Lea Llc Lea CS352 2 Channel Power Amplifier 350W

Product Description

The LEA LLC LEA CS352 is a 2-channel power amplifier rated at 350 watts, designed for professional audio distribution and sound reinforcement applications. It delivers stable amplification across both channels, making it suitable for installations where consistent, reliable audio output is required. Licensed technicians and AV integration professionals typically handle installation in commercial, institutional, and large-scale residential environments. The CS352 fits within the LEA CONNECT Series platform, which is oriented toward networked, managed audio systems where remote monitoring and control are priorities.

The LEA CS352 is used in installed sound applications such as commercial facilities, houses of worship, hospitality venues, and educational institutions. It is well-suited for scenarios requiring multi-zone audio distribution where two independent channels of amplification are needed. Integration professionals deploy this amplifier alongside DSPs, mixers, and network control systems as part of a larger installed audio infrastructure.

Key Features

• 2-channel configuration supporting independent or bridged operation
• 350-watt total output capacity suitable for mid-scale installed sound systems
• Designed for professional AV integration and networked audio environments
• Sold as a single unit (each)

Compatibility

Designed as a professional-grade installed sound power amplifier for use within compatible commercial and institutional audio distribution systems. No specific compatible models or replacement part numbers were provided in the available product data.

Installation Notes

Installation should be performed by a qualified AV integration technician or licensed low-voltage contractor in accordance with applicable local electrical codes and NEC guidelines. Power down all connected equipment before making speaker and signal connections. Ensure adequate rack ventilation clearance to prevent thermal buildup during operation. Do not exceed rated load impedance on either channel during commissioning.