Park Audio™
PS182-P
Active subwoofer
Application:
PA systems for clubs, bars, restaurants, music bands, indoor and outdoor usage
- Maximum SPL 133 dB
- Frequency range 38 – 100 Hz
- 18”, 1200W woofer (B&C SPEAKERS) with 4″ voice coil
- Acoustic design – rectangular cabinet, bass reflex
- Cabinet material – birch plywood 18 mm
- Black water-polymer finish
- Protective steel grid with powder coating
- Acoustically transparent polyurethane foam, glued to the inner surface of the grid
- Built-in D class amplifier (2000 W RMS), switching power supply with PFC
- DSP engine, acting as crossovers, EQ, time alignment, limiting and speakers overload protection
- Two line inputs and outputs – 2 х XLR
- Line output switch: THRU/SAT (THRU – parallel connection to input, SAT – send processed signal to line output)
Setting and control
- LСD display for information output and system setup
- System menu for change sound setting: levels, EQ, separate components delay and general system delay
- Intuitive navigation through the system menu by means of encoder
- Built-in noise generator for live sound setting
- USB port for system setting by personal computer
- Original program ParkControl for system and parameters setting by personal computer
- Ability to save 10 user presets
| MODEL | PS182-P |
|---|---|
| Loudspeaker | |
| Nominal Power Handling (AES) | 700 W |
| Continuous Power Handling | 1400 W |
| Frequency Range | 35 Hz - 120 Hz |
| Maximum Output SPl (half space) | 131.5 dB/1 m* |
| Weight | 39,2 kg |
| Dimensions (W х H х D) | 570 x 536 x 660 mm |
| Built-in Amplifier | |
| Power Rating (RMS) | 2000 W, class D |
| Sensitivity | 775 mV |
| Input Impedance | 10 kOhms |
| Signal-to-Noise Ratio | 98 dB (unweighted) |
| Input/Line Output | 2 х XLR / 2 х XLR |
| Cooling | forced** |
| Power Supply | ~160-250 V, 50/60 Hz |
| DSP engine | |
| Sampling Rate | 48 kHz |
| DAC / ADC | 24-bit |
| Internal Processing | 56-bit |
* 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.
