Descripción
JBL ASB6118
JBL ASB6118 High Power Subwoofer 1 x 18″ 2242H SVG™ Driver
The ASB6118 is a high power, lightweight front-loaded vented subwoofer enclosure housing JBL’s exclusive 2269H Ultra Long Excursion 18″ Differential Drive® woofer. This woofer features neodymium magnet, dual voice coils and dual gaps, JBL’s exclusive Vented Gap Cooling™ and ultra robust composite cone for high excursion and extra long life. Woofer is capable of a peak-to-peak maximum excursion of 89 mm (3.5″).
SPECIFICATIONS
Frequency Range 28 Hz – 1 kHz (-10 dB)
Frequency Response 35 Hz – 1 kHz ( ± 3 dB)
Transducer Power Rating (AES) 1200 W (4800 W peak), 2 hrs
Long-Term System
Power Rating (IEC) 800 W (3200 W peak), 100 hrs
Power Rating (IEC) 800 W (3200 W peak), 100 hrs
Maximum SPL 30 Hz – 100 Hz: 129 dB-SPL cont avg (135 dB peak)
100 Hz – 500 Hz: 129 dB-SPL cont avg (135 dB peak)
100 Hz – 500 Hz: 129 dB-SPL cont avg (135 dB peak)
System Sensitivity
(dB-SPL, 1W @ 1m) 30 Hz – 100 Hz: 98 dB
100 Hz – 500 Hz: 98 dB
(dB-SPL, 1W @ 1m) 30 Hz – 100 Hz: 98 dB
100 Hz – 500 Hz: 98 dB
Nominal Impedance 8 ohms
ASB6118 is a high power subwoofer system comprised of one 460 mm (18 in) SVG Super Vented Gap low frequency driver in a vented, front-loaded configuration for extended bandwidth.
The rectangular cabinet is fitted with M10 threaded suspension points. Preengineered array bracketry is available. ASB6118 is part of JBL’s AE Application Engineered Series, a versatile family of loudspeakers for a wide variety of applications.
The rectangular cabinet is fitted with M10 threaded suspension points. Preengineered array bracketry is available. ASB6118 is part of JBL’s AE Application Engineered Series, a versatile family of loudspeakers for a wide variety of applications.
- 2269H 18″ Differential Drive® dual voice coil dual gap, neodymium magnet transducer
- 2000 watts continuous pink noise,
8000 watts peak power handling capacity - Ultra Long Excursion
- Large vent area for high output with low distortion
- For ground-stacked or suspended applications in stand-alone arrays or in combination with other
AE Series products
