Atlasied TSD-ALC2 2-channel Audio Level Limiter

Product Description

The ATLASIED TSD-ALC2 is a two-channel automatic audio level limiter designed for commercial audio signal processing applications. It monitors and controls audio output levels in real time, preventing signal overload and protecting downstream equipment such as amplifiers and speakers. The TSD-ALC2 is suited for installation in rack-mounted audio distribution systems where consistent, regulated signal levels are required. Audio system integrators and licensed low-voltage contractors are the primary installers of this device.

The TSD-ALC2 is used in commercial and institutional audio systems where automatic gain or level control is necessary to maintain compliant output levels. Typical applications include paging systems, background music distribution, and sound reinforcement installations in venues, schools, offices, and public facilities. It fits into signal chain configurations between source equipment and power amplifiers.

Key Features

• Automatic two-channel audio level limiting for continuous signal management
• Prevents amplifier input overload and protects loudspeaker systems
• Designed for rack-mount integration in professional audio signal chains
• Suitable for paging, background music, and sound reinforcement systems
• Sold as a single unit for straightforward inventory and deployment

Compatibility

Designed as an OEM-style signal processor compatible with commercial rack-mounted audio distribution and amplification systems requiring two-channel automatic level control.

Installation Notes

Installation of the TSD-ALC2 should be performed by a qualified low-voltage technician or licensed audio systems contractor familiar with commercial signal processing equipment. Power down all connected amplifiers and source equipment before making signal connections. Ensure proper rack ventilation and cable management when integrating into an existing audio rack. Consult local electrical codes and the manufacturer data sheet for wiring and grounding requirements before commissioning the system.