Description
Raymarine Solar Panel for Hull Transmitter | Boat Supply Store
Maintain uninterrupted functionality for your Raymarine Micronet wireless instrument systems without reliance on battery replacements. This compact solar panel is engineered to provide a dedicated, continuous power source for the T121 Hull Transmitter and T122 Wireless NMEA Interface. Its efficient design ensures optimal charging even in variable light conditions, supporting critical data transmission for sailors offshore or navigating coastal waters.
Key Features
- Powers Micronet T121 Hull Transmitter
- Powers Micronet T122 Wireless NMEA Interface
- Compact design for minimal deck or hull footprint
- Effortless installation process
- Eliminates the need for battery changes
- Provides continuous power for wireless instruments
- Ensures reliable data transmission
- Sustainable power solution
Specifications
| Product Specifications | |
|---|---|
| Brand | Raymarine |
| MPN | T138 |
| Category | Marine Navigation & Instruments | Accessories |
| Compatibility | Raymarine Micronet T121 Hull Transmitters, Raymarine Micronet T122 Wireless NMEA Interfaces |
| Power Source | Solar |
| Footprint | Small |
| Installation | Easy |
Who This Is For
Sailors and boaters specifically utilizing Raymarine Micronet T121 Hull Transmitters or T122 Wireless NMEA Interfaces. This product is for those prioritizing a low-maintenance, self-sufficient power source for their wireless instrument systems.
How It Compares
| Feature | Raymarine Solar Panel for Hull Transmitter | Garmin GMI 20 Marine Instrument Display |
|---|---|---|
| Primary Function | Solar power for wireless transmitters | Data display |
| Power Source | Solar | Boat 12V system |
| Compatibility | Raymarine Micronet T121/T122 | NMEA 2000 devices |
| Footprint | Small | Display unit size |
Common Concerns Answered
What if I am in a region with limited sunlight?
While optimal performance is achieved with direct sunlight, the panel is designed for efficient charging. Users report positive sentiment regarding its reliability, though strategic placement is recommended for maximum solar exposure.
Can this solar panel be used with other brands of marine instruments?
This solar panel is specifically engineered for Raymarine Micronet T121 Hull Transmitters and T122 Wireless NMEA Interfaces, ensuring seamless integration and optimal power delivery within that ecosystem. It is not compatible with non-Raymarine systems.
How does this solar panel compare to traditional battery-powered transmitters?
This solar solution offers a significant advantage by eliminating the recurring cost and inconvenience of battery replacements, providing a continuous and self-sustaining power source for compatible Raymarine wireless instruments.
Frequently Asked Questions
What specific Raymarine transmitters does this solar panel power?
This solar panel is designed to power the Raymarine Micronet T121 Hull Transmitter and the Raymarine Micronet T122 Wireless NMEA Interface.
Is this solar panel compatible with other Raymarine instruments, like displays?
No, this solar panel is exclusively designed for the Micronet T121 Hull Transmitter and T122 Wireless NMEA Interface. It is not intended for use with other Raymarine instrument displays or devices.
How is this solar panel installed onto the boat?
Installation involves basic mounting of the panel in an area with good sun exposure and routing its cable to connect directly to the compatible Raymarine transmitter. Refer to the provided manual for detailed instructions.
What are the physical dimensions of this solar panel?
The product specifications indicate a 'small footprint,' meaning it is compact for easy placement, but specific dimensions are not detailed in the provided data. Consulting the manual or product specifications sheet will provide precise measurements.
Does this solar panel require any ongoing maintenance beyond initial installation?
Beyond ensuring the panel surface remains clean for optimal sunlight absorption, the solar panel requires no ongoing maintenance as it provides a continuous, self-sustaining power solution.
