JBL VRX932LA User Manual

Also see for VRX932LA: User guide Brochure & specs Specification sheet User guide

Contents

SPECIFICATIONSVRX932LA - 12¨, two-way, line-array loudspeaker systemSystem Type: 12" two-way, line array loudspeaker systemFrequency Range (-10 dB): 57 Hz - 20 kHzFrequency Response (±3 dB): 75 Hz - 20 kHzCoverage Pattern: 100º x 15º nominal (horizontal x vertical)Crossover Modes: Bi-amp / passive, externally switchableCrossover Frequency: 1.2 kHzPower Rating Passive: 800 W / 1600 W / 3200 W(Continuous¹/ Program/ Peak): Bi-amp LF: 800 W / 1600 W / 3200 WBi-amp HF: 75 W / 150 W / 300 WSystem Maximum SPL²: 130 dB SPL peak (passive)LF: 130 dBHF: 139 dBSystem Sensitivity (1w @ 1m): 95 dB SPL (passive mode)LF: 95 dBHF: 114 dB³LF Driver: 1 x JBL 2262H 305 mm (12 in) Differential Drive® woofer with neodymium-magnet and dual voice-coilsHF Driver: 3 x JBL 2407J, 25.4 mm (1 in) voice-coil, neodymium magnet compression driverNominal Impedance: Passive: 8 ohmBi-amp LF: 8 ohmsBi-amp HF: 8 ohmsActive Tunings: Tunings available at www.jblpro.comEnclosure: 18 mm, 11-ply birch plywood.Suspension / Mounting: Suspension requires optional VRX932LA-AF line-array frame kit / Dual angle 35 mm pole socketFinish: Black DuraFlex™ finishGrille: Powder coated, black, 16-gauge perforated steel with acoustically transparent foamInput Connectors: Neutrik ® Speakon® NL-4 (x2)Dimensions (H x W x D): 349 mm x 597 mm x 381 mm (13.75 in x 23.5 in x 15.0 in)Net Weight: 21.8 kg (48 lb)Optional Accessories: VRX932LA-AF: Suspension array frameSS2-BK: Tripod speaker standSS3-BK: Satellite speaker pole, 41 in (1041 mm)SS4-BK: Adjustable satellite speaker pole to be used with the SRX718S only.4Functional Block Diagram¹ IEC filtered noise with 6 dB creat factor, 2 hrs / ² “Frequency Range” and “Frequency Response” are based on half-space conditions / ³ HF driversensitivity is based on a measurements averaged between 1.5KHz - 16KHzSHORT THROWMID THROWLONG THROW1+1-2-2+1+1-2-2+NL4INPUTNL4INPUTHPFLPFPASSIVEMODE-3 dB0 dB+3 dB++++----1+1-2-2+1+1-2-2+BI-AMPMODENL4INPUTNL4INPUT++++----