Targeted towards theatres, houses of worship, corporate events, sport venues, and live sound venues, the SCN-F is a 15″ sensor controlled low frequency extension system operating from 35-200 Hz, overlapping both the low range of N-RAY and the SCV/SCP subwoofers – providing more energy and control in the lower range of the system.
Weighing just 33 kg, and boasting a power handling of 1500 W (AES), the SCN-F extends the LF throw capability of the N-RAY system significantly. The flying system allows for vertical curving of the SCN-F too, ensuring perfect time alignment with N-RAY when flown behind or to the side.
Dynamic Airflow Cooling (DAC).
Putting that immense amount of power into a compact enclosure required a new enclosure design and a new thermal concept. The SCN-F front baffle and vents are made from aluminum with all drivers mounted into it. The aluminum vents are optimised to maximise airflow increasing the thermal capacity of the system. Applying more power increases the airflow in the vents conducting more heat away from the drivers and distributing that heat outside the enclosure. The patented DAC technology dramatically improves heat dissipation increasing twice the power handling and the maximum sound pressure of the system.
State of the Art Neodymium Cone Driver.
SCN-F is equipped with an extremely long excursion neodymium ultra low distortion driver. Three aluminium shorting rings reduce intermodulation distortion, minimising induction variation whilst reducing thermal compression, dramatically reducing the distortion of a typical low frequency driver at larger excursions.
The 15″ driver contains an integrated velocity sensor that measures the diaphragm movement in real time. The LINUS14 compares this with the audio input signal and adjusts its driving current to correct any driver inaccuracies – the key advantage being a very extended and controlled response.
SCN-F is designed to work exclusively with dedicated CODA Audio amplifiers and racks as an integrated solution for DSP and sensor control, amplification, network remote control, and diagnostics, ensuring optimal performance and protection.
