First steps
ISOFLOW application – User manual for XeedSystem v1.6
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7
In case of the 4-pole deutsch connector:
Disconnect the CAN cable and connect one of
the Y-cable’s connector to the back of the implement bus breakaway connector (circled on
the 2
nd
image below). Connect the Y-cable’s other connector to the XeedGATE unit’s
connector labelled as ISOBUS.
Implement bus breakaway connector front
view.
Implement bus breakaway connector back
view, and the 4-pole deutsch connector
(circled).
In case of the 9-pole in-cab connector
: Connect the Y-cable to the in-cab socket in the cab
(image below). If the in-cab socket is being used, disconnect it and connect one of the Y-
cable’s connector to it. Connect the Y-cable’s other connector to the XeedGATE unit’s
connector labelled as ISOBUS.
9-pole in-cab connector (image on the left).
Look for it in the cab.
2.2.2
The XeedGATE’s LED signal
The ISOBUS LED on the XeedGATE helps to check the connection or to define some of the
connectivity errors.
In case the terminal isn't connected to the XeedGATE unit, the XeedGATE’s ISOBUS LED turns
to orange.
The blinking orange LED means internal communication. In case this indication is persistent, it
could be some sort of communication error. Normally this blinking turns to continuous, steady
orange indication.
As soon as the terminal has connected to the XeedGATE, the XeedGATE’s ISOBUS LED turns
to green in a few seconds, indicating that the connection has created, and it is ready to work.
