Raymarine Cyclone Pro Pedestal – 110W
The Raymarine Cyclone Pro Pedestal provides a 110-watt mounting and drive component for compatible Cyclone Pro radar systems. Its pedestal-only format allows installers to pair the unit with the correct open array, supporting proper scanner operation and customized installation planning.
Raymarine Cyclone Pro Pedestal - 110W Specs
| Brand | Raymarine |
| Model Name | Cyclone Pro Radar Pedestal Only |
| Part Number/SKU | E70623 |
| Technology Category | High-Power Solid State Radar Pedestal |
| Peak Power Output | 110 Watts (Equivalent to 12kW Magnetron) |
| Scanner Compatibility | 3ft, 4ft, and 6ft Cyclone Open Array Antennas |
| Rotation Speed | Up to 100 RPM |
| Target Tracking | Advanced ARPA, Doppler Processing |
| Networking Ports | RayNet (Ethernet) |
| Voltage Input | 12V / 24V DC |
| Power Draw | 95W (Max) |
| Waterproofing | IPX6 |
| Weight | 56.4 lbs (25.6 kg) |
| Country of Origin | Hungary |
| Standard Warranty | 2-Year Standard (3-Year with Registration) |
Common Question of Raymarine Cyclone Pro Pedestal
What is included with this pedestal?
The Raymarine Cyclone Pro pedestal is listed as a pedestal component with a 110-watt rating. The title does not identify an antenna, cable, display, mounting hardware, or complete radar package. Confirm all required components and system compatibility before ordering this Cyclone Pro pedestal.
What does 110 watts indicate?
The 110-watt specification identifies the pedestal’s listed electrical power requirement or rating. Confirm the exact operating current, supply voltage, fuse protection, wiring gauge, and compatible Cyclone scanner before installation. Use Raymarine electrical documentation to support safe 110-watt radar power delivery aboard the vessel.
Does it include the array?
No array is identified in this pedestal listing. Confirm the correct Raymarine Cyclone Pro open array, cable, compatible multifunction display, mounting hardware, and power accessories before purchase. The pedestal requires matching external components before it can form a functioning complete radar system.
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