2 Routing................................................................................................................................................E10/4

10.3.3 Communication time-out...................................................................................................................... E10/6

10.3.4 Output selection ................................................................................................................................... E10/6

10.3.5 Start a new title from schedule..............................................................................................................E10/6

10.3.6 Next Indication..................................................................................................................................... E10/8

10.3.7 Indication of the currently playing input line........................................................................................ E10/8

10.3.8 Ready indication................................................................................................................................... E10/9

10.3.9 AUX mode........................................................................................................................................... E10/9

10.3.10 Text display..........................................................................................................................................E10/9

10.3.11 Input gain control................................................................................................................................. E10/9

10.3.12 Pre-listening......................................................................................................................................... E10/9

10.3.13 Billing................................................................................................................................................ E10/10

10.3.14 Time synchronisation .........................................................................................................................E10/10

11 User modes....................................................................................................................................................... E11/1

11.1 Purpose of user modes..................................................................................................................................E11/1

11.2 Access configurable functions of the console................................................................................................. E11/2

11.3 User administration ......................................................................................................................................E11/4

11.4 Administration functions.............................................................................................................................. E11/5

11.5 Log-in procedure and defaults ...................................................................................................................... E11/6

12 Configuration................................................................................................................................................... E12/1

12.1 Configuration handling ................................................................................................................................ E12/1

12.2 Configuration procedure............................................................................................................................... E12/2

12.2.1 Input ....................................................................................................................................................E12/4

12.2.2 Common settings.................................................................................................................................. E12/7

12.2.3 Output.................................................................................................................................................. E12/8

12.2.4 Level meter ..........................................................................................................................................E12/8

12.2.5 Time & date......................................................................................................................................... E12/9

12.2.6 System test ......................................................................................................................................... E12/10

12.2.7 Software update.................................................................................................................................. E12/11

12.2.8 Console dump ....................................................................................................................................E12/11

12.2.9 System synchronization...................................................................................................................... E12/12

12.2.10 Automation ........................................................................................................................................ E12/13

12.2.11 Monitor expander (optional)............................................................................................................... E12/13

12.2.12 Customer code.................................................................................................................................... E12/15

13 Sw update ........................................................................................................................................................ E13/1

13.1 Software structure......................................................................................................................................... E13/1

13.1.1 The CPU software package................................................................................................................... E13/1

13.1.2 DSP software package..........................................................................................................................E13/1

13.2 SW update procedure.................................................................................................................................... E13/2

13.2.1 Error handling PC-Card update............................................................................................................ E13/4

On-Air 2000 Digital Mixing Console

E0/4 Contents SW V3.0 Date printed: 05.10.99

14 System diagnostics and error handling........................................................................................................... E14/1

14.1 Error, warning, and information messages ................................................................................................... E14/1

14.1.1 System diagnostics ............................................................................................................................... E14/2

14.2 Indication on failure of restricted functions...................................................................................................E14/6

14.3 System test ................................................................................................................................................... E14/7

14.3.1 Buttons/faders...................................................................................................................................... E14/7

14.3.2 Fader calibration ..................................................................................................................................E14/8

14.3.3 Display................................................................................................................................................. E14/9

14.3.4 PC-Card............................................................................................................................................... E14/9

14.3.5 SW versions....................................................................................................................................... E14/10

15 Hardware modules .......................................................................................................................................... E15/1

15.1 Mic input module 1.942.220......................................................................................................................... E15/1

15.2 Analog line input module 1.942.230 (w. transformer); 1.942.232 (transformerless)...................................... E15/3

15.3 Digital input module 1.942.240.................................................................................................................... E15/3

15.4 Analog hex input module (optional) 1.942.245............................................................................................. E15/4

15.5 Digital hex input module (optional) 1.942.250 ............................................................................................. E15/5

15.6 Telephone hybrid module (optional) 1.942.140............................................................................................. E15/6

15.7 Analog output module (with balancing transformers) 1.942.120.................................................................. E15/7

15.8 Dual analog output module (with balancing transformers) 1.942.121...........................................................E15/7

15.9 Digital output module 1.942.124 ..................................................................................................................E15/8

15.10 Analog insert module (optional) 1.942.160................................................................................................... E15/9

15.11 Digital insert module (optional) 1.942.165 ................................................................................................. E15/10

15.12 Monitoring module 1.942.134/1.942.180.................................................................................................... E15/11

15.13 Monitoring module w. extension (optional) 1.942.138/1.942.181 ............................................................... E15/17

15.14 Serial interface module (optional) 1.942.145 .............................................................................................. E15/20

15.15 Clock sync module (optional) 1.942.135..................................................................................................... E15/21

15.16 Time sync module (optional) 1.942.150...................................................................................................... E15/22

15.17 TB mic input module (optional) 1.942.219 ................................................................................................. E15/23

15.18 DIP switches & jumpers ............................................................................................................................. E15/26

On-Air 2000 Digital Mixing Console

Date printed: 05.10.99 SW V3.0 Intro E1/1

1 INTRODUCTION

On-Air 2000 is a low-cost yet powerful digital mixing console for “on-air”

and small recording and editing studio applications. It has a modularity of 6

channels; the maximum console size is limited to 24 channel strips (stereo or

mono).

On-Air 2000 is based on a touch-screen user surface. Only the most impor-

tant functions have hardware control elements. Unlike other digital mixing

consoles, On-Air 2000 does not need external racks and power supply. Eve-

rything is integrated in a single, lightweight console.

Since it is fully digital, it can be adapted to the current user using snapshot

automation. Extensive configuration possibilities allow On-Air 2000 to be

integrated into almost any broadcast studio environment.

For an overview, please refer to the On-Air 2000 block diagram located on

the following two pages.

On-Air 2000 Digital Mixing Console

E1/2 Intro SW V3.0 Date printed: 05.10.99

1.1 Block diagram V3.0

PREAMP.1 A

PREAMP.2

PREAMP.3

DJ MIC 1

GUEST MIC.1

DC REJ

PHASE

DIG PAD EQU.

FILTER/

(INSERT) FADER BALANCE

INPUT CHANNELS

STUDIO MIC.1

GUEST MIC.2

STUDIO MIC.2

LINE INP. 1

TEL.HYBR. 1

HL INP.1

HL INP.2

TEL.HYBR. 2

INPUTS

DC REJ FILTER/

INSERT

CTRL I/O

(INSERT)DIG PAD

PHASE

EQU. BALANCEFADER

(INSERT)

PHASE

DC REJ

DIG PAD

FILTER/

EQU. BALANCEFADER

LINE INP. 2

AES INP.1d

SFC

AES INP.2

CD 2

SFC

AES INP.3

JINGLE

SFC

CD 1

TAPE 1

TAPE 2

TT 1

TT 2

EXT.1

EXT.2

ANALOG INP.WITH 6CH SELECTOR (OPTION)

EXT.2

EXT.1

TT 2

TT 1

TAPE 1

TAPE 2

HL INP.3

HL INP.4

CTRL I/O

AES INP.5

AES INP.4

AUTO 1

DAT1

AUTO 2

DAT2

SFC

(INSERT)DIG PAD

DC REJ

PHASE

FILTER/

EQU. BALANCEFADER

MONO LINE

STEREO LINE

ANALOG SIGNAL

DIGITAL SIGNAL (AES EBU)

CONFIG SELECTION

MONITOR SELECTOR

XLR CONNECTOR

D-TYPE CONNECTOR

DIN MULTIPIN (39p)

BANTAM JACK

HEADPHONE JACK SOCKET

CTRL I/O

* N-1 A/B STANDARD / N-1 C...F OPTIONAL

** MASTER FADER (IF CONFIGURED)

*** IF "PFL CUT ON CHANNEL ACTIVE" IS YES

AUX2

AUX1

N-1 A

N-1 F*

AUX 1

AUX 2

PFL

CHANNEL

MUTE

***

AUX2

AUX1

AUX 2

PFL

N-1 A

N-1 F*

AUX 1

AUX1

AUX2

N-1 F*

AUX 1

PFL

AUX 2

N-1 A

CHANNEL ON

CHANNEL

MUTE

***

CHANNEL ON

TB TO STUDIO

TB TO CR

TB TO STUDIO

TB TO CR

BUS

AUX2

AUX1

PFL

AUX 2

AUX 1

N-1 F*

N-1 A

CHANNEL ON

CHANNEL

MUTE

***

PROGRAM

RECORD

Σ AUDITION

PROGRAM

RECORD

AUDITION

PROGRAM

Σ RECORD

AUDITION

PROGRAM

RECORD

AUDITION

On-Air 2000 Digital Mixing Console

Date printed: 05.10.99 SW V3.0 Intro E1/3

PFL

REGENSDORF

SWITZERLAND

22.3.99 STI

OA2000_V3

ON AIR 2000 V3.0

BLOCK DIAGRAM AUDIO

1 19.4.99 STI

PPM

BAR-

GRAPH

VCA

BAR-

GRAPH

PPM

DIM

VCA

ANALOGDIGITAL

VCA

VOL CONTR

AUX1 MASTER

C+S TALK

MASTER AND MONITORING

METER 1

(INSERT)

C+S TALK

N-1 / F*

N-1 / A

METER INTERFACE

LIMITER

LIMITER (INSERT)

SEND RETURN

PFL**

RET 3

RET 2

SFC

RET 1

SEND 2

SEND 4

SEND 1

SEND 3

D d

a A

RET 4

4 x INSERTS

(OPTIONAL)

LIM

AUX2 MASTER

C TALK

OFF AIR

EXT.1

EXT.3

EXT.2

EXTERN MONITORING

EXT. TO PFL

EXT.PFL

EXT PFL CONTROL

LIMITER

(INSERT)

EXT. TB INPUT

EXT TB TO STUDIO

EXT TB TO CR

EXTERN TB INPUT

(OPTIONAL)

* WITH OPTION N-1 C...F, ONLY TWO STEREO INSERTS AVAILABLE

GUESTS

CR.LOUDSPEAKER

C.R. CUT + DIM

PFL/TB

STUDIO LSP

STUDIO

STUDIO CUT

MONO

STUDIO MONITOR

C.R./ DJ MONITOR

MONO

C.R.MON.

CR/PFL

TB TO STUDIO

TB TO C.R.MON

STUDIO MIC SIGN.

MIC SIGN.

TB TO TEL

MONITOR SELECT

N-1 A

N-1 F *

AUX 2

AUX 1

MAIN OUTPUTS

METER 2

PROGRAM/D

(

ON-AIR/D)

Σ PROGRAM/A

(

ON-AIR/A)

Σ RECORD/D

RECORD/A

Σ AUDITION

(OPTIONAL)

FADER**

PROGRAM

RECORD

Σ AUDITION

On-Air 2000 Digital Mixing Console

Date printed: 05.10.99 General E2/1

2 GENERAL

2.1 Utilization for the purpose intended

The On-Air 2000 mixing console is intended for professional use.

It is presumed that the unit is operated only by trained personnel. Servicing

is reserved to skilled technicians.

The electrical connections may be connected only to the voltages and signals

designated in this manual.

2.2 First steps

2.2.1 Unpacking and inspection

Your new mixing console is shipped in a special packing which protects the

units against mechanical shock during transit. Care should be exercised

when unpacking so that the surfaces do not get marred.

Verify that the content of the packing agrees with the items listed on the

enclosed shipping list.

Check the condition of the equipment for signs of shipping damage. If there

should be any complaints you should immediately notify the forwarding

agent and your nearest Studer distributor.

Please retain the original packing material because it offers the best protec-

tion in case your equipment ever needs to be transported.

2.2.2 Installation

Primary voltage: The power supply unit is auto-ranging; it can be used for mains voltages in

a range of 100...240 VAC

General precautions: Do not use the unit in conditions of excessive heat or cold, near any source

of moisture, in excessively humid environments, or in positions where it is

likely to be subjected to vibration or dust.

Do not use any liquids to clean the exterior of the unit. A soft, dry cloth or

brush will usually do.

For cleaning the touch-screen display windows, most of the commercially

available window or computer/TV screen cleaners are suited. Use only a

slightly damp (never wet) cloth. Never use any solvent!

Power connection: The attached female IEC 320/C13 mains cable socket has to be connected to

an appropriate mains cable by a trained technician, respecting your local

regulations. Refer to the “Installation, Operation, and Waste Disposal” sec-

tion at the beginning of this manual.

Maintenance work inside the units must be performed by a trained techni-

cian.

On-Air 2000 Digital Mixing System

E2/2 General Date printed: 05.10.99

Earthing: This equipment must be earthed, due to the mains input filter network be-

ing connected to the mains earth.

Some consideration should be given to the earthing arrangement of the sys-

tem at the center of which is the console. The console chassis is earthed to

the mains earth via the power supply. Ground loops may occur where signal

processing equipment, patched to the console, has its signal earth commoned

to the equipment chassis.

2.2.3 Adjustments, repair

Danger: All internal adjustments as well as repair work on this product must be per-

formed by trained technicians!

Replacing the supply unit: The primary fuse is located inside the power supply module and cannot be

changed. In case of failure, the complete supply unit must be replaced.

Please ask your nearest Studer representative.

2.2.4 PC-card

A standard On-Air 2000 mixing console is equipped with a PC-card socket.

Using the industry-standard SRAM PC-cards, the user can save important

console information on a card. This information can then be used to restore

the console to the same state at a later moment. Since the information stored

on the card is DOS compatible, it is easily transferred to an IBM-compatible

PC for data storage and backup.

Note: Although it is possible to format an SRAM card in a PC, the card must be

re-formatted in the On-Air 2000; therefore, the write protect tab must be set

to OFF when the card is used in the mixing console for the first time.

It is also possible for new software releases to be downloaded from an

SRAM PC-card. This feature is only available for users in possession of the

correct files. For more information on this subject, refer to section 13.

The mixing console PC-card support is restricted to 5 V, Type 1, SRAM

memory cards with a capacity of 64 kbytes to 32 Mbytes. Hot-swapping is

supported, too.

On-Air 2000 Digital Mixing Console

Date printed: 05.10.99 General E2/3

2.3 Technical specifications (preliminary)

General

Level specs, digital, in dB

: dB, referenced to full modulation (dB

, dB Full Scale)

Level specs, analog, in dBu: 0 dBu 0.775 Vrms

Level specs, analog, in dBu

: Level in dBu for full modulation ( 0 dB

)

Sampling rate: 48 kHz ±100 ppm (internally synchronized)

Headroom adjustable: 0...20 dB

Default setting: 9 dB

All input faders set to their 0 dB position. External analog sources: Source im-

pedance < 200 Ω. Frequency range: 20 Hz...20 kHz, if not stated otherwise.

Microphone inputs Microphone input modules have A/B-switchover and are equipped with a bal-

ancing transformer. The signal is routed to an electronically balanced, analog in-

sert point before the A/D-converter.

Input sensitivity –60...+20 dBu

(with 9 dB headroom: –69...+11 dBu)

Gain setting in steps of 1 dB

Phantom power, switchable 48 V

Frequency response ±0.5 dB

High-pass filter (12 dB/Octave) –3 dB @ 75 Hz ±5 Hz, switchable

Input impedance > 1 kΩ

Insert level +15 dBu

(with 9 dB headroom: +6 dBu)

A/D converter 20 bit (Delta-Sigma, 64 × oversampling)

Dynamics typ. 102 dB @ +15 dBu

(unweighted)

THD+N < –85 dB

, 20 Hz...20 kHz, @ –1 dB

(+15 dBu

)

THD+N < –100 dB

, 20 Hz...20 kHz, @ –30 dB

Noise figure typ. < 4 dB @ max. gain, bandwidth 20 kHz, R

= 200 Ω

Common mode rejection > 50 dB @ 15 kHz, > 75 dB @ 50 Hz

Line level inputs Analog line level input modules are available in three versions:

• Stereo input with A/B switching, with balancing transformer

• Stereo input with A/B switching, with electronically balanced input

• Stereo input with 6-input selector, with balancing transformer. On this module

the sources are connected via a 39-pin DIN connector.

Input sensitivity –10...+24 dBu

(with 9 dB headroom: –19...+15 dBu)

Gain setting in steps of 1 dB

Frequency response ±0.1 dB

Input impedance > 10 kΩ

A/D converter 20 bit (Delta-Sigma, 64 x oversampling)

Dynamics typ. 102 dB @ +15 dBu

(unweighted)

THD+N < –94 dB

, 20 Hz...20 kHz @ –1 dB

(+15 dBu

)

THD+N < –100 dB

, 20 Hz...20 kHz @ –30 dB

Common mode rejection > 50 dB @ 50 Hz...15 kHz, with transformer;

> 47 dB @ 50 Hz...15 kHz, electronically balanced

Digital inputs Digital input modules are available either with A/B switching or with a 6-input

selector. The module with A/B switching supports the AES/EBU (AES3-1992)

and S/PDIF (IEC 958) formats. It is equipped with XLR, Cinch, and Toslink

connectors.

The 6-input selector supports the AES/EBU (AES3-1992) format and is equipped

with a 39-pin DIN connector for source connection.

All digital inputs are equipped with a sampling frequency converter (SFC).

SFC resolution 20 Bit

Input sampling rate 30...54 kHz

THD+N < –105 dB

@ 1 kHz, 0 dB

Frequency response ±0.1 dB

Input impedance 110 Ω (XLR and DIN inputs); 75 Ω (Cinch input)

On-Air 2000 Digital Mixing System

E2/4 General Date printed: 05.10.99

Analog outputs Analog output modules are available with balancing transformer or with elec-

tronically balanced output.

Output level (transformer-balanced)

+4...+24 dBu

@ R

= 100 kΩ;

+4...+23 dBu

@ R

= 300 Ω

Output level (electronically balanced)

+4...+23 dBu

@ R

= 100 kΩ;

+4...+22 dBu

@ R

= 300 Ω

D/A converter 20 bit (Delta-Sigma, 128 x oversampling)

Dynamics typ. 101 dB (unweighted)

THD+N < –90 dB

@ 1 kHz, –1 dB

(+15 dBu

)

Frequency response ±0.2 dB

Output impedance < 40 Ω

Digital outputs Digital output modules are equipped with two independent outputs according to

the AES/EBU standard (AES3-1992). On each of these outputs, the same signal

is fed to two XLR sockets with individual buffers.

Output level 2...5 V

Output impedance 110 Ω

Equalizer Treble control (High) 5 kHz/10 kHz: ±15 dB (depending on Customer Code setting; refer to 12.2.12)

Equalizer (Mid) 200 Hz...10 kHz: ±15 dB

Bass control (Low) 200 Hz/400 Hz: ±15 dB

Crosstalk attenuation

Between channels > 90 dB

Input fader attenuation > 100 dB

Power supply Mains voltage 100...240 V, 50/60 Hz (auto-ranging)

Power consumption 150 VA typ. (On-Air 2000/24/4)

Note: Depending on the application, the on-air mixing consoles can have different

configurations. For this reason the abovementioned values are applicable

only to a typical configuration; in an individual case, the values may differ.

We reserve the right to make changes as technological progress may war-

rant.

On-Air 2000 Digital Mixing Console

Date printed: 05.10.99 Operating Concept E3/1

3 OPERATING CONCEPT

The normal operation of the console is as simple as possible. This has been

achieved by reducing the number of operating elements to the minimum.

Nevertheless, high flexibility has been achieved thanks to the use of touch-

screen technology which just shows those operating elements which are

needed at a certain time.

A channel fader and three buttons (ON, OFF, PFL) are the only hardware

operating elements in a channel strip. All other functions are available

through the touch-screens. To maintain a good console overview these

touch-screens (channel screens) are located right above the channel strips.

Symbols on the screens show the current settings on every channel. Touch-

ing one of the symbols assigns the center touch-screen (control screen) to

this function. Parameters can now be entered via the four rotary encoders

(e.g. equalizer parameters), or directly through the assigned touch-screen

(e.g. equalizer on/off). On the screen above the channel strips, the new set-

tings are immediately updated. The On-Air 2000 concept has all current

settings for every channel visible at any time. This innovative user surface is

called the “Touch’n’action” concept and is patented.

In broadcast applications many DJs and operators without a special techni-

cal education work on the same mixing console. Every DJ has his preferred

console settings, mainly EQ parameters for his microphone. In the On-Air

2000, individual settings can be stored; by simply pressing a key, every op-

erator can recall her or his particular, tailor-made setting and concentrate

afterwards upon her/his essential task – presenting a radio program meeting

the needs of the listeners.

Radio stations often use the same mixing console type for on-air and pro-

duction. The “Snapshot” feature easily turns the production console into an

on-air console within seconds, if required.

On-Air 2000 Digital Mixing System

E3/2 Operating Concept Date printed: 05.10.99

3.1 Operating elements

3.1.1 Power switch

The power switch is located on the rear side of the console next to the power

inlet.

On-Air 2000 Digital Mixing Console

Date printed: 05.10.99 Operating Concept E3/3

3.1.2 Central section, display unit

[1] Central touch-screen The central touch-screen display is used for parameter entries (refer to

sections 4, 5, 10, 12, and 13 for details) and always displays the current

time and date in digital and analog formats. Besides, the fader stopwatch

and the user stopwatch are always displayed.

[2] Rotary encoders Depending on the current status, the rotary encoders are used for parameter

settings.

[3] Contrast knob For setting the LC display contrast, depending on the desired viewing angle

and the ambient light conditions.

[4] User stopwatch control Keys to control the user stopwatch (lower). Refer to section 5.12.

[5] Loudspeaker for PFL and talkback signals.

3.1.3 Central section, meter unit

The central meter section allows installing four 190 × 40 mm meter mod-

ules. The level meters and/or groups of keys can be installed according to

the customer's specification. Therefore, no universally valid statement can

be given here.

START

STOP

RESET

DIGITAL MIXING CONSOLEON-AIR 2000

[1][5] [2] [4] [3]

On-Air 2000 Digital Mixing System

E3/4 Operating Concept Date printed: 05.10.99

3.1.4 Central section, monitoring and talkback

[1] Control room monitoring selector

Ten mutually releasing keys for selecting the control room monitoring signal

from the following sources:

AUX 2/AUX 1: Auxiliary, general purpose output sums;

AUDIT: Auxiliary, general purpose output sum with configurable inputs;

Σ REC: Recorder output signal;

Σ PGM: Program (on-air) output signal;

PFL: PFL (pre-fader listening) sum;

EXT 3: External analog input signal;

EXT 2: External analog input signal;

EXT 1: External analog input signal;

OFF AIR: External analog input signal (tuner for off-air listening).

[2] CR monitor speaker control

MON : Monitoring volume control.

DIM: If pressed, the monitor speaker level is reduced by 20 dB.

The DIM function is activated automatically if one of the TALK BACK

keys is pressed. If “CR DIM WHEN AUDITION SEL” is active (details:

refer to section 12.2.2), the monitoring source is AUDIT, and the DJ micro-

phone is on, the AUDIT level is not muted but reduced by 20 dB.

If DIM is active, the key is illuminated.

PFL/TB

EXT

PFL

MON

CUT

DIM

PHONES

PFL

MON

PFL

MON

TALK BACK

N–1 B

N–1 A

AUX 2

AUX 1

STUDIO

ON-AIR CR-MIC STUDIO-MIC

AUX 2

AUX 1

AUDIT

S REC

S PGM

PFL

EXT 3

EXT 2

OFF AIR

EXT 1

[3] [4] [5] [6] [8]

[7]

[1]

[2]

On-Air 2000 Digital Mixing Console

Date printed: 05.10.99 Operating Concept E3/5

CUT: If pressed, the monitor speakers are muted, and the CUT key is illuminated.

As long as one of the CR or DJ microphones is on, the monitor speakers are

automatically muted, and the CUT key is illuminated.

[3] PFL/TB PFL/TB: Volume control for the built-in PFL/TB speakers.

EXT PFL: The EXT PFL input can be used as an external PFL input to the monitoring

unit. If pressed, the key is illuminated, the external signal is routed to the

PFL bus, and the external PFL control output is active.

PFL>MON: If PFL is active on any channel, the PFL signal is routed to the main moni-

tor speakers. If no PFL is selected, the monitoring signal is the stereo CR

signal as selected. The PFL>MON key is illuminated if active.

[4] Headphones PHONES : Headphones volume control. The headphones socket (6.3 mm jack) is lo-

cated below the hand rest of the central console part.

Three keys allow different monitoring modes:

PFL: PFL and TB signals are routed to the headphones.

MON/PFL: The left-channel headphones signal is the mono PFL signal, while the right-

channel headphones signal is the mono CR signal as selected by the moni-

toring source selector [1]. If no PFL is selected, the headphones signal is the

stereo CR signal as selected.

MON: The headphones signal is the same stereo signal as selected by the monitor-

ing source selector [1]. It is, however, not affected by the DIM and CUT

functions.

[5] Talkback Selector for five talkback destinations:

N-1 B/N-1 A: Connection between the DJ microphone* in the control room and the corre-

sponding cleanfeed (N-1) bus; this allows talking e.g. to the connected tele-

phone hybrid(s) or communication lines.

AUX 2/AUX 1: Connection between the DJ microphone* in the control room and the AUX 2

or AUX 1 outputs.

STUDIO: Connection between the DJ microphone* in the control room and the studio

speakers and headphones.

The built-in PFL/TB loudspeakers and/or the headphones are used for talk-

back listening in the control room.

* If a console is equipped with an additional talkback microphone, this micro-

phone is used instead of the DJ microphone.

[6] F1...F5 Programmable function keys, e.g. for additional CR monitor selector keys

(with optional Monitor Expander unit, refer to section 12.2.11).

[7] Signaling lamps ON-AIR Is turned on by a control signal on the “SIGN.” control connector on the

monitoring module.

CR-MIC Is on if at least one microphone in the control room is routed to the program

or to the record bus (i.e. the corresponding sum is selected, the channel is

ON, and the fader is opened).

STUDIO-MIC Is on if at least one microphone in the studio is routed to the program or to

the record bus (i.e. the corresponding sum is selected, the channel is ON,

and the fader is opened).

[8] Loudspeaker for PFL and talkback signals.

On-Air 2000 Digital Mixing System

E3/6 Operating Concept Date printed: 05.10.99

3.1.5 Fader units

[1] OFF (“key no. 3”) Keys for deactivating or activating a channel. Can be reconfigured.

[2] ON (“key no. 2”) For details please refer to sections 9 and 15.

[3] Linear fader The audio path is fully digital, therefore the signal does not pass through the

fader; their stroke length is 104 mm. For details concerning fader start con-

trol please refer to sections 9 and 15.

[4] PFL (“key no. 1”) Key for activating/deactivating the PFL (pre-fader listening) function.

[5] OVL Channel overload indicator.

[6] Contrast knob For setting the contrast of the LC display located above the fader panel,

depending on the desired viewing angle and the ambient light conditions.

∞

OVL

PFL

OFF

OVL

PFL

OFF

OVL

PFL

OFF

OVL

PFL

OFF

OVL

PFL

OFF

OVL

PFL

OFF

∞

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