Peavey Stereo Amplifier 646 049 User Manual

MM8800 Series  
MM8830  
MM8840  
MM8848  
O p e r a t i n g G u i d e  
Architectural Acoustics®  
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N G L I S H  
E N G L I S H  
MediaMatrix®  
1
BoB Interface Features  
• Eight balanced audio inputs and eight balanced audio outputs, each utilizing  
18-bit converters to transfer audio data to and from the MediaMatrix system.  
• Eight analog control inputs that may be used to control a device in a  
MediaMatrix view.  
• Eight digital control outputs that may be used to drive external TTLlogic level  
devices.  
• A digital interface, 9-pin D-type connector.  
The MediaMatrix® MM-8800 series Break-Out-Box (BoB) provides the means of interconnection between the  
MediaMatrix MainFrame, MiniFrame or X-Frame, and other components of the audio system.  
FRONT PANEL  
POWER LED (1)  
Illuminates when AC power is being supplied to the unit.  
3
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Rear Panel:  
6
7
8
9
2
3
4
5
REAR PANEL  
IEC LINE CORD INPUT (2)  
Provided to accept the removable AC line cord.  
FUSE (3)  
WARNING: THE FUSE SHOULD ONLY BE REPLACED WHEN THE POWER CORD HAS BEEN  
DISCONNECTED FROM ITS POWER SOURCE.  
CAUTION: USING A FUSE LARGER THAN THE RECOMMENDED SIZE COULD RESULT IN  
PERMANENT DAMAGE TO THE UNIT.  
The fuse is located within the cap of the fuseholder. If the fuse should fail, IT MUST BE REPLACED  
WITH THE SAME TYPEAND VALUE IN ORDER TO AVOID DAMAGE TO THE EQUIPMENTAND  
TO PREVENT VOIDING THE WARRANTY. If the unit repeatedly blows fuses, it should be taken to  
a qualified service center for repair.  
POWER SWITCH (4)  
Switch to “On” position to turn on. The red LED will illuminate indicating power is being supplied to the unit.  
COMPUTER DIGITAL I/O INTERFACE (5)  
Connect the 9-pin D-type BoB cable here. This cable provides the link to the MediaMatrix system.  
CONTROL CIRCUIT OUTPUTS (6)  
These are TTL level outputs, switchable from within a MediaMatrix view. There are two electrical connections  
per channel; the right connection is the ground interface and the left connection is the TTL level output. See the  
Wiring Connections section for Control Output circuit examples.  
CONTROL CIRCUIT INPUTS (7)  
The inputs provide the means of controlling a device within a MediaMatrix view. There are two electrical  
connections per channel. See the Wiring Connections section for Control Input circuit examples.  
AUDIO INPUTS (8)  
Each of these eight channels is a balanced analog audio input to the MediaMatrix system. See the Wiring  
Connections section for Audio Input wiring examples.  
AUDIO OUTPUTS (9)  
Each of these eight channels is a balanced analog audio output from the MediaMatrix system. See the Wiring  
Connections section for Audio Output wiring examples.  
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SPECIFICATIONS  
Signal-to-Noise Ratio:  
SYSTEM SPECIFICATIONS  
MM-8830: Greater than 96 dB  
MM-8840: Greater than 98 dB  
MM-8848: Greater than 100 dB  
Maximum Input Level:  
+18 dBu or +24 dBu  
Input Impedance:  
Crosstalk:  
Greater than 12K ohms for +18 dBu full scale  
Greater than 15K ohms for +24 dBu full scale  
Electronically Balanced  
MM-8830: Greater than 95 dB  
MM-8840: Greater than 95 dB  
MM-8848: Greater than 97 dB  
Maximum Output Level:  
+16 dBu, +12 dBu, +18 dBu, or +24 dBu  
(600 ohm load)  
Total Harmonic Distortion:  
MM-8830: Less than 0.01% at 1 kHz  
MM-8840: Less than 0.01% at 1 kHz  
MM-8848: Less than 0.01% at 1 kHz  
Output Impedance:  
200 ohms, electronically balanced  
DIGITAL TO ANALOG CONVERTER  
Power Requirements:  
Domestic: 120V AC, 60 Hz, 50W  
Export: 230V AC, 50/60 Hz, 50W  
MM-8830: 18-bit, 64x oversampled, 32 kHz sample rate  
MM-8840: 18-bit, 64x oversampled, 44.1 kHz sample rate  
MM-8848: 18-bit, 64x oversampled, 48 kHz sample rate  
Dimensions & Weight:  
3.5" H x 19" W x 11.25" D (excluding connectors)  
17 lbs.  
Frequency Response:  
MM-8830: ±1.0 dB, 20 Hz to 16 kHz  
MM-8840: ±0.5 dB, 20 Hz to 20 kHz  
MM-8848: ±0.5 dB, 20 Hz to 20 kHz  
Included Accessories:  
IEC Line Cord  
6' BoB Cable  
Signal-to-Noise Ratio:  
(2) 16-position Phoenix-type connectors  
(4) 12-position Phoenix-type connectors  
MM-8830: Greater than 92 dB  
MM-8840: Greater than 95 dB  
MM-8848: Greater than 96 dB  
ANALOG TO DIGITAL CONVERTER  
Crosstalk:  
MM-8830: Greater than 91 dB  
MM-8840: Greater than 94 dB  
MM-8848: Greater than 95 dB  
MM-8830: 18-bit, 64x oversampled, 32 kHz sample rate  
MM-8840: 18-bit, 64x oversampled, 44.1 kHz sample rate  
MM-8848: 18-bit, 64x oversampled, 48 kHz sample rate  
Total Harmonic Distortion:  
Frequency Response:  
MM-8830: Less than 0.01% at 1 kHz  
MM-8840: Less than 0.01% at 1 kHz  
MM-8848: Less than 0.01% at 1 kHz  
MM-8830: ±1.0 dB, 20 Hz to 16 kHz  
MM-8840: ±0.5 dB, 20 Hz to 20 kHz  
MM-8848: ±0.5 dB, 20 Hz to 20 kHz  
®
Due to our efforts for constant improvements,  
features and specifications listed herein are subject to change without notice.  
5
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Wiring Diagram  
Control Input Examples  
Input Sources:  
1.  
Linear example allows control of device by tracking pot linearly.  
Nonlinear example allows control of device by tracking pot nonlinearly.  
2.  
3.  
Switch allows binary control of a device in a MediaMatrix view.  
Variable DC supply can be used to control device - NO MORE THAN 10V!  
(1) Linear Example  
(1) Nonlinear Example  
V
+
In  
V
+
In  
CW  
CW  
10K Linear Pot  
10K Linear Pot  
V
Out  
(2) Switch  
(3) DC Supply  
V
V
+
+
In  
In  
Ø-1Ø V DC  
V
Out  
6
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Wiring Diagram  
Control Output Examples  
The eight control outputs appear on a separate Phoenix connector  
on the back of the Break-Out-Box. They provide logic outputs from  
the system. The output voltage is TTL format. Outputs are capable  
of sourcing 6ma and sinking 20ma while maintaining valid TTL levels.  
There are two electrical connections for each channel output control.  
When viewing the unit from the back, the left connection is the positive  
terminal. These outputs can be used to control devices as follows:  
An Opto-Isolator:  
A Relay:  
V
Out  
V
Out  
100  
1000Ω  
Up to 15 TTL Loads:  
An LED:  
V
V
Out  
Out  
100Ω  
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Wiring Diagram  
Using the Breakout Box with an Unbalanced Audio Device  
1. Unbalanced audio device output to balanced BoB input.  
2. Balanced BoB output to unbalanced audio device input.  
Note: Be sure to ground the unused negative terminal on the BoB input/output.  
1/4" Phone Plug  
Unbalanced Audio  
Device Output  
Tip (insulated conductor)  
OUTPUT  
Single-Conductor,  
Shielded Wire  
Sleeve  
Sleeve (shield)  
Tip (insulated conductor)  
Tip  
(insulated conductor)  
Sleeve (shield)  
Sleeve  
Single-Conductor,  
Shielded Wire  
INPUT  
Tip (insulated conductor)  
1/4" Phone Plug  
Unbalanced Audio  
Device Input  
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Wiring Diagram  
CD Player or Other Line Level Audio Device  
Note: If using an unbalanced audio source, be sure to ground the unused negative inputs on the BoB.  
Insulated Conductor 1  
Left Out  
Insulated Conductor 2  
Shielded,  
2-Conductor  
Wire  
Right Out  
Shield  
Right (Insulated Conductor 2)  
Left (Insulated Conductor 1)  
Shield  
Shielded,  
2-Conductor  
Wire  
Shielded,  
2-Conductor  
Wire  
BoB Cable  
+ – SH  
+ – SH  
Right Input  
Left Input  
BoB Cable  
Connected to  
MM DSP Card  
Left Out  
Right Out  
+
-
+
-
MediaMatrix Computer  
IA 400 Power Amp  
+
+
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Wiring Diagram  
MediaMatrix System with Microphone Preamp  
Microphone  
Pin 1 (ground)  
Pin 2  
(+ conductor)  
Pin 3 (- conductor)  
A/A-8P  
Pin-to-Pin Connections use  
Shielded, 2-Conductor Wire  
per Channel (x8)  
MM-8800 Series BoB  
Shielded,  
2-Conductor  
Wire  
Shielded,  
2-Conductor  
Wire  
BoB Cable  
+
SH  
+ – SH  
Right Input  
Left Input  
BoB Cable  
Left Out  
Right Out  
Connected to  
+
-
+
-
MM DSP Card  
MediaMatrix Computer  
IA 400 Power Amp  
+
+
10  
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E S P A Ñ O L  
Consulte los diagramas del panel  
delantero en la sección de inglés de este manual.  
Características de la interfaz “BoB”  
• Ocho entradas de audio balanceadas y ocho salidas de audio balanceadas,  
todas con convertidores de 18 bits para transferir datos de audio hacia y desde  
el sistema MediaMatrix.  
• Ocho entradas de control analógicas que pueden utilizarse para controlar un  
dispositivo en una vista de MediaMatrix.  
• Ocho salidas de control digitales que pueden utilizarse para excitar dispositivos  
de lógica externos con niveles TTL.  
• Conector de 9 terminales tipo D (trapezoidal) para interfaz digital.  
La interfaz Break-Out-Box (BoB) de la serie MM-8800 de MediaMatrix® proporciona un medio para interconectar  
los bastidores MainFrame, MiniFrame y X-Frame de MediaMatrix, así como otros componentes del sistema  
de audio.  
PANEL DELANTERO  
POWER LED (LED indicador de corriente) (1)  
Se ilumina cuando el equipo recibe la corriente alterna.  
11  
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Panel Trasero:  
6
7
8
9
2
3
4
5
PANEL TRASERO  
IEC LINE CORD INPUT (Tomacorriente para el cable de corriente) (2)  
Se suministra para enchufar el cable de corriente.  
FUSE (Fusible) (3)  
ADVERTENCIA: EL FUSIBLE DEBE REEMPLAZARSE SOLAMENTE CUANDO SE HAYA  
DESCONECTADO EL CABLE DE CORRIENTE DE SU FUENTE DE ENERGÍA ELÉCTRICA.  
PRECAUCIÓN: USAR UN FUSIBLE DE MAYOR CAPACIDAD QUE LA RECOMENDADA  
PODRÍA CAUSAR DAÑOS PERMANENTES AL APARATO.  
El fusible está ubicado dentro de la tapa del portafusibles. Si falla el fusible, DEBE SER  
REEMPLAZADO CON UN FUSIBLE DEL MISMO TIPO Y VALOR PARA PREVENIR DAÑOS AL  
EQUIPO Y EVITAR LAANULACIÓN DE LAGARANTÍA. Si la unidad funde fusibles con frecuencia,  
debe llevarse a un centro de servicio calificado para que sea reparada.  
POWER SWITCH (Interruptor de corriente) (4)  
Oprima el interruptor a la posición “hacia dentro” (encendido). La luz roja del piloto (indicador) se encenderá  
indicando que la unidad está recibiendo corriente alterna.  
COMPUTER DIGITAL I/O INTERFACE (Interfaz digital de entrada/salida para computadora) (5)  
Permite conectar el cable de BoB tipo D de 9 terminales. Este cable proporciona el enlace con el sistema  
MediaMatrix.  
CONTROL CIRCUIT OUTPUTS (Salidas de circuito de control) (6)  
Estas son las salidas de niveles TTL, conmutables desde una vista de MediaMatrix. Existen dos conexiones  
eléctricas por canal; la conexión derecha es la interfaz con tierra y la izquierda es la salida con niveles TTL. Si  
desea ejemplos de circuitos de salidas de control, consulte la sección sobre conexiones de cableado.  
CONTROL CIRCUIT INPUTS (Entradas de circuito de control) (7)  
Estas entradas proporcionan la manera de controlar un dispositivo dentro de una vista de MediaMatrix. Hay  
dos conexiones eléctricas idénticas por canal. Si desea ejemplos de circuitos de entradas de control, consulte  
la sección sobre conexiones de cableado.  
AUDIO INPUTS (Entradas de audio) (8)  
Cada uno de estos ocho canales es una entrada de audio analógica balanceada del sistema MediaMatrix. Si  
desea ejemplos de cableado de entradas de audio, consulte la sección sobre Wiring Connections (conexiones  
de cableado).  
AUDIO OUTPUTS (Salidas de audio) (9)  
Cada uno de estos ocho canales es una entrada de audio analógica balanceada del sistema MediaMatrix. Si  
desea ejemplos de cableado de salidas de audio, consulte la sección sobre Wiring Connections (conexiones  
de cableado).  
12  
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F R A N Ç A I S  
Veuillez-vous référer au « front panel » art  
situé dans la section en langue anglaise de ce manuel.  
Caractéristiques de l’interface « BoB »  
• Huit entrées et huit sorties audio équilibrées, utilisant chacune des  
convertisseurs de 18 bits pour transférer les données audio depuis et vers le  
système MediaMatrix.  
• Huit entrées analogiques permettant de contrôler des périphériques avec la  
configuration AudioMatrix.  
• Huit sorties numériques permettant d’actionner des périphériques externes  
de logique TTL.  
• Une interface numérique et un connecteur de type D à 9 broches.  
L’appareil Break-Out Box (BoB) de la série MM-8800 de MediaMatrix® permet l’interconnexion entre le  
MainFrame, MiniFrame ou X-Frame de MediaMatrix et d’autres composants du système audio.  
PANNEAU AVANT  
POWER LED (DEL témoin d’alimentation) (1)  
S’allume quand l’unité reçoit l’alimentation CA.  
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Panneau Arrière:  
6
7
8
9
2
3
4
5
PANNEAU ARRIÈRE  
IEC LINE CORD INPUT (Prise pour câble d’alimentation) (2)  
Prise de branchement du cordon d’alimentation CA détachable.  
FUSE (Fusible) (3)  
AVERTISSEMENT : NE REMPLACER LE FUSIBLE QU’APRES AVOIR DECONNECTE LE COR-  
DON D’ALIMENTATION SECTEUR.  
ATTENTION : L’UTILISATION D’UN FUSIBLE D’UNE TAILLE SUPERIEURE A LA TAILLE  
RECOMMANDEE RISQUE D’ENDOMMAGER L’APPAREIL DE MANIERE PERMANENTE.  
Le fusible se trouve dans le capuchon du porte-fusible. IL DOIT ETRE REMPLACE PAR UN FUS-  
IBLE DE MEME TYPE ET DE MEME VALEURAFIN D’EVITER D’ENDOMMAGER L’EQUIPEMENT  
ET D’ANNULER LA GARANTIE. Si l’appareil fait souvent sauter les fusibles, le porter à un centre  
d’entretien qualifié pour réparation.  
POWER SWITCH (Interrupteur d’alimentation) (4)  
Mettre l’interrupteur en position “On”. La lampe témion rouge (DEL) s’illumine indiquante que l’appareil est  
alimenté en courant.  
COMPUTER DIGITAL I/O INTERFACE (Interface d’entrée/sortie numérique) (5)  
Connecter le câble BoB de type D à 9 broches ici. Ce câble permet la connexion au système MediaMatrix.  
CONTROL CIRCUIT OUTPUTS (Sorties du circuit de commande) (6)  
Il s’agit des sorties de niveau TTL, activables dans une configuration MediaMatrix. Il y a deux connexions  
électriques par canal : la connexion de droite est l’interface avec la terre, et celle de gauche la sortie de niveau  
TTL. Voir des exemples dans la section Wiring Connections (Connexions des câbles).  
CONTROL CIRCUIT INPUTS (Entrées du circuit de commande) (7)  
Ces entrées permettent de contrôler un appareil dans une configuration MediaMatrix. Il y a deux connexions  
électriques par canal. Voir des exemples dans la section Wiring Connections (Connexions des câbles).  
AUDIO INPUTS (Entrées audio) (8)  
Chacun des huit canaux sert d’entrée audio analogique au système MediaMatrix. Voir des exemples dans la  
section Wiring Connections (Connexions des câbles).  
AUDIO OUTPUTS (Sorties audio) (9)  
Chacun des huit canaux sert de sortie audio analogique au système MediaMatrix. Voir des exemples dans la  
section Wiring Connections (Connexions des câbles).  
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D E U T S C H  
Siehe Diagramm der Frontplatte im englischen Teil des Handbuchs.  
Merkmale der „BoB“-Schnittstelle  
• Acht symmetrische Audioeingänge und acht symmetrische Audioausgänge,  
die jeweils 18-Bit-Wandler einsetzen, um Audiodaten zum und vom  
MediaMatrix-System zu übertragen.  
• Acht analoge Steuerungseingänge, mit denen ein Gerät in einer MediaMatrix-  
Konfiguration gesteuert werden kann.  
• Acht digitale Steuerungsausgänge, mit denen externe TTL-Logikpegel-  
Geräte angesteuert werden können.  
• Digital-Schnittstellenanschluß (9polig, D-Stecker)  
Die Break-Out-Box (BoB) der MediaMatrix® MM-8800 Reihe ermöglicht die Verbindung zwischen dem  
MediaMatrix MainFrame, MiniFrame oder X-Frame und anderen Komponenten des Audiosystems.  
FRONTPLATTE  
POWER LED (LED für die Netzschalter) (1)  
Ist erleuchtet, wenn das gerät eingeschaltet ist und mit strom versorgt wird.  
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Rückplatte:  
6
7
8
9
2
3
4
5
RÜCKPLATTE  
IEC LINE CORD INPUT (Stromanschluss) (2)  
Zum Anschliessen des abnehmbaren Wechselstrom-Kabels.  
FUSE (Sicherung) (3)  
Vorsicht: Vor demAuswechseln der Sicherung muss unbedingt der Netzstecker aus der steckdose  
gezogen werden.  
Achtung: Durch die Verwendung einer grösser bemessenen Sicherung als vorgeschrieben  
kann der Apparat auf dauer beschädigt werden.  
Die Sicherung befindet sich in der Kappe des Sicherungshalters. Wenn die Sicherung durchbrennt,  
muss sie gegen eine Sicherung der gleichen Art und Bemessung ausgewechselt werden, um  
Schäden am Gerät und ein Ungültigwerden der Garantie zu vermeiden. Falls die Sicherung häufig  
durchbrennt, muß das Gerät von einem qualifizierten Wartungstechniker überprüft werden.  
POWER SWITCH (Netzschalter) (4)  
Bringen sie den schalter auf die on-position. Die rote kontrollampe (LED) leuchtet und zeigt an, daß das gerät  
eingeschaltet ist.  
COMPUTER DIGITAL I/O INTERFACE (Digitale Computer-I/O-Schnittstelle) (5)  
Hier wird das BoB-Kabel mit dem 9poligen D-Stecker angeschlossen. Dieses Kabel bildet die Verbindung zum  
MediaMatrix-System.  
CONTROL CIRCUIT OUTPUTS (Ausgänge für Steuerungskreis) (6)  
Dies sind Ausgänge auf TTL-Pegel, die von einer MediaMatrix-Konfiguration umschaltbar sind. Pro Kanal sind  
zwei elektrische Anschlüsse vorhanden, wobei der rechte den Masseschluß bildet und der linke den Ausgang  
auf TTL-Pegel bereitstellt. Siehe den Abschnitt Wiring Connections (Anschlüsse) für Beispiele zum  
Ausgangssteuerkreis.  
CONTROL CIRCUIT INPUTS (Eingänge für Steuerungskreis) (7)  
Diese Eingänge ermöglichen die Steuerung eines Geräts in einer MediaMatrix-Konfiguration. Pro Kanal sind  
zwei elektrische Anschlüsse vorhanden. Siehe den Abschnitt Wiring Connections (Anschlüsse) für Beispiele  
zum Eingangssteuerkreis.  
AUDIO INPUTS (Audioeingänge) (8)  
Jeder dieser acht Kanäle ist ein symmetrischer Analog-Audioeingang zum MediaMatrix-System. Siehe den  
Abschnitt Wiring Connections (Anschlüsse) für Beispiele zum Audio-Eingangsanschluß.  
AUDIO OUTPUTS (Audioausgänge) (9)  
Jeder dieser acht Kanäle ist ein symmetrischer Analog-Audioausgang vom MediaMatrix-System. Siehe den  
Abschnitt Wiring Connections (Anschlüsse) für Beispiele zum Audio-Ausgangsanschluß.  
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For further information on other Peavey Architectural  
Acoustics products, ask your Authorized Peavey  
Sound Contractor for the appropriate  
Peavey Architectural Acoustics catalog/publication:  
The BluePrint  
Commercial Sound for Permanent Installations  
Engineered Sound Products for Permanent Installations  
®
Be Sure to Ask About Products in the Following Categories:  
Modular Series Mixer, Mixer/Amplifiers  
Rack Kits for MASeries Products  
Wall Mount Mixer/Amplifiers  
Non-powered Mixers  
Powered Mixers  
Equalizers-Analog  
Equalizers-Programmable  
Electronic Crossover/Delay Processors  
Power Amplifiers  
Loudspeaker Systems  
Acoustical Components  
Utility Amplifiers, Mixer/Amplifiers  
Rack Kits for UMASeries Products  
Telephone Paging  
Zone Paging Systems  
Mixers and Mixing Consoles  
Power Amplifiers  
Loudspeaker Systems  
Microphones  
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LIMITED WARRANTY  
Peavey Electronics Corporation warrants to the original purchaser of this new Architectural Acoustics product that  
it is free from defects in material and workmanship. If within one (1) year from date of purchase a properly installed  
product proves to be defective and Peavey is notified, Peavey will repair or replace it at no charge. (Note: Batteries  
and patch cords not covered.) “Original purchaser” means the customer for whom the product is originally installed.  
Damage resulting from improper installation, interconnection of a unit or system of another manufacturer, accident  
or unreasonable use, neglect or any other cause not arising from defects in material and workmanship is not covered  
by this warranty. The warranty is valid only as to products purchased and installed in the United States and Canada.  
THIS LIMITED WARRANTY IS IN LIEU OF ANY AND ALL WARRANTIES, EXPRESSED OR IMPLIED,  
INCLUDING THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR USE.  
UNDER NO CIRCUMSTANCES WILL PEAVEY BE LIABLE FOR ANY LOST PROFITS, LOST SAVINGS, INCIDEN-  
TAL DAMAGES OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE THE  
PRODUCT, EVEN IF PEAVEY HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. THIS LIMITED  
WARRANTY IS THE ONLY EXPRESSED WARRANTY ON THIS PRODUCT, AND NO OTHER STATEMENT,  
REPRESENTATION, WARRANTY, OR AGREEMENT BY ANY PERSON SHALL BE VALID OR BINDING UPON  
PEAVEY.  
Peavey’s liability to the original purchaser for damages for any cause whatsoever and regardless of the form of  
action is limited to the actual damages up to the greater of Five Hundred Dollars ($500) or an amount equal to the  
purchasepriceoftheproductthatcausedthedamageorthatisthesubjectoforisdirectlyrelatedtothecauseofaction.  
This limitation of liability will not apply to claims for personal injury or damage to real property or tangible personal  
property allegedly caused by Peavey’s negligence. For information on service under this warranty, call a Peavey  
customer service representative at (601) 483-5376.  
18  
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IMPORTANT SAFETY INSTRUCTIONS  
WARNING: When using electric products, basic cautions should always be followed, including the following.  
1.  
2.  
3.  
4.  
5.  
6.  
Read all safety and operating instructions before using this product.  
All safety and operating instructions should be retained for future reference.  
Obey all cautions in the operating instructions and on the back of the unit.  
All operating instructions should be followed.  
This product should not be used near water, i.e., a bathtub, sink, swimming pool, wet basement, etc.  
This product should be located so that its position does not interfere with its proper ventilation. It should not be placed flat against a  
wall or placed in a built-in enclosure that will impede the flow of cooling air.  
7.  
8.  
9.  
This product should not be placed near a source of heat such as a stove, radiator, or another heat producing amplifier.  
Connect only to a power supply of the type marked on the unit adjacent to the power supply cord.  
Never break off the ground pin on the power supply cord. For more information on grounding, write for our free booklet “Shock  
Hazard and Grounding.”  
10. Power supply cords should always be handled carefully. Never walk or place equipment on power supply cords. Periodically check  
cords for cuts or signs of stress, especially at the plug and the point where the cord exits the unit.  
11. The power supply cord should be unplugged when the unit is to be unused for long periods of time.  
12. If this product is to be mounted in an equipment rack, rear support should be provided.  
13. Metal parts can be cleaned with a damp rag. The vinyl covering used on some units can be cleaned with a damp rag or an ammonia-  
based household cleaner if necessary. Disconnect unit from power supply before cleaning.  
14. Care should be taken so that objects do not fall and liquids are not spilled into the unit through the ventilation holes or any other  
openings.  
15. This unit should be checked by a qualified service technician if:  
a. The power supply cord or plug has been damaged.  
b. Anything has fallen or been spilled into the unit.  
c. The unit does not operate correctly.  
d. The unit has been dropped or the enclosure damaged.  
16. The user should not attempt to service this equipment. All service work should be done by a qualified service technician.  
17. This product should be used only with a cart or stand that is recommended by Peavey Electronics.  
18. Exposure to extremely high noise levels may cause a permanent hearing loss. Individuals vary considerably in susceptibility to noise  
induced hearing loss, but nearly everyone will lose some hearing if exposed to sufficiently intense noise for a sufficient time.  
The U.S. Government’s Occupational Safety and Health Administration (OSHA) has specified the following permissible noise level  
exposures.  
Duration Per Day In Hours  
Sound Level dBA, Slow Response  
8
6
90  
92  
4
95  
3
97  
2
1 1/2  
1
1/2  
1/4 or less  
100  
102  
105  
110  
115  
According to OSHA, any exposure in excess of the above permissible limits could result in some hearing loss.  
Ear plugs or protectors in the ear canals or over the ears must be worn when operating this amplification system in order to prevent a  
permanent hearing loss if exposure is in excess of the limits as set forth above. To ensure against potentially dangerous exposure to high  
sound pressure levels, it is recommended that all persons exposed to equipment capable of producing high sound pressure levels such as  
this amplification system be protected by hearing protectors while this unit is in operation.  
SAVE THESE INSTRUCTIONS!  
19  
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®
ARCHITECTURAL ACOUS TICS  
®
Features and specifications subject to change without notice.  
A Division of Peavey Electronics Corporation  
711 A Street / Meridian, MS 39301 / U.S.A. / (601) 483-5376 / Fax (601) 486-1154  
#80300361  
TM  
®
©1996  
Printed in U.S.A. 7/96  
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