FL283T Dual 8″ Subcardioid Line Array Module
The FL283T is a subcardioid line array module intended for portable or permanent installation applications in a wide range of venues. It includes dual 8-inch horn-loaded woofers and three 1.4-inch compression drivers in a compact enclosure. The enclosure is shaped to accommodate up to 20 degrees of splay between adjacent enclosures, allowing for more sharply curved arrays than comparable line arrays. Each FL283T module is configured for full-range passive operation at 16 ohms, allowing up to eight units to be driven from a single power amplifier channel.
FL283T Dual 8 inch Subcardioid Line Array Module
- HF/LF Transducers: 3x 1.4” titanium diaphragm, neodymium magnet compression driver; 2x 8.0” ceramic magnet cone driver, 2.0” voice coil
- Equalized Maximum SPL (peak / continuous): 128 dB / 122 dB (one module); 146 dB / 140 dB (eight modules)
The FL283T is a subcardioid line array module intended for portable or permanent installation applications in a wide range of venues. It includes dual 8 inch horn-loaded woofers and three 1.4 inch compression drivers in a compact enclosure. The enclosure is shaped to accommodate up to 20 degrees of splay between adjacent enclosures, allowing for more sharply curved arrays than comparable line arrays. Each FL283T module is configured for full-range passive operation at 16 ohms, allowing up to eight units to be driven from a single power amplifier channel. Up to twelve modules may be suspended with a 10:1 design factor.
The FL283T incorporates Fulcrum’s patented* Passive Cardioid Technology™ to overcome one of the major challenges of most line arrays: excessive rear LF radiation. Unlike active cardioid loudspeakers, Fulcrum’s passive cardioid technology does not require an additional amplifier channel or additional enclosure volume to achieve its impressive low frequency directional control.
The subcardioid behavior is produced by a meticulously conceived acoustical circuit which balances the horn loading of the low frequency drivers, the enclosure depth and volume, and specially constructed rear-mounted ports which include a calibrated resistive element. By opting for a subcardioid pattern as opposed to a pure, hyper or super cardioid pattern, the rear rejection increases when the modules are deployed as a curved line array.
Fulcrum Acoustic’s TQ™ processing is an integral part of the FL283T design. Sound, innovative acoustical design combined with state of the art digital processing leads to exceptional clarity and precise transient response, even at very high sound pressure levels. The required digital signal processing can be provided by one of many supported platforms. Note that FL Series loudspeakers must use Level 1 processing. Please see fulcrum-acoustic.com/dsp.html for details.
The FL283T incorporates Fulcrum’s patented* Passive Cardioid Technology™ to overcome one of the major challenges of most line arrays: excessive rear LF radiation. Unlike active cardioid loudspeakers, Fulcrum’s passive cardioid technology does not require an additional amplifier channel or additional enclosure volume to achieve its impressive low frequency directional control.
The subcardioid behavior is produced by a meticulously conceived acoustical circuit which balances the horn loading of the low frequency drivers, the enclosure depth and volume, and specially constructed rear-mounted ports which include a calibrated resistive element. By opting for a subcardioid pattern as opposed to a pure, hyper or super cardioid pattern, the rear rejection increases when the modules are deployed as a curved line array.
Fulcrum Acoustic’s TQ™ processing is an integral part of the FL283T design. Sound, innovative acoustical design combined with state of the art digital processing leads to exceptional clarity and precise transient response, even at very high sound pressure levels. The required digital signal processing can be provided by one of many supported platforms. Note that FL Series loudspeakers must use Level 1 processing. Please see fulcrum-acoustic.com/dsp.html for details.
...or give us a call: (866) 234-0678
