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Aeros 9040 field computer
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APPENDIX
IMPLEMENT
ISOBUS SPRAYER OFFSETS
Connection point and implement offsets are used to enter the
directions and distances from the centreline of the machine to
the connection point and implement when Aeros has an ISOBUS
Sprayer on the system.
Different machines have different options. The following machines
are detailed in this manual. Contact your TeeJet dealer for
information on your specific setup or if there are any questions.
• Self-propelled – front mount
• Self-propelled – rear mount
• Three point hitch – front mount
• Three point hitch – rear mount
• Trailed – always rear mount
If using a self-propelled sprayer or spreader, use the GNSS offset
adjustment calculation to calculate the implement lateral offset
distance adjustment. If using a pull behind or trailed implement,
use the Implement offset adjustment calculation to calculate the
implement lateral offset distance adjustment. See the "Implement
lateral offset distance adjustment" section of this chapter for more
details.
Figure 6-29: Straight implement type with ISOBUS Sprayer
Self-propelled – front mount
Figure 6-30: Self-propelled – front 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 - front
►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
Forward
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 centre of the rear axle while facing in
the machine's forward direction
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: ......
