HPA - HYBRID-6C

The HPA HYBRID-6C power amplifier is a high-end audio solution designed for professional environments requiring exceptional power and reliability.

This six-channel Class-D hybrid model offers unmatched versatility, adapting perfectly to a variety of sound configurations.

Into 8 ohms, it delivers 6x 400 W RMS, and it can increase to 6x 800 W RMS into 4 ohms and 6x 1200 W RMS into 2.7 ohms, ensuring powerful performance whatever the need.

For 100V systems, it provides 6x 200 W RMS, and in 8 ohm/100V bridge mode, it reaches 3x 1500 W RMS, thus meeting the requirements of large-scale installations.

Equipped with the Pascal Audio L-PRO2S amplifier module, the HYBRID-6C ensures exceptional sound quality with a damping factor greater than 350, allowing precise control of the speakers for clear and detailed sound reproduction.

Its input sensitivity of 1 V and its input impedances of 20 kohms balanced and 10 kohms unbalanced guarantee easy compatibility with various audio sources.

With a signal-to-noise ratio of 119 dB and a total harmonic distortion (THD) of only 0.05% at 1 kHz, this amplifier offers faithful sound reproduction without parasitic noise.

Its frequency response of 20 Hz to 20 kHz +/- 0.5 dB covers the entire audible spectrum, ensuring deep bass and crystal clear treble. Connections are simplified thanks to XLR inputs and speakON and Euroblock outputs, allowing for quick and secure installation.

The HPA HYBRID-6C offers three operating modes: stereo, parallel and bridge, providing maximum flexibility for different sound configurations. Built-in electronic, thermal and electrical protections protect the device from overloads and extreme conditions, thus extending its service life. Cooling is ensured by efficient fans, ensuring stable operation even during prolonged use.

With the Soft start function to protect components when switching on and a power supply compatible with AC100-240V 50/60 Hz, the HYBRID-6C adapts to international voltage standards, facilitating its use in various professional environments.