Cambridge PS-AE-3 Active Emitter Power Supply

Dedicated Power Supply for Qt Active Emitters
The Cambridge PS-AE-3 Active Emitter Power Supply provides reliable and efficient power for Qt Active Emitters, ensuring seamless sound masking performance in offices, healthcare facilities, and commercial environments. Designed to work in conjunction with the Active Emitter Power Injector, this power supply delivers the necessary DC power to maintain consistent operation across large-scale sound masking deployments.

Powers Up to 150 Qt Active Emitters
With three output connectors, the PS-AE-3 can power up to 50 Qt Active Emitters per output, allowing for a total capacity of 150 emitters. This makes it an ideal solution for larger installations requiring extensive sound masking coverage. The ability to distribute power efficiently across multiple emitters ensures uniform sound dispersion, improving speech privacy and reducing distractions in open spaces.

Designed for Compatibility and Easy Integration
Engineered specifically for Qt Active Emitters, the PS-AE-3 is built for seamless integration into Biamp sound masking systems. It connects using 14/2 conductor cabling, providing a straightforward and reliable power distribution method that minimizes installation complexity. By ensuring proper voltage and power supply, this unit optimizes system performance while reducing the need for additional components.

Rack or Wall Mountable for Flexible Installation
The PS-AE-3 offers versatile mounting options, allowing it to be securely installed in a rack or directly mounted on a wall. This flexibility makes it easy to incorporate into existing AV or IT infrastructure while keeping wiring organized and accessible. Whether deployed in a server room, AV rack, or utility closet, this power supply is built for convenience and efficiency.

Essential for Large-Scale Sound Masking Systems
Designed for commercial environments where consistent sound masking is crucial, the PS-AE-3 ensures that Active Emitters receive stable power, preventing performance fluctuations or system downtime. Its high-capacity design makes it ideal for corporate offices, educational institutions, and healthcare facilities that require widespread sound masking coverage.