CL3212-P Compact Active 2-way Loudspeaker

Park Audio™

CL3212-P

Compact Active

2-way Loudspeaker

Application: PA systems for clubs, bars, restaurants, music bands, indoor and outdoor usage.

Versions:

  • passive 8 Ohms
  • active (built-in amplifier with DSP)
  • CL3212
  • CL3212
  • CL3212
  • CL3212

VERSION:

Passive CL3212
Active CL3212-P

  • Maximum output SPL 123 dB
  • Frequency range 70 Hz — 18 kHz
  • 12”, 350 W neodymium LF driver (B&C SPEAKERS) with 3” voice coil
  • 1”, 60 W HF driver (B&C SPEAKERS) with 1.7” voice coil
  • Coverage 70°H x 70°V
  • Acoustic design – bass reflex
  • Bi-Amp system with FIR signal processing
  • Built-in class D amplifier (350 W +350 W) with DSP engine
  • 3 Preset equalization settings
  • 2 Preset LPF settings
  • Cabinet material – birch plywood
  • Black water-polymer finish
    • Protective steel grid with powder coating
    • Transpanent foam, glued to the inner surface of the grid
    • Flange for speaker stand
    • 12 Mounting Holes M10
    MODELCL3212-P
    Loudspeaker
    ConfigurationActive two-way loudspeaker
    Acoustic Design
    		Rectangular housing, bass reflex
    LF Driver12"dia B&C SPEAKERS, voice coil 3"
    HF Driver1"dia B&C SPEAKERS, voice coil 1.7"
    Power Handling (nominal / continuous):
    – HF60/120 W
    – LF350/700 W
    Frequency Range:
    – EXT SUB mode100 Hz - 18 kHz
    – NORM mode70 Hz - 18кГц
    Coverage 70°H x 70°V
    Maximum Output SPL*123 dB / 1 m
    Weight23.5 kg
    Dimensions:
    – width362 mm
    – height620 mm
    – depth418 mm
    Built-in 2-channel Amplifier
    With DSP Engine
    Power Rating (RMS)2 х 350 W, D class
    Sensitivity775 mV
    Input Impedance10 kOhms
    Signal-to-Noise Ratio98 dB (unweighted)
    Input / Line OutputXLR / XLR
    Cooling System**forced
    Power Requirements~220 V, 50/60 Hz
    DSP engine
    Sampling rate48 kHz
    DAC / ADC24-bit
    Internal Processing56-bit
    * Maximum output SPL indicated. For comparison purposes and in accordance with common industry practice, maximum SPL specifications are calculations based upon transducer sensitivity, amplifier output voltage and speaker impedance.
    ** With smoothly variable intensity. At a normal temperature and low output level the fan is OFF.