Atlas Sound HT327 High-Quality Transformer 32W (70.7V)

Maximize Your Audio Distribution with the Atlas Sound HT327 Transformer
Discover the superior performance of the Atlas Sound HT327, a high-quality line matching transformer expertly crafted for distributed 70.7V loudspeaker systems. Designed to optimize audio delivery, this transformer offers a low insertion loss of 0.6dB or less, ensuring that audio signals are transmitted with minimal loss of power and clarity. It's the ideal choice for enhancing sound systems in a variety of settings, from commercial spaces to educational facilities.

Precision Engineering for Exceptional Sound Quality
The HT327 is engineered with precision, featuring primary taps at eight, 16, and 32 watts, allowing for flexible power handling and adaptation to varying audio system requirements. This flexibility ensures that users can fine-tune their systems for optimal sound distribution based on specific room acoustics and speaker configurations.

Built to Last with High-Quality Materials
Constructed from audio-grade laminations, the HT327 transformer is built for durability and sustained high performance. This quality construction not only prolongs the life of the transformer but also maintains its ability to deliver exceptional audio quality over time, making it a reliable component in any sound system.

Versatile Impedance Matching for Diverse Applications
With secondary impedance options of four and eight ohms, the HT327 offers versatile integration with various loudspeakers and audio equipment, ensuring broad compatibility across different systems. This versatility is crucial for system designers and audio technicians who need a dependable solution that can accommodate different audio setups.

Streamlined Installation and Maintenance
The HT327 is designed not only for superior performance but also for ease of installation and maintenance. Its robust yet straightforward design allows for quick setup and easy access for routine checks, ensuring that it integrates seamlessly into existing audio infrastructures without extensive downtime or technical challenges.