Rockville RPA5 1000w Peak / 400w RMS (200 x 2) 2 Channel Power Amplifier Pro/DJ Amp

Price: $149.95
(as of Jun 23,2023 14:38:47 UTC – Details)

Power Ratings:

RMS Power Output:
Stereo 8 Ohm: 2 x 125W
Stereo 4 Ohm: 2 x 200W
Bridged 8 Ohm: 1 x 400W
Peak Power Output:
Stereo 8 Ohm: 2 x 250W Max
Stereo 4 Ohm: 2 x 400W Max
Bridged 8 Ohm: 1 x 1000W Max

Terminals:

Input Terminals:
Combo jack (XLR and ¼”) A & B inputs
RCA A & B Inputs
Output Terminals:
Banana binding post speaker output
Speakon output
XLR direct output

Features:

Rockville RPA5 400w RMS (200 x 2) 2 Channel Professional/DJ Rack Mount Amplifier
2U rack space
Bridged and Stereo output switch makes this perfect for (2) subwoofer, (2) speakers, or (4) speakers
Built in crossover switch allows make this perfect for speakers, monitors, or subwoofers
Channel A & B Clipping Led Indicators
Channel A & B Separate Level Controls
Power, signal, overload, clipping, and protection LED indicators on front of amp
Heavy duty rack mount ears with handles
Built-in dual high velocity quiet cooling fans
Maximum headroom for 4-ohm and 8-ohm Speakers
Level controls for precise setting and matching of sensitivity
Computer controlled IC protection circuitry against speaker short circuit, thermal over load, DC over load
User serviceable fuse (4A, 250V)
Frequency Response: 20Hz to 20KHz 102dB
Power Requirements: 120V / 50-60Hz
Weight: 13.4 lbs
Dimensions: 18.97 x 11.02 x 3.54 inch
Bridged and Stereo output switch makes this perfect for (2) subwoofer, (2) speakers, or (4) speakers.
Built in crossover switch allows make this perfect for speakers, monitors, or subwoofers. Channel A & B Clipping Led Indicators.
Channel A & B Separate Level Controls. Power, signal, overload, clipping, and protection LED indicators on front of amp.
Heavy duty rack mount ears with handles. Built-in dual high velocity quiet cooling fans.
Maximum headroom for 4-ohm and 8-ohm Speakers. Level controls for precise setting and matching of sensitivity.
Computer controlled IC protection circuitry against speaker short circuit, thermal over load, DC over load.