JBL 3739 Low-Frequency Section for JBL 3722, 3722N, 3730, 3732, 3732T and 3733 ScreenArray Cinema Loudspeakers

The JBL 3739 Low-Frequency Section for JBL 3722, 3722N, 3730, 3732, 3732T and 3733 ScreenArray Cinema Loudspeakers promises perfect coverage in every seat of the auditorium, wide dynamic range and extended bandwidth, as well as inaudible levels of distortion. Digital soundtracks require sound systems for premier auditoriums that can accurately reproduce the sound exactly as recorded.

Please Note: The JBL 3739 is is the low-frequency section of the following JBL ScreenArray systems:
- JBL 3722 Bi-Amplified ScreenArray Cinema Loudspeaker System
- JBL 3722N Passive ScreenArray Cinema Loudspeaker System
- JBL 3730 Three-Way ScreenArray Cinema Loudspeaker System with Switchable Bi-Amplified/Passive Modes
- JBL 3732 Three-Way Bi-Amplified ScreenArray Loudspeaker System
- JBL 3732T Tri-Amplified ScreenArray Loudspeaker System
- JBL 3733 Three-Way ScreenArray Cinema Loudspeaker System

JBL 3739 Low-Frequency Section for JBL 3722, 3722N, 3730, 3732, 3732T and 3733 ScreenArray Cinema Loudspeakers Specifications


- Drivers: 2x M115H-8A, 380 mm (15 in) Ø
- Transducers: 61 mm (2.5 in) Edgewound Ribbon Voice Coil
- Input Connectors: Push terminal binding posts
- Nominal Impedance: 4 Ω
- Minimum Impedance: 2.7 Ω @ 150 Hz
- Input Power Handling (AES 2-Hour Rating): 500 W
- Recommended Amplifier: 600 W
- Free-Field Sensitivity: 104 dB SPL, 2.83V @ 1 m (3.3 ft)
- Net Weight: 54.9 kg (121 lbs)
- Shipping Weight: 63.6 kg (140 lbs)

Please Note: The JBL 3739 is is the low-frequency section of the following JBL ScreenArray systems:
- JBL 3722 Bi-Amplified ScreenArray Cinema Loudspeaker System
- JBL 3722N Passive ScreenArray Cinema Loudspeaker System
- JBL 3730 Three-Way ScreenArray Cinema Loudspeaker System with Switchable Bi-Amplified/Passive Modes
- JBL 3732 Three-Way Bi-Amplified ScreenArray Loudspeaker System
- JBL 3732T Tri-Amplified ScreenArray Loudspeaker System
- JBL 3733 Three-Way ScreenArray Cinema Loudspeaker System