JBL LSR6312SP - Powered Studio Subwoofer

JBL LSR6312SP - Powered Studio Subwoofer

The JBL LSR6312SP powered subwoofer is based on a 12" woofer with JBL's patented Differential Drive® and 250 Watts of power. THX® pm3 Approved. METAlliance® Certified.

JBL LSR6312SP Features:

• Multi-format powered subwoofer for Dolby Prologic, AC-3, DTS and other surround formats.
• RMC™ Room Mode Correction provides electronic control of response peaks due to room modes. RMC Calibration Kit included.
• 250 W continuous output power amplifier.
• Sophisticated LCR bass management system.
• Direct LFE input with selectable 10 dB input sensitivity.
• Summed output allows chaining of multiple LSR6312SP for multiple subwoofer systems.
• Differential Drive® technology with dynamic braking for extended low frequency response and low
• power compression.
• High-density baffle for low resonance and stable inertial ground.
• Linear Dynamics Aperture port design eliminates port turbulence and reduces port compression.
• Reinforced enclosure and convenient mounting points for mounted installation.

JBL LSR6312SP Specifications:

• Frequency Response (-6 dB) 28 Hz - 80 Hz
• -10 dB 26 Hz
• Enclosure Resonance Frequency 28 Hz
• Low-To-High Crossover Frequency 80 Hz (4th order electroacoustic Linkwitz-Riley)
• Distortion, 96 dB SPL/ 1 m N/A
• Low Frequency (<80 Hz) N/A
• 2nd Harmonic <2%
• 3rd Harmonic <1%
• Maximum Continuous SPL >112 dB SPL / 1 m (35 Hz - 80 Hz)
• Maximum Peak SPL >115 dB SPL / 1 m (35 Hz - 80 Hz)
• Calibrated Input Sensitivity XLR or 1/4"
• Selectable -10 dBV +4 dBu,
• +8 dBu 96 dB / 1 m
• Power Nonlinearity
• (20 Hz - 200 Hz): N/A
• 30 W <0.4 dB
• 100 W <1.0 dB
• Power / Clip /
• Bypass Indicators Green LED - normal operation
• Amber LED - bypass mode
• Red LED - Limiter activated
• Low Frequency Topology Class A-B, all discrete
• Sine Wave Power Rating 260 W (<0.5% THD into rated impedance)
• THD + N, 1⁄2Power <0.05%
• AC Input Voltage 115 VAC, 60 Hz (230VAC, 50 Hz – model LSR6312SP/230)
• AC Input Voltage
• Operating Range ±15%