Description
R1 550.2 2-Channel Marine Amplifier
Roswells R1 550.2 is the ideal amp to run an R1 tower speaker setup. Its a 2-channel Class-D design that puts out 165 watts RMS per channel at 4 and 275 watts RMS per channel at 2. It features calibrated crossover controls, differential RCA inputs for maximum noise rejection, fully conformal-coated PCBs, and nickel-plated marine-grade wire terminals.
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
- The lit logo power indicator lets you know your amp is receiving power
- Nickel-plated wire terminals
- Switchable Differential RCA inputs minimize interference and induced noise
Specifications:
- Continuous Power (RMS): 4: 165W x 2 / 2: 275W x 2
- Bridged: 4: 550W x 1
- Frequency Response: 10Hz 25Hz
- Input Sensitivity: 0.210.0V
- 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
The Roswell Marine R1 550.2 is a versatile 2-channel marine amplifier designed to deliver exceptional sound quality and durability in marine environments. With a compact, stackable design, this amplifier provides 165 watts RMS per channel at 4 ohms and 275 watts RMS per channel at 2 ohms, making it ideal for powering R1 tower speakers on boats and watercraft. Its high-efficiency Class-D topology ensures minimal heat build-up and maximum power output, providing reliable performance during extended use on the water. Fully conformal-coated PCBs protect the internal circuitry from moisture and corrosion, ensuring longevity in harsh marine conditions. The nickel-plated, marine-grade wire terminals facilitate secure connections, and the switchable differential RCA inputs reduce noise and interference for clear audio signals. The amplifier's calibrated crossover controls allow for precise tuning with options for high-pass, low-pass, and full-range settings, which can be adjusted via the dedicated controls. The inclusion of a lit logo power indicator provides a clear visual confirmation that the amplifier is powered and functioning properly. Its bridgeable, space-saving stackable design makes installation convenient and adaptable to various vessel layouts. With built-in filtering options such as a subsonic filter, bass EQ, and phase control, users can customize their sound setup for optimal performance. The R1 550.2's robust construction and marine-grade components make it a dependable choice for boat audio systems, ensuring high-quality sound and reliable operation regardless of environmental challenges. Whether upgrading existing audio or installing a new system, the Roswell Marine R1 550.2 offers powerful, efficient amplification tailored for marine applications, all in a compact and durable package that withstands the rigors of water-based adventures.
Features:
- Calibrated crossover controls: Full, high-pass, and low-pass filters for precise sound tuning
- Space-saving stackable design: Compact footprint for flexible installation
- Bridgeable 2-channel operation: Versatile configuration options
- Marine-grade durability: Conformal-coated PCBs and corrosion-resistant terminals for harsh environments
- High-efficiency Class-D topology: Maximizes power output while minimizing heat
- 4 Ohm stable at 165 watts per channel and 2 Ohm stable at 275 watts per channel: Powerful performance capabilities
- Nickel-plated marine-grade wire terminals: Secure and corrosion-resistant connections
- Switchable differential RCA inputs: Minimize interference and noise for clear audio
- Lit logo power indicator: Visual confirmation of power status
- Built-in bass EQ and subsonic filter: Customize sound output for optimal performance
- Phase control: Adjustable from 0 to 180 degrees for sound staging
Details
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No |
oversized: |
No |