Cyclone 10 m toitekaabel

The Raymarine A80652 power cable is an essential component designed to supply electrical power to Cyclone and Cyclone Pro radar systems. It provides the electrical connection between the radar pedestal and the VCM100 voltage converter module, or directly to the vessel's power source via the VCM100.

The Raymarine A80652 power cable is 10 meters long.

Yes, the Raymarine A80652 power cable is specifically designed to withstand marine environment stresses, ensuring stable and reliable power supply to the radar.

Yes, this cable is part of the Raymarine accessory range dedicated to Cyclone radars. It is manufactured to the brand's standards to ensure optimal electrical compatibility and signal integrity.

Yes, Raymarine Cyclone general cabling guide emphasizes the importance of cable shielding to ensure signal integrity and manage interference in the marine environment.

The Cyclone radar installation documentation specifies the use of ferrite chokes to suppress interference. Although cable A80652 itself is not described as including integrated ferrites, their use is recommended as part of the overall system.

This cable is compatible with Raymarine Cyclone radar systems (reference E70620) and Cyclone Pro (reference E70621).

Yes, the power cable A80652 is specifically designed to connect to the voltage converter module VCM100 (reference E70648), which is an essential component for powering Cyclone radars.

Yes, this cable is designed to power Cyclone radar pedestals, which are then connected to the various Cyclone radar antennas, such as models E70628 (3 ft), E70629 (4 ft), and E70630 (6 ft).

The A80652 power cable directly powers the radar pedestal via the VCM100 module. Therefore, it is compatible with Cyclone radar systems and not directly with multifunction displays. Multifunction display compatibility concerns the radar system as a whole for data display.

The A80652 power cable connects to the Cyclone radar pedestal on one end and to the VCM100 voltage converter module on the other. The VCM100 then connects to the vessel’s power source.

Follow general wiring guidelines, avoiding electromagnetic interference sources, sharp edges, and areas where the cable could be damaged. The routing must allow for flexible and secure installation.

Yes, Raymarine’s installation documentation recommends adhering to an appropriate bend radius for all cables to prevent damage to internal conductors and shielding, ensuring cable reliability and longevity.

Yes, installing the Cyclone radar system, which uses this power cable, requires the integration of a circuit breaker or a fuse. The specific ratings are detailed in the « Circuit breaker and fuse ratings » section of the VCM100 installation manual.

The VCM100 module, to which this cable connects, has specific grounding requirements (described as 'VCM100 grounding requirements') to ensure system safety and performance. It is critical to follow these instructions during installation.

Raymarine's installation documentation emphasizes the importance of circuit isolation during wiring to prevent ground loops and electrical interference, ensuring optimal and secure operation of the radar system.

It is essential to use strain relief devices at connection points and cable pass-throughs to prevent excessive tension on the connections and the cable itself, thereby extending its lifespan and reliability.

The VCM100 module must be positioned in accordance with the location requirements (described as 'VCM100 location requirements') specified in the installation manual. The 10-meter length of the A80652 cable provides flexibility to position the VCM100 at an optimal distance from the radar or main power source, while respecting ventilation and access requirements.

Yes, the Cyclone radar installation documentation describes cable routing options, including the 'rear exit' and 'through-hull wiring', allowing clean and secure integration in various vessel configurations.

The A80652 product is specifically a 10-meter cable. The installation documentation mentions 'Extension of the VCM100 module power cable' and 'Extension of the VCM100 module shielding (ground conductor)', which implies that extensions are possible while respecting the wire gauges and technical requirements specified to maintain system performance.