Ashly nX3.02 Power Amplifier

Discover the Power of Ashly nX3.02 Amplifier
Introducing the Ashly nX3.02 Power Amplifier, an advanced solution crafted for the most rigorous audio demands. With its capability to deliver a staggering 3,000 watts per channel at 2 ohms, this amplifier is a game-changer for live sound and fixed installation systems in venues ranging from stadiums to worship spaces. Its lightweight design, coupled with energy-efficient Class D technology and a switch mode power supply, sets a new standard in high-performance audio delivery.

Versatile and Programmable for Maximum Flexibility
The nX3.02 stands out with its versatile programming options. Each channel can be configured via rear panel DIP switches for either High-Z (70V or 100V Constant Voltage) or Low-Z (stable down to 2Ω) operation, making it adaptable for various speaker systems and audio setups. Whether powering a large venue or a complex distributed system, the nX3.02 offers the flexibility needed for every scenario.

Energy Efficiency at Its Best
In an era where energy conservation is paramount, the nX3.02 excels with its Energy Management System (Ashly EMS). This intelligent feature ensures that when in Sleep Mode, the amplifier consumes less than 1 watt, reducing energy costs and environmental impact without sacrificing performance. This power-saving capability, combined with its high-efficiency design, makes the nX3.02 an environmentally friendly choice for any installation.

Advanced Connectivity and Control Features
This amplifier is not only powerful but also smart. Equipped with Neutrik Combo XLR - 1/4" TRS jack and Euroblock input connectors, along with Neutrik speakON output connectors, it ensures secure and reliable connections. Front panel controls, which can be disabled for security, provide straightforward access to power, level adjustments, and monitoring, enhancing usability in any application.

Robust Protection and Durability
Designed to endure the demands of extensive use, the nX3.02 includes a comprehensive protection circuitry that guards against potential risks like overcurrent and thermal overload. Its continuously variable cooling fans and robust internal power supplies further contribute to its reliability, ensuring the amplifier operates smoothly under any conditions.