MiCWL 2 Channel 1300W Power Amplifier - Digital Professional Audio Amp with Volume Switch, XLR Input, for 8Ω Speakers

Professional 3000 Watt Digital Power Amplifier Preamps

2 Channel 3000W Audio Power

2 Channel  Power Amplifier: (3000W)

2600 Watts @ 4 Ohms  RMS  ( 1300W + 1300W )

1300 Watts @ 8 Ohms  RMS ( 650W + 650W  )

19" 1U Professional Power Amplifier

ATR (Accelerated Transient Response) technology for ultimate punch and clarity

MSRP: $799.00

Brand New - Original Packaging

Authorized Dealer - Warranty By Manufacturer of MICWL Audio Inc.

MICWL CA6200  is a Professional Dual Channel Digital Power Amplifier that was developed using the expertise of professional sound engineers,

working musicians and professional DJ's. For its price range, it's rare to find a professional power amplifier that compares with the Q350L awesome performance,

flexibility and crystal clear sound quality.
 

2 Channel  Power Amplifier: (2600W)

2900 Watts @ 4 Ohms  RMS  ( 1300W + 1300W )

1300 Watts @ 8 Ohms  RMS ( 650W + 650W )

1. MiCWL Q650 Digital Power Amplifier and other Commercial prodcuts integrated solutions for large shopping malls, conference hassls, transportation hubs and so on.

2. Use the world's most advanced efficient switching power supply (SMPS) and Class D power amplifier (CLASS D) design.

3. Patented design of high quality porous heat sink, in harsh environments can be normal in low temperature operation

4. adopts the imported teflon wire, ensure the transformer can normally work efficeently at high temperature.

5. Built in a variety of sensitivity and compression modes to choose.

6. Built in Digital audio processor function.

7. Full set of protection functions to ensure that the product normally working

PARAMETER:

Input Voltage: AC-220V-250V (or 100-120V)

XLR,  Balanced Inputs

Speakon and 1/4"  Outputs

Front-to-Rear Airflow and Cooling Fan

Frequency response: 20Hz – 20kHz ± 1 dB

THD+N: <0.05% @ 1KHz

S/N Ratio: ≥ 100dB

Total Harmonic Distortion: Less than 0.1%

Input sensitivity (8Ω): 0.77V / 1.0V / 1.4V

Input Impedance: >10KΩ