Razor Series 2,500-Watt Max 5-Channel Class D Amp With Dsp And Bluetooth(R)
Power Acoustik RZ5-2500DSP Razor Series 2,500-Watt Max 5-Channel Class D Amp with DSP and Bluetooth
- Sku: POWRZ52500DSP
- Brand Sku: RZ5-2500DSP
- Brand: Power Acoustik(R)
- Category: Automotive Speakers & Amplifiers
- Subcatgory-1: Amplifiers & Accessories
- Subcategory-2: 5-Channel Amplifiers
- Warranty: One Year
- UPC Code: 709483059528
- Dimensions: 13.5L X6W X2.75H Inches, Weight; 6lbs
- Origin: China
- Features:
- High efficiency full range amp with 56-bit digital audio processor powered by Analog Devices(TM)
- Compact 4.75 in. chassis design for installation versatility
- Audio tuning with user-friendly Razor DSP user interface with response displayworks with either free Razor DSP app for iOS(TM) or Android(TM) devices or USB connection to personal computer
- Selectable ACC or signal sense turn-on
- 2,500 watts max power
- 100 watts x 4 + 400 watts x 1 at 4 ohms
- 150 watts x 4 + 600 watts x 1 at 2 ohms
- 300 watts x 2 + 600 watts x 1 at 4 ohms bridged
- 2 ohm stereo and 4 ohm bridged full range operation
- Frequency response: 10 Hz to 20 kHz
- Signal to noise ratio: 70 dB
- Total harmonic distortion: .05%
- 200 millivolts to 4 volts low level RCA balanced inputs
- 30 volts max speaker/high level inputs
- Optional signal input from hands-free Bluetooth(R) module
- Optional independent input or channel mixing/summing
- 8 gauge direct connect speaker wire terminals and direct connect power/ground wire terminals
- 10 band parametric equalizer
- Independent high, low, or BP 20 to 20 kHz crossover
- Independent 6 dB to 30 dB/octave crossover slope
- Selectable Linkwitz-Riley, Bessel, or Butterworth Filter
- 12 dB bass boost increases low octave harmonics
- MOSFET power supply with Audiophile Grade IR(TM) transistors
- Military grade SMT (surface mount technology) PCB (printed circuit board) maintains dynamic performance
- Direct short, thermal, and overload circuit protection
- Dimensions: 4.75 in. W x 1.5 in. H x 13.25 in. L
- Includes remote gain
