Raymarine RVX1000, Installation Instructions Manual

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10.6 RJ45 SeaTalk hs network and patch cables
Description Typical use Quantity
1 RJ45 SeaTalk hs network
cables have an RJ45
SeaTalk
hs
(male) plug on one
end, and a waterproof RJ45
SeaTalk
hs
(male) plug with
locking collar on the other
end.
Typical uses for these cables include:
• Connecting a device with a RJ45SeaTalk hs
socket (e.g. the DSM300 , or an E-Series
Widescreen E90W , E120W or E140W legacy
MFD) to a SeaTalk hs 8–port network switch.
• Connecting a thermal camera with an RJ45
(male) plug to an E-Series Widescreen
E90W , E120W or E140W legacy MFD, via
an RJ45 coupler (R32142). This assumes
that
PoE (Power over Ethernet) connections
are not required, because there is no JCU
(Joystick Control Unit) in the system.
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2 RJ45 SeaTalk hs patch cables
have an RJ45 SeaTalk hs
(male) plug on each end.
Typical uses for these cables include:
• Connecting multiple SeaTalk hs 8–port
network switches.
• Connecting a PC or laptop computer running
Voyager Planner software to a SeaTalk
hs
8–port network switch.
• Connecting a JCU (Joystick Control Unit) to
a thermal camera, via a PoE injector. For this
particular connection the
R32140 cable is
required, as this supports PoE (Power over
Ethernet).
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3 RJ45 SeaTalk hs patch cables
have an RJ45 SeaTalk hs
(male) plug on each end.
Each plug features a locking
collar for a fully
waterproof
connection.
A typical use for these cables is:
• Connecting a device with a locking-type
RJ45SeaTalk hs socket (e.g. the DSM300 ),
to a legacy MFD with a locking-type
RJ45SeaTalk hs socket (e.g. the E-Series
Widescreen E90W , E120W or E140W ).
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