azur 851E/W User manual

Quick
Start
azur 851E/W
How to co _ nfigure a basic system
lnbetriebnahme fiir Ungeduldige
Konfigurieren eines einfachen Systems
D8marrage rapide
Comment configurer un systeme simple
Guia rclpida
Como configurar un sistema basico
Avvio rapido
Come configurare il sistema di base
Snel starten
Hoe u een basis systeem configureert
Kom hurtigt i gang
Sadan konfigureres et almindeligt system
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8 Cambridge Audio

What's
in
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Lieferumfang
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Contenido
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Cosa
contiene
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confezione?
Wat
u
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8
Cambridge
Audio
azur 851E
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Elnrlchtung
Set-up Installation
1
Unt,alflnced
orloderlol
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0
Input Type
Bal;wced
~
U nb alanced
2
3
4
5
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851E
Pre-Amplifer
To gett he best performance fr om you r Azur
851E/85 1W please read th e manual for more
information.
Um den vollen Lelstu ngsum f ang lhres Az ur
851E/851W erschlieBen zu k On nen, lesen Sie bi tte
die weit erf Ohrenden lnfor ma t lo nen lm H andbuch .
Po
ur profit er des mei lle ur es performa nces de votre
Azur
851E/851W, veuill ez consu lt er le manuel pour
ob
teni r des informations.
8 Cambridge Audio
lnstalacion Configureren
azur
lmpostazioni Opscetning
851W
Class XD power amplifier
No d eje de leer el manual. Contiene toda Ia
infor maci6n necesaria para ob tene r el miiximo
r endimiento de su equipo Azur 851E/851W.
P er ottenere le miglio ri prestazioni dal disposi ti ve
Azur 851E/851W, leggere a tt en tamen te il man uale
per le relative informaz l oni.
Om de beste prest aties van uw Azur 85 1 E/851W te
kr ijgen dient u de handleid ing te lezen voor mee r
informatie.
laes manualen for at fAflere oplysninger om,
hvordan du f Ar det bedste og meste ud af di n Azur
85 1Ej851W-enhed.
4 To6bl nony 4l11T b Ha i'l ny 4wlo1 e x apanep i'l cn 1 Kiil or
Ba wero Azur 8 51 E1851W n p~-1 3Kc nn ya T 84 1U1 ,
fl0)1(80yliiCTa, 03H8KO Mb Tecb C,Qatl bHe i1 wel1
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CAPS: Five-way protection system
Cambndge Audio nas developed a proprietary protection system to ensure reliability
and long life of i ts amplifiers. This protection system comprises five main protecti on
methods:
1. DC detection *
Indicator -Unit has swttched off durmg o~ration, protection LEO constantly flashes
in Single bu
rs ts.
Description -
CAP5 offers loudspeaker protect iOn if the output of the amplifrer goes to
a htgh cons tanl voltage (OC). Ttus tS a rare fault. althougt1 detecting it could just save
those ell.pensive loudspeakers.
Remedy Due to the necessar~ · sensttivtty of the DC protectt on ctrcui t,
hard cl1ppmg of the ampli fter may cause DC protection to be tr iggered.
It this fau lt occurs please swttch the unit off, power up again and check ol)eration
wtth a r educed ' iOiurne leveL If the DC fault occurs agau) please contact your Jeat er
tor servrce.
2. Over temperature detection**
Indicator - Un1t has SWitC hed off durmg op erati on, protection LED constantly flashes
rn bwsls of two.
Description - CAP5 mcludes tempe1atu re datect1on wh1ch co nstantly monitors the
11eat gen e rated b) the output transr s tors. If the monitored temperature reache s a h ig h
levtt l (s uitably with 1n the lim1ts of tne output de v1 ces1 the cunphfier will automat1caUy
sw1tch 1nto a fault mode. If the loudo.peake r impedance IS lOw, the temperature of the
drnplifier
may rise faster as the ampli f1er rs wori<rng harder. II t he amplifier is r nountt.>(i
illa cabmet or the ventilation slots ore obstructed, th e o-.er -temperature dete ction may
act rva te/ reacuvate after ashort listenmg time.
Remedy - The unit IS not damaged. altt10ugh 11 snould be lett fo r 15 minutes to coo l
down bef01e berng swrtched out of Standby.
3. Overvoltage;overcurrent detection*·**
lndiCi'!tor - tm 1t has switched o rr du nnll ope ratio n. protection LEO constantly flashes
m bursts of three.
Description - CAPS offers V/ 1 pr ote ct r on by con stantly monitori ng the
output trans1sto
rs to keep t nem working rnsrde their Safe Op &ra t in g
Ar ea ( SOA ). The SOArs a set of limrt s giv en by the output tran sisto r manufacturer to
ensure rellab1hty . V/ l also prot ects the amplifier agains t short -c ircuits on the speaker
t ermm als durrng use.
Remedy - The amplifier is oemg usea outside 1ts pe rformance en v elope. Reduc e
t
he volume . Al so check to see if lilere IS a sno rt - or partial shon-circurt lletween the
loudspeaker te rmm als
Note: It the mdrcation rema ms the same an d mul ti ple loudspeakers are bei ng us ed
on each lo udspeaker output. then please remove a pair and retry. if too many
loudspeakers a re conn ected to any au1plrf1er, causing the load resistance to drop too
low, the amphfier w rU be ove rd riv en . CAPS w1 11 de te ct tnrs S!tU<:r\IOn. If the rndi cation
remarns the same with only one set of loudspeakers connected. there may be a fault
v. 1th one or both ofthe lou dspeakers.
4. Short~ircuit detection**·*-*
Indicator - As t he uwt attempts to come ou t of Standby rrr od e. the pr otection LEO
nashes rn bw sts of four.
Description Ounng power up fr om Standby, CAPS performs a che c.._
on the loudspeaker te rm inals to see if a short across the terminals has
been acc rdentally rntroducad. If the resistance measured across the loudspeaker
term m als rs t oo low. the unit w rll remain in Standby mode wml the fault ha s be en
rem o ve d and power up is re-attempted
Remedy - User.re l.;lte d fau l t. T nare may be a slwrt- circ uit between t he lotJdspeaker
h:rt n rnal s. Chec" allloud spea..,e rconnections befo reattemptmg to swttcl'l tile urut ou t
of
Standby.
5. Intelligent clipping detection *
Indicator · CltiJprng LED wrlf flashif t he audio output is at/ab ov e the clipping level.
Oe6crlptlon - CAPS has the abilit)' t0 o.1-etact ~><hen the amplifier starts to clip or
overdrwe at its output. which c an Clamage l oud spea ...,ers and degrade the sou nd .
Chpprng d is tortion rs caused at hr gh -.olume lev els when the output Signal bnefly goes
outsrde the ma~unum vo l tage tnat the amplifier ca n provide , causrng the tops of the
s1gnal to f la tten o ff.
CAPS: Fiinffaches Schutzsystem
Cambridge Audio hat ein firmeneigenes Schutzsystem entwickelt. um die
Zuverl8ssigkeit und lange Nutzunesdauer der Verst8rker sicherzustellen.
Oieses Schutzsystem umfasst fUnf HauptschutzrnethO<Ien:
1. DC-Erkennung *
Anzeige -Das Ger at schaltet sich w6hrend <les Betriebs aus. Die Schutz-LED
blmkt stetig einmat
auf .
Beschrelbung - CAP5 bietet lautsprecherschutz, wenn <ler Ausgang <les
Verstarkers zu einer hohen, j(onstanten Spannung (DC) wechseJt. Oas ist
zwar ein seltener Fehler, seine Erkennung kann jedoch teure lautsprecher
schUtzen.
Abhllfe -Aufgrund der erforderlichen Ernpfindlichkeit des DC·SchuUkreises
kann ein abruptes Abschneiden des Signals (Hard Clipping) des Verstllfkers
ein
AusiOsen <les CO-SchuUes verursachen. Wenn dieser Fehler euftritt,
schalten S
ie das Gerat bitte aus, dann schalten Sie es wieder ein und
Uberpruten seine Funktion bei verringerter LeutstSrke. Wenn der OC-Fehler
erneut auftritt. wenden Sie sich bitte an lhren Fachhandler.
2. Erkennung von zu hoher Temperatur **
Anzeige - Das Gerst schaltet Slch watvend des Betnebs aus . Die Schutz-lED blinkt
stetigzwermalauf
Beschrelbung -
CAPS umfass t eine rernperaturerkennung, die ko nstant die von den
Ausgangstrafos gen er ie rte Wi!rrme Uberwacht. Wenn dte Uberwachte Temperatur
den HOchstwert (gee1gnet innerhalb der G1enzwerte von Ausgangsgerilten) erre ic ht.
wi rd det Verstilrk.er automat1sch m den Fehlermodus umgeschaltet. Wenn dre
Lautsprecherimpedanz nredrig • st. kann die Temperatur des Ve rstiukers schneller
ste1gen. da det Verstarker mehr arbeiten muss . Wenn der Verstarker in ernem Schrank
angebracht 1st oder die IJentllationsschlitze blockiert sind . kann der Temperaturschutz
schon nach kurzestem HOren emgeschalt<!!t/ neu eingeschaltet werden.
Abhllfe - Das Gerat ist nic ht beSct1iJd r gt. es sollte 1ed och mindestens 15 Mlm rten
lang ausgeschaltet bleiben, um au s reichend abzukOhlen. bevor es aus dem Standby
a~rsgeschall~t wrrd.
3. Uberspannungs-/Oberstromerkennung * <*·*
Anzetge -Das GerSt schaltet sich wahrend des Betriebs aus. Die Schutz·LEO
blinht stetig dreimal
auf .
Beschrelbung - CAP5 bietet V/1-Schutz durch eine konstante Oberwachung
der Ausgangstrafos. damit sie innerhalb ihres sicheren Betriebsbereichs
(Safe Operating Area •
SOA) arbeiten. Der SOA ist ein Grenzwertsatz,
der vom Ausgangstrafo-Hersteller
fOr mehr ZuveriAssigkeit berertaestellt
wlrd.
V/1 schUtzt den Verst8rker auch vor Kurzschtussen in den
LautsprecheranschiOssen wAhrend des Gebrauchs.
Abhille -
Oer Verstarker wird au6erhalb seines Lelstungspakets
verwen<let Verringern Sie die lautstArke. OberprOfen
Sie, ob es
einen Kmzschluss oder einen
partielen Kurzschluss zwischen den
LautsprecheranschiUssen
&ibt
Hinweis: Wenn die Anzeige g~ich bleibt und mehrere Lautsprecher an
jedem lautsprecherausgang verwendet werden. entfernen Sie
b1tte
ein Lautsprecherpaar und versuchen S~ es erneut Wenn zu vlele
lautsprecher am Verstlirker angeschlossen sind. fiillt der Lastwiderstand
ab und der Verstarker Oberhitzt. CAP5 wird diese Situation erkennen.
Wenn die Anzeige bei nur einem angeschlossenen lautsprecherpaar
gleich bleibt. kann in einem oder beiden ein Oefekt vorliegen.
4. Kurzschlusserkennung ****
Anzeq:e -Wenn das GerSt versucht sich aus <lem Standby-Modus
einzuschatten, blinkt die Schutz-LEO viermal stetig auf. '
Beschreibung -Beirn Einschalten nach Standby OberprUft CAP5
die lautsprecheranschiGsse auf einen versehentlich ausgel6sten
Kurzschluss. Wenn der gemessene Gesamtwl<lerstand an den
LautsprecheranschiOssen zu niedrig ist, wird der Verst8rker
im Standby-
Modus erst eingeschaltet, wenn der Fehler behoben und ein erneutes
Einschalten versucht wird.
Abhltfe -Benuuerbe<lingter Fehler. Es kann ein Kurzschluss zwiSChen
den LautsprecheranschiUssen vorliegen. Oberprlifen Sie aile
Lautsprecherverbindungen, bevor Sie das GerSt aus dem Standby
etnschalten.
5. lntelllgente Abschneldorkennung (Clipping)*
A!lzelge -Ole Clipping-LED blinkt, wenn derAudlo·Ausgang am 1Ober dem
CHpping-Pegel liegt.
Beschreibung -
CAPS kannerkennen, wenn derVerstarker seinen Ausgang
abschneidet oder Obersteuert. was die Lautsprecher beschiidigen und
den
Ton verschlechtern kann. Abschneidverzerrunll wird durch hohe
Lautst8rken erzeugt, wenn das Ausgangsslgnal kurz au6erhalb des
max. Spannungsbereichs lautt, das der VerstSrker bieten kann. Dadurch
warden die Spitzen des Signals abgeflacht.
CAPS : Systeme de protection en clnq points
Cambridge Audio a conr;u un systeme de protection exclusif pourgarantir
Ia fiahilite
et Ia longevitE! de ses amplificateurs. Ce dlspositifest constitue
de
Cinq principates methodeS de protection :
1. Detection de courant continu *
Temoln -l.'appareil s'est 8telnt en cours de fonctionnement. le temoin
lumineux de protection clignote en permanence, une Illumination a
Ia
fois.
Description -
Le systeme CAPS assure une protection des enceintes si Ia
sortie <le l'amplificateur est branch6e sur una tension constante elevee
(courant continu).
II s'a&it d'une penne ra1e, toutefois sa detection peut
s·averer tr6s pr8deuse pour preserver vos enceintes de d8gats qui
pourraient leur etre fatals.
Remtde -
En raison de la sensibiltte necessaire du circuit de protection
CC. l'ticretage dur de l'aml>'ificateur peut entrainer le dCclenchement
de Ia protection
CC. Si cette panne survient. Cteignez l'appereil, puis
remettez·le sous tension
et verifiez lefonctionnement a un volume reduil
Si Ia panne de courant continu se reprodult, contactez votre revendeur
en vue
d'une reparation.
2.
Detection de surchauffe **
Temoln -L'appereil s'est eteint en cours de fonctionnement, le temoin
lumineux de protection clignote en permanence, deux illuminations
.3 Ia
fois.
Description -Le systeme
CAP5 integra une detection de temperature qui
surveille en permanence Ia chaleur generee parles transistors de sortie.
Si Ia temperature contr016e atteint un niveau Cleve (dans les limites des
dispositifs de sortie
). l'ampUficateur basculera automatiquement en
mode de panne.
Si nmp8dance des enceintes est taible, Ia temperature
de l'amplificateur
peut augmenter ~us rapidement du fait que
l'amplificateur est davantage sollicite.
Si l'amplificateur est instaue dens
un meuble ferme ou si les fentes d'aeraticm sont obstruees, Ia detection
de surchauffe peut s·activer;se reactiver apres
un court temps <1'6coute.
Remede -L'appareil n'est pas endommage, mais vous devez le laisser
refroidir pendant
15 minutes avant de quitter le mode veille.
3. Detection de surtenslon;surlntenslt& ***
T8m0in -L'appareil s·est etelnt en cours de fonctionnement, le temoin
lumineux de·protection clignote en permanence, trois illuminations 8
Ia
fois.
Oescrtptlon - Le systl!me CAPS assure une protection V/1 en contrOient
constamment les transistors de sortie afin de veiller 8 ce qu'ils
fouctionnent dans
~s Umites de leurs aires de securite (SOA). Les aires
<le securite ( SOA) sont un ensemble de limh:es indiquees par le fabricent
du transistor de sortie pour garantir la fiabilite. La protection V
/I protege
egalement ramplificateur contre les courts-circuits sur les bornes
d'enceintes pendant !' ut ilisation.
Remitae -L'amplificateur est utilise hors de son enveloppe de
performances.
RE!dulsez le volume. Verlflez egalement sl un court-circuit
ou court-circuit parti
e! s'est produit entre les bornes des enceintes.
Remarque : si l'indication reste Ia meme et que plusieurs enceintes sont
utilis6es
su1 cheque sortie d'enceinte, retirez une paire puis reesseyez.
Si un trop grand nombre d'enceintes sontconnectees a un amptificateur,
falsant cnuter trop bas Ia resistance de charge, l'amplificateur sera
sature.
le systeme CAPS detectera cette situation. Si l'in<lication reste Ia
meme avec une seule paire d'enceintes connect6es, l'une
ou/et I'autre
des enceintes prt!sente(nt) peut.atre un probteme.
4. Detection de court-circuit****
TemDin - lorsque !'apparel tente de sortir du mode veille, le temoin
lumineux de protection clignote. quatre illuminations a
Ia fois.
Description -Lors
de Ia mise sous tension a partir du mode veille. le
systeme CAPS effectue une verification sur les barnesdesenceintes pour
voir
si un court-circuit a ete acci<lentellement lntro<lult. Si Ia resistance
mesuree entre les bornes des enceintes
est uop faible,l'appareil restera
en mode veille jusqu·a
ce que le <18faut ait ete supprim6 et qu·une
nouvelle tentative de mise sous tension ait eu lieu.
Remitde -Panne due al'utilisateur. II est possible qu' un court-circuit se soit
produit ent1e les bornes des encelntes. Vt!riflez
tousles raccordements des
enceintes avant d'essayer
de quitter le mode veille.
5. Detection lntolllgonte de l'ecretago *
Temoln - La LED d'Eicretage clignotera si le signal audio dE!passe ouest au
meme niveau que Ia limite d'6cretage.
Description -
Le systCme CAPS est capable.de dE! teeter le moment auquel
l'amplificateur commence a
ecr~ter ou saturer a sa sortie, ce qui peut
endommager les enceintes et Utigrader le son. La distorsion <1'8cretage se
produit ades vmumes eleves lorsque le signal de sortie depasse brievement
Ia tension maximale que l'amplificateur
peut fournir, ce qui provoque
l'aplatissement des cretes du signal.
CAPS: sistema de protecclon con cinco vias
Cambridge Aud10 ha desarrollado un sistema de protecci6n exclu a ivo para garantizar
Ia fiabilidad y lar~ vida Util de sus amplificadores. Este Sistema de protecci6n inc l uye
cmco metodos de protecaOn ·
1. Detecclon de CC *
lndicador: - Ia unidad se ha desactivado durante su funcionamiento, et lEO
de protecci6n parpadea constantemente en rafagas de uno.
Descrlpcl6n - CAP5 ofrece protecci6n a los altavoces si Ia salida del
ampUficador edopte una altatensiOn constante
(CC). Aunque se trata <le una
averia muy rara, detectarla puede salvar unos altavoces costosos.
SoluciOn: -<lebido a Ia necesaria sensibilidad del circuito de protecci6n CC.
Ia limitaci6n brusca de Ia amplitud de onda (hard clipping) del amplificador
puede provocar que se dispare
Ia protecci6n CC . Si se produce este fallo.
desconecte Ia unidad, vuelva a conectarla y compruebe
que funcione a un
nivel de volumen menor.
Si se produce el fallo CC de nuevo. p6ngase en
contacto con su distribuidor.
2. Deteecl6n de temperatura exceslva **
lndlcador: -Ia unidad se ha desactivado durante su funcionamiento. el LED
de protecci6n parpadea constantemente en rafagas de dos.
Oeacripcl6n - CAPS incluye detecciOn de Ia temperatura, que monitoriza
constantemente el calor gerrerado por los transistores de salida.
Si Ia
temperatura monitorizada alcanza un nivel elevado (dentro de los limltes de
los dispositivos de salida),
el amplificador se pondui automtiticamente en
modo de fallo.
Si Ia impedancia de los altavoces es baja, Ia temperatura del
amplificador puede subir mas rBpi<lo, ya que ei amptificador debe trabajar
mas.
Si el amplificador esta instalado en un armarlo o las ranuras de
ventilaci6n estan obstruidas. Ia detecci6n de temperatura excesiva puede
activarsejreactivarse despues de un corto periodo de escucha.
SoluciOn - Ia unidad no esta daflada. aunque debe dejarse que se enfrie
durante
lS minutos antes de sallr del modo de reposo.
3. Deteccl6n de sobretensl6njsobrelntensldad ***
lndlcador: - Ia unidad se ha desactivado durante su funcionamiento, el lED
de protecci6n parpadea constantementeen r8fagas de tres.
De•crlpciOn-
CAPS ofrece protecci6n V/1 monitorizando contlnuamente los
transistores de salida para que funclonen dentro de su area operativa de
seguridad
(SOA). El SOA es una serle de If mites indlcados por el fabricante
del transistor de salida para garantizar
su fiabllidad. V/1 tembltin prote'e al
amplifica<lor trente a cortocircuitos en los termlnales de altavoces durante
su uso.
Soluci6n: -el ampliticador se est8 usando fuera de su margen de
funcionamiento. Reduzca el volumen. Compruebe tambien
si hay alglin
cortocircuito total o parcial entre los terminates
de altevoces.
Nota; Si 18 indiceci6n se mantiene igual y se utilizen varios alt8\loces en ceda
salida
de altavoces, desconecte una pareja y vuelva a intentarlo. Si hay
demasia<los altavoces conecta<los a
un ampllficador, lo que provoca que Ia
resistencia de carga sea demasiado baja, el aml>'fflcador podria saturarse.
CAPS detectara esta situaci6n. Si Ia indicaci6n permanece igual con una
sola pareja de
alta'o'Oces conectados. puede haber un fallo en uno o los dos
altavoces.
4. Detecclon de cortoclrcultos ****
lndlcador: -mientras Ia unidad intenta salir del modo de reposo. el LEO de
protecci6n parpadea en r3fagas
de cuatro.
DeKrlpciOn: -
al sacar Ia unidad del modo de reposo, CAPS realiza una
comprobaci6n de los terminales de altavoces para comprobar si se
ha producido por accidente un cortocircuito entre los terminales. Si Ia
resistencia medida entre los terminates de altavoces es demasiado baja, Ia
unidad permanecera en el modo
de reposo hasta que se haya solucionado
el fallo y vuelva a lntentarse encenderla.
SOIUCI6n: -fallo relacionado con el usuario. Puede haber un cortocircuito
entre los terminates de altavoces. Compruebe todas las conexiones de
altavoces antes de intentar sacar
Ia un idad del modo de reposo.
5. Deteccl6n de recorte lntellgente *
lndlcador - La luz LED de sobrecarga parpadearB si Ia salida de audio se
encuentra al nivel de sobrecarga o
silo supera.
De•c,lpct6n -
CAPS tiene Ia capaci<lad de detectar cuitndo el amplificador
comienza a limitar o saturar Ia salida, lo que puede darlar los altavoces y
deg radar el sonido. La distorsi6n por limitaci6n se produce a altos niveles de
volumen. cuando Ia seflal de salida supera brevemente Ia tensiOn maxima
que puede suministrar
el ampliftcador, lo que provoca el aplanamiento <le
los picos de Ia serial.

For further information about Cambridge Audio, our products, news, reviews and
support, please visit:
Weitere lnfos
zu
Cambridge Audio, unsere Produkte, Neuigkeiten, Testberichte und
Kundendienst finden Sie unter:
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sur
Cambridge Audio, nos produits,
nouveautes, actualites
et
assistance, veuillez vous rendre sur notre site :
Para obtener mas informacion acerca de Cambridge Audio, nuestros productos,
noticias, reseiias
y
soporte, visite:
Per maggiori informazioni su Cambridge Audio e i nostri prodotti, per notizie, articoli
e assistenza, visitare:
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en support (ondersteuning), kunt u onze website bezoeken:
Du
kan finde flere oplysninger om Cambridge Audio, vores produkter, nyheder og
support pa:
6onee noApo6Hyto
HHcpopMa4HK>
o
KOMnaHHH
Cambridge Audio, ee
npoAyKTax,
HOBOCT~X,
063opax
lf1
TeXHl-1YeCKOill
no,Q.Qep>KKe
CM.
Ha
Be6-cai11Te:
www.cambridge-audio.com
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azur
851W
8
Cambridge
Audio
Your
music+
our passion

2
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Rear panel connections5
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Unbalanced stereo connections7
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Positioning
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Power sources
The unit should be operated only from the type of power source indicated
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do not bundle the interconnect leads with the power cord or speaker
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Cleaning
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A serious electric shock could result if this precautionary measure is
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Limited warranty

851Wazur
ENGLISH
5
Rear panel connections
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should be taken to ensure no stray strands of wire short the loudspeaker
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also possible for the sound quality to be affected if the screw terminals
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noise and interference in the cable when used with other equipment
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FRQWUROWKH:·V6WDQGE\2QVWDWXVLIGHVLUHG$JDLQWKHSURFHGXUHLV
VLPSO\WRFRQQHFWWKHWZRXQLWVWRJHWKHUXVLQJDPPWRPPPRQR
PLQLMDFNOHDGLQWKLVFDVH
&RQWURO%XVLVWKHUHFRPPHQGHGPHWKRGZKHQXVLQJDQ(DQGRWKHU
&DPEULGJH$XGLRHTXLSPHQWZLWK&RQWURO%XV,Q2XW
7ULJJHU,Q2XWFDQEHXVHIXOLIWKH:DQGLQGHHG(LVGHVLUHGWR
EHFRQWUROOHGE\RWKHUHTXLSPHQWWKDWIHDWXUHVWULJJHURXWSXWV&XVWRP
LQVWDOODQGRU0XOWL5RRP6\VWHPVHWF
Advanced connections
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,QDOORIWKHIROORZLQJH[DPSOHVHLWKHUEDODQFHGRUXQEDODQFHGFRQQHFWLRQVFDQEHXVHGWKHSULQFLSOHLVH[DFWO\WKHVDPHIRUHDFKW\SHRIFRQQHFWLRQ
)RUVLPSOLFLW\ZHZLOOVKRZRQO\WKHEDODQFHGFRQQHFWLRQVLQHDFKH[DPSOH
Bi-wired stereo connections
7KHGLDJUDPEHORZVKRZVWKH:FRQQHFWHGWRDQ(ELZLUHGWRD
SDLURIORXGVSHDNHUV
IMPORTANT! The metal strip connecting the low-frequency terminals to
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Note:
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²8QEDODQFHGFRQQHFWLRQVFDQDOVREHXVHG
851W
851E
851W
851E

851Wazur
ENGLISH
9
Bi-amped dual mono connections
Bridged dual mono connections
7KH:IHDWXUHV0RQRDQG%ULGJHG0RQRVHWWLQJVWKDWDOORZWZRRU
PRUH:VWREHXVHGDVPRQREORFVIRUKLJKHQGV\VWHPV%HORZLV
DQH[DPSOHXVLQJWZR:·VLQ%ULGJHG0RQRZLWKDQ(
,Q%ULGJHG0RQRPRGHHDFK:GULYHVRQHVSHDNHUacross its output
FKDQQHOVDFWLQJDVD:PRQRDPSOLÀHULQVWHDGRIDZSFVWHUHR
RQH2QH:GULYHVWKHOHIWVSHDNHUDQGWKHRWKHUWKHULJKW
Note:8QEDODQFHGFRQQHFWLRQVFDQDOVREHXVHG
Important 851W settings
2QO\XVHWKH/HIW,QSXWVRQWKH:IRU%ULGJHGRSHUDWLRQ
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¶0RQR·DQGWKH0RQRPRGHVZLWFKPXVWEHVHWWR¶%ULGJHG·
7KH:IHDWXUHV0RQRDQG%L$PSHG0RQRVHWWLQJVWKDWDOORZWZRRU
PRUH:VWREHXVHGDVPRQREORFVIRUKLJKHQGV\VWHPV%HORZLV
DQH[DPSOHXVLQJWZR:VLQ%L$PSHG0RQRZLWKDQ(
,Q%L$PSHG0RQRPRGHHDFK:GULYHVRQHVSHDNHU
Note:8QEDODQFHGFRQQHFWLRQVFDQDOVREHXVHG
Important 851W settings
2QO\XVHWKH/HIW,QSXWVRQWKH:IRU%L$PSHGRSHUDWLRQ
,QWKLVFRQÀJXUDWLRQWKH6WHUHR0RQRVZLWFKRQWKH:PXVWEHVHWWR
0RQRDQGWKH0RQRPRGHVZLWFKPXVWEHVHWWR%L$PS
7KH PHWDO VWULS FRQQHFWLQJ WKH ORZIUHTXHQF\ WHUPLQDOV WR WKH KLJK
IUHTXHQF\ORXGVSHDNHUWHUPLQDOVPXVWEHUHPRYHG
Stereo
Mono
Bi-Amp
Bridged
Bridged
Use Left Input for
Bridged / Bi-Amp
operation.
Mono Mode
Stereo
Mono
Bi-Amp
Bridged
Bridged
Use Left Input for
Bridged / Bi-Amp
operation.
Mono Mode
851W
851E
851W
Stereo
Mono
Bi-Amp
Bridged
Bridged
Use Left Input for
Bridged / Bi-Amp
operation.
Mono Mode
Stereo
Mono
Bi-Amp
Bridged
Bridged
Use Left Input for
Bridged / Bi-Amp
operation.
Mono Mode
851W
851E
851W

10
Powering On/Off the 851W
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power up or down the unit from custom install systems or preamps with
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PDWFKLQJ(SUHDPSWKDWDOORZVDVLQJOH5&$3KRQRWR5&$3KRQR
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FRPPXQLFDWHZLWKWKH:DQGDXWRPDWLFDOO\FRQWUROLWVSRZHUVWDWXV
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DQGDOVRDIIHFWSRZHUFRQWURO
/DVWO\WKH:FDQVHQVHLWVDXGLRLQSXWVDQGDXWRPDWLFDOO\SRZHUXS
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EHHQSUHVHQWIRUPLQV
7RHQDEOHGLVDEOH$XWR3RZHU8S$XWR3RZHU'RZQVHHWKHQH[WVHFWLRQ
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7KH:IHDWXUHVD&RQWURO%XVLQSXWRXWSXWWKDW
DOORZ XQPRGXODWHG UHPRWH FRQWURO FRPPDQGV
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7KHVH FRQWURO FRPPDQGV DUH W\SLFDOO\ JHQHUDWHG
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RUDQJH
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FRQWUROFRPPDQGVWREHUHFHLYHGHOHFWULFDOO\E\WKHXQLW&RPPDQGVRQ
this input operate the unit only and are not looped out demodulated on
WKH&RQWURO%XV2XWSXW
7KHXQLWUHVSRQGVWR¶GLUHFW·,5&RQWUROFRGHV DVZHOODV WRJJOHFRGHV
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6SHFLDOGLUHFW2Q2IIDQG0XWHFRPPDQGVFDQ EHDFFHVVHGIURPWKH
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IROORZV
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D VWDQGE\ WRJJOH FRPPDQG .HHS WKH EXWWRQ KHOG GRZQ DIWHU 
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FRPPDQGLVJHQHUDWHG
3UHVVDQGKROGWKH0XWHEXWWRQ7KHUHPRWHÀUVWJHQHUDWHVDPXWH
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IRUDIXUWKHUVHFRQGVD´0XWHRIIµFRPPDQGLVJHQHUDWHG
7KHVHFRPPDQGVDUHUHFRJQLVHGE\WKH:YLDWKH,5(PLWWHULQSXW
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ZZZFDPEULGJHDXGLRFRP
Custom installation (C.I.) use
IR Emitter
In In Out
Control Bus
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7KH/HIWDQG5LJKW¶2XWSXW·/('ZLOOVWDUWEOLQNLQJWRLQGLFDWHWKDW\RXDUH
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VHWWLQJRSWLRQV
5LJKW¶3URWHFWLRQ·/('$XWRSRZHUGRZQHQDEOHGE\GHIDXOW
5LJKW¶3URWHFWLRQ·DQG¶&OLSSLQJ·/('$XWRSRZHUGRZQDQGDXWRSRZHU
XSHQDEOHG
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/HIW¶3URWHFWLRQ·/('6HFRQG:HQDEOHG
/HIWDQG5LJKW¶3URWHFWLRQ·/('6HFRQG:DXWRSRZHUGRZQHQDEOHG
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DXWRSRZHUXSHQDEOHG

851Wazur
ENGLISH
11
&DPEULGJH $XGLR KDV GHYHORSHG D SURSULHWDU\ SURWHFWLRQ V\VWHP WR
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