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JBL LSR6332 Linear Spatial Reference Studio Monitor System, Right

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About the JBL LSR6332

The JBL LSR6332 studio monitor is designed for use as a near or mid-field reference monitor, or a soffit-mounted main monitor in applications requiring exceptional spectral accuracy and high SPL capability. The LSR6332 combines the latest in JBL's renowned transducer and system technology with psychoacoustically derived spatial response criteria, resulting in a more accurate studio monitoring reference.

In this design process, the system's frequency response over the forward listening range (±15 degrees vertically and ± 30 degrees horizontally) is optimized, as opposed to the conventional approach of optimizing the response directly on-axis. This design approach involves careful component design, selection of crossover frequency and precise baffle geometry and detail. The result is a system that can be used for the most critical judgments of recording balance, image placement and equalization.

The neodymium 12" woofer is based on JBL patented Differential Drive technology. With the neodymium structure and dual drive coils, power compression is kept to a minimum to reduce spectral shift as power level increase. An added third coil between the drive coils acts as a dynamic brake to limit excess excursion and reduce audible distortion at the highest levels. The cone is made of a graphite polypropylene composite forming a rigid piston supported by a soft butyl rubber surround.

The 5" midrange transducer has a 2" neodymium magnetic structure with a woven Kevlar cone. The powerful motor structure was chosen to support the low crossover frequency to the woofer. In order to achieve the goal of accurate spatial response the crossover points are placed at 250 Hz and 2.2 kHz. These transition points match the directivity characteristics of the three transducers.

The high-frequency transducer has a composite diaphragm integrated with an Elliptical Oblate Spheroidal (EOS) waveguide with wide uniform dispersion, which is critical to the smooth spatial response required in today's working environments. The mid and high-frequency devices are mounted within millimeters of each other on a cast aluminum sub-baffle that can be rotated for horizontal or vertical placement, giving maximum flexibility in placement to reduce console and ceiling splash that interferes with stereo imaging and depth.

JBL LSR6332 Features

  • Advanced Linear Spatial Reference design ensures flatter response at the mix position
  • Differential Drive technology with dynamic braking for extended low frequency response and low power compression
  • Neodymium mid-range with 2" voice coil and Kevlar cone material for extended frequency response and low distortion
  • Titanium composite high frequency transducer with elliptical oblate spheroidal waveguide and damped pole piece
  • High-Density baffle for low enclosure resonance and stable inertial ground
  • Linear Dynamics Aperture port design eliminates port turbulence and reduces port compression
  • Magnetically shielded for use near video monitors
  • Reinforced enclosure and convenient mounting points allow mounted installation
  • Mid-range/high frequency sub-baffle may be rotated by user for horizontal or vertical orientation

JBL LSR6332 Specifications

Input Impedance (Nominal) 4 ohm
Anechoic Sensitivity 93 dB/2.83 V/1 m (90 dB/ 1 W/ 1 m)
Frequency Response (60 Hz - 22 kHz) +1. -1.5 dB
Low Frequency Extension -3 dB: 54 Hz
-10 dB: 35 Hz
Enclosure Resonance Frequency 33 Hz
Long Term Maximum Power (IEC265-8) 200 W continuous average; 800 W peak
Recommended Amplifier Power 150 W - 1000 W (rating into 4-ohm load)
High Frequency Control (2.5 to 20 kHz) 0 dB, -1 dB
Distortion, 96dB SPL, 1m: Low Frequency 2nd Harmonic: <1.5%
3rd Harmonic: <1% (below 120 Hz)
Distortion, 96dB SPL, 1m: Mid Frequency 2nd Harmonic: <0.5%
3rd Harmonic: <0.4% (120 Hz to 20 kHz)
Distortion, 96dB SPL, 1m: High Frequency 2nd Harmonic: <0.5%
3rd Harmonic: <0.4% (120 Hz to 20 kHz)
Distortion, 102dB SPL, 1m: Low Frequency 2nd Harmonic: <1.5%
3rd Harmonic: <1% (below 120 Hz)
Distortion, 102dB SPL, 1m: Mid Frequency 2nd Harmonic: <1%
3rd Harmonic: <1% (80 Hz to 20 kHz)
Distortion, 102dB SPL,1m: High Frequency 2nd Harmonic: <1%
3rd Harmonic: <1% (80 Hz to 20 kHz)
Power Nonlinearity (20 Hz to 20 kHz) 30 Watts: <0.4 dB
100 Watts: <1.0 dB
Low-Mid Frequency Crossover 4th Order Acoustic Linkwitz-Riley: 250 Hz
Mid-High Frequency Crossover 4th Order Acoustic Linkwitz-Riley: 2.2 kHz
Low Frequency: Diameter 300 mm (12 in)
Low Frequency: Voice Coil 50 mm (2 in) Differential Drive with dynamic braking coil
Low Frequency: Magnet Type Neodymium
Low Frequency: Cone Type Carbon Fiber Composite
Mid Frequency: Diameter 125 mm (5 in)
Mid Frequency: Voice Coil 50 mm (2 in) aluminum edge wound
Mid Frequency: Magnet Type Neodymium
Mid Frequency: Cone Type Kevlar composite
Mid Frequency: Impedance 4 ohms
High Frequency: Diameter 25 mm (1 in) diaphragm
High Frequency: Voice Coil 25 mm (1 in)
High Frequency: Magnet Type Ceramic 5
High Frequency: Diaphragm Type Damped titanium composite
High Frequency: Impedance 4 ohms
Enclosure Volume (Net) 50 liter (1.8 cu ft)
Input Connectors 5-way binding posts
Mounting 4 threaded mounting points conforming to industry standard square pattern, 127 x 70 mm (5 x 2.75 in) center to center. M6 metric thread
Baffle Construction Injection molded structural ABS
Enclosure Construction 19 mm (3/4 in) MDF
Dimensions (W x H x D) 63.5 x 39.4 x 29.2 cm (25.0 x 15.5 x 11.5")
Weight 20.4 kg (45 lbs)
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