59
98-05304-EN R2
Aeros 9040 field computer
HOME
SE
TUP
GUID
ANCE
FULL SCREEN
INTR
ODUC
TION
GNSS
RA
TE C
ONTR
OL
APPENDIX
IMPLEMENT
►Connection point lateral offset distance
– define the
distance from the centreline of the machine to the centre of
the rear axle
►Implement in-line offset direction
– same direction as
Aeros Connection point in-line offset direction
►Implement in-line offset distance
– calculated based
on Aeros Connection point in-line offset distance
and
ISOBUS Sprayer B=Section X-offset
entries
►
-
=
►Implement lateral offset direction
– same direction as Aeros
Connection point lateral offset direction
►Implement lateral offset distance
– same value as on Aeros
Connection point lateral offset distance
Self-propelled – rear mount
Figure 6-31: Self-propelled – rear mount
– Centre of the GNSS antenna
– Centre of the rear axle
– Connection point in-line offset direction/distance
– Connection point lateral offset direction/distance (not illustrated)
– B=Section X-offset distance
– Implement in-line offset direction/distance
ISOBUS Sprayer settings:
1. Press UNIVERSAL TERMINAL bottom tab
.
2. From the Main setup screen , select
Machine
.
3. Select
OEM
then enter the access code as needed.
4. Select
Implement Geometry
:
5. Establish values for:
►Connector type:
Selfpropelled - rear
►B=Section X-offset
– measured in parallel to the centreline
of the machine, define the distance from the centre of the rear
axle to the implement
Aeros settings:
1. Press SYSTEM SETUP bottom tab
.
2. Press CONFIGURATION side tab
.
3. Press
Implement
.
4. Select Implement type
Straight
.
5. Press Implement type NEXT PAGE arrow to set up specific
implement options.
6. Establish values for:
►Connection point in-line offset direction
– define the
direction as
Backward
based on ISOBUS Sprayer
connection type
►Connection point in-line offset distance
– measured in
parallel to the centreline of the machine, define the distance
from the GNSS antenna to the centre of the rear axle
►Connection point lateral offset direction
– define the
direction, either left or right, from the centreline of the machine
to the centre of the rear axle while facing in the machine's
forward direction
►Connection point lateral offset distance
– define the
distance from the centreline of the machine to the centre of
the rear axle
►Implement in-line offset direction
– same direction as
Aeros Connection point in-line offset direction
►Implement in-line offset distance
– calculated based
on Aeros Connection point in-line offset distance
and
ISOBUS Sprayer B=Section X-offset
entries
►
+
=
►Implement lateral offset direction
– same direction as Aeros
Connection point lateral offset direction
►Implement lateral offset distance
– same value as on Aeros
Connection point lateral offset distance
Three point hitch – front mount
Figure 6-32: Three point hitch – front mount
– Centre of the GNSS antenna
– Connection point
– Connection point in-line offset direction/distance
– Connection point lateral offset direction/distance
– B=Section X-offset distance
– Implement in-line offset direction/distance
Summary of Contents for AEROS 9040
Page 1: ...Software version 4 31 U S E R M A N U A L AEROS 9040...
Page 116: ......
