Orion G42110 owner manual Directed electronics-all rights reserved

Page 24

Répartiteur mal réglé

Réajustez les répartiteurs Consultez la section

 

Configuration de répartiteur interne pour des

 

instructions détaillées..

 

 

Charge d'impédance à

Vérifiez l'impédance du haut-parleur.. Si inféri-

l'amplificateur trop basse

eure à 2Ω, reconnectez les haut-parleurs pour

 

augmenter l'impédance..

 

 

Fusible de la batterie sauté

 

 

 

Court-circuit d'alimentation ou

Vérifiez les câbles d'alimentation et les mises

mauvais câblage

à la masse.. Réparez/remplacez au besoin..

 

 

Calibre du fusible plus petit

Remplacez par un fusible du bon calibre..

que recommandé

 

 

 

Courant réel supérieur à la

Vérifiez l'impédance du haut-parleur.. Si inféri-

capacité du fusible

eure à 2Ω, reconnectez les haut-parleurs pour

 

augmenter l'impédance..

 

 

Fusible de l'amplificateur sauté

 

 

 

Calibre du fusible plus petit

Remplacez par un fusible du bon calibre..

que recommandé

 

 

 

Charge d'impédance à

Vérifiez l'impédance du haut-parleur.. Si inféri-

l'amplificateur trop basse

eure à 2Ω, reconnectez les haut-parleurs pour

 

augmenter l'impédance..

 

 

Court-circuit aux sorties du

Vérifiez avec des haut-parleurs fonctionnels..

haut-parleur

Réparez ou remplacez au besoin..

 

 

Courant réel supérieur à la

Vérifiez l'impédance du haut-parleur.. Si inféri-

capacité du fusible

eure à 2Ω, reconnectez les haut-parleurs pour

 

augmenter l'impédance..

© 2007 directed electronics—all rights reserved

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Contents Amplifier Table of Contents Introduction WHAT’S in the BOXPractice Safe Sound Tools of the Trade End Panel LayoutsInput Plate CEA Specifications Output PlateAmplifier Settings High Level HarnessesAmplifier Wiring Power Connections for the Orion Cobalt CO600.4Speaker Wiring Diagram CO600.4 High-Pass CrossoverAmplifier Installation Tri-modeBridging Choosing Mounting LocationsGeneral Precautions and Installation Tips Step By Step InstallationTrunk Compartment Set Up and Troubleshooting Testing the SystemAdjusting the Sound of the System Troubleshooting Tips Symptom Probable Cause Action To TakeSymptom Probable Cause Action To Take Specifications Amplifier Section CO600.4Crossover Section Directed electronics-all rights reserved Agencement DES Panneaux Dextrémité Panneau dentrée figurePanneau de sortie figure Spécifications DE Lace Faisceaux À Haut NiveauRéglages DE Lamplificateur Câblage DE Lamplificateur Installation DE Lamplificateur Installation étape par étape Réglage ET Dépannage Essai du systèmeRéglage sonore du système Directed electronics-all rights reserved Conseils de dépannage Symptôme Cause probable FaireDirected electronics-all rights reserved Spécifications Section amplificateur CO600.4Section répartiteur Disposiciones del panel de extremo Placa de entrada figuraPlaca de salida figura Configuraciones del amplificador Especificaciones de la CEAArneses DE Cableado DE Alto Nivel Cableado del amplificador Crossover de pasabajasCrossover de pasaaltas Modalidad tripleInstalación del amplificador Instalación paso a paso Configuración y detección y reparación de averías Prueba del sistemaAjuste de sonido del sistema Directed electronics-all rights reserved Sugerencias de detección y reparación de averías Síntoma Causa probable Medidas a tomarDirected electronics-all rights reserved Especificaciones Sección de amplificador CO600.4Sección de crossover Layouts der Endabdeckung Anschlussplatte abbildungAusgangsplatte abbildung CEA-DATEN HOCHPEGEL-LEITUNGSSYSTEMEVerstärkereinstellungen Verstärkeranschluss Verstärkerinstallation Schrittweise Installation Einrichtung und Problembehebung SystemtestSystemsound einstellen Directed electronics-all rights reserved Problemlösungen Symptom Mögliche Ursache LösungDirected electronics-all rights reserved Daten Verstärkerbereich CO600.4Crossover-Bereich Layout dei pannelli terminali Pannello d’ingresso figuraPannello di uscita figura Specifiche CEA Cavi DI Livello AltoImpostazioni dell’amplificatore Speaker Wiring Diagram CO600.4 figura 3,4 Cablaggio dell’amplificatoreCrossover passa-basso Crossover passa-altoInstallazione dell’amplificatore Procedura di installazione Messa a punto e soluzione dei problemi Prova dell’impiantoRegolazione dell’audio dell’impianto Directed electronics-all rights reserved Soluzione dei problemi Sintomo Causa probabile Intervento necessarioDirected electronics-all rights reserved Dati tecnici Sezione amplificatore CO600.4Sezione crossover Layouts dos painéis Painel de entrada figuraPainel de saída figura Configurações de entrada e saída dos sinais Especificações da CEALigações DE Alto Nível Ajustes do amplificadorConexão dos cabos do amplificador Instalação do amplificador Instalação passo a passo Instalação e resolução de problemas Como testar o sistemaComo ajustar o som do sistema Directed electronics-all rights reserved Sugestões para resolução de problemas Problema Provável causa Medida a ser tomadaReajuste os crossovers.. Consulte as instruções Especificações Seção do amplificador CO600.4Seção do crossover Warranty

G42110 specifications

The Orion G42110 is a robust and versatile unmanned aerial vehicle (UAV) designed primarily for a range of commercial and military applications. Renowned for its advanced capabilities, the G42110 integrates state-of-the-art technologies, making it an ideal choice for surveillance, reconnaissance, and various environmental monitoring efforts.

One of the standout features of the Orion G42110 is its impressive flight endurance. With a maximum range of over 1,000 kilometers and the ability to stay aloft for up to 24 hours, this UAV allows for extended missions without the need for frequent refueling or landings. This extended range positions it as an effective tool for long-duration monitoring operations, whether over land or water.

The G42110 is equipped with a high-performance propulsion system that combines a quiet, fuel-efficient engine with cutting-edge aerodynamics. This technology not only enhances the UAV's maneuverability but also reduces its acoustic signature, enabling discreet operations in sensitive areas. The fuselage design contributes to reduced drag and improved operational efficiency, fostering an optimal blend of speed, stability, and stealth.

In terms of payload capacity, the Orion G42110 can accommodate a variety of sensors and equipment, including electro-optical and infrared cameras, synthetic aperture radar (SAR), and signals intelligence (SIGINT) systems. This adaptability allows operators to customize missions to meet specific needs, whether for search and rescue, disaster response, or agricultural monitoring.

The vehicle's avionics suite is equipped with advanced autopilot systems and flight control technologies that facilitate autonomous operation. Pilots can easily program flight paths, allowing for consistent and repeatable missions. Furthermore, real-time data transmission capabilities enable operators to receive immediate situational awareness and quickly make informed decisions in the field.

Durability is another hallmark of the G42110. Built with high-strength composite materials, the UAV is designed to withstand harsh environmental conditions, ensuring reliable performance even in challenging weather scenarios. Its rugged construction enhances its longevity and reduces maintenance costs.

In summary, the Orion G42110 stands out as a versatile UAV that combines long endurance, advanced technologies, and adaptability to various mission profiles. With its exceptional payload capacity, low-observability features, and autonomy, this unmanned aerial vehicle represents a significant advancement in UAV technology, catering to the needs of diverse sectors from military to civilian applications. As industries continue to explore the possibilities of drones, the Orion G42110 is poised to play a pivotal role in modern aerial operations.