Crown NXLS2502-0-US Crown XLS 2502 2-Channel Power Amplifier, 775W at Ohm

Get reliable, high-impact audio where it matters most — public-address, AV systems, and security monitoring environments. The Crown by Harman XLS 2502 two-channel power amplifier combines Crown's DriveCore Class-D efficiency with practical pro-amplifier features to deliver clean, distortion-free sound at 775W per channel (4 Ω) while remaining lightweight (under 11 lbs) for easy rack mounting and retrofits. Integrated DriveCore 2 DSP provides band-pass filtering, selectable input sensitivity, and Peakx™ limiters so you can optimize intelligibility for paging, surveillance playback, or background music while protecting speakers. Security integrators and AV professionals will appreciate the menu lock, remote power trigger, and reduced-LED mode for discreet operation in monitoring rooms and public spaces. With flexible XLR, 1/4" and RCA inputs, the XLS 2502 adapts to mixed-system installations and ensures dependable performance across long shifts and mission-critical events. Upgrade your audio backbone with a compact pro amplifier that balances power, protection, and precise control — ideal for security, surveillance, and professional AV deployments. Contact us to specify or add to your rack.

• Deliver powerful, clear sound for installations: 775W per channel at 4Ω with Crown DriveCore efficiency ensures intelligible audio across venues and security sites
• Lightweight, rack-ready design: under 11 lbs and 1U height makes it easy to deploy in AV racks, surveillance command centers, and mobile setups
• Powerful DSP control: built-in DriveCore 2 DSP with band-pass filters and selectable input sensitivity lets integrators tune audio for monitoring and paging applications
• Protects speakers and system uptime: Peakx limiters and thermal/clip indicators reduce distortion and prevent damage during continuous security or event use
• Flexible connectivity and control: XLR, 1/4" and RCA inputs plus remote power trigger and menu lock for secure, tamper-resistant operation in public and staffed environments