This trapezoidal, 15-" speaker system is at home in live sound, dance music and speech reinforcement. JBL 15 in low frequency driver with a 64 mm ( 2.5 in) diameter edgewound ribbon voice coil which provides more cross-sectional wire area in the voice coil gap than round wire designs, for greater efficiency and power handling. The rugged, acoustically superior enclosure is constructed from 19 mm (.75 in ) MDF ( Medium Density Fiberboard) using advanced adhesives and mechanical fastener technology for extreme durability and improved low-frequency performance. Features. JBL 2414H-C 25 mm ( 1 in ) polymer diaphragm compression driver improves high frequency performance as well as system reliability. The advanced network topology crossover design shapes the Frequency Response to deliver coherent summation in the crossover region. High-voltage capacitors and inductors with massive cores and heavy gauge wire enable the crossover network to handle high power without saturating. Progressive Transition high frequency waveguide provides superior coverage control, reduced distortion, and smoother Frequency Response. SonicGuard protects the high frequency driver from excess power without interrupting the performance. Non-resonant, all-steel handles are used. Attractive 18-gauge hexagon perforated, steel grille protects components from damage. Specifications. Power Rating : 250 W/1000W. Frequency Range ( -10 dB) : 41 Hz - 18 kHz. Frequency Response ( and plusmn-3 dB) : 59 Hz - 13 kHz. Maximum SPL : 129 dB. Size: 15-". Sensitivity ( 1w/1m) : 99 dB SPL. Recommended Amplifier Power : 250 W to 500 W into 8 ohms. Nominal Dispersion : 90 x 50. Crossover Frequency : 2.2 kHz
This trapezoidal, 15-" speaker system is at home in live sound, dance music and speech reinforcement. JBL 15 in low frequency driver with a 64 mm ( 2.5 in) diameter edgewound ribbon voice coil which provides more cross-sectional wire area in the voice
JBL 2414H-C 25 mm ( 1 in ) polymer diaphragm compression driver improves high frequency performance as well as system reliability