JBL VRX932LAP 12'' 1750 Watt Peak Aktif Line Array Hoparlör
Built-in JBL Drivepack® DPC-2 amplifier module designed by Crown provides 1750 Watts of peak Power. DSP based resident input module provides system optimization and EQ functionality.
JBL's exclusive neodymium magned Differential Drive® woofer for high-power capacity and light-weight.
VRX932LAP features 3 x 2408J Annular Ring Diaphragm HF drivers. The 2408 represents the latest in JBL Professional compression driver design.
Constant Curvature waveguide for unprecedented array coherence.
Integral rigging hardware for simple connection of enclosures and optional array frame. Dual angle pole socket for aiming flexibility.
Array Configuration Selector permits "array shading".
Power Rating 1750 Watts Peak
875 Watts Continuous
Frequency Range 57 Hz - 20 kHz
(-10 dB)
Dimensions
(H x W x D) 349 mm x 597 mm x 444 mm
(13.75 in x 23.5 in x 17.5 in)
Frequency Response 75 Hz - 20 kHz
(+/-3db)
Maximum Peak Output 136 dB SPL at 1m
Coverage Pattern 100 x 15 nominal
DPC-2 Output as (Continuous IED shaped pink noise into rated load impedance) LF: 750 Watts, HF: 125 Watts
DPC-2 Output Section LF: Dual-Bridged Technology™, Class D
Audio Input Connector XLR with loop through
LF Driver 1 x JBL 2262FF 305 mm (12 in) neodymium magnet
HF Driver 3 x JBL 2408J, 38 mm (1.5 in)
User Controls Input Attenuator (0-16 dB)
Signal Processings DSP based, resident in Input Module
AC Power Operating Range 90-132 VAC or 216-264 VAC, 50/60 Hz
AC Input Connector Neutrik PowerCon (NAC 3MPA)
AC Loop Through Connector Neutrik PowerCon (NAC 3MPB)
AC Current Requirements 6A per system at 120V, 3A per system at 240V
Enclosure 25/15 mm, 11-ply birch plywood
Suspension / Mounting Optional VRX-AF line array frame kit, 10mm forged eyebolts or internal dual angle 36mm pole mount cup for pole or tripod mounting
Finish Black DuraFlex™ finish
Grille Powder coated, black, 16-gauge perforated steel with with acoustically transparent foam
Net Weight 24 kg (52 lb)
Optional Accessories VRX-AF: Suspension array frame