15 m antenos kabelis RJ45 tipo jungtukui D, HD, SHD (Raymarine) radarų antenoms

This Raymarine A55078D antenna cable is 15 meters long, providing sufficient flexibility for various installations aboard vessels.

This cable uses an RJ45 connector, standard for digital data transmission in Raymarine radar systems.

This cable is designed to connect a Raymarine digital radar antenna (D, HD, SHD models) to a compatible multifunction display, ensuring the transmission of radar signals.

Yes, the A55078D antenna cable is a Raymarine original product, ensuring compatibility and optimal performance with the brand's equipment.

Yes, this cable is designed for the marine environment. Using an original cable like this one is essential to maintain the radar system's nominal performance and ensure its resistance to marine elements.

The main difference is the length. A 15-metre cable provides sufficient slack for complex routing through masts or superstructures, where 5- or 10-metre cables might fall short of reaching the desired multifunction display location.

Raymarine’s original cables are designed for optimal transmission of digital radar signals. They are manufactured to minimize signal loss and interference, ensuring precise radar image quality.

This cable is specifically compatible with Raymarine's digital radar antenna range, including D, HD and SHD models.

No, this cable is designed for Raymarine digital radar antennas (D, HD, SHD models) and uses an RJ45 connector specific to this technology. It is not compatible with analog radar antennas.

This cable is compatible with Raymarine multifunction displays designed to work with D, HD and SHD digital radar antennas and featuring an Ethernet port (RJ45) for radar connection.

No, this cable is specifically designed for Raymarine radar systems and uses brand-specific connectivity specifications. It is not guaranteed to work with equipment from other manufacturers.

This cable uses an RJ45 connector, similar to Ethernet, but it is specifically optimized for transmitting Raymarine digital radar signals. It fits within the reliability logic of marine-specific wiring systems, but it is dedicated to radar connections and not to a general NMEA 2000 network.

Installation involves routing the cable between the radar antenna and the compatible multifunction display. It is recommended to follow the installation instructions in your Raymarine radar system manual and ensure the cable is protected from mechanical stress and moisture.

Connecting the A55078D cable typically does not require specific tools for RJ45 connectors, as they are designed to be plugged and unplugged manually. However, tools may be needed for routing and securing the cable on the vessel.

It is not recommended to cut this cable to adjust its length. Radar cables are precision components, and any modification may affect signal integrity and radar system performance. It is better to use the appropriate cable length or manage excess cable securely.

To protect the cable from external elements, it is advisable to run it through conduits or protective sleeves, secure it firmly to prevent excessive movement, and ensure that connections are watertight and protected from moisture and corrosion.

Extending radar cables with intermediate connectors is generally not recommended, as it can introduce signal loss and interference. It is preferable to use a cable of the required length from the outset, or to consult a professional for specific solutions if a longer length is indispensable.

Yes, as an original Raymarine product, this cable is covered by the manufacturer's standard warranty. Specific warranty details are provided by Raymarine.

The RJ45 connector on this cable is used for transmitting digital data between the radar antenna and the multifunction display. It ensures a reliable and fast connection for digital radar signals.

Yes, when routing the cable, it is important to avoid tight bends, pinches, and to keep it away from sources of electromagnetic interference (such as high-voltage power cables) to preserve the integrity of the radar signal.