HiMaxX 40a

A powerful dynamic design for aggressive clean-cut lines.  A sturdy light-weight box that ensures great versatility and is ready for installation, thanks to its special mounting points and optional accessories. The asymmetrical design enables the enclosures to be used as stage monitors. 

A specially designed control panel ensures ease of use and intuitive control. Mic/line input, auxiliary stereo input with (HiMaxX 40a), 3-band EQ, ground-lift, diagnostic LED.
 

Loudspeaker totally redesigned in collaboration with B&C. FBT studied and designed a special chassis, a more efficient ventilation circuit with a consequent reduction of 2dB “power compression”, a considerably stiffer cone to improve reliability and distortion and an even more powerful neodymium magnet to increase control and efficiency. The voice coil has a diameter of 75 mm (3”) for higher power handling and reliability.

B&C compression driver with a 25 mm (1’’) throat and 44 mm (1.7’’) coil (HiMaxX 40) for high power handling. Thanks to the use of a shorting copper cap, high frequencies are even more dynamic and crystal-clear.
 

The development of the innovative amplifier is the result of years of research by the FBT R&D labs. It manages to combine the contrasting features of lightness, high power, efficiency and reliability, using the very latest technology. A switch mode power supply to reduce the weight and increase the power output velocity, a very high performance PWM amplifier for the low frequencies, to maximize the power fed out with minimum heat dissipation. A Class G amplifier for the high frequencies enables to achieve the audio quality of a Class A, with a much higher output.
 

The silent preamplifier manufactured with SMD technology has the job of handling the equalization, 24dB/oct  crossover, sophisticated protections, limiter and the commands of the control panel.
 

The horn’s profile has been redesigned to ensure greater directivity control and lower distortion. The dispersion angle is 90°H x 60°V.

Research work carried out with the university on the cabinet’s resonance and the fl uid dynamics of the air led to the manufacture of a box in polypropylene with injection of absolutely inert GAS and efficient reflex ducts free from undesired turbulence.