Raymarine RVM-412 stainless steel through-hull transducer pack 12° port/starboard, direct AXIOM2 and RVM1600 (2 x 2m cable with Y splitter and 8m extension)

The Raymarine RVM-412 pack is designed to provide detailed and three-dimensional underwater imaging using RealVision Max 3D technology. It allows you to visualize the seabed structure, fish, and submerged objects with enhanced clarity, which is essential for fishing and navigation.

The RVM-412 transducers are through-hull stainless steel transducers, specifically angled at 12°. They are designed to be installed on port and starboard sides, optimizing RealVision Max 3D sonar performance on hulls with a deadrise angle of 5 to 15°.

The RVM-412 transducers use Sonar RealVision Max 3D technology. This technology provides 3D underwater imaging, enabling detailed visualization of the seabed and submerged objects.

The inclusion of two transducers, one for port and one for starboard, ensures consistent SideVision and DownVision coverage without blind spots. This setup is particularly advantageous for hulls with a significant deadrise angle, guaranteeing optimal signal quality.

The RVM-412 transducers are made of stainless steel, a robust material suited to demanding marine environments.

This pack is specifically designed for hulls with a deadrise of 5 to 15°, with a V-angle between 5 and 15°. The 12° tilt of the transducers is optimized for these hull types.

Yes, the RVM-412 pack includes complete wiring: two 2-meter depth sounder cables, a Y-cable for combined connection of both transducers, and an 8-meter extension.

The RVM-412 transducers are directly compatible with Raymarine AXIOM2 multifunction displays.

Yes, the RVM-412 transducer pack is compatible with the Raymarine RVM1600 fishfinder module.

Yes, the RVM-412 transducers integrate seamlessly into the Raymarine LightHouse 4 ecosystem, ensuring straightforward installation and configuration.

The pack is designed to integrate with the LightHouse 4 ecosystem. It is always recommended to ensure your AXIOM2 display or RVM1600 module has the latest LightHouse software version for optimal performance.

After installation, calibration of the RealVision AHRS (Attitude and Heading Reference System) is required. This calibration ensures precise stabilization of the sonar image for optimal visualization.

Typical tools for installing through-hull transducers include a drill, drill bits suited for hull drilling, wrenches, marine sealant, and cleaning products. Detailed instructions are provided in the installation manual.

Installation involves drilling holes in the hull. For fiberglass cored hulls, specific precautions are required to seal the core and prevent water ingress. It is critical to follow the manual's instructions for positioning and drilling.

Yes, antifouling paint can be applied to transducers. It is important to use compatible products and follow the manufacturer's recommendations to avoid degrading the transducer's performance.

The pack includes two 2-metre depth sounder cables, one Y-cable, and an 8-metre extension, providing flexible total length for installation.

Both 2-metre transducers connect to a Y-cable included in the kit. This Y-cable combines the signals from both transducers before routing them to the display or sounder module via the 8-metre extension.

Yes, it is recommended to follow general marine wiring guidelines, particularly regarding cable routing, stress protection, and shielding to prevent electromagnetic interference (EMC).

After installation, it is recommended to perform a transducer test and AHRS RealVision calibration. The LightHouse 4 system user manual provides instructions for checking sonar data and troubleshooting.

The 12° tilt of the transducers is crucial to compensate for the hull’s deadrise angle (V). This ensures the sonar beam is directed vertically toward the seabed, even when the boat is stationary or moving, providing a precise and stabilized sonar image.