NX Audio AX234 Active Crossover
Product Description
Description: The AC-234 is a sleek and dependable audio crossover designed for professional applications. Crafted with precision controls and solid construction, it ensures reliable performance in any setting. With balanced XLR connectors securely screwed to the chassis, this unit guarantees durability, even under pressure. Featuring Linkwitz-Riley 24dB per octave filters, it meets the highest industry standards for audio quality. Features: • Sleek and reliable design suitable for professional use • Precision controls with solid "click" feel • Balanced XLR connectors for secure connections and durability • Linkwitz-Riley 24dB per octave filters for superior audio performance • Back panel switches for individual crossover frequency selection • LED indicators for mono or stereo mode on the front panel • Input gain control for proper level adjustment on each channel • 40 Hz low cut (HPF) on each channel to remove unwanted low frequencies • Individual output gain control ranging from -infinity to +6dB for level adjustment • Phase reverse switches on outputs for easy system configuration Specifications: • XLR differentially balanced inputs and outputs • Mode switches for mono 4-way or stereo 2-way/3-way operation • Low-frequency summed (subwoofer) output • x10 range switch & 40Hz high-pass (low cut) filter on both channels • Phase reverse switch & individual level controls on all outputs • 24dB per octave Linkwitz-Riley filters • Stereo/Mono status LEDs indicate the selected mode. Experience exceptional performance and professional-grade features at a surprisingly affordable price with the AC-234 audio crossover. #nxaudio #ax234 #activecrossover #audioequipment #soundengineering #caraudio #audioinstallation #crossoversystem #audioprocessing #soundquality #musicproduction #audioengineering #crossoversettings #audiogear #soundperformance #audiophile #livemixing #sounddesign #djgear #audiocontrol #caraudioinstallation #soundtuning #audioenhancement #stereoconfiguration ...Read More
