Filter
Top Products
cxcii
• Mounting Platform: The platform must be mechanically secure and capa-
ble of supporting the mass and inertia of the open array scanner. The com-
plete unit weighs: 48" scanner - 30 kg (66.2 lb); 72" scanner - 33.4 kg
(73.7 lb).
• The site must be clear of ropes and moving rigging.
• Sufficient clearance must be allowed to fully open the open array pedestal for
maintenance.
Mounting surface: sailboats
The scanner unit can be installed on a mast platform, an arch, or a bridge
structure. Make sure that the platform surface is flat and the scanner unit drain
hole (radome scanners) is not obstructed. Raymarine recommends that radome
scanner units are best suited for sailboat operation as open array systems are
more difficult to protect from ropes and sails.
For sailboat installations, Raymarine offers a universal mast mount kit for each
radome scanner type. This optional mount is used to fit a radome scanner to a flat
surface on a mast with a minimum diameter of 60 mm (2½ in). When using the
mast mount kit, appropriate hardware should be used for the style and structure
of the mast aboard the vessel. Typically, the scanner will be mounted near the first
set of mast spreaders. If there is any doubt concerning the appropriate type of
hardware, consult your boat dealer or representative for their recommendations.
Depending on the type of sailboat, a radar scanner guard should be installed if the
sails could touch the scanner or platform. Without a proper radar guard the
mounting platform and the radar scanner could be severely damaged.
Mounting surface: power boats
On many small vessels the scanner unit can be installed on a mast platform, an
arch, or a bridge structure, but take care to follow the scanner site guidelines,
particularly regarding height. If necessary, construct a radar mounting platform to
obtain a sufficiently high mounting position. Make sure that the platform surface
is flat and the scanner unit drain hole (radome scanners) is not obstructed. Ensure
the platform is strong enough to support the maximum shock loads likely to occur.