JBL AC2212/95 Compact 12-Inch 2-Way Loudspeaker
AC2212 speakers are compact 2-way full range loudspeaker systems comprised of one 300 mm (12 in) low frequency driver and one voice-coil compression driver.
Features:
- PT™ Progressive Transition™ Waveguide for good pattern control with low distortion.
- Bi-Amp / Passive Switchable.
- Optional U-Bracket Model MTU-4.
- For fixed installation applications requiring a compact cabinet, such as lecture halls, corporate learning centers, small performing arts facilities, theatrical sound design, auditoriums, sports facilities and themed entertainment venues.
Specifications:
- Frequency Range: 50 Hz - 19 kHz (-10 dB)
- Frequency Response: 55 Hz - 17 kHz ( ± 3 dB)
- Coverage Pattern: 90°x 50°
- Directivity Factor (Q): 7.1
- Directivity Index (DI): 8.5 dB
- Crossover Modes: Bi-amp/Passive switchable
- Passive Crossover Slopes: 4th order (24 dB/oct) Transitional HP & LP, 1.3 kHz
- Transducer Power Rating (AES): LF: 300 W (1200 W peak), 2 hrs 250 W (1000 W peak), 100 hrs HF: 50 W (200 W peak), 2hrs
- Long-Term System Power Rating (IEC): Passive mode: 250 W (1000 W peak), 100 hrs
- Maximum SPL: Bi-amp mode: LF: 120 dB-SPL cont avg (126 dB peak) HF: 129 dB-SPL cont avg (135 dB peak) Passive mode: 120 dB-SPL cont avg (126 dB peak)
- System Sensitivity: Passive mode: 95 dB SPL (1W @ 1m)
- Frequency Range: 50 Hz - 19 kHz (-10 dB)
- Frequency Response: 55 Hz - 17 kHz ( ± 3 dB)
- Coverage Pattern: 90°x 50°
- Directivity Factor (Q): 7.1
- Directivity Index (DI): 8.5 dB
- Crossover Modes: Bi-amp/Passive switchable
- Passive Crossover Slopes: 4th order (24 dB/oct) Transitional HP & LP, 1.3 kHz
- Transducer Power Rating (AES): LF: 300 W (1200 W peak), 2 hrs 250 W (1000 W peak), 100 hrs HF: 50 W (200 W peak), 2hrs
- Long-Term System Power Rating (IEC): Passive mode: 250 W (1000 W peak), 100 hrs
- Maximum SPL: Bi-amp mode: LF: 120 dB-SPL cont avg (126 dB peak) HF: 129 dB-SPL cont avg (135 dB peak) Passive mode: 120 dB-SPL cont avg (126 dB peak)
- System Sensitivity: Passive mode: 95 dB SPL (1W @ 1m)