Antenos kabelio prailginimo laidų 2,5 m

This Raymarine antenna cable extension A92141D measures precisely 2.5 meters in length.

The Raymarine A92141D antenna cable extension is specifically designed to extend the range of Raymarine digital radar systems. It provides a solution for installations requiring flexible positioning of the radar antenna relative to the multifunction display unit.

Yes, the A92141D extension is built to withstand the constraints of a marine environment. Its design ensures reliable data transmission without interference for radar images, even in harsh conditions.

The part number (SKU) of this cable extension is A92141D.

No, this extension is designed to minimize signal loss. Its 2.5-meter length is an optimized compromise between installation flexibility and preserving the clarity and precision of radar data, a critical factor for system performance.

Yes, the A92141D extension cable is an official Raymarine accessory. Using a Raymarine extension cable ensures perfect electrical and mechanical compatibility with the brand's digital radar systems.

This extension is specifically designed for Raymarine digital radar systems. It is not compatible with analog radar systems.

Using a Raymarine extension ensures perfect electrical and mechanical compatibility with your digital radar system. Unlike generic solutions, it maintains the performance of the digital radar system and guarantees reliable data transmission without interference.

This extension is an essential accessory when the distance between the radar antenna and the multifunction display exceeds the length of the standard supplied cables. It is ideal for installations where the antenna is mounted on a mast, arch, or davit, providing sufficient margin for routing.

With this extension, you can position the radar antenna more flexibly on your vessel. It allows optimal installation on boats where the antenna is mounted on a mast, arch, or davit, providing greater placement freedom.

Yes, the 2.5-meter length of this extension is designed to provide installation flexibility and sufficient margin for cable routing. This allows adapting the system configuration to the specific requirements of each vessel without compromising signal integrity.

This extension adapts the system configuration to the specificities of each vessel. It ensures the antenna can be mounted in the ideal location for maximum performance, even if the distance from the multifunction display is greater, without compromising signal quality.

It is generally not recommended to connect multiple extension cables end-to-end for digital radar systems. Each additional connection can potentially introduce signal loss or interference, which may compromise radar data clarity and accuracy. This 2.5-meter extension cable is designed to optimize performance with a single extension.

Yes, as an official Raymarine accessory, this extension is designed for easy integration and direct connection to standard cables of Raymarine digital radar systems, ensuring perfect electrical and mechanical compatibility.

This extension cable is compatible with Raymarine digital radar systems. It is designed to work with digital radar antennas that connect to compatible Raymarine multifunction display units.

No, this extension is specifically designed for Raymarine digital radar systems. It is not compatible with analog radar systems.

No, this extension is a proprietary Raymarine product designed to ensure perfect electrical and mechanical compatibility only with Raymarine digital radar systems. It is not compatible with radar antennas from other manufacturers.

This extension is designed to connect the digital radar antenna to the multifunction display unit. It will therefore work with all Raymarine multifunction displays that are compatible with Raymarine digital radar systems.

The main requirement is that the Raymarine multifunction display unit must be compatible with the digital radar system. The extension cable itself does not impose any additional requirements beyond the standard radar system compatibility.