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Roswell R1 550.2 2-Channel Marine Amplifier - 550W
  • Cost: $214.45
  • Quantity: 3
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  • Sold and Shipped By: Aztek Renewed

R1 550.2 2-Channel Marine Amplifier - 550W

The Roswell R1 550.2 is an exceptional class-D marine amplifier designed to power R1 tower speaker setups effortlessly. It delivers an impressive 165 watts RMS per channel at 4Ω and 275 watts RMS at 2Ω, making it a powerful addition to any marine audio system. The amp features calibrated crossover controls, differential RCA inputs for optimal noise reduction, and fully conformal-coated PCBs to withstand harsh marine environments. Enjoy reliability and performance with nickel-plated marine-grade wire terminals for maximum connection durability.

Key Features:

  • Ch 1-2 calibrated crossover (FULL/HPF/LPF)
  • Space-saving stackable design
  • Bridgeable 2-channel design
  • Marine-grade durability
  • 4 Ohm stable at 165 watts per channel
  • High-efficiency Class-D topology
  • 2 Ohm stable at 275 watts per channel
  • Conformal-coated PCBs for moisture resistance
  • Illuminated logo power indicator
  • Nickel-plated wire terminals for superior connectivity
  • Switchable differential RCA inputs minimize noise and interference

Specifications:

  • Continuous Power (RMS): 4Ω: 165W x 2 / 2Ω: 275W x 2
  • Bridged: 4Ω: 550W x 1
  • Frequency Response: 10Hz – 25Hz
  • Input Sensitivity: 0.2–10.0V
  • HPF (High Pass Filter): 30Hz – 300Hz
  • LPF (Low Pass Filter): 30Hz – 300Hz
  • Bass EQ: 0-18dB @ 45Hz
  • Subsonic Filter: 10Hz – 55Hz
  • Phase Control: 0-180°
  • Dimensions: Inches: 1.90 x 7.0625 x 11.125, Centimeters: 4.83 x 17.94 x 28.26
  • Ch 1-2 calibrated crossover (FULL/HPF/LPF)
  • Space-saving stackable design
  • Bridgeable 2-channel design
  • Marine-grade durability
  • 4 Ohm stable at 165 watts per channel
  • High-efficiency Class-D topology
  • 2 Ohm stable at 275 watts per channel
  • Conformal-coated PCBs
  • Illuminated logo power indicator
  • Nickel-plated wire terminals
  • Switchable differential RCA inputs minimize noise and interference