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Operator Manual
Issue 1
TIL – Eng – Spec – 080
Page 26 of 70
SeaHub
4.6. Device Connection, Wiring & Installation
Once the SeaHub has been correctly installed and connected to Seanet (please refer to previous
sections), Sonar or other peripheral serial devices may be connected to it.
This section describes connection details for many common configurations of Tritech products. For further
details on connecting other peripherals, or creating custom wiring looms, please refer to “Data Interfaces”
& “Communication Ports” (Section 6.3 from page 40 onwards).
4.6.1. Connecting a Tritech Micron DST Sonar (or Echosounder)
The tables below summarises how a Tritech Micron DST Sonar (or Micron DST Echosounder) should be
connected to the ports of the SeaHub module, for all supported hardware modes.
For all configurations, please note…
•
When connecting power to the 4mm Power Output Sockets, it is assumed they are configured in
“PWR” mode, where the DC input or internal 28V(
±
5%) supply is used – refer to section 5.3 for
further details.
•
The power output source on port C or D will be the “PWR” supply – refer to section 5.3.2 for
further details.
•
Like the SeaHub, the Micron DST Sonar also has software configurable hardware modes (RS232
and RS485), the SeaHub must be configured with the same hardware mode for communication to
work.
•
The Micron Sonar should be connected via its “Main” communication port to the SeaHub.
•
Older Microns and cable-looms may have pin-5 on the Micron connected to pin-5 on the D-Type
connector.
This is legacy wiring, and has been superseded with the introduction of the Micron DST
Echosounder (that uses pin-5 as an analogue output). Instead pin-5 on the Micron should be
unconnected, and pin-5 on the D-Type should be connected to pin-4 of the Micron (Power
Ground).
Should a legacy wiring loom be used no damage will occur to either unit, and normal function will
be seen in the case of the Micron DST Sonar.
•
If connecting a Micron DST Echosounder, pin-5 returns an analogue “echo range” signal, ranging
from 0V to 5V. This should not be connected to the SeaHub. Connection in error will
not
damage
either unit.