1. science
2. physics
3. hydraulics

AIRCART & TOOLBAR
2016 OPERATOR’S MANUAL
Table of Contents
1.0 INTRODUCTION
1
1.1 Description of the Machine.......................................................................... 2
1.2 Illustration of the Machine............................................................................ 2
1.3 Machine Serial Number................................................................................. 3
2.0 SAFETY
5
2.1 Safety Alert Symbol....................................................................................... 5
2.1.1 Signal Words............................................................................................. 5
2.2 Operator Responsibility................................................................................ 6
2.2.1 Key safety reminders................................................................................ 6
2.3 General Safety Practices.............................................................................. 7
2.3.1 Hand Signals............................................................................................ 8
2.4 Maintenance Safety..................................................................................... 10
2.5 Hydraulic Safety.......................................................................................... 11
2.6 Electrical Safety........................................................................................... 11
2.7 Transport Safety.......................................................................................... 12
2.8 Storage Safety............................................................................................. 12
2.9 Tire safety..................................................................................................... 12
2.10 Safety Signs............................................................................................... 13
2.10.1 Location of Safety Signs on Aircart....................................................... 13
2.10.2 Location of Safety Signs on Toolbar..................................................... 15
2.11 Applied Safety Signs................................................................................. 16
2.11.1 Safety Sign Information......................................................................... 24
3.0 SPECIFICATIONS
27
3.1 Hardware Torque......................................................................................... 27
3.1.1 SAE......................................................................................................... 27
3.1.2 Metric...................................................................................................... 27
3.1.3 Flare-Type Tube Fittings......................................................................... 28
3.2 Tire Hub Torque........................................................................................... 28
3.2.1 Aircart...................................................................................................... 28
3.2.2 45 Series................................................................................................. 28
3.2.3 XL Series................................................................................................ 29
3.3 Tire Pressure................................................................................................ 29
3.3.1 Aircart...................................................................................................... 29
3.3.2 45 Series................................................................................................. 30
3.3.3 XL Series................................................................................................ 30
3.4 Hydraulic Circuit Requirements................................................................. 30
3.4.1 500 & 660 Aircart.................................................................................... 30
3.4.2 800 & 980 Aircart.................................................................................... 31
3.4.3 45 & XL Series........................................................................................ 31
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3.4.4 Tractor Hydraulic Requirements............................................................. 31
3.5 Implement Dimensions............................................................................... 32
3.5.1 Aircart...................................................................................................... 32
3.5.2 45 Series................................................................................................. 36
3.5.3 XL Series................................................................................................ 39
3.6 Openers........................................................................................................ 42
3.6.1 Quick Pin Opener................................................................................... 42
3.6.2 Seed Depth............................................................................................. 43
4.0 AIRCART OPERATION
45
4.1 Hydraulic Connections............................................................................... 45
4.1.1 Tractor Hookup....................................................................................... 46
4.1.2 Case Drain Lines.................................................................................... 47
4.2 Lodar Wireless Remote............................................................................... 47
4.2.1 Labeled Lodar Remote Diagram............................................................. 47
4.2.2 Labeled Lodar Receiver Diagram........................................................... 48
4.2.3 Pairing the Remote................................................................................. 49
4.3 Auger & Conveyor/Fill System Operation................................................. 50
4.3.1 Position for Filling Aircart........................................................................ 50
4.3.1.1 Auger & Conveyor (500 & 660 Aircarts)........................................... 50
4.3.1.2 Auger & Conveyor (800 & 980 Aircarts)........................................... 52
4.3.2 Operating the Conveyor.......................................................................... 54
4.3.3 Operating the Auger................................................................................ 54
4.3.4 Auger & Conveyor Position for Transport............................................... 55
4.4 Bag Lift......................................................................................................... 56
4.5 iConTM Metering Roller................................................................................ 57
4.5.1 iCon Meter Roller Types......................................................................... 57
4.5.2 Meter Roller Selection Guide.................................................................. 58
4.5.3 iCon Roller Changing Procedure............................................................ 58
4.6 Diverting Airstreams................................................................................... 59
4.7 Fans.............................................................................................................. 60
4.8 Calibrating Fan Speed................................................................................ 61
5.0 TOOLBAR OPERATION
63
5.1 Hydraulic Hose Hook Up............................................................................ 63
5.1.1 TBH......................................................................................................... 63
5.1.2 TBT......................................................................................................... 64
5.2 Tractor Hookup ........................................................................................... 65
5.2.1 Opener Lift & Lower................................................................................ 65
5.2.2 Wing Up & Down.................................................................................... 65
5.2.3 Case Drain(s).......................................................................................... 65
5.3 Pre-Operation Checklist............................................................................. 66
5.4 Winging Down Toolbars.............................................................................. 67
5.5 Winging Up Toolbars................................................................................... 67
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5.5.1 iCon Opener Shank Operation............................................................... 68
5.6 SBR Hitch Operation................................................................................... 69
5.6.1 Requirements......................................................................................... 69
5.6.2 Operation................................................................................................ 69
6.9 Primary Operating Variables......................................................................70
6.9.1 Field Travel Speed..................................................................................70
6.9.2 Packing & Trip Pressure.........................................................................70
6.9.3 Mud Scraper Adjustment........................................................................71
6.9.4 Furrow Depth & Width............................................................................71
6.9.5 Knife Lateral Separation.........................................................................72
6.9.6 Cornering................................................................................................72
6.10 Crop Residue Considerations..................................................................73
6.11 Seed Hawk Packer Tire.............................................................................74
6.11.1 Loose Soil Conditions...........................................................................74
6.11.2 Muddy Soil Conditions..........................................................................75
6.11.3 Operating Curves & Corners.................................................................75
6.12 Twin Wing...................................................................................................75
6.13 Side Banding with Anhydrous Ammonia................................................76
6.14 Drop Tube Extension with NH3.................................................................76 6.0 iCon OPERATION
79
6.1 System Component Overview....................................................................79
6.2 Operating the iPad......................................................................................80
6.3 Connecting the iPad....................................................................................82
6.4 Powerskid & Control Panel Operation......................................................83
6.5 Display..........................................................................................................84
6.5.1 Heads Up Display (HUD)........................................................................84
6.5.2 Page Selection........................................................................................85
6.5.3 Buttons....................................................................................................86
6.5.4 Operating Screens..................................................................................87
6.5.4.1 Blockages Screen............................................................................87
6.5.4.2 Messages Screen............................................................................87
6.5.4.3 Settings Screen................................................................................88
6.6 Calibration....................................................................................................94
6.6.1 In-Field Calibration..................................................................................94
6.6.2 Static Calibration.....................................................................................95
6.6.3 Product Lookahead Calibration..............................................................98
6.7 Mapping......................................................................................................100
6.7.1 Mapped Information..............................................................................100
6.7.2 Map Views............................................................................................102
6.7.2.1 Viewing Load Cell Data..................................................................102
6.7.3 Modify Packing Pressure......................................................................103
6.7.4 Switchbox Operation.............................................................................103
6.7.5 Master & Slave iPad.............................................................................104
6.8 Starting a New Job....................................................................................105
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6.8.1 New Job Profile.....................................................................................105
6.8.2 Product Configuration...........................................................................106
6.8.2.1 Product Profiles..............................................................................106
6.8.3 Tank Pairing..........................................................................................107
6.8.4 Setting Headlands................................................................................109
6.8.5 Creating Field Boundary.......................................................................109
6.8.5.1 Defining Field Boundary (Headland First)...................................... 110
6.8.5.2 Defining Field Boundary (Headland Last)...................................... 110
6.8.5.3 Editing Headlands.......................................................................... 111
6.8.6 Creating Obstacles............................................................................... 113
6.8.7 Fit To FieldTM......................................................................................... 114
6.9 The Cloud...................................................................................................115
6.9.1 Finishing Jobs....................................................................................... 115
6.9.2 Syncing With the Cloud........................................................................ 116
6.10 GPS...........................................................................................................118
7.0 MAINTENANCE
119
7.1 Maintenance Schedule.............................................................................. 119
7.1.1 Aircart Maintenance.............................................................................. 119
7.1.2 Toolbar Maintenance............................................................................. 120
7.2 Hydraulic Cartridges................................................................................. 121
7.3 Hydraulic Cylinders................................................................................... 121
7.3.1 Hydraulic Hoses.................................................................................... 122
7.4 Mainframe Castors & Wing Hinges ......................................................... 123
7.4.1 Mainframe Wheel Hubs & Castor Plates.............................................. 123
7.4.2 Wheel Hubs.......................................................................................... 123
7.4.3 Wing Hinge Points................................................................................ 124
7.4.4 Seed & Fertilizer Knives....................................................................... 124
7.5 Replacement Parts & Aftermarket Options............................................. 125
7.5.1 Standard Knife Configuration................................................................ 125
7.5.1.1 Knife Options.................................................................................. 125
7.5.2 Acoustic Blockage Sensor.................................................................... 126
7.5.3 NH3 Kit with PM4.................................................................................. 126
7.6 Storage....................................................................................................... 127
8.0 TROUBLESHOOTING
129
8.1 Wireless Connections...............................................................................129
8.2 Troubleshooting Toolbars........................................................................132
8.3 Troubleshooting Lodar Remote...............................................................134
8.4 iCon Error Codes.......................................................................................135
8.5 PM4 & LC3 Replacement..........................................................................154
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9.0 WIRING HARNESSES
157
9.1 Aircart Wiring Harnesses.......................................................................... 157
9.1.1 500 Aircart............................................................................................. 157
9.1.2 660 Aircart............................................................................................. 159
9.1.3 800 TBH Aircart..................................................................................... 161
9.1.4 980 TBH Aircart..................................................................................... 162
9.2 PM4 Layout................................................................................................ 163
9.2.1 3-Bin 4-Section.................................................................................... 163
9.2.2 3-Bin 5-Section.................................................................................... 165
9.2.3 3-Bin 6-Section.................................................................................... 167
9.2.4 3-Bin 7-Section.................................................................................... 169
9.2.5 3-Bin 8-Section.................................................................................... 171
9.2.6 4-Bin 4-Section.................................................................................... 173
9.2.7 4-Bin 5-Section.................................................................................... 175
9.2.8 4-Bin 6-Section.................................................................................... 177
9.2.9 4-Bin 7-Section.................................................................................... 179
9.2.10 4-Bin 8-Section.................................................................................. 181
9.3 Control Panel............................................................................................. 183
9.4 Toolbar Wiring Harnesses........................................................................ 184
9.4.1 45 Series............................................................................................... 184
9.4.1.1 40' Toolbar...................................................................................... 184
9.4.1.2 50' Toolbar...................................................................................... 186
9.4.1.3 60' Toolbar...................................................................................... 188
9.4.2 XL Series.............................................................................................. 190
9.4.2.1 70' Toolbar...................................................................................... 190
9.4.2.2 80' Toolbar...................................................................................... 192
9.4.2.3 84'/85' Toolbar................................................................................ 194
10.0 INDEX
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SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
1.0 Introduction
Congratulations on your choice of a Seed Hawk Aircart and Toolbar to complement your farming operation. This implement has been designed and manufactured to meet the agricultural industry’s need for precise direct seeding.
Seed Hawk Aircarts and Toolbars now carry the Carbon Trust CO2 measured
certification. This certification denotes that Seed Hawk controls the amount of
energy required to build these implements. In addition to reduced CO2 emissions during production, the Seed Hawk no-till system also reduces the amount
of CO2 released during use by reducing the amount of field passes needed to
seed and causing less soil disturbance, which keeps CO2 and organic matter
within the soil.
All persons authorized to operate this implement should read and understand
the contents of this Operator’s Manual, especially the Safety Section. The owner
or operator should seek assistance from the dealer, distributor or Seed Hawk
Inc. for any information not fully understood regarding the safe operation, adjustment, maintenance or repair of this implement.
Keep this Operator’s Manual in a clean, dry place that is easily accessible for
reference when more detailed information is required to perform tasks related to
the operation, adjustment, maintenance or repair of this implement. It is further
recommended that the contents of this Operator’s Manual be reviewed at least
annually by persons operating, adjusting, maintaining or repairing this Seed
Hawk Aircart and Toolbar, and any time a new person is assigned to any of the
above mentioned tasks.
Any information in this Operator’s Manual that is not fully understood should
be clarified by contacting the dealer, distributor or manufacturer and requesting
assistance.
The contents of this Operator’s Manual are accurate up to the time of printing.
Seed Hawk reserves the right to make design changes without notice to the end
user.
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1.1 Description of the Machine
The Seed Hawk iConTM Aircarts are designed to complement the SCT® system
with its new iCon meters that control seed and product more precisely. The meters are designed to utilize each compartment for high efficiency by being able
to divert the product into either the seed or fertilizer air stream. Multiple rollers
are available for each meter which gives the meter the capability of accurately
dispensing every type of product, from low amounts of canola to high rates of
fertilizer.
500 and 660 bushel tanks are tow behind (TBH) and tow between (TBT) configurable. The 800 and 980 bushel tanks are only available in tow behind configuration
1.2 Illustration of the Machine
Model 660 Aircart shown in with a 10" fill auger, with a 60' 45 Series Toolbar with
12" row spacing in a TBT configuration.
IMPORTANT! All references to “LEFT” or “RIGHT”, as used throughout this Operator’s Manual, are determined by facing the direction of the machine’s normal
forward travel when in use.
WARNING! Some pictures in this Operator’s Manual show the
machine with shields removed to better show the subject of the
picture. The Seed Hawk Aircart and Toolbar must NEVER be
operated with any of the shields either opened or removed. Ensure that ALL shields are attached, closed and in good working
condition prior to operating the Seed Hawk Aircart and Toolbar.
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SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
1.3 Machine Serial Number
The serial number plate is located on the cradle near the front of the Aircart and
over the left mainframe castor on the Toolbar.
Record the machine Model and Serial Number in the spaces provided below.
Use these numbers when contacting the dealer for repair parts, warranty or
service assistance.
Aircart
Toolbar
Model #: _________________
Model #: _________________
Serial #: _________________
Serial #: _________________
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2.0 Safety
2.1 Safety Alert Symbol
The Safety Alert Symbol is intended to capture the attention of the machine
operator of important safety information both published in the Operator’s Manual
and applied to the machine. Any time a Safety Alert Symbol is seen, it means
that associated information is provided for recognizing, appropriately responding
to and avoiding potentially hazardous situations.
An equilateral triangle surrounding an exclamation point indicates a potential
hazardous situation. Information included on a safety sign or printed in the
Operator’s Manual describes the hazardous situation and indicates appropriate
response and/or avoidance procedures.
This Safety Alert Symbols Means:
ATTENTION!
BE ALERT!
2.1.1 Signal Words
DANGER indicates an imminently
hazardous situation that, if not avoided, WILL result in death or serious
injury if proper precautions are not
taken.
WARNING indicates a potentially
hazardous situation that, if not avoided, COULD result in death or serious
injury if proper precautions are not
taken.
CAUTION indicates a potentially hazardous situation that, if not avoided,
MAY result in minor or moderate injury
if proper practices are not taken, or,
serves as a reminder to follow appropriate safety practices.
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2.2 Operator Responsibility
Remember, YOU, the operator, are responsible for the safe operation, adjustment, maintenance and repair of this machine. It is the responsibility of the owner, or authorized person in charge, to ensure all persons who operate, adjust,
maintain and/or repair this implement be familiar with the information provided in
this operator’s manual before performing any of the tasks listed above.
A safe operator is the key to safety. Good safety practices not only protect you,
but also persons who may be in the vicinity of the implement. Make good safety
practices a part of your farming operation. Ensure that all persons operating,
adjusting, maintaining and/or repairing this implement are familiar with the procedures recommended in this Operator’s Manual.
Always read safety warnings and follow recommended safety precautions to
avoid hazardous situations. Do not risk personal injury or death by ignoring safety warnings and safety precautions.
2.2.1 Key Safety Reminders
The most important safety device is a safe and qualified operator.
A safe and qualified operator is one who has read and understood the contents
of the Operator’s Manual prior to performing any tasks related to the machine.
Owners have a responsibility to provide training to persons who may operate,
adjust, maintain and/or repair the implement prior to performing any of these
tasks.
Do not perform any unauthorized modifications to the implement or use the
implement for any purpose other than what is described in the contents of this
Operator’s Manual.
Plan tasks and work schedules to reduce exposure to unnecessary stress and
fatigue.
Observe all workplace safety and health requirements.
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2.3 General Safety Practices
Read and understand the contents of this Operator’s Manual prior to operating,
adjusting, maintaining and/or repairing the implement.
Locate, read and understand all safety signs applied to the implement before
performing any tasks.
Review the contents of this Operator’s Manual at least annually, and, any time a
new person is assigned to perform any task with the implement.
Ensure that all bystanders, especially small children, are kept at a safe distance
while performing any tasks with the implement.
Do not allow riders on any part of the implement.
Ensure all guards and shields are intact and in place prior to operating the
implement.
Keep hands, feet, hair and loose clothing away from moving and/or rotating
parts.
Stop the engine, lower the implement, set the parking brake, remove the ignition
key, and allow time for moving parts to stop prior to adjusting, maintaining or
repairing the implement.
Ensure that all implement lighting and marking is intact, clean and operating
properly prior to traveling on public roads. Check with local highway authorities
to confirm implement is properly equipped for highway travel.
Provide a fully stocked First-Aid kit in a highly visible and easily accessible
location.
Keep a fully charged fire extinguisher in a highly visible and easily accessible
location.
Ensure that implement is securely blocked and supported prior to working underneath.
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2.3.1 Hand Signals
Hand signals are an important means of communication on farms where noise
levels and distance can hinder regular communication between workers. These
11 hand signals were created so that two or more persons can communicate
effectively and safely. Many of these hand signals are used in construction and
other industries where noise or distance precludes the use of voice
communication.
THIS FAR TO GO
Place palms at ear level
facing head and move
laterally inward to indicate remaining distance
to go.
COME TO ME
Raise the arm vertically
overhead, a palm to the
front, and rotate in large
horizontal circles.
MOVE TOWARD
ME/FOLLOW ME
Point toward person(s),
vehicle(s), or unit(s),
beckon by holding the
arm horizontally to the
front, palm up, and motioning toward the body.
MOVE-OUT/TAKE
OFF
Face the desired
direction of movement;
hold the arm extended
to the rear; swing it
overhead and forward in
the direction of desired
movement until it is horizontal, palm down.
STOP
Raise hand upward to
the full extent of the
arm, palm to the front.
Hold that position until
the signal is understood.
SPEED IT UP/
INCREASE SPEED
Raise the hand to the
shoulder, fist closed;
thrust the fist upward
to the full extent of the
arm and back to the
shoulder rapidly several
times.
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SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
SLOW IT DOWN/
DECREASE SPEED
Extend the arm horizontally sideward, palm
down, and wave arm
downward 45 degree
minimum several
times, keeping the arm
straight. Do not move
arm above horizontal.
START THE ENGINE
Simulate cranking of
vehicles by moving arm
in a circular motion at
waist level.
LOWER EQUIPMENT
Make circular motion
with either hand
pointing to the ground.
RAISE EQUIPMENT
Make circular motion
with either hand at
head level.
STOP THE ENGINE
Draw right hand, palm
down, across the neck
in a ‘‘throat cutting’’ motion from left to right.
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2.4 Maintenance Safety
Read and understand all information provided in this Operator’s Manual covering
operation, adjustment, maintenance and repair prior to performing any of these
tasks.
Plan work to ensure proper tools, equipment and personal protective equipment
is available prior to working on implement.
Wear appropriate clothing when performing tasks around the implement. Ill-fitting and/or frayed clothing as well as loose or dangling items should not be worn
when working near the implement.
Stop the engine, lower the implement, set the parking brake, remove the ignition
key, and allow time for moving parts to stop prior to adjusting, maintaining or
repairing the implement.
Ensure that all moving parts have come to a complete stop before performing
adjustments, maintenance or repairs.
Ensure that hydraulic oil pressure in hoses, lines and components is fully relieved prior to performing maintenance or repairs to the hydraulic system.
Ensure that wings are either fully lowered or fully raised and secured with their
safety chains or securely block the wings if raised to perform adjustments, maintenance or repairs.
Securely block main frame and/or wings if adjustment, maintenance or repair is
required for wheels and tires.
Wear personal protective equipment, such as gloves, eye protection, etc. when
inspecting hydraulic system for leaks. Use a small piece of cardboard or wood to
detect leaks.
Ensure that all guards and shields are intact and in place after performing adjustment, maintenance or repairs prior to operating implement.
Store flammable fluids in approved containers and store out of access by unauthorized persons, especially children.
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SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
2.5 Hydraulic Safety
Ensure that all hydraulic system components are kept clean and in proper working condition.
Use a piece of cardboard or wood to check for hydraulic leaks.
Wear appropriate personal protective equipment when unsure if residual pressure may exist in hydraulic components during trouble-shooting and or making
repairs.
Check hydraulic hoses regularly for wear and replace as needed. Contact your
dealer to purchase replacement hoses specified by Seed Hawk. DO NOT mix
and match hydraulic hoses from different brands as they are tested and specified to different failure thresholds.
When replacing hoses always route hoses the same as the one being replaced
to ensure that the part is not subjected to wear, rubbing, kinking etc...
Make repairs following instructions provided by Seed Hawk.
Ensure all fittings, couplings and other hydraulic connections are intact and
properly tightened before operating implement hydraulic system.
DO NOT touch pressurized hose assemblies with any part of your body. If fluid
punctures the skin, seek medical attention immediately.
Hydraulic fluids are highly flammable. Always keep open flames and ignition
sources away from hydraulic fluids.
2.6 Electrical Safety
Ensure that the machinery is shut off prior to working on any electrical systems
or components. Ensure all live components are not receiving power.
Check electrical wires regularly for wear related to usage and weathering. Replace any damaged wires or components immediately.
Use insulated tools whenever performing service to any electrical and always
wear proper protective equipment.
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2.7 Transport Safety
Ensure that Aircart and Toolbar is attached to tractor properly.
Ensure drawbar hitch pin retainer is in place and functioning properly.
Ensure safety tow chain is securely attached.
Ensure all lighting and implement marking devices are intact and visible.
Ensure implement is properly marked according to local road regulations.
Read all local road traffic regulations.
EMPTY TANKS BEFORE TRANSPORT. Tires are not rated to carry heavy
loads on public roads.
Do not exceed 32 km/h (20 mph). Tires are not rated for speeds higher than
32 km/h (20 mph). The axles, castors and wheel hubs are not designed for high
speed use.
2.8 Storage Safety
Store the implement away from areas of human activity.
Do not allow children to play on or around implement.
Store the implement on a firm, stable and level surface.
Empty out all compartments of product to minimize any premature wear of meter
components.
Ensure that case drain is not plugged during storage.
2.9 Tire Safety
Ensure tire inflation pressure is maintained per specifications.
Follow proper procedures for tire repairs, especially when mounting tire to rim.
Seek assistance from a trained person for tire repairs or mounting, especially if
special equipment is required.
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SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
2.10 Safety Signs
2.10.1 Location of Safety Signs on Aircart
500 Tank with Fill Auger
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800 Tank with Fill Conveyor
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2.10.2 Location of Safety Signs on Toolbar
45 Series
XL Series
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2.11 Applied Safety Signs
Aircart
WARNING!
MOVING PART
HAZARD.
Rotating Fan blades. DO
NOT service or make adjustments without first:
Stopping power Source.
Ensuring bystanders are
at least 100 ft (30 m) away
from machine.
DANGER!
ELECTROCUTION
HAZARD.
The powerskid produces
enough power to cause
serious injury. Never attempt to service powerskid
while electrical system is
live.
WARNING!
ENTANGLEMENT
HAZARD.
Powerskid drive belts can
cause serious injury. Never remove protective casing or attempt to service
while belt is running.
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SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
CAUTION!
AGITATOR
ENTANGLEMENT
HAZARD.
Before climbing into The
tanks, ensure that The
electrical power is off and
agitator shaft has stopped
turning.
WARNING!
CRUSH HAZARD.
Use caution when positioning the auger or
conveyor, and ensure that
no persons are standing in
it's path when swung into
position.
WARNING!
PRESSURIZED
COMPARTMENTS.
Contents of tank are under
pressure. Ensure fans
are powered down before
attempting to open tank
lids. Lids may swing open
rapidly if tank is pressurized while opening.
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WARNING!
CRUSH HAZARD.
Exercise caution when
positioning auger or conveyor in transport mount
and while locking to avoid
injury.
CAUTION!
HEAD BUMP HAZARD.
While operating the auger/
conveyor levers, be aware
of the auger/conveyor
overhead. Exercise caution
while standing to avoid
a head bump on the low
hanging object.
CAUTION!
HEARING PROTECTION
REQUIRED.
Noise from running fans
may cause hearing damage. Always wear hearing
protection when working
around running fans.
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SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
CAUTION!
NO STEP.
Tank lids may be slippery,
even in good conditions.
DO NOT step on tank lids.
CAUTION!
FALLING HAZARD.
Tank grates will not
support the weight of a
person. DO NOT attempt
to stand on tank grates.
800 & 980 Aircarts
CAUTION!
PINCH/CRUSH
HAZARD.
Keep fingers and hands
clear of moving parts on
retractable staircase.
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Aircart & Toolbar
CAUTION!
READ OPERATOR’S
MANUAL before
operating machine. Heed
all instructions.
WARNING!
HIGH PRESSURE
FLUID HAZARD.
Relieve pressure on
hydraulic system before
disconnecting, repairing
or adjusting. Wear proper
hand and eye protection
when searching for leaks.
Keep all components in
good repair.
Toolbar
WARNING!
FALLING WING
HAZARD.
DO NOT stand underneath
wings raising, lowering or
while wings are in transport position. Hydraulic
leaks may cause wings
to fall unexpectedly. Keep
others away.
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SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
DANGER!
ELECTROCUTION
HAZARD
Stay away from power
lines when transporting,
extending or folding implement. Electrocution can
occur without contacting
power lines.
Bag Lift
CAUTION!
NO RIDERS IN BAG LIFT.
DO NOT allow riders in
the bag lift. Always stand
clear of bag lift during
operation.
WARNING!
DO NOT EXCEED MAXIMUM LOAD CAPACITY.
DO NOT place more than
500lbs. (225 kg) in bag lift
when loading.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
21
Conveyor & Auger
WARNING!
UPENDING HAZARD
The intake end of the conveyor/auger must always
have downward weight.
Take the necessary precautions to properly weight
the conveyor/auger.
DANGER!
MOVING PART HAZARD.
Keep Hands and loose
clothing away from moving
parts. Never operate without guards in place.
CAUTION!
Read and understand the
operator's manual before
operating the conveyor/
auger.
WARNING!
HIGH PRESSURE
FLUID HAZARD.
Relieve pressure on
hydraulic system before
servicing.
DANGER!
ELECTROCUTION
HAZARD
Stay away from power
lines when transporting
or positioning conveyor/
auger. Electrocution can
occur without direct contact to power lines.
22
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
WARNING!
FALLING HAZARD.
DO NOT use downspout
for balance while filling the
machine.
Conveyor
WARNING!
ENTANGLEMENT
HAZARD.
Conveyor drive belts
can cause serious injury.
Never remove protective
casing or attempt to service while belt is running.
Always stay clear of belts
during operation.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
23
Auger
DANGER!
ENTANGLEMENT HAZARD.
Keep hands, feet and loose clothing away from auger flighting during
operation. Never operate auger without the intake guard in place.
2.11.1 Safety Sign Information
Safety Sign Legibility: All safety signs applied to the implement must be visible
and legible. Keep dust and dirt cleared from safety signs and ensure that visibility is not obscured.
Safety Sign Replacement: Replacement safety signs may be ordered through
your dealer or distributor. Contact Seed Hawk Inc. If unable to obtain replacement safety signs from a dealer or distributor.
Damaged or Deteriorated Safety Signs: Remove and replace any safety signs
that have either been damaged or show signs of deterioration.
Safety Signs on Replacement Parts: Ensure that parts or components that are
replaced on the implement that had a safety sign attached originally include a
safety sign.
24
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
Affixing Safety Signs to Implement
1. Ensure proper position and orientation before installing.
2. Ensure installation area is clean and dry.
3. Ensure ambient temperature is above 10˚C (50˚F).
4. Remove backing material to expose label adhesive.
5. Place one edge of label to machine surface.
6. Slowly press the label onto the surface.
7. Ensure no air pockets become under surface of label.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
25
26
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
3.0 Specifications
ATTENTION! DO NOT use the values in the Bolt Torque Charts if a
different torque value or tightening procedure is given for a specific application.
3.1 Hardware Torque
3.1.1 SAE
Bolt Diameter
Inches
¼”
5/16”
3/8”
7/16”
½”
9/16”
5/8”
¾”
7/8”
1”
Bolt Torque
SAE 5
N•m (lb-ft)
11 (8)
23 (17)
41 (30)
68 (50)
110 (80)
149 (110)
203 (150)
366 (270)
536 (395)
800 (590)
SAE 8
N•m (lb-ft)
16 (12)
33 (24)
61 (45)
95 (70)
155 (115)
210 (155)
285 (210)
508 (375)
827 (610)
1234 (910)
3.1.2 Metric
Bolt Diameter
mm
M3
M4
M5
M6
M8
M10
M12
M14
M16
M20
M24
M30
M36
Bolt Torque
8.8
N•m (lb-ft)
0.5 (0.4)
3 (2.2)
6 (4)
10 (7)
25 (18)
50 (37)
90 (66)
140 (103)
225 (166)
435 (324)
750 (555)
1495 (1103)
2600 (1917)
10.9
N•m (lb-ft)
1.8 (1.3)
4.5 (3.3)
9 (7)
15 (11)
35 (26)
70 (52)
125 (92)
200 (148)
310 (229)
610 (450)
1050 (774)
2100 (1550)
3675 (2710)
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
27
3.1.3 Flare-Type Tube Fittings
Tube Size OD
Inches
3/16”
¼”
5/16”
3/8”
½”
5/8”
¾”
7/8”
Nut Size
across flats
Inches
7/16”
9/16”
5/8”
11/16”
7/8”
1”
1-¼”
1-3/8”
Torque
N•m (lb-ft)
8 (6)
12 (9)
16 (12)
24 (18)
46 (34)
62 (46)
102 (75)
122 (90)
Recommended # Turns
(after finger tightening)
turns (flats)
1/6 (1)
1/6 (1)
1/6 (1)
1/6(1)
1/6 (1)
1/6 (1)
1/8 (0.75)
1/8 (0.75)
3.2 Tire Hub Torque
3.2.1 Aircart
Description
Tire Size
Rear Axle Tire
30.5 L 32 SAT (Single)
30.5 L 32 SAT (Dual)
800/70R38 (Single)
Torque
N•m (lb-ft)
626 (462)
626 (462)
997 (735)
Front Axle Tire
800/70R38 (Dual)
1250/50R32 (Single)
800/70R38 (Single)
997 (735)
997 (735)
997 (735)
Tire Size
Torque
N•m (lb-ft)
11 L 15 SL
203 (150)
19.0 / 45 x 17
203 (150)
500 / 45 x 22.5
30.5 L 32 SAT (Single)
30.5 L 32 SAT (Inner Dual)
30.5 L 32 SAT (Outer Dual)
271 (200)
475 (350)
475 (350)
475 (350)
3.2.2 45 Series
Description
Wing Castor
(Front and Rear)
Main Frame Castor
(Front)
Rear Axle Tire
Rear Axle Tire
Rear Axle Tire
Rear Axle Tire
28
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
3.2.3 XL Series
Tire Size
Torque
N•m (lb-ft)
11 L 15 SL
203 (150)
19.0 / 45 x 17
203 (150)
500 / 45 x 22.5
30.5 L 32 SAT (Single)
30.5 L 32 SAT (Inner Dual)
30.5 L 32 SAT (Outer Dual)
271 (200)
475 (350)
475 (350)
475 (350)
Description
Wing Castor
(Front and Rear)
Main Frame Castor
(Front)
Rear Axle Tire
Rear Axle Tire
Rear Axle Tire
Rear Axle Tire
3.3 Tire Pressure
NOTE
The pressure ratings are provided by our tire supplier and
are recommended inflation
values for each tire size.
Proper inflation of tire pressure contributes to longer tire life and proper flotation for field operations. Tire inflation pressures listed are recommended initial
settings. Some soil conditions and operating environments may dictate deviation
(on Pneumatic Packer Tires Only) from the recommended settings.
3.3.1 Aircart
Description
500 Rear Axle Tire
660 Rear Axle Tire
800 Front Axle Tire
800 Rear Axle Tire
980 Front Axle Tire
980 Rear Axle Tire
Tire Size
30.5L32
30.5L32 (Dual)
800/70R38
1250/50R32
30.5L32 (Dual)
800/70R38
800/70R38 (Dual)
1250/50R32
800/70R38
800/70R38 (Dual)
1250/50R32
psi Rating
28 psi
28 psi
35 psi
10 psi
28 psi
15 psi
15 psi
24 psi
22 psi
17 psi
30 psi
WARNING! Road transport with full load at these pressures is not permitted.
WARNING! Road transport with full load at these pressures is not
permitted.
WARNING! Road transport with full load at these pressures is
not permitted.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
29
3.3.2 45 Series
Description
Wing Castor
(Front and Rear)
Main Frame Castor
(Front)
Rear Axle Tire
Rear Axle Tire
Rear Axle Tire
Rear Axle Tire
Tire Size
psi Rating
11 L 15 SL
58 psi
19.0 / 45 x 17
58 psi
500 / 45 x 22.5
30.5 L 32 SAT (Single)
30.5 L 32 SAT (Inner Dual)
30.5 L 32 SAT (Outer Dual)
52 psi
26 psi
26 psi
16 psi
Tire Size
psi Rating
11 L 15 SL
58 psi
19.0 / 45 x 17
58 psi
500 / 45 x 22.5
30.5 L 32 SAT (Single)
30.5 L 32 SAT (Inner Dual)
30.5 L 32 SAT (Outer Dual)
52 psi
26 psi
26 psi
16 psi
3.3.3 XL Series
Description
Wing Castor
(Front and Rear)
Main Frame Castor
(Front)
Rear Axle Tire
Rear Axle Tire
Rear Axle Tire
Rear Axle Tire
3.4 Hydraulic Circuit Requirements
3.4.1 500 & 660 Aircart
30
Circuit
Circuit #3 (Fan 1)
Circuit #4 (Fan 2)
Low Pressure Return Line(s)
Circuit #1 Powerskid
Flow Rate (Continuous - Seeding)
18 US-gal/min (53.0 L/min) (Max)
18 US-gal/min (53.0 L/min) (Max)
3-5 US-gal/min (11.3-18.9 L/min)
5.6 US-gal/min (21.2 L/min)
Circuit
Flow Rate (Continuous - Filling)
Circuit #3 (Auger)
Circuit #3 (Conveyor)
30 US-gal/min (113.6 L/min) (Max)
14.5 US-gal/min (54.9 L/min) (Max)
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
3.4.2 800 & 980 Aircart
Circuit
Circuit #3 (Fan 1)
Circuit #4 (Fan 2)
Low Pressure Return Line(s)
Circuit #1 Powerskid
Flow Rate (Continuous - Seeding)
22 US-gal/min (83.2 L/min) (Max)
22 US-gal/min (83.2 L/min) (Max)
3-5 US-gal/min (11.3-18.9 L/min)
5.6 US-gal/min (21.2 L/min)
Circuit
Flow Rate (Continuous - Filling)
Circuit #3 (Auger)
Circuit #3 (Conveyor)
30 US-gal/min (113.6 L/min) (Max)
14.5 US-gal/min (54.9 L/min) (Max)
3.4.3 45 & XL Series Toolbars
Circuit
Circuit #1 (Shank) SCT Block
Flow Rate (Intermittent)
26-32 US-gal/min (98.4-121.1 L/min)
Circuit
Circuit #2 (Wing)
Circuit #2 SBR Hitch (option)
Low Pressure Return Line(s)
Flow Rate (Continuous)
3-4 US-gal/min (11.3-18.9 L/min)
2-3 US-gal/min (7.6-11.3 L/min)
3-5 US-gal/min (11.3-18.9 L/min)
IMPORTANT! MAX hydraulic system pressure should not exceed 3000 psi.
Contact dealer if tractor exceeds 3000 psi.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
31
3.5 Implement Dimensions
3.5.1 Aircart
1
2
3
15'9"
(4.80m)
500 TBH & TBT
31'3" TBT
(9.53m)
31'8" TBH
(9.65m)
33'4"
WITH AUGER
(10.16m)
14'3"
(4.34m)
SINGLE 30.5 TIRES
Aircart Info
Total Weight
(without Fill System)
Total Weight
(with Auger)
Total Weight
(with Bag Lift)
Vertical Tongue Load (Max)
Tank 1 Capacity
Tank 2 Capacity
Tank 3 Capacity
32
20'0"
(6.10m)
DUAL 30.5 TIRES
Dimension
16 448 lbs. (7 461 kg) Single 30.5 Tires
19 330 lbs. (8 768 kg) Dual 30.5 Tires
18 408 lbs. (8350 kg) Single 30.5 Tires
21 290 lbs. (9 657 kg) Dual 30.5 Tires
17 078 lbs. (7 747 kg) Single 30.5 Tires
19 960 lbs. (9 054 kg) Dual 30.5 Tires
8 314 lbs. (3 771 kg)
40 bu.
300 bu.
160 bu.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
1 2
3
4
15'9"
(4.80m)
660 TBH & TBT
36'2" TBT
(11.02m)
36'7" TBH
(11.15m)
AUGER DOES NOT IMPACT TOTAL LENGTH;
USE APPROPRIATE TBT OR TBH LENGTH
1 2
3
4
CONVEYOR DOES NOT IMPACT TOTAL LENGTH;
USE APPROPRIATE TBT OR TBH LENGTH
20'0"
(6.10m)
16'9"
(5.11m)
DUAL 30.5 TIRES
SINGLE 800 TIRES
Aircart Info
Total Weight
(without Fill System)
Total Weight
(with Auger)
Total Weight
(with Conveyor)
Total Weight
(with Bag Lift)
Vertical Tongue Load (Max)
Tank 1 Capacity
Tank 2 Capacity
Tank 3 Capacity
Tank 4 Capacity
17'3"
(5.26m)
SINGLE 1250 TIRES
Dimension
22 189 lbs. (10 065 kg) Dual 30.5 Tires
20 556 lbs. (9 324 kg) Single 800 Tires
20 522 lbs. (9 309 kg) Single 1250 Tires
24 149 lbs. (10 954 kg) Dual 30.5 Tires
22 516 lbs. (10 213 kg) Single 800 Tires
22 482 lbs. (10 198 kg) Single 1250 Tires
24 549 lbs. (11 136 kg) Dual 30.5 Tires
22 916 lbs. (10 395 kg) Single 800 Tires
22 882 lbs. (10 380 kg) Single 1250 Tires
22 819 lbs. (10 351 kg) Dual 30.5 Tires
21 186 lbs. (9 610 kg) Single 800 Tires
21 152 lbs. (9 595 kg) Single 1250 Tires
8 508 lbs. (3 859 kg)
40 bu.
160 bu.
160 bu.
300 bu.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
33
2
1
3
4
15'10"
(4.83m)
800 TBH
44'0"
(13.41m)
44'1"
WITH AUGER
(13.51m)
1
2
45'4"
(13.82m)
17'2"
(5.23m)
SINGLE 1250 TIRES
Aircart Info
Total Weight
(without Fill System)
Total Weight
(with Auger)
Total Weight
(with Conveyor)
Total Weight
(with Bag Lift)
Tank 1 Capacity
Tank 2 Capacity
Tank 3 Capacity
Tank 4 Capacity
34
3
4
WITH CONVEYOR
20'5"
(6.22m)
DUAL 800 TIRES
Dimension
27 634 lbs. (12 535 kg) Single 1250 Tires
31 405 lbs. (14 245 kg) Dual 800 Tires
29 719 lbs. (13 481 kg) Single 1250 Tires
33 490 lbs. (15 191 kg) Dual 800 Tires
30 199 lbs. (13 698 kg) Single 1250 Tires
33 890 lbs. (15 373 kg) Dual 800 Tires
28 264 lbs. (12 821 kg) Single 1250 Tires
32 035 lbs. (14 531 kg) Dual 800 Tires
40 bu.
300 bu.
300 bu.
160 bu.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
2
1
3
4
3
4
15'10"
(4.83m)
980 TBH
50'4"
(15.34m)
51'7"
WITH AUGER
(15.72m)
1
2
52'10"
(16.10m)
17'2"
(5.23m)
SINGLE 1250 TIRES
Aircart Info
Total Weight
(without Fill System)
Total Weight
(with Auger)
Total Weight
(with Conveyor)
Total Weight
(with Bag Lift)
Tank 1 Capacity
Tank 2 Capacity
Tank 3 Capacity
Tank 4 Capacity
WITH CONVEYOR
20'5"
(6.22m)
DUAL 800 TIRES
Dimension
30 141 lbs. (13 672 kg) Single 1250 Tires
33 912 lbs. (15 383 kg) Dual 800 Tires
32 226 lbs. (14 618 kg) Single 1250 Tires
35 997 lbs. (16 328 kg) Dual 800 Tires
32 501 lbs. (14 743 kg) Single 1250 Tires
36 272 lbs. (16 453 kg) Dual 800 Tires
30 771 lbs. (13 958 kg) Single 1250 Tires
34 542 lbs. (15 668 kg) Dual 800 Tires
40 bu.
480 bu.
300 bu.
160 bu.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
35
3.5.2 45 Series
45 Series 40'
14'7"
(4.46m)
40'
(12.19m)
15'11"
(4.85m)
Seed Row Spacing
10" (254 mm)
12" (305 mm)
15" (381 mm)
36
34'4"
(10.47m)
Number of Seed Rows
33
40
48
Number of Plexes
5
5
5
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
NOTE
The term "Plex" refers to the
number of folding sections on
the Toolbar chassis. 45 Series
Toolbars are all 5 plex models,
meaning the Toolbar chassis
has five folding sections.
45 Series 50'
14'7"
(4.46m)
50'
(15.24m)
15'11"
(4.85m)
Seed Row Spacing
10" (254 mm)
12" (305 mm)
15" (381 mm)
34'4"
(10.47m)
Number of Seed Rows
60
50
40
Number of Plexes
5
5
5
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
37
45 Series 60'
16'8"
(5.08m)
60'
(18.29m)
15'11"
(4.85m)
Seed Row Spacing
10" (254 mm)
12" (305 mm)
15" (381 mm)
38
34'4"
(10.47m)
Number of Seed Rows
72
60
49
Number of Plexes
5
5
5
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
3.5.3 XL Series
XL Series 70'
17'10"
(5.45m)
70'
(21.29m)
28'4"
(8.64m)
NOTE
The term "Plex" refers to the
number of folding Sections on
the toolbar chassis. XL Series
Toolbars are all 7 plex models,
meaning the Toolbar chassis
has five folding Sections.
Seed Row Spacing
10" (254 mm)
12" (305 mm)
15" (381 mm)
35'8"
(10.87m)
Number of Seed Rows
84
70
56
Number of Plexes
7
7
7
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
39
XL Series 80' (24.38m)
17'10"
(5.45m)
80'
(24.38m)
28'4"
(8.64m)
Seed Row Spacing
10" (254 mm)
12" (305 mm)
15" (381 mm)
40
35'8'
(10.87m)
Number of Seed Rows
96
80
64
Number of Plexes
7
7
7
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
XL Series 84/85'
17'11"
(5.46m)
85'
(25.60m)
35'8"
(10.87m)
28'8
(8.74m)
Seed Row Spacing
12" (305 mm)
15" (381 mm)
Number of Seed Rows
84
68
Number of Plexes
7
7
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
41
3.6 Openers
3.6.1 Quick Pin Opener
140 lb-ft
(190 N•m)
180 lb-ft
(244 N•m)
120 lb-ft
(162 N•m)
5
NOTE
Always inspect all opener
knife bolts for loose hardware
and tighten before operation.
Loose bolts can cause lost
knives during operation.
180 lb-ft
(244 N•m)
65 lb-ft
(88 N•m)
8
7
4
6
3
9
50 lb-ft
(67 N•m)
2
1
80 lb-ft
(108 N•m)
Item
1
2
3
4
5
6
7
8
9
42
Description
½” thick, includes stainless steel clip and
Seed Knife
rubber drop tube
½” thick, includes stainless steel clip and
Fertilizer Knife
rubber drop tube
Packer Tire (Pneumatic or
The packer/gauge wheel. 5 bolt hub for
Semi-Pneumatic)
tapered hub and bearing
Packer Arm
Improved mud clearance
Main Shank Arm
5/8” thick
Hydraulic pressure applied to the rod end
Shank Cylinder
of the cylinder
The relationship of seed to fertilizer placeDepth Adjustment pivot point
ment will always stay the same with the
pivot point at this location
A positive pin setting. Provides easy
Quick Pin depth setting device adjustment to obtain optimum seed and
fertilizer depth
A visual from the tractor cab to use as a
Chain
reference to the proper packing and penetration forces needed per field
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
NOTE
Seed and fertilizer depth are
always measured down from
the packed surface of the
furrow.
The seed and fertilizer knives are mounted at a fixed distance apart on the
opener arm assembly. The knives are also offset laterally to place seed and fertilizer in adjacent, yet separate, furrows. The packer/gauge wheel packs the soil
around the complete disturbed areas of the furrows to ensure optimum seed/soil
contact and fertilizer placement as well as maintaining available soil moisture.
Hydraulic pressure to the main arm assemblies is controlled and adjusted from
the tractor.
ATTENTION! It is the responsibility of the operator to check the seed depth
across the Toolbar at every field.
3.6.2 Seed Depth
Placing the seed at the proper depth and keeping the depth setting consistent
are critical to achieving optimum germination. The packer wheels are factory set
to place seed at a depth of ¾ in. (19mm) below the packed surface of the soil.
Fertilizer is placed approximately ¾ in. (19mm) below and 1-½ in. (38mm) to the
side of the seed.
To adjust seed depth:
3
1. Remove retaining pin from the
quick pin.
2. Remove quick pin from opener
shank.
3. Rotate the packer arm gear using a
¾” wrench, and align the corresponding pin hole with the desired depth
setting (marked on the decal).
4. Replace the quick pin and the
retaining pin.
NOTE
The seed depth settings are
affected by ground conditions,
it is the operator's responsibility to check seed depth after
adjustment and throughout
seeding to ensure proper
seed depth is maintained.
1-¼"
(31.7mm)
1-½"
(38.1mm)
1
2
Less than 3/8”
(9.5mm)
3
4
3/8"
(9.5mm)
½"
(12.7mm)
5/8"
(15.9mm)
¾"
(19mm)
1"
(25.4mm)
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
43
44
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
4.0 Aircart Operation
4.1 Hydraulic Connections
Tow Between Aircart Decal 1
Connection between rear of Aircart and front of Toolbar
Opener Up
Wing Up
Not Used
Not Used
Not Used
Toolbar Dump
Tow Between Aircart Decal 2
Not Used
Wing Down
Tow Behind Aircart Decal 1
Connection between rear of Toolbar and front of Aircart
Fan 1
Pressure
Fan 2
Pressure
Powerskid
Pressure
Not Used
Powerskid
Return
Fan Dump
Tow Behind Aircart Decal 2
Fan 1
Return
Fan 2
Return
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
45
4.1.1 Tractor Hook up
The picture below is for representation only. Hydraulic hose hook up will vary
depending on tractor and Toolbar configuration.
Wing
Down
Toolbar
Dump
Fan
Dump
Fan 1
Return
Fan 2
Pressure
Wing Up
Opener Up
Powerskid
Return
46
Fan 2
Return
Fan 1
Pressure
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
4.1.2 Case Drain Lines
The user must also connect the case drain lines (two ½” hoses, one with a yellow band) to return hydraulic fluid back to the tractor reservoir. One case drain
line is a ½” (13mm) line from the fan. The other case drain line is a ½” (13mm)
line from the hydraulic manifold. The case drain line(s) MUST return to the
tractor UNRESTRICTED. Failure to do so can cause damage to the hydraulic
cylinders or fan motor and will void manufacturer’s warranty.
4.2.1 Labeled Lodar Remote Diagram
NOTE
As a safety feature, the
Transmitter automatically
transmits a STOP signal after
30 minutes; this deactivates
the receiver and the transmitter keypad.
The Stop button switches
off the receiver and keypad functions
The Reset button activates the receiver and
keypad function buttons
The LED Blinks when
transmitter and receiver
are active. The LED’s ON
when a transmitter button
is pressed.
The Function buttons
control the angle and
extension of the conveyor support arms.
Auger Remote
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
47
4.2.2 Labeled Lodar Receiver Diagram
LED marked “FAULT” Indicates an overload is present;
the System cannot be RESET until overload is removed.
This LED blinks for 20 seconds when the Receiver is
initially powered. A replacement Transmitter has to be
registered during this 20 second period.
LED marked “SET”
indicates system is active.
F1
F2
F3
F5
F4
M
F6
LED marked “5V” indicates power
supply for control circuits is OK.
LED’s marked “F1-F2-F3-F4-F5-F6 and M”
indicate an output to that function when ON.
Voltage
Working Range: 12 Volts to 36 Volts DC.
Limits: 8 Volts minimum to 40 Volts absolute max.
NOTE: 42 Volt System (48 Volt Max is currently Special Order.)
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SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
4.2.3 Pairing the Remote
The remote should arrive ready for the customer to use, but if it becomes unpaired from the receiver or a replacement remote is purchased, it is necessary to
register the remote with the receiver.
NOTE
A second person may be
required to disconnect and
reconnect power at tractor
to ensure 20 second window
does not time out.
1. Switch off or disconnect the power to the receiver by following the wires from
the receiver, back to the harness and disconnecting, OR disconnecting and
reconnecting harness at tractor.
2. Switch on or reconnect the power to the receiver. This opens a 20 second registration window in the receiver. If you are looking at the receiver circuit board,
the fault LED flashes.
3. Immediately press and hold the Reset Button (green button) for a minimum
of 10 seconds during this 20 second window. When the Transmitter is registered
the fault LED goes out, and the set LED comes on.
4.The transmitter can now communicate with the receiver, and a light on the
receiver flashes with each button press on the transmitter
CAUTION! Be sure to stand clear of the fill auger or
conveyor when using the remote. An unexpected button press
could swing the implement into the operator or a bystander
causing bodily harm.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
49
4.3 Auger & Conveyor Operation
4.3.1 Position for Filling Aircart
4.3.1.1 Auger & Conveyor (500 & 660 Aircarts)
NOTE
Aircart lids must be closed
and sealed for accurate metering. If metering is erratic,
ensure tank lids are closed
properly.
DANGER! Use extreme caution when moving the auger, especially near power lines. It is not necessary to come into direct
contact with an overhead power line for electrocution to occur.
Serious injury or death will result.
WARNING! Keep arms, hands and legs away from auger intake.
Wear appropriate fitting clothing when working in the vicinity
of an auger. Keep all guards and shield in place and inspect to
ensure they are properly attached and intact. Serious injury or
death could result.
WARNING! Never open Aircart lids when fans are running. The
tank is pressurized and injury to eyes and/or skin could occur.
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SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
1. Ensure that the fan circuit is engaged, and the ball valve located near the
hydraulic lever box is closed, shutting off flow to the fans.
NOTE
If remote does not operate
properly use manual levers
provided as backup control.
NOTE
Ensure that the area in the
vicinity of auger operation is
free of obstructions and that
all bystanders, especially
children, are kept at a safe
distance before positioning or
operating the auger.
NOTE
If remote does not operate
properly use manual levers
provided as backup control
2. Remove locking pin from the forward resting yoke. Using the hydraulic lever block (below the support),
lower the yoke using the lever labeled
LOCK.
3.To raise the top of the auger/conveyor from the rear support, use the
remote to tilt the hopper end down
4. Use the remote to extend the inner
and outer arms when positioning the
auger/conveyor.
5. Unfold the auger-conveyor and
position it where filling the Aircart is
optimal.
6. Allow hopper to come into contact with the ground before final positioning by
using the tilt cylinder.
7. Hydraulic cylinder will hold the auger’s position so it will not move if positioned
on level ground.
WARNING! If the Aircart is empty, NEVER fill the rear tanks first
on 500 and 660 models. The weight of the product could cause
the Aircart to tip backwards. Always fill front tanks first.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
51
4.3.1.2 Auger & Conveyor (800 & 980 Aircarts)
NOTE
Aircart lids must be closed
and sealed for accurate
metering. If metering is erratic,
ensure tank lids are closed
properly.
DANGER! Use extreme caution when moving the conveyor, especially near power lines. It is not necessary to come into direct
contact with an overhead power line for electrocution to occur.
Serious injury or death will result.
WARNING! Keep arms, hands and legs away from conveyor
intake. Wear appropriate fitting clothing when working in the
vicinity of a conveyor. Keep all guards and shield in place and
inspect to ensure they are properly attached and intact. Serious
injury or death could result.
WARNING! Never open Aircart lids when fans are running. The
tank is pressurized and injury to eyes and/or skin could occur.
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SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
NOTE
Ensure that the area in the
vicinity of conveyor operation
is free of obstructions and
that all bystanders, especially
children, are kept at a safe
distance before positioning or
operating the conveyor.
NOTE
Fill auger should always be
secured for transport, no
matter how short the distance.
Clean out auger prior to transport or storage.
1. Ensure that the fan circuit is engaged, and the ball valve located near the
hydraulic lever box is closed, shutting off flow to the fans.
2. Remove pin from outer arm locking
mechanism and unlatch.
3. Remove pin from rear locking arm,
swing out handle, and release
conveyor.
4. Maneuver conveyor, using tilt cylinder first to lift conveyor out of the front
saddle.
5. Move the outer arm and then the
inner arm to position conveyor where
filling or emptying the Aircart is optimal. Unlatch and unfold the conveyor
hopper.
NOTE
If remote does not operate
properly use manual levers
provided as backup control
6. Hydraulic cylinders will hold the position so conveyor will not move even if
placed on uneven terrain.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
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4.3.2 Operating the Conveyor
1. Ensure that all screens and shrouds
are in place and that cleanout gate on
each meter is closed.
2. Activate tractor hydraulic circuit #4,
and shut the ball valves that cut off the
fan's hydraulic flow.
3. Use either of the switches located
at the top and bottom of the conveyor
to start and stop the conveyor.
NOTE
When filling the Aircart, the
conveyor/auger performs at
its highest capacity when
product is falling directly into
the flighting/belt.
NOTE
The Conveyor only drives
in one direction, there is no
reverse gear.
4.3.3 Operating the Auger
1. Ensure that all screens and shrouds
are in place and that cleanout gate on
each meter is closed.
2. Activate tractor hydraulic circuit #4,
and shut the ball valves that cut off the
fan's hydraulic flow.
3. Use either lever located at the top
and bottom of the auger to start and
stop the auger. The lever will allow
the auger to operate in forward and
reverse directions.
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SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
NOTE
When filling the Aircart, the
conveyor/auger performs at
its highest capacity when
product is falling directly into
the flighting/belt.
4.3.4 Conveyor/Auger Position for Transport
NOTE
Fill conveyor should always
be secured for transport, no
matter how short the distance.
Clean out conveyor prior to
transport or storage.
When positioning the conveyor/auger for transport repeat the steps in reverse to
set the fill system in the correct transport position.
1. Position the top of the conveyor/auger over the rear saddle.
2. Tilt the conveyor/auger so that it is resting in the rear saddle.
3. Raise the locking mechanism at the front of the Aircart using the hydraulic
lever block.
4. Ensure to place pin back into locking mechanism so that it cannot disengage
during transportation.
5. Open the ball valve to the fans. Using the hydraulic lever block below the
locking yoke, move hydraulics in both directions to relieve pressure. This relieves the tilt cylinder so that it is not applying unnecessary force on the support
arms.
6. Replace locking pin in the on the locking mechanism to ensure the conveyor/
auger is supported during transport.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
55
4.4 Bag Lift
If equipped, the optional bag lift can be used for transporting bagged agricultural
product from the ground to the top of the air cart. The bag lift has a maximum
capacity of 500 lbs. or ten bags of canola (50 lb. bags).
The bag lift runs off the same hydraulic circuit as the auger or conveyor. To operate the bag lift, the diverter valve must be switched to the auger or conveyor
setting. After loading the bag lift use the valves located at the front of the cart to
operate the hydraulic cylinders.
Operating the bag lift:
1. Set the diverter valve to the auger or conveyor setting. Remove the locking
pin from the base of the bag lift.
2. Using the forward lever, lift and lower the bag lift. Using the rear lever, Swing
the bag lift up to 90 degrees for convenient loading.
3. When finished return the bag lift to its upright position, replace the locking pin
and open the ball valve to the fans. Move hydraulic levers in both directions to
relieve pressure. This relieves the cylinder so that it is not applying unnecessary
force during transport.
WARNING! Do not transport people using the bag lift, serious
injury may occur.
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SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
4.5 iCon Metering Roller
NOTE
Ensure roller gate is reopened
to commence seeding.
All 2016 Aircarts are now equipped with Seed Hawk's revolutionary iCon modular meters to better complement the SCT system. Each meter housing supplies
product to a ten-foot section of openers. These meter sections are designed to
be easier to replace when changing rollers, switching products or removing foriegn objects, without the need for tools. The bulk shutoff above the rollers can be
closed to facilitate changing without emptying the tank. The meter roller can then
be removed and replaced quickly, without product spillage.
4.5.1 iCon Meter Roller Types
There are three different roller section types with high, medium and low displacement flutes. The helical roller section is designed to accommodate the majority
of seeding products including cereals and granular fertilizer. This flute design is
available in meduim and high displacement. Medium displacement is designed
for products with lower application rates. The straight fluted low displacement
roller is used for small pulses and granular fertilizer.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
57
4.5.2 Meter Roller Selection Guide
Low
Displacement
Roller
Product
Medium
Displacement
Roller
High
Displacement
Roller
Fertilizer
Canola
Barley
Oats
Large Beans
Flax
Wheat
Inoculants
4.5.3 iCon Roller Changing Procedure
CAUTION! Before performing any maintenance on the meters,
always ensure that power to the meters is OFF. If the rollers
start turning during maintenance operations, clothes may
become entangled.
Always ensure the bulk shutoff above the meter is closed before removing the
rollers to ensure that there is no unnecessary loss of product.
1. Remove the motor by turning it
counter-clockwise 1/3 turn to release it
from the detent clips.
58
2. Pull out motor and roller assembly.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
NOTE
When re-inserting the medium
and low displacement rollers,
ensure that the key on the roller sleeve is aligned with the
notch in the meter housing.
To re-assemble the meter, repeat the
steps in reverse: insert roller into meter box, turn clockwise to lock in place
and plug into electrical system. After
the meter is re assembled, open the
cleanout gate.
3. Pull the roller and motor apart, and
replace with new roller.
4.6 Diverting Airstreams
With the Seed Hawk pressurized metering system product can be diverted to
either air stream. This gives the Aircart ultimate flexibility by allowing the option
of diverting any product to either the seed knife or the fertilizer knife.
NOTE
The Symbols on the cleanout
gate allow for the easy
identification of which
airstream is currently being
used. Grain and seed streams
are marked , and fertilizer
and innoculants are marked
The symbol that is on the driver side of the cart indicates which airstream is
being used.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
59
To divert airstreams:
1. Close bulk shutoff by turning the lever to the horizontal position.
2. Unlatch the mounting plate, and remove the cleanout gate from the bottom of
the airstream tubes.
3. Rotate the cleanout gate 180 degrees and place it on the mounting plate.
4. Secure the cleanout gate with the mounting plate latch and carefully secure,
while making sure that the airstream tubes are seated properly in the meter
housing.
NOTE
Ensure there is no debris
around the sealing faces of
the cleanout inserts.
5. Once the retaining latch is secured, turn the bulk shutoff lever to the vertical
position to allow product to fall into the meters.
4.7 Fans
Connect the pair of ¾” hydraulic lines (fan one has a blue band, fan two has
a red band) to supply the hydraulically driven fan motor. This tractor lever is
locked in full pressure position while seeding.
Fans are driven by hydraulic motors with speed controlled by the tractor hydraulic flow system. Fan speed is indicated on the HUD in the iCon app.
Set fan speed to effectively transport the seed. Higher fan speeds will increase
seed bounce, and possibly damage the seed. Higher fan speeds also require
more power input from the tractor.
To calibrate the proper fan speed, follow the instructions In the next section.
IMPORTANT! Recommended fan speeds are based on multiple variables.
The user should always perform a product flow check to accurately calibrate fan speeds for every product.
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SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
NOTE
Fan Speed is dependent on
implement size and tractor
hydraulic output.
4.8 Calibrating Fan Speed
The test procedure outlined below serves as a guideline for ensuring proper fan
speed for effective delivery of product:
1. Remove hose(s) from an outside opener and temporarily attach to the frame
of the seeder with the hose looping no more than 12 in. (300mm) below the
frame.
2. Begin seeding at normal field speed and observe distance product discharges
from hose(s) attached to the frame. All product should discharge within a
range of 12-24 in. (300-600mm).
3. Adjust fan speed, if necessary, to ensure optimum air flow for product discharge.
DO NOT set fan speed above 4000 rpm. Excessive fan speed will damage
the fan drive motor and requires more power from the tractor hydraulic
system.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
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SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
5.0 Toolbar Operation
IMPORTANT! After the first 10-20 hours of operation, change the tractor’s
hydraulic filter when first using a new Toolbar. Changing the filter will remove
debris, and prevent damage to tractor and seeder components.
5.1 Hydraulic Connections
Tow Between Aircart Decal 1
Connection between rear of Aircart and front of Toolbar
Opener Up
Wing Up
Not Used
Not Used
Not Used
Toolbar Dump
Tow Between Aircart Decal 2
Not Used
Wing Down
Tow Behind Aircart Decal 1
Connection between rear of Toolbar and front of Aircart
Fan 1
Pressure
Fan 2
Pressure
Powerskid
Pressure
Not Used
Powerskid
Return
Fan Dump
Tow Behind Aircart Decal 2
Fan 1
Return
Fan 2
Return
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5.1.2 Tractor Hook up
The picture below is for representation only. Hydraulic hose hook up will vary
depending on tractor and Toolbar configuration.
Wing
Down
Toolbar
Dump
Fan
Dump
Fan 1
Return
Fan 2
Pressure
Wing Up
Opener Up
Powerskid
Return
64
Fan 2
Return
Fan 1
Pressure
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
5.2 Tractor Hook up
5.2.1 Opener Lift & Lower
Connect the ½” hydraulic line to activate the opener lift/lower. The opener lift/
lower line is marked with a wide red band. The opener lock-up ball valves must
be open in order to lower the shanks. Both the opener line and lock-up ball
valves are located at the hydraulic manifold.
NOTE
Do not tee the manifold
and case drain dump lines
together, unless the junction
is placed right at the tractor
reservoir.
It is very important that the hydraulic fluid dump (yellow band) lines return
UNRESTRICTED back to the tractor hydraulic reservoir. There are male and
female pioneer quick couplers with the flow restrictors removed supplied with the
Seed Hawk. Be sure to use these sets of couplers for the case drains.
NOTE
Some newer tractors cannot
return to the hydraulic reservoir. Refer to specific tractor
Operator's Manual and/or
consult your dealer for tractor
requirements
Any alterations or restrictions in this line will cause damage to the implement that will NOT be covered by warranty.
5.2.2 Wing Up & Down
Connect the other pair of ½” hydraulic lines to activate the wing up and down
(green bands), and the standby supply to the shank and wing cylinders. The
manifold supply line is marked with a narrow green band, and the return line
is marked with a wide green band. This tractor lever is locked in full pressure
position while seeding.
5.2.3 Case Drain(s)
NOTE
DO NOT plug the case drain
line during storage; damage
to the gauges and manifold
may occur.
Always connect the case drain line (yellow band) to return hydraulic fluid back to
the tractor reservoir. The case drain line is a ¾” (19 mm) line from the hydraulic
manifold. The case drain line(s) MUST return to the tractor UNRESTRICTED.
Failure to do so can cause damage to the hydraulic cylinders or fan motor and
will void Manufacturer’s Warranty. The case drain(s) must be connected even
when lowering the wings. Seed Hawk recommends that the case drain(s) have
their own port into the tractor’s reservoir.
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65
5.3 Pre-Operation Checklist
Inspect tires,check tire inflation pressure. Adjust if necessary.
Inspect wheel hub fasteners. Adjust torque to proper setting, if necessary.
Always check wheel hub fasteners before traveling on public highways.
Check depth setting of packer wheel arms. Adjust, if necessary.
Check depth setting of fertilizer knives. Adjust if necessary.
Check tractor hydraulic reservoir level. Add hydraulic fluid if level is low (Refer to tractor Operator’s Manual).
Inspect all hydraulic lines, hoses, fittings and couplers. Use a clean cloth
to wipe any accumulated dirt from the implement and tractor couplers
prior to connecting the hydraulic system.
Inspect seed and dry fertilizer distribution system.
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SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
5.4 Winging Down Toolbars
Ensure your unrestricted case drain YELLOW banded hose(s) are connected to the tractor circuit which is plumbed directly to the reservoir first.
IMPORTANT! Engage the tractor hydraulics lever that the RED banded hose
(opener circuit) is connected to. Failure to do so will result in damage to the
implement.
1. Engage the lever in the tractor cab that the GREEN banded hoses are connected to (which lowers your main wings), tap and hold the Unfold Wings button until all wings are on the ground. Refer to Section 6.5.4.3 Settings Screen
for the location of the wing folding button.
Ensure the case drain(s) gauge on hydraulic block never exceeds 100 psi,
excessive amounts of pressure will damage the gauge.
2. Release the button and leave the lever (that your GREEN banded hoses are
hooked to) in working position NOT float.
5.5 Winging Up Toolbars
Ensure that the ball valves on the back of the opener hydraulic block are
locked. On Toolbar's, the ball valves are located on the main bridle.
1. Ensure all opener shanks are up.
2. Reverse the lever direction in the tractor cab that the GREEN banded hoses
are connected to, this will allow the wings to fold up into transport position.
2000
bar
psi
bar
psi
00
40
100
1000
1000
200
50
250
275
This gauge displays hydraulic
system pressure while winging up
2000
150
150
200
50
250
bar
psi
275
00
250
275
00
40
40
2000
150
100
3000
1000
50
100
3000
200
3000
150
3000
1000
2000
100
200
50
bar
psi
250
300
275
00
40
20
200
100
400
30
10
bar
psi
500
40
600
300
20
20
500
40
bar
psi
600
400
200
30
10
0
300
400
200
100
30
10
100
500
40
0
bar
psi
600
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
67
5.5.1 iCon Opener Shank Operation
1. Ensure that the iPad is powered on and connected to the gateway, and that
the ball valves on the back of opener hydraulic manifold are open.
2. Engage the tractor hydraulics lever that the RED and YELLOW banded hose
(opener circuit) is connected to.
3. Lock the tractor hydraulics lever
that the GREEN banded hoses (wing
circuit) are connected to. The full
tractor pressure is shown on the top
right (4000 psi gauge) of the hydraulic
manifold block.
PRV Pressure
4. Moving in a forward direction, use the switchbox to engage opener sections
and meters.
5. The User can adjust the packing pressure by tapping the Packing Pressure
panel on the Heads Up Display (HUD). Refer to Section 6.7.3 Modify Packing
Pressure.
When the proper amount of packing pressure is applied to the shank, the chain
that connects the seed and fertilizer knives will be pulled taught. Once the chain
is tight, take note of the packing pressure gauge reading. In optimal conditions,
an additional 200 psi of packing pressure is recommended. In wet conditions
reduce the pressure accordingly to avoid over-compaction of soil, especially with
canola and other small seeds. Maximum Packing Pressure is 1500 psi.
6. Use the switchbox to disengage the opener shanks. Refer to Section 6.7.4
Switchbox Operation.
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SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
NOTE
The PRV (pressure reducing
valve) limits the max hydraulic
pressure inside the opener
block.
5.6 SBR Hitch Operation
5.6.1 Requirements
•
•
•
Field must be seeded with GPS auto-steer and same row spacing the year
before.
Must seed in exactly the same direction as the previous year.
The sensing arm must follow between the two rows of stubble 4”-6” above
the ground.
5.6.2 Operation
NOTE: Before operation of the SBR, make sure the Toolbar is folded down
in the working position and Wing circuit pressure is engaged.
1. Lower the SBR arm into field working position by removing locking pin. The
SBR must be in the down position to function properly.
2. Adjust paddle height by using the adjustment bolt at the top of the SBR arm
shown in, so paddle will run between the stubble rows.
3. Before seeding ensure that SBR is enabled in the iCon settings Refer to Section 6.5.4.3 Settings Screen.
5. After seeding, lift the SBR arm into lock position and insert locking pin.
SBR Adjustment Bolt
Locking Pin
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
69
5.7 Primary Operation Variables
The Seed Hawk system is the leading design in crop emergence, which allows
growers to reap the benefits of quick and effective germination throughout the
growing season. Positive soil to seed contact is essential for optimum seed
germination. Soil type, extent of tillage or disruption and moisture content all
influence germination percentages.
IMPORTANT! There are six primary variables that affect the quality of soil packing. As with any field adjustment procedure, make only one change to a variable,
operate the implement for a short distance and observe any difference, and
whether the difference was positive or negative in outcome.
5.7.1 Field Travel Speed
Select a field travel speed that will allow productivity, but will not compromise
accurate seed and fertilizer placement. Higher field travel speeds tend to cause
excessive soil disturbance and can throw soil into adjacent furrows resulting
in deeper seed depths. Seeding too fast reduces the effect of soil packing by
reducing packing pressure.
5.7.2 Packing & Trip Pressure
Determining and setting the most effective packing and shank trip pressure allows for optimum soil to seed contact for quick, even germination. It is important
to set the pressure high enough to ensure the packer/gauge wheels are following the ground properly so that the seed is placed at the right depth.
Once the seed depth and travel speed is set, make a pass in a dry area of the
field (It is best to test in drier parts of the field to ensure those areas are properly
packed.) Stop and check the furrows made, it is important that the packer wheel
makes a smooth track in the soil. If there is no track made increase the pressure
and try again, if the track is smooth, but too hard decrease the pressure and try
again.
Setting the packing pressure too high may result in: more rocks being pulled
out, higher wear on shanks and opener parts. Setting the pressure too low may
result in: uneven seed depth, and germination.
It may be desirable to increase packing pressure in drier and sandier soils.
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SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
NOTE
Seeding at higher speeds
than recommended affects
seed depth and will negatively
affect emergence.
5.7.3 Mud Scraper Adjustment
NOTE
Any damages sustained to
packer tires as a result of
improper adjustment or maintenance of scraper is NOT
covered by warranty.
NOTE
Mud Scrapers may cause
packer tires to skid if packing
pressure is not set high
enough.
Ensure that the pneumatic packer tire
has a pressure of 10-15 lbs. There is
no adjustment to the semi-pneumatic
since there is no air pressure. Also
ensure the gap between the packer
tire and the mud scraper is minimal.
Be sure to check mud scraper setting
before seeding and yearly to ensure
proper gap between packer tire and
mud scraper.
For optimal mud clearance set the
mud scraper between 1/16 in. and
1/8 in. from the packer tire.
5.7.4 Furrow Depth & Width
The knives are designed to place fertilizer ¾ in. (19mm) below and 1-½ in.
(38mm) to the side of the seed. Be sure to install, adjust and maintain knives
properly, in order to maintain these dimensions.
To adjust the depth of the fertilizer knife in relation to the seed knife:
1. Loosen hardware
2. Raise or lower fertilizer knife accordingly.
3. Tighten hardware.
20-7/8"
(530mm)
A
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71
5.7.5 Knife Lateral Separation
Confirm knife lateral separation,
1 in. (25.4mm) between blades, especially after replacing knives, to avoid
seed damage when applying high
rates of fertilizer.
1”
(25.4mm)
5.7.6 Cornering
Ideally, the most effective seeding, fertilizer banding and soil packing occurs
when the implement is pulled in a straight line. Some field conditions will not
allow all of the seeding to occur in a straight line. It is important to remember that
as the packer tire is following a curved path, it will tend to ride up on one side of
the furrow. Seed and fertilizer placement, as well as, packing performance are
all compromised.
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SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
5.8 Crop Residue Considerations
Seeding into fields with heavy residue is challenging, but residue cover is
essential to the success of a zero-till cropping system. Ideally, the straw height
from the previous year will be less than or equal to the width of the Seed Hawk
Toolbar row spacing.
For optimum results, the combine harvester should chop the straw and spread
the straw and chaff evenly across the entire swath width. If the chaff spread is
not ideal, harrowing on a sunny autumn day can improve residue flow considerably. The fertilizer and seed knives will catch and drag small amounts of crop
residue while seeding. Some small clumps of straw may be deposited along the
seed row making the finished seed bed appear rough, however there is very little
soil in the clumps. so they are quite soft and should not affect germination or
other field operations, so they are quite soft and should not affect germination or
other field operations.
IMPORTANT! Avoid harrowing after seeding with the Seed Hawk Toolbar.
Harrowing after seeding can drastically alter seed depth. Although tempting to
harrow to smooth out straw clumps, these clumps will smooth out over time and
exposure to the weather.
Increased humidity will reduce the ease with which the straw will flow around
the knives. Increased humidity near the soil surface is more common during the
first few years of zero-till. This is due to lower soil porosity and infiltration rates.
With time, the soil porosity and infiltration rates will rise, and the humidity will
decrease.
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73
5.9 Seed Hawk Packer Tire
The packer tire bulges slightly to provide uniform packing over the seed and
fertilizer furrows. This leaves the seed ¾ in. (19mm) below the curved path left
by the packer wheel. The seed is placed on a firm seed bed, in an ideal environment: moisture will be channeled into the path of the packer tire; fertilizer is
placed in the optimum position for seed growth; and the seed knives leave a
dark strip, which warms more quickly than the surrounding residue covered soil.
Packer Tire
Seed Knife
Fertilizer Knife
Final Packed Surface
Loose Soil and Straw
Original Ground Level
Seed
Fertilizer
X
Y
Z
Item
X
Y
Z
Dimension
¾ in. (19mm)
¾ in. (19mm)
1-½ in. (38mm)
Description
Seed Depth
Seed to Fertilizer Depth
Seed to Fertilizer Separation
5.9.1 Loose Soil Conditions
If the soil is too loose before seeding, the final packed surface will be excessively below the loose soil that is thrown to the sides. This increases the likelihood of
soil falling, blowing or washing back into the closed and packed furrow. The result is an altered seed depth. The solution to this is to ensure that the soil is not
too loose before seeding. It may be necessary to pack the soil before seeding.
The Seed Hawk Toolbar will cover adjacent rows if:
• The soil is conventionally tilled leaving it loose.
• Straw and/or chaff is poorly spread, wet or in large clumps.
• Field travel speed is excessive. May affect above listed items.
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5.9.2 Muddy Soil Conditions
Seeding depth may be altered if mud sticks to the packer tire. If mud is only 1/4
in.-3/8 in. (6-10mm) thick, then this is not usually a concern. Assuming good
soil moisture, the reduced seed depth is still adequate. Air-inflated packer tires
should be deflated slightly to allow the tire to bulge slightly and shed any mud
build up. If the mud thickness is uniform, the seed depth, also, will be uniform,
but shallower than the initial depth setting.
It may be desirable to set the seed depth deeper to compensate for mud build
up.
5.9.3 Operating Curves & Corners
When seeding around curves and corners the packer wheel moves out of the
furrow and rides up on the hard, undisturbed furrow shoulders. Packing force
is concentrated more so on the shoulder and the packing on the seedbed is
reduced. In addition to reduced packing action, fertilizer placement is also adversely affected. Optimum performance, of course, is seeding in a straight path
as much as possible. It is also important to turn right as much as possible to
keep the fertilizer out of the seed row. When turning, the configuration of the fertilizer sideband is less likely to cause seed burn when turning in a right-hand arc.
5.10 Twin Wing
The Twin Wing Seed opener creates a dual row, resulting in higher seedbed
utilization. The furrow, however, maintains the ideal seed and fertilizer placement
as the original single sideband opener.
Packer Tire
Seed
X
Y
Z
Item
X
Y
Z
Dimension
¾ in. (19mm)
¾ in. (19mm)
1-½ in. (38mm)
Fertilizer
Description
Seed Depth
Seed to Fertilizer Depth
Seed to Fertilizer Separation
Most Twin Wing openers are on 12 in. spacing. The grower can achieve 9 in.
spacing due to the 3 in. seed separation. With Single Side Band configuration,
10 in. spacing is the narrowest spacing that Seed Hawk offers.
What Twin Wing achieves is two rows of seed ¾ in. above and 1-½ in. to both
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sides of the fertilizer band. The 1-½ in. separation to the side of the fertilizer
band is identical separation as the Single Side Band seed opener.
5.11 Side Banding with Anhydrous
Ammonia
WARNING! Use extreme caution when applying anhydrous
ammonia fertilizer. Inhalation, skin and/or eye contact, or skin
penetration can cause serious health problems. Seek medical
attention immediately if coming into contact with anhydrous
ammonia.
Extreme caution must be exercised when side banding with anhydrous ammonia
(NH3). If the separation distance between the seed and the NH3 is not sufficient,
the germinating seedling can be damaged.
Several factors affect how far from the point of injection in the soil NH3 will move:
• NH3 will move farther in dry soils than wet soils. Hilltops tend to have lower
soil moisture content and are therefore more susceptible to NH3 travel.
• NH3 will move farther in light textured soils (e.g., sandy soils) than in heavier
textured soils (e.g., clay soils).
• NH3 will move farther in soils with low organic matter.
• If the soil is lumpy or not closing behind the knives, NH3 can move more
quickly through the cracks or between the lumps of soil.
• Higher concentrations of NH3 will cause the product to move farther in the
soil.
Other Factors to Consider:
• Some crops are more sensitive to NH3 burn. Generally, oilseed and pulse
crops are more sensitive than cereal crops.
• Turning, while seeding, can vary the relative position of the seed and fertilizer knives. This results in a larger separation of seed and NH3.
• When the fertilizer knife trips, it raises the injection point of the NH3 and may
affect the separation of the seed and NH3.
5.12 Drop Tube Extension with NH3
The delivery drop tube should extend ½ in (13 mm) past the stainless steel clips.
This usually prevents mud from freezing to the fertilizer knife.
IMPORTANT! Seed Hawk assumes no responsibility for any seedling damage
caused by anhydrous ammonia burn. The operator is responsible for checking
and setting the seeder in all field conditions.
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5.13 Placing Fertilizer with Seed
IMPORTANT! For the fastest and most even germination, Seed Hawk recommends that growers should not place any fertilizer with the seed.
•
•
•
•
•
Fertilizer placed directly with the seed will compete for moisture causing
slower germination and reduced plant counts (especially with pulses and
oilseeds). The only exception to this is liquid forms of phosphate.
The Seed Hawk opener allows roots to grow into the fertilizer band very
quickly (within days of germination) so starter fertilizer is not necessary.
When fertilizer is placed with the seed, blockage monitors will not sense a
problem with the seed flow.
Our agronomists at Seed Hawk have carefully reviewed the Canola Growers Manual and other research. The have also seen evidence in fields, field
scale trials and their own trials, which indicates that placing fertilizer directly
with the seed a very risky practice.
Many field agronomists recommend a starter fertilizer be placed directly with
the seed, however Seed Hawk's narrow ½" knives and wide row spacing result in a higher concentration than other seeders. We recommend that your
field agronomist call our Seed Hawk Agronomists before giving recommendations to place ANY fertilizer with the seed on a Seed Hawk.
The Seed Hawk Twin Wing system is designed to place seed away from the
complete blend of fertilizer. However, if anhydrous ammonia or liquid nitrogen
is applied, there may be a temptation to blend dry or granular fertilizer with the
seed. High levels of phosphate fertilizer placed in close proximity to the seed
will cause seedling damage. Oilseeds and pulse crops are the most sensitive to
phosphate burn.
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6.0 iCon Operation
The iCon System is an exclusive control system for Seed Hawk’s Aircarts and
Toolbars. iCon allows the user to control the entire machine through one operating system and receive real-time information on machine performance. This
allows the user to perform in field calibrations, and seed with more information
and better control. In addition, meters can be individually adjusted to achieve
optimal application rates. The gateway stores recommended product feed rates,
previous job profiles and machine statistics, and uploads them to a Seed Hawk
Account. The iCon system utilizes the newest technology to increase seeding
efficiency through better communication between the machine and the user.
6.1 System Component Overview
The iCon system employs wireless devices to communicate with intelligent electronics in order to consolidate information from components all over the machine
onto the iPad.
iPad: The Apple iPad is used as the monitor for the iCon System. It allows for all
the controls needed for seeding to be accessible with the use of a touch screen
interface. It eliminates the need for auxiliary switchboxes and allows for a simpler user experience. Additional iPads can be added to the system.
Gateway: The iPad connects wirelessly to the gateway. The gateway has wired
connections to all the components on the Aircart and Toolbar. This allows the
user to move freely around the machine, without the use of wires.
Wireless Repeater: The Wi-Fi signal from the gateway is strengthened by the
wireless repeater to provide umbrella coverage for the machine and limited dead
zones in the Wi-Fi coverage, ensuring that the machine maintains a strong connection with the iPad.
PM4’s: Each PM4 is an independent controller which can control motor speeds,
operate solenoids and power/receive values from sensors. The gateway sends
Commands to the PM4 and the PM4 will carry out those commands and provide
feedback on its abilities to carry out the commands.
Modular Meters: Each 10’ section of openers is fed by an individual, electrically
driven motor. Each motor is controlled by a PM4. There are three product roller
types that cater to different ranges of product. This gives the user maximum
control of application rates.
Wireless Blockage and Flow Monitors (WBM): The acoustic blockage sensors use a drum-like sensor to measure the flow of product to the drop tubes by
measuring time intervals between individual seeds striking an acoustic surface
as they exit the manifold. The blockage sensors relay the acoustic readings to
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central ECU’s located on the Toolbar. The ECU’s then relay the information wirelessly to the iPad for blockage monitoring.
Powerskid: The powerskid is a belt-driven alternator that runs off the tractor’s
hydraulic system, creating electrical power for the electronic components listed
above.
Seed Hawk claims no responsibility for any damage to the wiring harness or
electronic components due to the addition of electronic components to the powerskid.
Refer to Section 9.0 Wiring Harness for component locations on Aircart and
Toolbar
6.2 Operating the iPad
Wireless Network
Indicator
Battery Charge
Indicator
Time
On/Off
Sleep/Wake
Silent
Volume Buttons
Home Button
Using the iPad
The iCon system works exclusively with iPads. The iPad is a tablet computer
with a touch-screen interface, meaning that no external mouse or keyboard is
required; simply tap the on-screen buttons to interact with the app.
Powering On/Powering Off the iPad
To power off the iPad, press the power button for 3 to 5 seconds and slide the
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NOTE
Additional Lighting must not
exceed more than 10A current
draw on the system. Seed
Hawk recommends using LED
type lighting.
red arrow, which appears on the iPad screen after the power button is held, to
the right.
Press the power button again for 3 to 5 seconds to power on the iPad again.
When the iPad is powered on, you can press the power button to turn the screen
off and put it in sleep mode. Press the power button again, or press the Home
button, to exit sleep mode.
The battery charge indicator, located on the top right corner of the iPad screen,
indicates the current battery charge and whether the iPad is currently charging.
Viewing the iPad Home Screen
NOTE
For safety, If the user remains
in the iPad home screen
for 5 seconds the app will
disconnect from the gateway,
and will have to boot up when
opened again.
If you would like to return to the iPad’s home screen while the iCon screen is
open, press the iPad’s Home button. This will close the iCon app screen; however, it will remain open in the background.
Managing iPad Wi-Fi Settings
To connect to a Wi-Fi network, tap the Settings icon to manage all iPad preferences. Tap the Airplane Mode switch at the top left and ensure that the virtual
toggle switch is not green. This ensures that the iPad is able to connect with
other devices. The Wi-Fi tab will indicate whether or not the iPad is connected to
a network, and specify to which network it is connected. Tap the Wi-Fi tab to edit
the settings. All available networks will be displayed. Tap the desired network to
connect. Refer to Section 6.3 Connecting the iPad for more information.
Using the On-Screen Keyboard
Anytime you are required to type a letter, number, punctuation mark, or symbol
into a field in the iCon app, an on-screen keyboard will automatically appear as
soon as you tap the input field. To access the numeral keys, press the .?123
button on the on-screen keyboard.
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6.3 Connecting the iPad
1. Turn on Aircart gateway. Refer to Section 9.1 Aircart Wiring Harness for gateway locations.
2. In the iPad settings screen, tap the
Wi-Fi button to manage networks.
Select the network titled “ICONWANXXXXXX.” The X’s will be the
gateway’s serial number. The access
Password is seedhawk.
3. Once the iPad is connected to the
gateways, press the Home button to
return to the main screen and tap the
Seed Hawk iCon app. The app will
indicate that a connection is found and
take a moment to boot up.
Once the iCon app is loaded and connected to the gateways, the home screen
will be displayed.
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NOTE
If the service app is open, it
will not allow iCon to connect
with the gateways. Ensure
that the Service app is closed
by double tapping the Home
button to show all active
apps. Scroll to the service app
and swipe up to close it.
6.4 Powerskid & Control Panel Operation
NOTE
The system will issue an
alarm for battery voltage at
certain levels. When the system voltage reaches:
11V – A notification alarm
10.5V – A critical Alarm
9V – System will shutdown
Hydraulic Motor With Flow Control
(5.6 GPM)
210 Amp Output Alternator
Powerskid Unit
Battery Deep Cycle 750 CCA
(not shown)
100A Breaker
(Aircart Circuit & Toolbar Circuit)
Gateway Power Switch
Control Panel
100A Relays -Aircart Circuit & Toolbar
Circuit (not shown)
1. Ensure Circuit #1 is engaged This circuit powers the hydraulic motor which
turns the alternator to charge the system.
2. To turn on the system, ensure the 100A breakers are in the ON position for
each circuit (Aircart & Toolbar)
3. Turn on the Gateway Switch. The gateway will take 30 seconds to power ON.
4. A green light will show on the Gateway.
5. Once the Gateway is powered the relays in the control panel will turn on. This
will power all components on the system. (PM4s, LC3s, Sensors etc)
NOTE
If the system is disconnected
from the Seed Hawk iCon App
for 45 minutes the Gateway
will go into a low power mode
shutting off power to the relays, which turns off power to
all components on the system.
(PM4s, LC3s, Sensors etc)
6. Once the system is powered you will be able to connect to the iCon Network.
(ICON-WANXXXXXX)
7. To restart the system cycle power via the Gateway switch and Steps 4-6 will
repeat.
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6.5 Display
6.5.1 Heads Up Display (HUD)
The HUD, located at the top of the screen, will always be visible during seeding
operations. The HUD will display system status for following items:
Heads Up Display (HUD)
Job Profile
Resettable Acre
Counter
Fan Speed
(Seed)
Fan Speed
(Fertilizer)
GPS
Speed
Application
Rate
Shank Pressure
Openers
Meter
Job Profile: Displays the current seeding job in progress
Fan Speeds: Displays current fan speeds during seeding
Ground Speeds: Displays field travel speed and GPS connection. A green dot
indicates that there is a GPS signal. A red dot indicates no GPS signal.
Packing Pressure: Displays the current packing pressure
Total Acres: Displays the total area seeded in the current job
Application Rate: This panel displays the current application rate in white text
and displays how many Acres to EmptyTM for each bin below. When the tank is
almost empty, Acres to Empty numbers will be red.
Current Status: Displays the status of openers on the top row and meters on
the bottom.
Green glow: Indicates that openers/meters are on.
Blue glow: Indicates that openers/meters are in SCT mode.
No glow: Indicates that openers/meters are off.
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6.5.2 Page Selection
Located on the ribbon at the bottom of the screen are tabs that allow the user to
navigate to 5 other operating screens. In these five screens the HUD will always
display at the top.
Cloud
Calibrate
Blockages
Settings
Messages
Master/Slave
Indicator
& Version
Calibrate: This screen allows the user to manually calibrate the meters and
lookahead times for the SCT system.
Blockages: This screen displays the blockages on all runs. When a blockage is
detected, a red alert will appear on the button indicating the number of blocked
runs. Pressing this button will bring up the blockages page where the specific
runs that are blocked will be indicated in red.
Operate: This is the home screen where the seeding controls are located as
well as the virtual map.
Messages: This screen will display any alarms that have been triggered. Alarm
history is displayed and can be cleared.
Settings: This screen allows the user to customize operating parameters such
as fan speed, bin configuration, quick dump and SCT override times. It also
allows the user to manage PM4’s and LC3’s.
Master/Slave Indicator: The user has the option to add auxiliary iPads in order
to view other screens while seeding (ex: one iPad may display the home screen
while another can be added to view the blockages screen). The Master iPad will
display an open lock, indicating that the system is open to that specific iPad. The
Slave iPad will l display a closed lock, indicating that it can view information from
the system but does not have control. Refer to Section 6.7.5 Master and Slave
iPads.
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Cloud: The cloud allows the user to sync all job information stored on the iPad
to the Seed Hawk Account. Rx maps can be uploaded from Seed Hawk accounts to iPads.
Version: This indicates the software version on the iPad.
6.5.3 Buttons
PM4 Status
Openers
PM4 Status
Meter
SCT Override
Switch
Shank Pressure
Adjustment
Switchbox
Map Settings
Legend
SCT Override Switch: This button allows the user to override the SCT system,
keeping the openers and meters engaged, when passing over previously seeded areas.
Shank Quick Dump: This reduces pressure to a lower, preset setting when
seeding through wet or loose areas where a lower packing pressure is required.
Switchbox: This button pulls up the virtual SCT switchbox where individual sections can be turned on, off or SCT enabled.
Map Settings: This button allows the user to select field view display type.
Legend: This button will bring up a guide to reading the field view. The colors
will correspond with application rates to inform the user about application rates
for specific sections.
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6.5.4 Operating Screens
6.5.4.1 Blockages Screen
When a blockage is detected, a red
numbered node will appear on the
blockages tab on the bottom ribbon
indicating how many runs are blocked.
Tap the Blockages tab on the ribbon
to go to the Blockages page where
the specific runs that are blocked will
be individually highlighted.
6.5.4.2 Messages Screen
NOTE
If the system does not allow
the user to seed, there is likely
a critical alarm (red) that must
be overridden or resolved.
When an error is detected, a red
numbered node will appear on the
messages tab on the bottom ribbon
indicating how many alarms are
triggered. The alarms are ranked by
degree of importance. Red is a critical
component failure and will stop all
seeding operations until the issue is
addressed. Yellow indicates a non-critical alarm and will not stop seeding
operations. Blue are information
alarms and messages that are of the
lowest importance.
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Overriding and Clearing Alarms and Messages
Alarms can be overridden if a sensor is not working properly. This is to allow the
user to resume seeding rather than have a critical alarm halt the entire system.
This will also allow the user to troubleshoot issues to check if a cleared alarm
immediately returns or occurs in certain situations.
1. To override an alarm, tap the
button and select Override.
2. The alarm will still display and indicate that it has been over ridden.
All previous alarms are stored in the alarm history, where they can be reviewed
later for maintenance and service.
6.5.4.3 Settings Screen
Basic Settings
General: In this section units can be
changed from metric to imperial. SCT
override times can be set in five second increments from 5 to 30 seconds.
Quick dump settings can be customized by override time and override
pressure.
SBR can also be enabled or disabled.
Equipment & Maintenance
Wing Folding: This provides a button
that applies additional pressure to
the wing cylinders when unfolding the
Toolbar. Refer to Sections 5.4 Winging Down Toolbars & 5.5 Winging Up
Toolbars.
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NOTE
Red alarms cannot be cleared
without being resolved, only
overridden. This allows seeding operations to continue if a
sensor is malfunctioning. The
alarm will continue to display
until the issue is resolved and
the alarm is cleared.
Command Motor Speed: Command
motor speed allows the user to manually turn motors on. This feature can
be used to empty excess product from
the bins. It can also be used to check
individual motors to see if they are
functioning. The user can verify motor
operation by turning specific motors
on or off and adjusting the rpm. Product run checks can also be performed
by turning on individual sections and
watching for product coming out at the
openers.
Select desired bin to go to the motor page. Motors can be selected individually
or all on/off. To adjust motor speed, use the slider to increase or decrease motor
speed by percentage of maximum rpm's. To turn all motors on, tap and hold the
Turn Motors On button. To lock motors in the ON position, tap the Lock Motors button while holding the Turn Motors On button.
NOTE
Always Tare Bins before filling
or the load cells will not give
accurate readings on tank
levels during seeding.
Configure Bins: This page allows the user to modify lookahead times for the
SCT system. Lookahead times can be altered by tapping the (+/-) buttons on
either side of the displayed values.
NOTE
Always tare bins with an
empty tanks, the fans running
and pressurized tanks. Tank
weights should also be
viewed with tanks pressurized.
The roller type is displayed and can be changed. The bin weight is also displayed. When the bin is empty the user can reset the load cells to zero, before
filling, to allow the system to accurately read tank levels. Tap the Tare Bin button to reset the weight to zero.
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Configure Fans: This screen allows the user to set the high and low alarm
points for both fertilizer and seed fans. Tap the product value to go to a screen.
Tap the input field to enter a new value.
Support
PM4 Replacement: This screen
allows the user to add and remove
PM4's. This will be used mainly for
replacement of PM4's.
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LC3 Replacement: This screen
allows the user to replace any broken
load cell readers that read the load
cell sensors.
Manage Data
NOTE
Always Tare Bins before filling
or the load cells will not give
accurate readings on tank
levels during seeding.
Fields: This screen allows the user to
delete old fields from the iPad.
NOTE
This function will restore the
iPad to it's factory defaults.
After deleting all user data,
ensure that all the user
settings are correct before
starting a new job.
User Data: This screen allows the
user to delete all information off the
iPad. Tap the Delete All User Data to
clear the iPad's memory.
To delete fields, tap the button
to the left of the field name and Tap
Confirm to delete selected fields.
The user can select multiple fields to
delete at one time.
IMPORTANT
Always ensure that any data the user
wishes to keep has been uploaded to
the Seed Hawk account through the
Cloud before deleting all user data.
This function will delete all previous
information off the iPad and cannot be
retrieved through the iPad.
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Blockage
Flow: Depending on the size of seed
being used, the blockage monitors
may give false readings. This screen
allows the user to set the sensitivity of
the blockage sensors to suit the seed
size. Normal will accommodate most
seeds. Low is best suited for smaller
seeds like canola. Very low is ideal for
the smallest seeds such as flax and
grass.
Automatic Configuration: If Electronic Receiving Units (ECU's) need to
be replaced, this screen will display all
unmapped ECU's found in the system.
Replace each ECU one at a time. Tap
Perform Automatic Configuration,
all unmapped ECU's will be displayed.
Tap the new ECU to install it in the
system.
BIT (Built-In-Tests) Results:
An LED is located on the front of every
ECU. This LED signifies the status of
the ECU. Multiple built-in-tests (BIT's)
periodically check the status of the
ECU's. If a BIT fails, the ECU’s LED
will change from flashing red to solid
red.
If the WBM is not functioning properly,
check the BIT screen in Settings to
determine if an ECU issue is causing
the problem. Refer to Section 8.4 iCon
Error Codes
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Manual Configuration: If an ECU port is blocked, the user can use this screen
to manually swap ECU ports. Tap the two ports to be swapped and tap the Swap
Button and Save button to confirm the change. Then swap the feed tube to the
correct ports on the ECU located on the Toolbar.
Blockage Settings: This allows the
uers to turn the audible alarm on or
off for the blockage sensors. Tap the
On/Off Switch to toggle its state to the
desired setting.
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6.6 Calibration
6.6.1 In-Field Calibration
An in-field calibration allows the user to calibrate meters based on actual seeding conditions for more accurate application rates. The infield calibration bases
its readings on the load cells that weigh each bin to generate an accurate lbs/
rev reading. In-field calibration results can be applied to product profiles, so that
changes can be made and saved for future use.
1. Tap the Job Information panel in
the HUD to pull up the infield calibration menu during seeding. Tap the
Start button. A control switch will
appear at the top of the HUD.
2. The control switch will display the
amount of acres seeded. Seeding
samples can be as large as desired,
but must be at least 5 acres.
3. When a desired seeding sample
is collected, tap the Red Square to
stop calibration and pull up the results
page. This page displays the application rate collected from the in-field
calibration. Tap the Include button
and apply to modify the calibration
numbers in the product profile automatically, or set the toggle switch to no
and tap the Apply button to continue
seeding using the current calibration.
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NOTE
Ensure that fans are running
at working rpm before starting
an in-field calibration, and
ensure fans remain running
when ending the in field
calibration.
NOTE
If less than 5 acres have been
seeded and the calibration is
stopped, a screen will display
informing the user that an
insufficient sample has been
collected and the calibration
must be done again.
NOTE
The user should stop the
machine on level ground at
the start and end of an in-field
calibration. Load cells give
more accurate readings when
the machine is stopped and
on level ground.
6.6.2 Static Calibration
To calibrate the meters while the implement is stopped, press the calibrate button on the bottom ribbon.
1. Select static calibration and tap the
Begin button.
2. Enter empty bucket weight by
tapping the (+/-) buttons on either
side of the weight value to increase
the weight by increments of .01 lbs.
The user can also tap the input field
to pull up a keypad where decimal
increments can be entered.
3. Select the desired bin to calibrate
4. Select the roller type from the four
selections. Tap the Next button to
prime meters. Refer to Section 4.5.2
Meter Roller Selection Guide.
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5. Tap the Prime Meters button to
prime rollers with 2 full revolutions.
Tap the Next button to perform calibration.
6. Tap and hold the Turn Motors On
button to start the calibration and hold
until the number of recommended revolutions is registered on the progress
bar. The user can lock the motors on
by tapping the Lock Motors button.
Motor speed can be adjusted by using
the slider to increase speed by percentage of maximum rpm’s.
7. Enter final bucket weight and tap the Next button to see the results page.
The calibration number is displayed at the top left and can be changed by the
user.
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NOTE
Always empty bucket after
the priming stage and replace
before calibration.
8. Tap the Product Profile input field
to pull up a list of products from the
database with recommended application rates. Once the desired product
is selected, the user may edit the
product profile by tapping the Pencil
icon to pull up the edit screen. If the
product is found in the database, and
the values are correct, tap the Apply
button to update the calibration result.
Tap the Done button to return to the
calibration screen.
Modifying product profile: After
tapping the Pencil icon, the user can
enter a specific product name, initial
desired application rate, rate bump
increment, calibration number and the
desired roller type.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
97
Tap the Done button when finished.
This process can be used to create
new product profiles that can be
stored in the database.
6.6.3 Product Lookahead Calibration
Because product takes time to travel from the meter to the opener, lookaheads
allow SCT to accurately engage and disengage meters to account for the time
it takes product to travel down the network of hoses, towers and feed tubes.
A properly calibrated lookahead time allows for sections to stop and resume
seeding quickly, as the sections encounter previously seeded land resulting in
accurate SCT operation.
To calibrate product lookaheads, follow these steps:
1. Tap the Calibrate tab on the
bottom ribbon to go to the calibration
page, tap the Product Lookahead
Calibration button and tap the Begin
button.
98
2. Select desired bin to calibrate, tap
the Next Prime Meters button.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
3. Tap the Prime Meters button. This
will turn the roller two full revolutions
to ensure there is product in the roller.
This feature allows the user to accurately calibrate the lookahead at the
opener drop tube, giving more accurate engage and disengage times.
Before lookahead calibration, ensure that the fans are running at the seeding
speed. The bin that is being calibrated must have product in the tank, bulk shutoff open and the correct airstream selected at the meter. The user must also be
standing at the outermost opener on the Toolbar to observe the product
4. The instructions are written on screen:
1. Place both thumbs on buttons.
2. Release left thumb when product exits openers.
3. Release right thumb when product stops exiting openers.
The result will display instantly. Tap the Reset button to perform the calibration
again or, tap Next: Result button to continue.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
99
4. The performed engage and disengage times are displayed below in the
result summary. Tap the input fields
to enter the performed results. Seconds can also be added or subtracted
by tapping the (+/-) buttons on either
side.
6.7 Mapping
6.7.1 Mapped Information
The map on screen map will display the following information during seeding
operations:
Field Boundary
While defining field boundary, a purple line will highlight the boundary path.
Obstacles
Obstacles are indicated on screen by orange hash marks. When seeding
headlands last, they will appear as obstacles until they are manually changed to
unseeded area by the user. Refer to Section 6.8.5.3 Editing Headlands.
Potential Obstacles
Potential obstacles are colored light gray. When this color is displayed, the user
can double-tap this section to turn it into an obstacle.
Applied Field Area
The green swath that indicates application rates, will display the seeding progress. Seeded areas will remain green until a job is finished. The user can visually
check seeded area on the map or refer to the total acres panel in the HUD for
and accurate number.
100 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
Application Rates per Section
The target application rate, as specified by product profiles and prescription
maps, is shown through a range of Green shades. The middle green shade is
the target application rates and the lighter shades indicate the degree of under
application while the darker shaded indicate the degree of over application. Each
10’ section is indicated, so the swath may show different shades that correspond
to application rates for specific meters.
Unapplied Field Area
Unapplied area will remain gray until it is seeded or marked as an obstacle.
To view the legend in the app, tap
the Legend button. This will provide
a color key to help differentiate the
application rate shades, as well as the
other colour indications on screen.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 101
6.7.2 Map Views
Implement Lock: This view type keeps the implement in the center
of the screen at all times, otherwise the field is stationary and the
tractor moves.
North Up: This view type will orient the map with the field north up,
otherwise it rotates the field with the direction of the tractor.
The user can also move the map and zoom in and out to view the map in higher
detail.
To move the map, place a finger on the map and drag it to the desired location.
The map will move with the finger.
To zoom in and out, place the thumb and index finger on the screen and pinch to
zoom out or spread to zoom in. The user may also use the (+/-) buttons on the
keyboard.
6.7.2.1 Viewing Load Cell Data
Load cell data allows the user to view the current product level and adjust application rates. The user can also view the application rate on the map.
To view the load cell data, tap the desired bin in the application rate window.
The load cell data for that bin will pop up in a window. The window will read the
current tank level and application rate.
The user will also have the option to
increase application rate in order to
empty the tanks entirely in a field. Tap
the Fit To Field button to ensure that
all tanks are close to empty at the
end of the job. To view the application
rates, tap the Paint On Map button. A
blue light will glow behind the product to indicate the specific product
being displayed on the map. Refer
to section 6.8.7 Fit To Field for more
information on this feature.
102 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
NOTE
Always tare bins with an
empty tanks, the fans running
and pressurized tanks. Tank
weights should also be viewed
with tanks pressurized.
6.7.3 Modify Packing Pressure
To modify packing pressure, tap the
packing pressure panel in the HUD.
This will pull up a window that will
allow the user to modify packing pressure and SCT settings.
The preset packing pressure is displayed and can be modified. Tap the
input field or use the (+/-) buttons to
increase or decrease packing pressure.
Opener engage and disengage times
can also be set in this window. Tap the
input field or use the (+/-) buttons to
increase or decrease engage/disengage times.
6.7.4 Switchbox Operation
The switchbox allows the user to
toggle individual meters and opener
sections on or off, as well as the bins.
To pull up the switchbox, tap the
Switchbox button on the operate
screen.
Tapping any button will turn them ON
or OFF. The button will indicate when
it is on by a green light. SCT on the
openers can only be activated by tapping the All SCT button. Tap it again
to deactivate SCT or tap the individual section buttons to deactivate a
specific section.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 103
6.7.5 Master & Slave iPads
If the user wants to add an auxiliary iPad to the system, it can be added, but
will be designated as a slave and not have control of the implement. This is to
enable the user to view another screen while seeding without affecting seeding
operations. The user may wish to use the slave to view blockages and alarms
while seeding.
To add a slave iPad to the system follow these steps:
1. Boot up the app normally with one
iPad, this will establish the first iPad
as the Master.
2. Connect the second iPad normally,
by connecting to the same Wi-Fi signal and booting up the app normally.
3. An alert will appear on the Master iPad’s screen alerting the user that another
iPad has been connected and request to relinquish master control. Tap the Confirm button to maintain control or no to transfer Master status to the other iPad.
104 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
6.8 Starting a New Job
NOTE
A maximum of ten jobs can
be open. The (+) button will
be grayed out if the user attempts to add an eleventh job.
A job must be ended in order
to clear it.
6.8.1 New Job Profile
1. Tap the Select Job panel in the
HUD.
2. Tap the blue (+) button in the top
right corner of the screen to go to the
new job page.
3. Tap the Job Name input field to
enter the job name to pull up the keypad and type the name of the job.
4. Tap the Field input field and tap
the New button on the dropdown list.
This will pull up the keypad, enter the
field name. Tap the Done button to
confirm. Refer to Section 6.8.5 Creating Field Boundaries to learn how to
set and edit field boundaries.
NOTE
When starting a job, feedback is shown in the bottom
window of the screen. Yellow
messages will allow the job
to start, but Red messages
will not allow the job to start.
The images on the next page
displays a critical message
because no product profiles have been assignes to
the bins. Once the product
profiles are entered the alarm
will clear.
Continue to Product Configuration
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 105
6.8.2 Product Configuration
The available bins will be displayed in the Product Configuration column. There
will be either a (wheat sheaf) that indicates the seed airstream or a
(pile
of granules) that indicates the fertilizer airstream to the left of each bin listed.
Refer to Section 4.6 Diverting Airstreams. Tap Bin 1 to configure the first tank
and pull up a product profile from the database. To create a new product profile,
follow the instructions in the next section.
NOTE
Bin 1 refers to the front most
bin on the Aircart. The Bins
are numbered in their order on
the Aircart front to back.
Continue to Product Profiles
6.8.2.1 Product Profiles
6. Once a product is selected, application rates, rate bump increments, and calibration numbers are displayed as preset values. These values can be changed
by the user by tapping the input field to pull up the keypad or by tapping the
(+/-) buttons to manually adjust the values.
Creating a new product profile:
1. Tap the New button to add another product profile and input custom values.
2. Enter the desired values and tap the Done button to save the profile. The
new product profile will now appear last on the list.
Continue to Tank Pairing
106 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
NOTE
Existing products can be
edited. To edit preset product
values tap the Pencil icon.
Preset rates and recommended roller types can be edited
using this feature. Tap Done
to save all changes.
6.8.3 Tank Pairing
The iCon system allows the user to control how product emptied from the bins.
This allows the user to empty certain tanks first or have tanks empty at the same
rate to keep the Aircart balanced during operation.
Chaining Tanks
NOTE
Only two tanks can be
chained or combined. The
tanks must both have the
same rollers in order to be
chained or combined
Chained tanks will empty one after the other in the order that they appear in the
system. For example, if Bin 1 is chained to Bin 2, bin 1 will empty first before
switching to Bin 2. During seeding, Bin 1 will seed 100% of the application rate
until there are 200 lbs. of product in the tank. The second tank in the chain will
then take on 100% of the application rate. This will leave 200 lbs. of product
in Bin 1. This will eliminate any patches in application as the tanks switch. The
remaining 200 lbs of product can be emptied form the tank using the Command
Motor Speed feature in the settings. Refer to Section 6.5.4.3 Settings for more
information on the Command Motor Speed feature.
Bin 1
100%
Bin 2
200 lbs.
0%
100%
Combined Tanks
Combined tanks will proportionally divide the application rates based on their
weight so that they both empty at the same time.
Bin 1
75%
Bin 2
Application
Rate
25%
100%
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 107
1. To pair tanks, select a tank in the
product configuration column.
Combine will appear at the bottom of
the menu.
2. Tap Chain or Combine.
3. All Bins without a product profile will
be displayed as an option. Tap the Bin
# with the same product to chain or
combine tanks.
4. Once the bin is selected, the product profile from the first bin will automatically transfer to the second and
an icon will appear to the right of the
tank indicating whether the two tanks
are chained or combined.
108 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
6.8.4 Setting Headlands
Headlands can be set as SCT obstacles so that they can be seeded last to reduce compaction and uneven seed depth on headland soil.
The user can decide to seed the headland first or last, seeding the headland
last allows all product to be seeded on its last pass without the compaction that
occurs when the tractor repeatedly turns on seeded headlands.
Seeding headland first: If the user
wants to seed the headland first,
leave the headland set at zero.
Seeding headlands last: Set the
headland to (twice the Toolbar
width-10’).For example a 60’ Toolbar
should have a headland of 110’. This
will allow for a field boundary to be
created, while leaving a second pass
unseeded that will be slightly less than
the Toolbar width to allow for total
coverage of the headland.
6.8.5 Creating Field Boundary
Because Sectional Control® is always looking for unseeded area, a field boundary allows the machine to recognize the intended seeding area. Without a field
boundary the openers and meters may unintentionally engage when passing
over headlands as it looks for unseeded area. Setting a field boundary focuses
the GPS on the area within, so that the user may drive outside the boundary
without seeding.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 109
6.8.5.1 Defining Field Boundary (Headland First)
NOTE
It is recommended that seeding headlands is done in manual mode, especially when
using an existing boundary.
1. After tapping the Begin button,
start driving around the perimeter of
the field, tap the Red button at the top
of the HUD to begin recording the field
boundary. The map will illustrate the
coverage in real time.
2. Once the starting point has been
reached, the monitor will ring and
prompt the user to close the boundary.
Once the boundary is closed seeding
may begin.
6.8.5.2 Defining Field Boundary (Headland Last)
1. After tapping the Begin button,
start driving around the perimeter of
the field, tap the Red button at the top
of the HUD to begin recording the field
boundary. A Pause button will appear
when tapped to allow for breaks when
setting the field boundary. The map
will illustrate the coverage in real time.
110 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
2. Once the starting point has been
reached the, monitor will ring and
prompt the user to close the boundary.
Once the boundary is closed seeding
may begin. Refer to Section 6.8.5.3
Editing Headlands to remove certain
sections as obstacles
3. SCT obstacles will be displayed as
hashmarks that denote already seeded areas. The headland is temporarily
programmed as an obstacle until the
last pass.
6.8.5.3 Editing Headlands
When a headland is left to be seeded last, it is not necessary to leave all sides
as obstacles, because seeding will likely take place in one direction, therefore
the headlands that run parallel to seeding direction may be removed.
1. Once the Field boundary is set and
closed, a headland will appear on the
map as an obstacle in orange and
grey hashmarks. The icon system
will automatically enter edit headland
mode.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 111
2. To cut away the desired sections
of headland tap and hold the black
border around the field boundary. A
blue circle will appear around the fingertip and close around the selected
point on the headland. Hold this point
until the blue circle has vanished. An
orange line will appear once the finger
is removed to show the point where
the headland will be cut.
Removing Headland Cuts
To remove a headland cut, tap and hold the point of the cut on the black border, a red circle will appear and enclose around the fingertip. Release after the
red circle has disappeared, this will remove the cut.
3. Repeating the last step, make as many headland cuts as needed and tap the
Pencil icon at the top of the HUD to exit headland editing mode. The system
will ask for confirmation. Tap the OK button to edit the headlands. The hash
marks between the cuts will disappear.
Seeding can now resume with the field boundary set, seeded and headlands
marked as obstacles.
112 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
NOTE
The headland cuts will be
visible after the user has confirmed the headland edit. The
hashmarks may take a moment to disappear. The user
can tap and drag the map to
help refresh the image.
6.8.6 Creating Obstacles
During seeding, it may be necessary to create an obstacle in the field. Like the
boundary definition, SCT is always looking for unseeded land and may engage
opener sections while seeding headlands around undefined obstacles. With the
boundary and obstacles defined, the SCT system will know what areas are not
intended to be seeded.
1. Seed around the obstacle
2. When the obstacle boundary has
been made, the map will indicate the
area inside the last pass as a potential
obstacle.
3. Double tap the area inside the
seeded boundary to turn it into an obstacle. The gray shaded obstacle will
change to the orange hashmarks. The
obstacle will now be ignored by SCT.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 113
6.8.7 Fit To Field
Fit to field is used when switching products at the end of the field and wanting
as little product in the tank as possible. User must be in a job with a field boundary defined. When using fit to field ensure the remaining acres do not have any
obstacles or un-seedable acres as this will greatly affect the outcome.
To use Fit To Field:
1. Select the desired bin.
2. Tap the Fit to Field button.
The system will automatically adjust
the rate using the amount of product
in the tank compared to the amount of
seedable acres remaining in the field.
114 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
NOTE
Review the new application
rate to determine if the rate is
achievable. There is a built in
threshold for the Fit to Field
feature to not empty the tank
fully. This ensures no skips
in the field. The user can use
the command motor feature
to fully empty the remaining
product from the tank.
6.9 The Cloud
The cloud allows the user to sync all job data and prescription maps from their
Seed Hawk account to the iPad control system. The cloud is a data storage
system that allows users online access to resources.
6.9.1 Finishing Jobs
When a field is complete, Jobs must be formally ended so that job reports can
be saved on the user’s Seed Hawk Account through the cloud.
1. Tap the Job Name panel on the
HUD to Bring up the job statistics
menu.
2. Tap the Exit Job button to go to
the job profile page. This page will
also show the seeding statistics for
the job.
3. Tap the End Job button to save
the job. iCon will take a moment to
package the job and save it to the
iPad’s memory. Continue to the next
section for instructions on syncing with
the Cloud.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 115
6.9.2 Syncing With the Cloud
The cloud is where all the job data is stored and it is connected to the Seed
Hawk account. Jobs that are saved on the iPad can be synched easily with the
cloud and the Seed Hawk account on the website. This allows the user to quickly deposit information into an external database for review.
NOTE
The app will not connect or
boot up.
1. While in range of an internet Wi-Fi
connection, close the iCon app and
navigate to the Wi-Fi settings screen.
2. Disconnect from the Aircart gateway, and connect to your local Wi-Fi
network.
3. Close the settings and re open the
iCon app.
5. Sign in using your Seed Hawk account name and password.
4. Using one finger, slide the Cloud
logo from the bottom left side of the
screen to the right side. This will open
the cloud.
116 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
6. At the bottom of the page, tap the Sync tab to go to the sync page and tap
the Sync Now button. This will download all the recent jobs from your iPad to
your Seed Hawk account. This process also downloads all prescription maps on
your Seed Hawk account to the iCon app.
List Views
Tap the Reports tab, or the Maps tab to see a list of previous jobs that are currently being saved in the Cloud. Items can be selected and deleted by tapping
the buttons on the left and tapping the Delete Selected button.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 117
6.10 GPS
The iCon system uses an Ag Junction A325 GPS receiver. The receiver is
equipped with a 10 Hz option. For further upgrades including Edif and RTK contact your Ag Junction Dealer.
NOTE
After a power cycle it may
take several minutes for the
GPS receiver to acquire signal
and GPS Lock.
The light on the GPS receiver indicates signal status:
Red: Power present, but no GPS signal
Amber: GPS Loc, no DGPS position
Green: DGPS position
Flashing any one of these colours: Bluetooth is connected
No light: No power
The GPS status displayed on the App:
Red: No GPS Signal
Green: GPS signal Lock
Seeding Without GPS:
If GPS signal is lost during a job an alarm will show prompting the user to Exit
the job until GPS signal is acquired or resume the job using a set vehicle speed.
118 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
NOTE
If resuming the job without
GPS signal, no features that
use GPS input will work. Features such as Section Control,
Mapping, Acres remaining etc
will be disabled.
7.0 Maintenance
7.1 Maintenance Schedule
7.1.1 Aircart Maintenance
Check
Clean
Lube
A/R Replace as
Required
Frequency
(hours)
Item
Wheel Hubs & Main
Frame
100
Metering System
Shaft
25
Metering
Components
100
Fan System Intake
10
Fan System &
Fan Blades
10
Fill Auger / Conveyor
System
100
Tanks & Meters
100
Fill Auger System
Pillow Block Bearings
Fill Auger System
Universal Joints
10/100
10/100
Hydraulic Return
Line
100
Check all machine
fasteners
100
Wheel hub fasteners
and tire pressure
10
Service
Notes
100 hrs or annually re-pack
bearings or two pumps grease
100 hrs or start and end of
season. Grease ports and
motor/shaft connection.
100 hrs or before seeding, or
between product changes
10 hrs or daily (remove
accumulated debris)
10 hrs or daily (must be intact
and clean)
When changing between
products, or when stored for
long periods of time
When changing between products, or when stored for long
periods of time
10 hrs or daily, and
100 hrs or annually
10 hrs or daily, and
100 hr or annually
At end of seeding season, or
when stored for long periods
of time
At the beginning of
every season.
10 hrs or daily (inflate to proper pressure and ensure hubs
are torqued and fasteners are
in good condition)
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 119
7.1.2 Toolbar Maintenance
Item
Frequency
(hours)
Service
Notes
Daily
2 fittings: 1-top, 1-bottom
1/8” (3mm) max
tighten castor bolt if
max exceeded
100 hrs or annually re-pack
bearings or 2 pumps grease
Castor Wheel Plate
grease fittings
12
Castor Wheel
Plate gap
100
Wheel Hubs
main frame
100
Wheel Hubs wing
100
100 hrs or annually
100
100 hrs or annually
Wheel Hubs
packer wheel
Seed/Fertilizer
Knives & related
components
10/100
Wings down
(if configured)
100
Ball lock valves open
100
Dump Line
open drain in pail
100
Hydraulic Cylinders
cylinder seals
Check all machine
fasteners
Tires
air pressure
Opener Pivot Points
10 / A/R
100
10
100
10 hrs or inspect daily, and,
100 hrs or before seeding
At end of seeding season, or
when stored for long periods
of time
At end of seeding season, or
when stored for long periods
of time
At end of seeding season, or
when stored for long periods
of time
10 hrs or daily; inspect &
A/R
replace as required (A/R)
At the beginning of every
seeding season.
10 hrs or daily; inflate to proper pressure
Annually re-torque
120 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
Check
Clean
Lube
A/R Replace as
Required
7.2 Hydraulic Cartridges
Hydraulic cartridges, which are located on hydraulic block, should only be
removed, inspected and cleaned at the end of each seeding season if problems
occur with them. Some cartridges may be disassembled for additional access
for cleaning. It is recommended that the disassembly and further cleaning of this
type of cartridge be performed by a technician trained in hydraulic component
servicing.
7.3 Hydraulic Cylinders
Inspect hydraulic cylinder seals and hose connections at cylinder fittings every
10 hrs or daily. Tighten any loose fittings. To replace worn or damaged cylinder
seals, contact a technician trained in hydraulic maintenance and repairs if assistance is required for replacing cylinder seals.
Cylinder Seals
Hose Fitting
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 121
7.3.1 Hydraulic Hoses
Proper maintenance of hydraulic hoses can lead to a longer service life for the
part, as well as serves as an important safety measure against component
failure. Hydraulic systems operate at high pressures and temperatures that can
cause serious injury. Regular maintenance and inspection of hydraulic hoses
can greatly reduce the chance of accidental failure.
DANGER! Never attempt to service or inspect hydraulic hoses
while the system is active and pressurized. Hose failure causes
high-pressure oil jets that can pierce skin and cause severe
burns. Always wear proper protective equipment when performing any type of service to hydraulic systems.
Ensure that all hydraulic system components are kept clean and in proper working condition.
Use a piece of cardboard or wood to check for hydraulic leaks.
Check Hydraulic hoses regularly for wear and replace as needed. Contact your
dealer to purchase replacement hoses specified by Seed Hawk. DO NOT mix
and match hydraulic hoses from different brands as they are tested and specified to different failure thresholds.
Always contact your dealer or Seed Hawk Service professionals when replacing
Hydraulic hoses.
When replacing hoses always route hoses the same as those being replaced to
ensure that the part is not subjected to wear, rubbing, kinking etc...
Ensure all fittings, couplings and other hydraulic connections are intact and
properly tightened before operating implement hydraulic system.
Ensure all fittings, couplings and other hydraulic connections are intact and
properly tightened before operating implement hydraulic system.
Hydraulic fluids are highly flammable. Always keep open flames and ignition
sources away from hydraulic fluids.
122 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
7.4 Mainframe Castors and Wing Hinges
7.4.1 Main Frame Wheel Hubs & Castor Plates
Lubricate Wing Castor DAILY to
ensure the smooth operation of.
The two fittings are on the upper
and lower castor wheel plates.
Measure gap between castor
wheel plates and tighten nuts
every 100 hours. The gap should
not exceed 1/8 in. (3mm). Adjust
gap, if necessary, by tightening the
nuts on top of castor wheel plate
assembly.
Grease Fittings
Castor Plate Gap
Lubricate main frame wheel hubs daily. Refer to Section 7.4.2 Wheel Hubs for
hub grease points.
7.4.2 Wheel Hubs
Lubricate Wing Wheel Hubs every
100 hours or annually.
Lubricate Packer Wheel Hubs
every 100 hours, or annually.
Grease Fitting
Grease Fitting
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 123
7.4.3 Wing Hinge Points
Grease all wing hinge points once a week.
Grease Fitting
7.4.4 Seed & Fertilizer Knives
Inspect Seed and Fertilizer Knives every 10 hours or daily for general condition
and trash build up. When seeding in muddy conditions, check for mud build up
between the packer tire and packer arm.
Perform a more thorough inspection every 100 hours and before each seeding
season. Check for loose hardware, worn knife points, and overall play within the
individual components and service as needed.
Refer to Section 3.6.1 Quick Pin Opener, pertaining to the torque specifications
for openers.
124 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
7.5 Replacement Parts & Aftermarket
Options
7.5.1 Standard Knife Configuration
Seed Knife
Fertilizer Knife
Fertilizer Knife Holder
Seed Knife Holder
Roll Pins
Seed Knife Insert
321030-1
321036-3
34-3
3210
321028-2
Roll Pins
Seed Knife Insert
Cast Drop Tube
Cast Drop Tube
7.5.1.1 Knife Options
Seed Hawk offers a variety of seed and fertilizer knife configurations to cater to a
range of product delivery options and customizable row spacings.
Cast Knives
Cast dry fertilizer knife w/ cast drop
tube
Cast dry & NH3 fertilizer drop tube
Cast dry & liquid fertilizer knife
w/ cast drop tube
Cast seed knife w/ liquid fertilizer drop
tube.
Cast seed knife w/ liquid fertilizer drop
tube
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 125
Knives with Stainless Clip
Dry fertilizer knife
Dry & liquid or NH3 fertilizer
w/rubber drop tube
Liquid fertilizer knife
Seed knife w/rubber drop tube
Contact local dealer for instructions on how to convert Single Side Band opener
to accommodate the Twin Wing seed knife.
7.5.2 Acoustic Blockage Sensor
2016 Seed Hawk Toolbars can be
outfitted with a new acoustic blockage
sensor that connects wirelessly to the
iCon control module. Seeds leaving
the manifold bounce off a surface as
they enter a seed run, creating a small
soundwave. The sounds are relayed
to a nearby Electronic Control Unit
(ECU) that converts the analogue
signals to a digital signal that is then
wirelessly transmitted to the control
module which will display system status and blockages.
7.5.3 NH3 Kit with PM4
Liquid fertilizer and anhydrous ammonia kits are available for all Seed Hawk machines. For information on liquid and NH3 kits contact your Seed Hawk dealer.
126 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
7.6 Storage
NOTE
Failure to remove product
prior to storage will greatly
increase the rate of corrosion
in the tanks and meter.
Prior to storage remove all product from tanks, meters, and fill auger (or conveyor). Also, ensure that the meters are thoroughly vacuumed or washed. If the
Aircart is washed be sure to dry the system out afterwards by opening the
lids and running the fans for 30 minutes. This will prevent damage occurring
from ice buildup, and prevent product sticking to wet components which creates
blockages.
When stored outside tightly cover the fans to seal water out of the airstreams.
The service life of the Aircart seals can be extended by unlatching the lids and
loosening the thumb nuts on the cleanout doors.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 127
128 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
8.0 Troubleshooting
8.1 Wireless Connections
No connection to iPad/iPad spontaneously loses
master control.
Possible Cause
iPad not connected to
gateway Wi-Fi.
No power to gateway.
No power to wireless
repeater/weak signal.
Solution
Verify the iPad is connected to the correct network. The network name should be
“ICONXXXXXX” where XXXXXX is the Gateway
serial number.
Check Gateway LED to ensure that it’s on solid
Green. If the LED is off, ensure that power is on
to the Gateway.
Check Repeater LED. Make sure at least two
“bars” are lit. If none are on, ensure that power is
on to the repeater. If less than four, ensure that
there is a clear line of sight between the Gateway
and repeater.
Also, ensure that there is a clear line of sight
between the iPad and the repeater, iPad and
Gateway, and the WBM ECUs and the repeater.
The user may need to position the iPad so it is
clear of other radios and terminals.
*If all above hardware items are in order, cycle power to the Gateway. Close and
re-open app. If the problem persists, contact your Seed Hawk dealer.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 129
Wireless Blockage and Flow Monitor ECU(s) not
reporting.
Possible Cause
No power to ECU(s).
No power to wireless
repeater/weak signal.
Not all WBMs are connected to the ECU.
Solution
Check WBM ECU(s) LEDs to ensure they are
flashing red. If the LED is off, check power to the
ECU. If the LED is solid, contact your dealer.
Check Repeater LED. Make sure at least two
“bars” are lit. If none are on, ensure that power is
on to the repeater. If less than four, ensure that
there is a clear line of sight between the Gateway
and repeater.
Cycle power to the WBM ECU(s) and check for
connectivity.
*If all above hardware items are in order, cycle power to the Gateway and WBM
ECUs. Close and re-open app. Re-run WBM Wi-Fi synchronization on the affected ECU(s) and then check for connectivity.If the problem persists, contact your
Seed Hawk dealer.
Wireless Blockage and Flow Meter ECU(s) will not
"pair"
Possible Cause
Incorrect serial numbers.
No power to ECU(s)
No power to wireless
repeater/weak signal.
Solution
Double-check the serial number on the ECU and
make sure it is entered correctly.
Check WBM ECU(s) LEDs to ensure they are
flashing red. If the LED is off, check power to the
ECU. If the LED is solid, contact your dealer.
Ensure the ECU has clear line of sight to the
Gateway.
Cycle power to the WBM ECU(s) and check for
connectivity.
Move the ECU closer to the gateway and ensure
there’s clear line of sight to the Gateway.
130 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
Blocked run won't clear
Possible Cause
Solution
Make sure the ECU is configured to the correct
section in the Auto Configuration screen.
ECU monitoring wrong
Make sure the ECU port is mapped to the correct
section.
run in the Manual Configuration screen.
Check sensor tube to ECU for crimps and tears
Damaged or disconnected
that may affect the acoustic signal.
sensor tube.
Ensure the sensor tube plugged into an ECU port.
Use a screwdriver or hammer to lightly tap on the
specific ECU port. Check the app to see if the run
becomes unblocked on the screen. If not, swap
this run with another and try the tapping to see if
the new run registers.
Check the plate inside the sensor for material
buildup. Clean excess product from inside the
sensor, trying not to dent the metal plate inside.
If the problem persists, move the tube to another
ECU port and re-configure. Cap off the unused
ports.
ECU port blocked
Sensor plate is dirty
*If the problem persists, contact your Seed Hawk dealer.
Aircart fans won't turn on
Possible Cause
iPad not connected to
gateway Wi-Fi.
Fan circuit not engaged.
Solution
Verify the iPad is connected to the correct network. The network name should be
“ICONXXXXXX” where XXXXXX is the Gateway
serial number.
Check all hydraulic connections between the
tractor and the fans. Make sure the manual valve
is set for the fans, not the auger.
*If the problem persists, contact your Seed Hawk dealer.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 131
8.2 Troubleshooting Toolbars
Cannot Adjust Shank Pressure
Probable Cause
Incomplete engagement of
hydraulic quick couplers.
Lock valves for shanks are
set in closed position.
Solution
Inspect quick couplers to ensure complete engagement.
Ensure that both lock valves, one at the manifold
and one at the tractor quick coupler, are set to
the open position.
No electrical power to
Check for broken wire in harness to solenoid coil.
shank solenoid valve.
No electrical power to
Check for broken wire to shank pressure adjustshank pressure adjustment
ment motor.
motor.
Disconnect coupler at Circuit #1. If pressure is
Tractor hydraulic selector
now adjustable, repair the tractor selector valve
valve not holding pressure. (make sure the lever is in working position not
float).
Activate solenoid valve manual override. If the
Solenoid coil
shank pressure responds properly, replace the
malfunctioning.
coil also check for power going to coil.
Remove solenoid valve cartridge per repair inShank solenoid valve
structions in the maintenance section of this Opcartridge contaminated.
erator’s Manual, inspect to make sure all o-rings
are not damaged, then clean and replace.
Shank pressure gauge
Remove and replace pressure gauge if not remalfunctioning.
sponding to increase and decrease of pressure.
Shanks do not maintain packing pressure on hilly terrain
Probable Cause
The “IN” pressure gauge
indicates less than 1200
psi.
Excessive field operating
speed.
Intermittent electrical power supply to shank solenoid
coil.
Solution
Inspect quick couplers to ensure complete engagement.
Reduce field operating speed.
Ensure all electrical connections are fully engaged and no open electrical circuits to coil.
132 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
NOTE
Trip/packing pressure may be
momentarily increased by activating hydraulic circuit #1 while
passing through a shallow dip
in the terrain.
Shanks will not go down under pressure
Probable Cause
Pivot points are too tight or
seized.
Solution
Loosen up pivot points about 1/8 of a turn. Don’t
over loosen them.
Wing hydraulic system does not maintain pressure
Probable Cause
The “IN” pressure gauge
indicates less than 1200
psi.
Check 7-plex wing down
value (only on 7-plex
machines (72 ft. and up)).
Wing lift cylinder piston
leaking.
Solution
Inspect quick couplers to ensure complete engagement.
Remove, inspect o-rings, clean and replace cartridge if necessary.
Remove hose from rod end of cylinder. If oil
discharges, seal is leaking. Remove and replace
seal.
Wings do not rise
Probable Cause
The “IN” pressure gauge
indicates less than 1200
psi for smaller implements
and less than 2100 psi for
larger implements.
Wing cylinder piston seal
leaking.
Solution
Inspect quick couplers to ensure complete engagement. Check to see that the circuit is putting
out enough pressure.
Remove hose from rod end of cylinder. If oil
discharges, seal is leaking. Remove and replace
seal.
Cannot maintain packing pressure or shanks/shanks
will not stay up during transport
Probable Cause
Seal damaged in shank
cylinder. Check o-rings on
meter engage valve also
make sure meter engage
switch is shut off.
Solution
Pressure shanks up and keep locked on. Undo
main bridle hoses on the rod end of cylinder on
both ports. If oil is flowing out of a hose, then it is
that rank on that wing that has a seal leak. Move
down that rank, undoing the hoses on the rod
end of each cylinder. When the oil quits flowing,
it is the previous cylinder with the faulty seal. Replace cylinder seal(s) and repeat process in case
of more than one faulty seal.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 133
8.3 Troubleshooting the Lodar Remote
RECEIVER
Check power supply is ON
5V LED is ON:
Check the LED marked FAULT
FAULT LED
is OFF
FAULT LED is ON:
Lodar has detected an overload;
Switch OFF Receiver and disconnect
ALL output wires from sockets. Switch
ON Receiver
Check LED marked 5V
5V LED is OFF:
Check power supply at Lodar input.
If power IS
present: Lodar
has a FAULT;
speak to your
supplier
If power is
NOT present:
make the power
supply good
Check LED marked FAULT
FAULT LED FLASHES
Press SET
FAULT LED is ON
Lodar has a FAULT;
speak to your supplier
Switch OFF Receiver then
Switch ON Receiver.
If FAULT LED FLASHES then
immediately PRESS and
HOLD SET for 5 seconds.
The Transmitter should now have
been re-registered to the Receiver
Check LED marked SET
Set LED is OFF
SET LED is ON:
Operate Transmitter Buttons one
at a time and check that
the corresponding output
LED switches ON
One or more LED’s
FAIL to light
Lodar has a FAULT;
speak to your supplier
Check LED marked SET
Set LED is OFF
Lodar has a FAULT; speak to your supplier
All LED’s LIGHT: Re-connect output wires one at a time
into sockets checking each time that they still operate?
FAULT LED is activated and
SET LED is OFF: then the
relevant output has a fault
Repair FAULT
FAULT LED
is not activated
Lodar OK
TRANSMITTER
Fit new battery
Press the SET Button
LED ON
LED OFF
Release the SET Button
Transmitter
FAULT
LED
BLINKS
LED OFF
Press all Function
Buttons in turn
Transmitter
FAULT
LED ON
when each
Button is
Pressed
LED OFF
when one or
more buttons
are pressed
Release the
STOP Button
Transmitter
FAULT
LED OFF and
does not BLINK
LED BLINKS
Keypad is OK
Transmitter
FAULT
Re-register Transmitter with Receiver
134 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
8.4 iCon Error Codes
520192
NOTE
FMI Stands for "Failure Mode
Indicator." If the user is unable
to resolve an alarm, the FMI
will be helpful to Seed Hawk
Service Representatives.
Alarm Description
FMI
Warning
A meter motor becomes unresponsive
during its use
7
Warning
A meter motor has
current limited
6
Possible Solution
Pull out meter motor, use manual motor screen
to command it on.
Inspect wiring for shorts or broken wires.
Swap motor with another to see if the motor is
bad or if the wiring is the problem.
Check meter roll and housing for debris. If OK,
pull out meter, use manual motor screen to command it on.
Inspect wiring for shorts or broken wires.
Swap motor with another to see if the motor is
bad or if the wiring is the problem.
520193
Alarm Description
Notification
A meter motor is
drawing 2A for greater than 30 seconds
FMI
Possible Solution
0
Check meter roll and housing for debris. If OK,
pull out meter, use manual motor screen to command it on.
FMI
Possible Solution
520194
Alarm Description
Warning
A meter motors PM4
indicates an Output
Overcurrent
Warning
A meter motors PM4
indicates Indicates
an Hbridge Fault
6
Check motor wiring for short circuit. If OK, swap
motors and retest that channel.
12
Check meter roll and housing for debris. If OK,
pull out meter, use manual motor screen to command it on.
Inspect wiring for shorts or broken wires.
Swap motor with another to see if the motor is
bad or if the wiring is the problem.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 135
520195
Alarm Description
FMI
Warning
A meter motors PM4
indicates a Device
Overcurrent
6
Warning
A meter motors PM4
is unresponsive.
7
Possible Solution
Check meter roll and housing for debris. If OK,
pull out meter, use manual motor screen to command it on.
Inspect wiring for shorts or broken wires.
Swap motor with another to see if the motor is
bad or if the wiring is the problem.
Check PM4 LED. If on, check CAN wiring.
520196
Alarm Description
Notification
A meter motor is
drawing 20% more
than the average
tank current
Notification
A meter motor is
drawing 20% less
than the average
tank current.
FMI
Possible Solution
0
Check meter roll and housing for debris. If OK,
pull out meter, use manual motor screen to command it on.
1
Check meter roll and housing for impeded flow
from the tank (product bridging or debris blocking
the flow).
520197
Alarm Description
FMI
Warning
A tanks agitator has
stopped turning
7
Warning
A tanks agitators
PM4 indicates an
Hbridge Fault
12
Possible Solution
Pull out agitator motor, use manual motor screen
to command it on.
Inspect wiring for shorts or broken wires.
Swap motor with another to see if the motor is
bad or if the wiring is the problem.
Check product in the tank for moisture or
chunks. If OK, pull out motor, use manual motor
screen to command it on.
Inspect wiring for shorts or broken wires.
Swap motor with another to see if the motor is
bad or if the wiring is the problem.
136 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
520198
Alarm Description
Warning
A tanks agitators
PM4 indicates an
Output Overcurrent
FMI
Warning
A tanks agitators
PM4 indicates an
Hbridge Fault
Possible Solution
6
Check motor wiring for short circuit. If OK, swap
motors and retest that channel.
12
Check product in the tank for moisture or
chunks. If OK, pull out motor, use manual motor
screen to command it on.
Inspect wiring for shorts or broken wires.
Swap motor with another to see if the motor is
bad or if the wiring is the problem.
520199
Alarm Description
Warning
A tanks agitators
PM4 indicates a
Device Overcurrent
Warning
A tanks agitators
PM4 is unresponsive
FMI
Possible Solution
6
Check wiring on all 6-pin output connectors and
the 4-pin input connector.
7
Check PM4 LED. If on, check CAN wiring.
520201
Alarm Description
Warning
Packing Pressures
PM4 indicates an
Hbridge Overcurrent
Warning
Packing Pressures
PM4 indicates an
Hbridge Fault
FMI
Possible Solution
6
Inspect wiring for shorts or broken wires.
Swap hydraulic coil with another to see if the coil
is bad or if the wiring is the problem.
12
Inspect wiring for shorts or broken wires.
Swap hydraulic coil with another to see if the coil
is bad or if the wiring is the problem.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 137
520202
Alarm Description
Warning
Packing Pressures
PM4 indicates an
Hbridge Overcurrent
Warning
Packing Pressures
PM4 indicates an
Hbridge Fault
FMI
Possible Solution
6
Inspect wiring for shorts or broken wires.
Swap hydraulic coil with another to see if the coil
is bad or if the wiring is the problem.
12
Inspect wiring for shorts or broken wires.
Swap hydraulic coil with another to see if the coil
is bad or if the wiring is the problem.
FMI
Possible Solution
520203
Alarm Description
Warning
Packing Pressures
PM4 indicates an
Hbridge Overcurrent
6
Inspect wiring for shorts or broken wires.
520205
Alarm Description FMI
Possible Solution
Critical
Fan 1 speed is below
Check fan RPM. Inspect fan hydraulic circuit.
1
Check total commanded flow from the tractor.
1000 rpm while
applying product
520206
Alarm Description FMI
Possible Solution
Critical
Fan 2 speed is below
Check fan RPM. Inspect fan hydraulic circuit.
1
Check total commanded flow from the tractor.
1000 rpm while applying product
138 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
520207
Alarm Description FMI
Possible Solution
Critical
Fan 1 PM4 indicates
Check fan RPM. Inspect fan hydraulic circuit.
6
Check total commanded flow from the tractor.
an Output Overcurrent
Critical
Inspect wiring for shorts or broken wires.
Fan 1 PWM indicates 12 Swap hydraulic coil with another to see if the coil
an Hbridge Fault
is bad or if the wiring is the problem.
520208
Alarm Description
Critical
Fan 1 PM4 indicates
an Output Overcurrent
Critical
Fan 1 PM4 is unresponsive
FMI
Possible Solution
6
Check wiring on all 6-pin output connectors and
the 4-pin input connector.
7
Check PM4 LED. If on, check CAN wiring.
520209
Alarm Description
Critical
Fan 2 PM4 indicates
an Hbridge Fault
Critical
Fan 2 PM4 indicates
an Output Overcurrent
FMI
12
6
Possible Solution
Inspect wiring for shorts or broken wires.
Swap hydraulic coil with another to see if the coil
is bad or if the wiring is the problem.
Inspect wiring for shorts or broken wires.
Swap fan speed sensor with another to see if the
sensor is bad or if the wiring is the problem.
520210
Alarm Description FMI
Possible Solution
Critical
Check wiring on all 6-pin output connectors and
Fan 2 PM4 indicates
6
the 4-pin input connector.
a Device Overcurrent
Critical
Fan 2 PM4 is unre7 Check PM4 LED. If on, check CAN wiring.
sponsive
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 139
520211
Alarm Description
Warning
An Opener PM4
indicates an Hbridge
Overcurrent
Warning
An Opener PM4
indicates an Hbridge
Fault
FMI
Possible Solution
6
Inspect wiring for shorts or broken wires.
Swap hydraulic coil with another to see if the coil
is bad or if the wiring is the problem.
12
Inspect wiring for shorts or broken wires.
Swap hydraulic coil with another to see if the coil
is bad or if the wiring is the problem.
FMI
Possible Solution
520212
Alarm Description
Warning
An Opener PM4
indicates a Device
Overcurrent
Warning
An Opener PM4 is
unresponsive
6
Check wiring on all 6-pin output connectors and
the 4-pin input connector.
7
Check PM4 LED. If on, check CAN wiring.
520214
Alarm Description
Fatal
No device mapping
configuration file
(PM4/LC3) exists
FMI
31
Possible Solution
Call dealer.
520215
Alarm Description
Fatal
No implement configuration file (Options/
Toolbar Geometry)
exists
FMI
31
Possible Solution
Call dealer.
140 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
520218
Alarm Description
Warning
SBR’s PM4 indicates
an Hbridge Overcurrent
Warning
SBR’s PM4 indicates
an Hbridge Fault
FMI
Possible Solution
6
Inspect wiring for shorts or broken wires.
Swap hydraulic coil with another to see if the coil
is bad or if the wiring is the problem.
12
Inspect wiring for shorts or broken wires.
Swap hydraulic coil with another to see if the coil
is bad or if the wiring is the problem.
520219
Alarm Description FMI
Possible Solution
Warning
SBR’s PM4 is unre7 Check PM4 LED. If on, check CAN wiring.
sponsive
Warning
Check wiring on all 6-pin output connectors and
SBR’s PM4 indicates
6
the 4-pin input connector.
a Device Overcurrent
520220
Alarm Description FMI
Possible Solution
Warning
Inspect wiring for shorts or broken wires.
The Wing Down PM4
6 Swap hydraulic coil with another to see if the coil
indicates an Hbridge
is bad or if the wiring is the problem.
Overcurrent
Warning
Inspect wiring for shorts or broken wires.
The Wing Down PM4
12 Swap hydraulic coil with another to see if the coil
indicates an Hbridge
is bad or if the wiring is the problem.
Fault
520221
Alarm Description FMI
Possible Solution
Warning
The Wing Down PM4
7 Check PM4 LED. If on, check CAN wiring.
is unresponsive
Warning
The Wing Down PM4
Check wiring on all 6-pin output connectors and
6
indicates a Device
the 4-pin input connector.
Overcurrent
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 141
520222
Alarm Description
Fatal
No PM4’s are present in the system
FMI
7
Possible Solution
Call dealer.
520223
Alarm Description
FMI
Fatal
The tablet is disconnected on from the
gateway
7
Possible Solution
Check that iPad is configured for the correct WiFi
signal
Check the Gateway LED.
- If off, check Gateway power cable
Check the repeater LED.
- If off, check the repeater power cable.
520224
Alarm Description
Warning
The Liquid Pressure Sensor PM4
indicates an Hbridge
Overcurrent
Warning
The Liquid Pressure Sensor PM4
indicates an Hbridge
Fault
FMI
Possible Solution
6
Inspect wiring for shorts or broken wires.
Swap sensor with another to see if the sensor is
bad or if the wiring is the problem.
12
Inspect wiring for shorts or broken wires.
Swap sensor with another to see if the sensor is
bad or if the wiring is the problem.
FMI
Possible Solution
520225
Alarm Description
Warning
The Liquid Pressure
Sensor PM4 is unresponsive
Warning
The Liquid Pressure Sensor PM4
indicates a Device
Overcurrent
7
Check PM4 LED. If on, check CAN wiring.
6
Check wiring on all 6-pin output connectors and
the 4-pin input connector.
142 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
520226
Alarm Description
Warning
SBR’s PM4 indicates
an Hbridge Fault
Warning
SBR’s PM4 indicates
an Output Overcurrent
FMI
12
Possible Solution
Inspect wiring for shorts or broken wires.
Swap hydraulic coil with another to see if the coil
is bad or if the wiring is the problem.
6
Inspect wiring for shorts or broken wires.
Swap hydraulic coil with another to see if the coil
is bad or if the wiring is the problem.
FMI
Possible Solution
520227
Alarm Description
Warning
The 3-Way Liquid
Control Valve PM4 is
unresponsive
Warning
The 3-Way Liquid
Control Valve PM4
indicates a Device
Overcurrent
7
Check PM4 LED. If on, check CAN wiring.
6
Check wiring on all 6-pin output connectors and
the 4-pin input connector.
520228
Alarm Description
Warning
The 3-Way Liquid
Control Valve PM4
indicates an Hbridge
Overcurrent
Warning
The 3-Way Liquid
Control Valve PM4
indicates an Hbridge
Fault
FMI
Possible Solution
6
Inspect wiring for shorts or broken wires.
Swap valve with another to see if the valve is
bad or if the wiring is the problem.
12
Inspect wiring for shorts or broken wires.
Swap valve with another to see if the valve is
bad or if the wiring is the problem.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 143
520229
Alarm Description
Warning
The 3-Way Liquid
Control Valve PM4
indicates an Hbridge
Fault
Warning
The 3-Way Liquid
Control Valve PM4
indicates an Output
Overcurrent
FMI
Possible Solution
12
Inspect wiring for shorts or broken wires.
Swap valve with another to see if the valve is
bad or if the wiring is the problem.
6
Inspect wiring for shorts or broken wires.
Swap valve with another to see if the valve is
bad or if the wiring is the problem.
520230
Alarm Description
Warning
The Liquid Flow
Meter PM4 is unresponsive
Warning
The Liquid Flow Meter PM4 indicates a
Device Overcurrent
FMI
Possible Solution
7
Check PM4 LED. If on, check CAN wiring.
6
Check wiring on all 6-pin output connectors and
the 4-pin input connector.
520232
Alarm Description FMI
Possible Solution
Warning
The Liquid Boom
7 Check PM4 LED. If on, check CAN wiring.
Valve PM4 is unresponsive
Warning
The Liquid Boom
Check wiring on all 6-pin output connectors and
6
Valve PM4 indicates
the 4-pin input connector.
a Device Overcurrent
144 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
520233
Alarm Description
Warning
The Liquid Boom
Valve PM4 indicates
an Hbridge Fault
Warning
The Liquid Boom
Valve PM4 indicates
an Hbridge Overcurrent
FMI
Possible Solution
12
Inspect wiring for shorts or broken wires.
Swap boom valve with another to see if the valve
is bad or if the wiring is the problem.
6
Inspect wiring for shorts or broken wires.
Swap boom valve with another to see if the valve
is bad or if the wiring is the problem.
FMI
Possible Solution
520234
Alarm Description
Warning
Fan 1 speed is over
the user defined
limit while applying
product
31
Turn down the fan speed. Inspect fan hydraulic
circuit.
520235
Alarm Description
Warning
Fan 1 speed is under
the user defined
limit while applying
product
FMI
31
Possible Solution
Check fan RPM. Inspect fan hydraulic circuit.
Check total commanded flow from the tractor.
520239
Alarm Description
Warning
The Bin Pressure
PM4 is unresponsive
Warning
The Bin Pressure
PM4 indicates a Device Overcurrent
FMI
Possible Solution
6
Check PM4 LED. If on, check CAN wiring.
1
Check wiring on all 6-pin output connectors and
the 4-pin input connector.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 145
520236
Alarm Description
Warning
Fan 2 speed is over
the user defined
limit while applying
product
FMI
31
Possible Solution
Check fan RPM. Inspect fan hydraulic circuit.
520237
Alarm Description FMI
Warning
Fan 2 speed is below
the user defined
limit while applying
product
31
Possible Solution
Check fan RPM. Inspect fan hydraulic circuit.
Check total commanded flow from the tractor.
520238
Alarm Description
Warning
The Bin Pressure
PM4 indicates an
Output Overcurrent
Warning
The Bin Pressure
is below 1 psi while
both fans are above
1000 rpm w/ 10 second delay
Warning
The Bin Pressure
PM4 indicates an
Hbridge Fault
FMI
Possible Solution
6
Inspect wiring for shorts or broken wires.
Swap boom valve with another to see if the valve
is bad or if the wiring is the problem.
1
Inspect wiring for shorts or broken wires.
Swap sensor with another to see if the sensor is
bad or if the wiring is the problem.
12
Inspect wiring for shorts or broken wires.
Swap valve with another to see if the transducer
is bad or if the wiring is the problem.
FMI
Possible Solution
6
Inspect wiring for shorts or broken wires.
Swap hydraulic coil with another to see if the coil
is bad or if the wiring is the problem.
12
Inspect wiring for shorts or broken wires.
Swap hydraulic coil with another to see if the coil
is bad or if the wiring is the problem.
520240
Alarm Description
Critical
Fan 1 PM4 indicates
an Hbridge Overcurrent
Critical
Fan 1 PM4 indicates
an Hbridge Fault
146 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
520241
Alarm Description
Critical
Fan 1 PM4 indicates
an Hbridge Overcurrent
Critical
Fan 2 PM4 indicates
an Hbridge Fault
FMI
Possible Solution
6
Inspect wiring for shorts or broken wires.
Swap hydraulic coil with another to see if the coil
is bad or if the wiring is the problem.
12
Inspect wiring for shorts or broken wires.
Swap hydraulic coil with another to see if the coil
is bad or if the wiring is the problem.
FMI
Possible Solution
31
Inspect wiring for shorts or broken wires.
Swap sensor with another to see if the sensor is
bad or if the wiring is the problem.
FMI
Possible Solution
520242
Alarm Description
Warning
The Liquid Pressure
is outside of the 5-40
psi range while system is running.
520243
Alarm Description
Warning
The Airstream Proximity Sensor PM4 is
unresponsive
Warning
The Airstream Proximity Sensor PM4
indicates a Device
Overcurrent
7
Check PM4 LED. If on, check CAN wiring.
6
Check wiring on all 6-pin output connectors and
the 4-pin input connector.
520244
Alarm Description
Warning
The Airstream Proximity Sensor PM4
indicates an Hbridge
Overcurrent
Warning
The Airstream Proximity Sensor PM4
indicates an Hbridge
Fault
FMI
Possible Solution
6
Inspect wiring for shorts or broken wires.
Swap proximity sensor with another to see if the
sensor is bad or if the wiring is the problem.
12
Inspect wiring for shorts or broken wires.
Swap proximity sensor with another to see if the
sensor is bad or if the wiring is the problem.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 147
520245
Alarm Description
Warning
At the current application rate, when a
given solid tank only
has enough product
for 5 acres.
FMI
12
Possible Solution
If more than 5 acres remain, lower application
rate or add product.
520246
Alarm Description FMI
Possible Solution
Warning
The NH3 Control
7 Check PM4 LED. If on, check CAN wiring.
Valve PM4 is unresponsive
Warning
The NH3 Control
Check wiring on all 6-pin output connectors and
6
Valve PM4 indicates
the 4-pin input connector.
a Device Overcurrent
520247
Alarm Description FMI
Possible Solution
Warning
The NH3 Control
6 Check PM4 LED. If on, check CAN wiring.
Valve PM4 is unresponsive
Warning
The NH3 Control
Check wiring on all 6-pin output connectors and
12
Valve PM4 indicates
the 4-pin input connector.
a Device Overcurrent
520248
Alarm Description
Warning
The NH3 Control
Valve PM4 indicates
an Hbridge Fault
Warning
The NH3 Control
Valve PM4 indicates
an Hbridge Fault
FMI
Possible Solution
6
Inspect wiring for shorts or broken wires.
Swap control valve with another to see if the
valve is bad or if the wiring is the problem.
12
Inspect wiring for shorts or broken wires.
Swap valve with another to see if the valve is
bad or if the wiring is the problem.
148 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
520249
Alarm Description
Warning
The NH3 Pressure is
outside of the 5-120
psi range while system is running.
FMI
6
Possible Solution
Inspect wiring for shorts or broken wires.
Swap pressure sensor with another to see if the
sensor is bad or if the wiring is the problem.
520250
Alarm Description
Warning
The NH3 Pressure
Sensor PM4 indicates an Hbridge
Overcurrent
Warning
The NH3 Pressure
Sensor PM4 indicates an Hbridge
Fault
FMI
Possible Solution
6
Inspect wiring for shorts or broken wires.
Swap pressure sensor with another to see if the
sensor is bad or if the wiring is the problem.
12
Inspect wiring for shorts or broken wires.
Swap pressure sensor with another to see if the
sensor is bad or if the wiring is the problem.
520251
Alarm Description
Warning
The NH3 Pressure
Sensor PM4 is unresponsive
Warning
The NH3 Pressure
Sensor PM4 indicates a Device
Overcurrent
FMI
Possible Solution
7
Check PM4 LED. If on, check CAN wiring.
6
Check wiring on all 6-pin output connectors and
the 4-pin input connector.
520252
Alarm Description
Warning
The System Voltage
is below 11V
FMI
31
Possible Solution
Check powerskid.
Check battery.
Check hydraulics to the powerskid.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 149
520253
Alarm Description
Critical
The System Voltage
is below 10.5V and
the PM4’s will be
shut off.
FMI
31
Possible Solution
Check powerskid.
Check battery.
Check hydraulics to the powerskid.
520254
Alarm Description
Fatal
The System Voltage
is below 9V and the
Gateway will be shut
off
FMI
31
Possible Solution
Check powerskid.
Check battery.
Check hydraulics to the powerskid.
520255
Alarm Description
Warning
A Tank Loadcell LC3
is unresponsive
Warning
A Tank Loadcell LC3
indicates a Device
Overcurrent
FMI
Possible Solution
7
Check LC3 LED. If on, check CAN wiring
6
Check wiring on all 6-pin output connectors and
the 4-pin input connector.
520256
Alarm Description
Warning
A Tank Loadcell LC3
indicates an Output
Overcurrent
Warning
A Tank Loadcell LC3
indicates an Output
Fault
FMI
Possible Solution
6
Inspect wiring for shorts or broken wires.
Swap load cell with another to see if the load cell
is bad or if the wiring is the problem.
12
Inspect wiring for shorts or broken wires.
Swap load cell with another to see if the load cell
is bad or if the wiring is the problem.
150 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
520257
Alarm Description
Warning
The NH3 Master
Valve PM4 is unresponsive
FMI
7
Possible Solution
Check PM4 LED. If on, check CAN wiring.
520258
Alarm Description
Warning
The NH3 Master
Valve PM4 indicates
an Hbridge Overcurrent
Warning
The NH3 Master
Valve PM4 indicates
an Hbridge Fault
FMI
Possible Solution
Inspect wiring for shorts or broken wires.
6
6
Swap flow meter with another to see if the meter
is bad or if the wiring is the problem.
Inspect wiring for shorts or broken wires.
Swap valve with another to see if the valve is
bad or if the wiring is the problem.
520260
Alarm Description
Warning
The NH3 Hydraulic
Pump Control Valve
PM4 indicates an
Hbridge Fault
Warning
The NH3 Hydraulic
Pump Control Valve
indicates an Hbridge
Overcurrent
FMI
12
Possible Solution
Inspect wiring for shorts or broken wires.
Swap valve with another to see if the valve is
bad or if the wiring is the problem.
Inspect wiring for shorts or broken wires.
6
Swap flow meter with another to see if the meter
is bad or if the wiring is the problem.
FMI
Possible Solution
520262
Alarm Description
Warning
The NH3 Flow Meter
PM4 is unresponsive
Warning
The NH3 Flow Meter
PM4 indicates a Device Overcurrent
7
Check PM4 LED. If on, check CAN wiring.
6
Check wiring on all 6-pin output connectors and
the 4-pin input connector.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 151
520263
Alarm Description
Warning
The NH3 Flow Meter
PM4 indicates an
Hbridge Overcurrent
FMI
Possible Solution
6
Inspect wiring for shorts or broken wires.
Swap flow meter with another to see if the meter
is bad or if the wiring is the problem.
520264
Alarm Description FMI
Possible Solution
Warning
The NH3 Boom
7 Check PM4 LED. If on, check CAN wiring.
Valve PM4 is unresponsive
Warning
The NH3 Boom
Check wiring on all 6-pin output connectors and
6
Valve PM4 indicates
the 4-pin input connector.
a Device Overcurrent
520265
Alarm Description
Warning
The NH3 Boom
Valve PM4 indicates
an Hbridge Fault
Warning
The NH3 Boom
Valve PM4 indicates
an Hbridge Overcurrent
FMI
Possible Solution
12
Inspect wiring for shorts or broken wires.
Swap boom valve with another to see if the valve
is bad or if the wiring is the problem.
6
Inspect wiring for shorts or broken wires.
Swap boom valve with another to see if the valve
is bad or if the wiring is the problem.
FMI
Possible Solution
12
Inspect wiring for shorts or broken wires.
Swap boom valve with another to see if the valve
is bad or if the wiring is the problem.
6
Inspect wiring for shorts or broken wires.
Swap boom valve with another to see if the valve
is bad or if the wiring is the problem.
520265
Alarm Description
Warning
The NH3 Boom
Valve PM4 indicates
an Hbridge Fault
Warning
The NH3 Boom
Valve PM4 indicates
an Hbridge Overcurrent
152 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
520266
Alarm Description
Notification
Tank Application
Rate is outside expected range
FMI
31
Possible Solution
Recalibrate
Troubleshooting BIT Results
BIT (Built In Test) are self tests for the wireless blockage monitors. This chart will
interpret the results of a BIT.
BIT Label
BIT Description
Indicates if the ECU's Wi-Fi
chip is present and able to
Wi-Fi Present communicate with the Wireless Blockage Monitor app
on the iPad
Wi-Fi RSSI
Indicates if the signal the
ECU is receiving from the
access point is strong.
Failed Status Indicates
The Wi-Fi chip in that ECU is
in need of repair. The ECU will
be unable to communicate any
blockages to the WBM until this
repair occurs.
The signal that the ECU is receiving is weak. Does not necessarily indicate that a repair is
needed, but a weak signal can
create communication problems between the ECU and
Wireless Blockage Monitor app.
Audio Data
Indicates if the ECU’s audio
processing circuit is receiving signal from the flow
sensor’s audio receivers
(microphones)
The audio receivers in the flow
sensor(s) are in need of repair
Audio
Indicates if the ECU’s audio
processing circuit can be
communicated with and
programmed by the Wireless Blockage Monitor app
on the iPad
The audio processing circuit in
the ECU is in need to repair
Troubleshooting ECU
LED Color
Flashing Red
Solid Red
Off
Status
ECU is receiving power, no BITs have failed
ECU is receiving power, at least one BIT has failed
ECU is not receiving power
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 153
8.5 PM4 & LC3 Replacement
If a PM4 or an LC3 needs to be replaced, the user can manually swap old components quickly and easily. This section covers PM4 replacement specifically,
but the work flow for PM4 and LC3 replacement is the same process.
If a PM4/LC3 is not working properly, and alarm may appear in the Messages
screen.
1. Navigate to the PM4/LC3 replacement screen through the settings tab.
2. Unplug the malfunctioning PM4/LC3
and replace with a new one. The new
PM4/LC3 will appear in the Unmapped
PM4/LC3 column.
PM4's and LC3's are identified in the
system by their serial numbers. The
serial number will be identified on the
PM4/LC3 itself.
3. Add unmapped PM4/LC3 and tap
the Next: Test button.
4. To test the newly mapped PM4/
LC3, tap the Perform Test button.
The LED on the new PM4/LC3 will
blink rapidly for a moment to ensure
that there it is communicating with
the system. Tap the Next: Replace
button to complete the PM4/LC3
replacement.
154 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
5. Once the PM4/LC3 has been tested, tap the Replace button to complete replacement and tap the Next:
Test button.
6. Tap the Done button to confirm the
replacement of the PM4/LC3 in the
system.
Seed Hawk recommends that PM4's and LC3's are replaced one at a time
to avoid the confusion of multiple PM4/LC3 serial codes appearing in the
Unmapped Column. This will ensure that new PM4/LC3's are programmed
to the correct component location.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 155
156 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
9.0 Wiring Harnesses
9.1 Aircart Wiring Harnesses
9.1.1 500 Aircart
TBH
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 157
TBT
158 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
9.1.2 660 Aircart
TBH
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 159
TBT
160 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
9.1.3 800 TBH Aircart
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 161
9.1.4 980 TBH Aircart
162 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
9.2 PM4 Layout
9.2.1 3-Bin 4-Section
TBH
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 163
TBT
NOTE
The port labeled "P" powers
the PM4 and is the main
communication link back to
the machine.
164 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
9.2.2 3-Bin 5-Section
TBH
NOTE
The port labeled "P" powers
the PM4 and is the main
communication link back to
the machine.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 165
TBT
NOTE
The port labeled "P" powers
the PM4 and is the main
communication link back to
the machine.
166 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
9.2.3 3-Bin 6-Section
TBH
NOTE
The port labeled "P" powers
the PM4 and is the main
communication link back to
the machine.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 167
TBT
NOTE
The port labeled "P" powers
the PM4 and is the main
communication link back to
the machine.
168 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
9.2.4 3-Bin 7-Section
TBH
NOTE
The port labeled "P" powers
the PM4 and is the main
communication link back to
the machine.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 169
TBT
NOTE
The port labeled "P" powers
the PM4 and is the main
communication link back to
the machine.
170 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
9.2.5 3-Bin 8-Section
TBH
NOTE
The port labeled "P" powers
the PM4 and is the main
communication link back to
the machine.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 171
TBT
NOTE
The port labeled "P" powers
the PM4 and is the main
communication link back to
the machine.
172 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
9.2.6 4­-Bin 4-Section
TBH
NOTE
The port labeled "P" powers
the PM4 and is the main
communication link back to
the machine.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 173
TBT
NOTE
The port labeled "P" powers
the PM4 and is the main
communication link back to
the machine.
174 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
9.2.7 4-Bin 5­-Section
TBH
NOTE
The port labeled "P" powers
the PM4 and is the main
communication link back to
the machine.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 175
TBT
NOTE
The port labeled "P" powers
the PM4 and is the main
communication link back to
the machine.
176 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
9.2.8 4-Bin 6-Section
TBH
NOTE
The port labeled "P" powers
the PM4 and is the main
communication link back to
the machine.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 177
TBT
NOTE
The port labeled "P" powers
the PM4 and is the main
communication link back to
the machine.
178 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
9.2.9 4-Bin 7-Section
TBH
NOTE
The port labeled "P" powers
the PM4 and is the main
communication link back to
the machine.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 179
TBT
NOTE
The port labeled "P" powers
the PM4 and is the main
communication link back to
the machine.
180 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
9.2.10 4-Bin 8-Section
TBH
NOTE
The port labeled "P" powers
the PM4 and is the main
communication link back to
the machine.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 181
TBT
NOTE
The port labeled "P" powers
the PM4 and is the main
communication link back to
the machine.
182 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
9.3 Control Panel
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 183
9.4 Toolbar Wiring Harnesses
9.4.1 45 Series
9.4.1.1 40' Toolbar
TBH
NOTE
The port labeled "P" powers
the PM4 and is the main
communication link back to
the machine.
184 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
TBT
NOTE
The port labeled "P" powers
the PM4 and is the main
communication link back to
the machine.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 185
9.4.1.2 50' Toolbar
TBH
NOTE
The port labeled "P" powers
the PM4 and is the main
communication link back to
the machine.
186 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
TBT
NOTE
The port labeled "P" powers
the PM4 and is the main
communication link back to
the machine.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 187
9.4.1.3 60' Toolbar
TBH
NOTE
The port labeled "P" powers
the PM4 and is the main
communication link back to
the machine.
188 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
TBT
NOTE
The port labeled "P" powers
the PM4 and is the main
communication link back to
the machine.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 189
9.4.2 XL Series
9.4.2.1 70' Toolbar
TBH
NOTE
The port labeled "P" powers
the PM4 and is the main
communication link back to
the machine.
190 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
TBT
NOTE
The port labeled "P" powers
the PM4 and is the main
communication link back to
the machine.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 191
9.4.2.2 80' Toolbar
TBH
NOTE
The port labeled "P" powers
the PM4 and is the main
communication link back to
the machine.
192 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
TBT
NOTE
The port labeled "P" powers
the PM4 and is the main
communication link back to
the machine.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 193
9.4.2.3 84'/85' Toolbar
TBH
NOTE
The port labeled "P" powers
the PM4 and is the main
communication link back to
the machine.
194 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
TBT
NOTE
The port labeled "P" powers
the PM4 and is the main
communication link back to
the machine.
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 195
196 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
10.0 Index
Aircart Hydraulic Requirements...........................................................................31
Air and Product Flow................................................................................... 61, 116
Bag Lift ............................................................................................................... 56
Blockages ......................................................................................76, 78, 127-128
Calibration......................................................................................................85-91
Case Drain Lines................................................................................................. 46
Cloud ...................................................................................................77, 105-107
Conveyor........................................................................................................52-55
Control Panel Operation...................................................................................... 83
Description of the Machine.................................................................................... 2
Fans.................................................................................................................... 61
Field Boundary...........................................................................................100-102
Fit To Field................................................................................................. 102, 114
Fill Auger........................................................................................................50-55
General Safety Practices....................................................................................... 7
GPS Operation.................................................................................................. 118
Hardware Torque............................................................................................27-29
Headlands..................................................................................................100-103
Heads Up Display (HUD) ................................................................................... 75
Hydraulic Connections........................................................................................ 45
Hydraulic Requirements...................................................................................... 31
Illustration of the Machine..................................................................................... 2
Introduction............................................................................................................ 1
LC3........................................................................................................ 76, 82, 152
Maintenance............................................................................................... 117-125
Mapping .........................................................................................................91-95
Operator Responsibility......................................................................................... 6
PM4 .............................................................................................. 71, 81, 124, 152
Packing Pressure ......................................................................... 68, 94, 109, 110
Powerskid Operation .......................................................................................... 83
Rollers............................................................................................................57-59
Safety...............................................................................................................5-25
Serial Number....................................................................................................... 3
Settings .........................................................................................................79-84
Specifications.................................................................................................27-43
Switchbox ........................................................................................................... 94
Tank Pairing ........................................................................................................ 98
Tare Bins ............................................................................................................ 80
Tire Pressure..................................................................................................29-30
Tractor Hookup.................................................................................................... 46
Troubleshooting..........................................................................................127-151
SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL 197
198 SEED HAWK 2016 AIRCART & TOOLBAR OPERATOR’S MANUAL
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SEED HAWK®, HAWK DESIGN®, ACRES TO EMPTY™, ICON™, ICON DESIGN™, FIT TO FIELD™, SECTIONAL CONTROL®, and SCT®, are trademarks being used under license.
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