Radar Cyclone 55 Watts cu antenă tip bară 4' și cablu radar RayNet 15m

The Raymarine Cyclone T70492 radar provides a transmission power of 55 Watts. This power is designed for effective target detection in various maritime conditions.

This radar pack includes a 4-foot (approx. 1.22-meter) slotted waveguide antenna. This antenna size is suitable for effective detection range and modern radar performance.

The radar is supplied with a RayNet radar cable. This cable provides Ethernet connectivity between the radar pedestal and compatible Raymarine multifunction displays.

A RayNet radar cable of 15 meters is included in the Cyclone T70492 radar pack. This length is usually sufficient for most onboard installations.

The VCM100 module (Voltage Converter Module) is a key component supplied with the Cyclone radar. It manages the pedestal’s power supply, converting the vessel’s voltage (12 V or 24 V DC) to the power required by the radar.

Yes, the Cyclone radar integrates Doppler capabilities. This technology enables more intuitive identification of moving targets, distinguishing them from stationary ones. It enhances situational awareness by quickly signaling potential collision hazards.

The Raymarine Cyclone radar is compatible with the following Raymarine multifunction displays, running LightHouse 3.9 software or later:

Axiom SeriesAxiom+ SeriesAxiom Pro SeriesAxiom XL SerieseS SeriesgS Series

Yes, several older Raymarine multifunction display series are not compatible with the Cyclone radar. These include:

A Series (models A65, A67, A75, A77, A95, A97, A125, A127)C Series Classic (C70, C80, C120)E Series Classic (E80, E120)C Series Widescreen (C90W, C120W, C140W)E Series Widescreen (E90W, E120W, E140W)a, c, e (non-eS), ES and GS Series

The Raymarine Cyclone T70492 radar pack includes the following main components:

The Cyclone 55 Watts scanner pedestalThe 4-foot beam antennaThe VCM100 voltage converter moduleA 15-meter RayNet radar cableThe mounting kit for the antenna and VCM100

The VCM100 module must be installed in a suitable location, considering wiring requirements. It is recommended to mount it on a flat and stable surface, protected from excessive moisture and extreme temperatures. Ensure the location allows for proper routing of power cables and the radar cable.

Yes, it is possible to install and use multiple Cyclone radar scanners on the same Raymarine system. However, specific location and configuration requirements must be met to avoid interference and optimize the performance of each unit.

For the ARPA (Automatic Radar Plotting Aid) functions of the Cyclone radar to operate correctly, the system requires specific data sources:

A heading data source.
A speed over ground (SOG) data source.
A position data source.

Software updates for the Cyclone radar and compatible Raymarine multifunction displays are generally available on Raymarine’s official website. It is recommended to regularly check the support or downloads section of the site to obtain the latest software versions and follow the provided installation instructions.

To optimize radar performance, it must be mounted in a high, unobstructed position with no significant obstructions in the sweep area. The compass safety distance must also be respected, and wiring must comply with specifications (cable types, lengths, routing, and shielding) to minimize interference.

Yes, cable routing is critical. It is important to respect the minimum bend radii of cables to avoid damaging them. Cables must be routed in a way that protects them from mechanical stress, abrasion, and electrical interference. Adequate shielding and the use of ferrite chokes (if necessary) are also recommended to maintain signal integrity.

After installation, it is recommended to perform an initial test when powering up the radar scanner. Then, open the Radar application on your compatible multifunction display. You will need to check and adjust the bearing alignment to ensure displayed targets match their actual positions.

Yes, the Cyclone radar is designed for demanding marine navigation. It is recognized for its advanced signal processing capabilities and robustness, making it a suitable choice for both recreational boaters and professionals seeking reliable surveillance.