PORTUGUÊS

Layouts dos painéis

Painel de entrada (figura 1)

1.LED indicador de potência – Quando aceso, indica que o amplificador está ligado..

2..Entradas RCA frontais – Aceitam entradas RCA dos canais frontais de uma unidade de origem do sinal..

3..Controle de ganho frontal – Ajuste contínuo de 250 mV a 5 V para permitir potência de saída plena do canal frontal..

4..Chave frontal FULL, HPF – Seleciona crossover passa-alta ou faixa completa para os canais frontais..

5..Controle de graves variável frontal – Ajusta o ganho de graves nos canais frontais, de 0 dB a +8 dB..

6..Entrada de alto nível – Conecta a saída de alto-falante do rádio de fábrica ao amplifi- cador.. Também detecta automaticamente o sinal do rádio, liga o amplificador quando necessário e o desliga depois de 1 minuto sem receber sinal..

7..Chave 2 canais/4 canais – Permite que todos os canais do amplificador recebam sinais da entrada de 2 canais (frontal) ou de todos os 4 canais..

8..Controle de freqüência do crossover passa-alta traseiro – Ajusta a freqüência do cross- over passa-alta dos canais traseiros..

9..Controle de freqüência do crossover passa-baixa traseiro – Ajusta a freqüência do crossover passa-baixa dos canais traseiros..

10..Chave LPF, FULL, HPF traseiros – Seleciona o crossover passa-baixa, faixa plena ou cross- over passa-alta para os canais traseiros..

11..Controle de ganho traseiro – Ajuste contínuo de 250 mV a 5 V para permitir potência de saída plena do canal traseiro..

12..Entradas RCA traseiras – Aceitam entradas RCA dos canais traseiros de uma unidade de origem do sinal..

13..LED indicador de estado – Indica qualquer condição de falha no amplificador.. Também acende brevemente durante a fase de emudecimento do processo de ativação da uni- dade..

14..Controle de freqüência do crossover passa-alta frontal – Ajusta a freqüência do cross- over passa-alta dos canais frontais..

15..Controle de graves variável traseiro – Ajusta o ganho de graves nos canais traseiros, de 0 dB a +8 dB..

Consulte o diagrama na página 3

Painel de saída (figura 2)

1..Conexões para alto-falantes– Para cabos para alto-falantes com bitola de até 12 AWG..

2..2 fusíveis ATC – Protegem o amplificador contra situações de sobrecorrente..

3..onexões para alimentação elétrica – Para cabos de alimentação com bitola de até 4 AWG..

4..Entrada de ativação remota REM – Liga o amplificador ao receber um sinal de 12 V+..

5..Conexão terra – Para cabo de aterramento com bitola de até 4 AWG..

Consulte o diagrama na página 4

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Orion G42110 owner manual Layouts dos painéis, Painel de entrada figura, Painel de saída figura

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.