pre-delivery manual - great plains ag · 2016-09-12 · no-till air drill and air drill cart read...

Table of Contents

Pre-Delivery ManualNTA3010, NTA3510 and ADC

No-Till Air Drilland Air Drill Cart

Manufacturing, Inc.www.greatplainsmfg.com

Read the pre-delivery manual entirely. When you see this symbol, the subsequent instructions and warnings are serious - follow without exception. Your life and the lives of others depend on it!

Cover illustration may show optional equipment not supplied with standard units.

!

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© Copyright 2016 Printed 09/12/2016 160-220M

EN

Table of Contents

ORIGINAL INSTRUCTIONS

NTA3010, NTA3510 and ADC Table of Contents ii

09/12/2016 Table of Contents 160-220M

NTA3010, NTA3510 and ADC Cover iii

Table of Contents

Important Safety Information.................................................1Introduction.............................................................................4

Implements Covered .........................................................4Document Family .......................................................4Definitions...................................................................4

Further Assistance.............................................................4Air Cart Pre-Delivery...............................................................5

Air Cart Preparation...........................................................5Cart Assembly Summary............................................5Tools Required ...........................................................5ADC2350 Cart Pre-Assembly Checklist .....................5Unload Air Cart...........................................................6Lift Air Cart on Truck ..................................................7

Locate Parts ......................................................................7Install Wheels ....................................................................8Cart Closeout.....................................................................8Install Cab Components ....................................................8

Air Drill Assembly...................................................................9Drill Preparation.................................................................9

Drill Assembly Summary ............................................9Tools Required ..................................................................9Drill Pre-Assembly Checklist .............................................9Assembly Area ................................................................10Locate Parts ....................................................................11Unload Truck ...................................................................11Drill Assembly..................................................................12

Wing to Frame..........................................................12Rockshaft to Frame ..................................................12Gauge Wheel Arms to Wings ...................................13

Mount Rockshaft Wheels.................................................14Mount Front Gauge Wheels ............................................14

Assemble Lift-Assist-Wheel Arms ............................15Install Lift Hydraulics ................................................17Route Hydraulic Hoses ............................................19

Setup......................................................................................20Hitch Cart to Implement...................................................20

Hitching ADC2350 Cart............................................20Hitching ADC2220 Cart............................................20

Make Electrical Connections ...........................................21ADC2350 Electrical Connections .............................21ADC2220 Electrical Connection...............................21

Make Hydraulic Connections...........................................22Charging Hydraulics ........................................................23

Charging Lift Hydraulics ...........................................23Charging Fold Hydraulics.........................................25

Level Frame ....................................................................26Level Frame Side to Side.........................................26Front to Back Level ..................................................28

Install Distribution Towers ...............................................29Tower Positioning.....................................................29

Install Primary Seed Hoses .............................................31Install Secondary Seed Hoses ........................................32

Install Lift Switch (ADC2350 Only) ...........................38Install Press Wheels.................................................39Install Options ..........................................................39

Appendix ...............................................................................40Torque Chart ...................................................................40Parts Lists........................................................................41

Drill Parts..................................................................41Parts Supplied with ADC2220 Air Cart.....................42Parts Supplied with ADC2350 Air Cart.....................42

Abbreviations...................................................................43

09/12/2016 Cover 160-220M

© Copyright Define Cop.History All rights Reserved

Great Plains Manufacturing, Inc. provides this publication “as is” without warranty of any kind, either expressed or implied. While every precaution has beentaken in the preparation of this manual, Great Plains Manufacturing, Inc. assumes no responsibility for errors or omissions. Neither is any liability assumedfor damages resulting from the use of the information contained herein. Great Plains Manufacturing, Inc. reserves the right to revise and improve its productsas it sees fit. This publication describes the state of this product at the time of its publication, and may not reflect the product in the future.

Trademarks of Great Plains Manufacturing, Inc. include: AccuShot, Max-Chisel, Row-Pro, Singulator Plus, Short Disk, Swath Command, Terra-Tine, Ultra-Chisel, and X-Press.

Registered Trademarks of Great Plains Manufacturing, Inc. include: Air-Pro, Clear-Shot, Discovator, Great Plains, Land Pride, MeterCone, Nutri-Pro, Seed-Lok, Solid Stand, Terra-Guard, Turbo-Chisel, Turbo-Chopper, Turbo-Max, Turbo-Till, Ultra-Till, Whirlfilter, and Yield-Pro.

Brand and Product Names that appear and are owned by others are trademarks of their respective owners.Printed in the United States of America

NTA3010, NTA3510 and ADC Table of Contents iv

09/12/2016 Table of Contents 160-220M

NTA3010, NTA3510 and ADC Table of Contents 1

Important Safety Information

Read “Important Safety Information” in the OperatorManual for both air cart and air drill.

Look for Safety SymbolThe SAFETY ALERT SYMBOL indicates there is a potential hazard to personal safety involved and extra safety precaution must be taken. When you see this symbol, be alert and carefully read the message that follows it. In addition to design and configuration of equipment, hazard control and accident prevention are dependent upon the awareness, concern, prudence and proper training of personnel involved in the operation, transport, maintenance and storage of equipment.

Be Aware of Signal WordsSignal words designate a degree or level of hazard seriousness.

DANGER indicates an imminently hazardous situation which, if not avoided, will result in death or serious injury. This signal word is limited to the most extreme situations, typically for machine components that, for functional purposes, cannot be guarded.

WARNING indicates a potentially hazardous situation which, if not avoided, could result in death or serious injury, and includes hazards that are exposed when guards are removed. It may also be used to alert against unsafe practices.

CAUTION indicates a potentially hazardous situation which, if not avoided, may result in minor or moderate injury. It is also used to alert against unsafe practices.

Review Operating Informations Review Operator Manuals included with drill and cart.

s Read and understand “Safety Decals” in OperatorManuals.

s Read all instructions noted on the decals.

!

! DANGER

! WARNING

! CAUTION

2016-09-12 Table of Contents 160-220M

NTA3010, NTA3510 and ADC Table of Contents Important Safety Information 2

Prepare for Emergenciess Be prepared if a fire starts

s Keep a first aid kit and fire extinguisher handy.

s Keep emergency numbers for doctor, ambulance, hospitaland fire department near phone.

Avoid High Pressure FluidsEscaping fluid under pressure can penetrate the skin, causing serious injury.

s Avoid the hazard by relieving pressure before disconnectinghydraulic lines.

s Use a piece of paper or cardboard, NOT BODY PARTS, tocheck for suspected leaks.

s Wear protective gloves and safety glasses or goggles whenworking with hydraulic systems.

s If an accident occurs, seek immediate medical attentionfrom a physician familiar with this type of injury.

Check for Overhead LinesDrill markers contacting overhead electrical lines can introduce lethal voltage levels on implement and tractor frames. A person touching almost any metal part can complete the circuit to ground, resulting in serious injury or death. At higher voltages, electrocution can occur without direct contact.

s Avoid overhead lines during marker installation, augerseed loading/unloading and marker operations.

911


NTA3010, NTA3510 and ADC Table of Contents Important Safety Information 3

Transport Machinery SafelyMaximum transport speed for assembly and/or cart is 20 mph (32 kph). Some rough terrains require a slower speed. Sudden braking can cause a towed load to swerve and upset.

s Do not exceed 20 mph (32 kph). Never travel at a speedwhich does not allow adequate control of steering andstopping. Reduce speed if towed load is not equipped withbrakes.

s Comply with national, regional and local laws.

s Follow your tractor manual recommendations formaximum hitch loads. Insufficient weight on tractorsteering wheels will result in loss of control.

s Carry reflectors or flags to mark implements in case ofbreakdown on the road.

s Keep clear of overhead power lines and other obstructionswhen transporting. Refer to transport dimensions under“Specifications and Capacities” in Operator manual.

Practice Safe Maintenances Understand procedure before doing work. Use proper tools

and equipment. Refer to this manual for additionalinformation.

s Work in a clean, dry area.

s Put tractor in park, turn off engine, and remove key beforeperforming maintenance.

s Make sure all moving parts have stopped and all systempressure is relieved.

s Disconnect battery ground cable (-) before servicing oradjusting electrical systems or before welding onimplements.

s Inspect all parts. Make sure parts are in good condition andinstalled properly.

s Remove buildup of grease, oil or debris.

s Remove all tools and unused parts from implements beforeoperation.

OFF



Introduction

Great Plains Manufacturing wants you to be satisfiedwith any new machine delivered by the Great PlainsTrucking network. To ease the assembly task andproduce a properly working machine, read this entiremanual before setting up new equipment.

Implements Covered• 30 and 35-foot No-Till Air Drills:

NTA3010-361030-foot, 36-row, 10in (25cm)NTA3010-487530-foot, 48-row, 7.5in (19cm)NTA3510-401035-foot, 40-row, 10in (25.4cm)NTA3510-557535-foot, 55-row, 7.5in (19cm)

• When used with Air Drill Cart:ADC2220Dual 110bu, basic monitorADC2350Dual 175bu, Intelli-ag monitor

Note:Do not commence assembly unless the cart isalso at hand. Some drill components areshipped with the cart.

These pre-delivery instructions include hitching to the aircart. The drill is intended to be towed by the cart, andcannot be towed alone.This model drill is not compatible with the “pull behind”ADC2350B cart. These instructions do not coverintegration with the ADC1150 or ADC2250 carts.

Document Family160-220M NTA30/35 Pre-Delivery (this manual)160-219M-A NTA-3010/3510 Operator Manual160-219P NTA-3010/3510 Parts ManualFor ADC2350:167-085M ADC2350/2350B Operator Manual167-085P ADC2350/2350B Parts Manual167-085B ADC2350/2350B Seed Rate Manual110011445 DICKEY-john Air Cart Operator110011460 NTA QUICKSTART GUIDEFor ADC2220:167-073M ADC2220 Operator/Seed Rate Manual167-073P ADC2220 Parts Manual167-088M ADC2220 Pre-Delivery Manual

Definitions

Paragraphs in this format present a crucial point of informationrelated to the current topic.

Read and follow the directions to:- remain safe and- avoid serious damage to equipment.

Note:Paragraphs in this format provide usefulinformation related to the current topic.

“Left” and “Right” are facing in thedirection of machine travel. Anorientation rose in the line artillustrations shows the directions of:Up, Back, Left, Down, Front, Right.

Further AssistanceGreat Plains Manufacturing, Inc. wants you to besatisfied with your new product. If for any reason you donot understand any part of this manual or are otherwisedissatisfied, please contact:

Great Plains Service Department1525 E. North St.

P.O. Box 5060Salina, KS 67402-5060

Or go to www.greatplainsag.com and follow the contactinformation at the bottom of your screen for our servicedepartment.

to & to

callouts identify components in the currently referenced Figure or Figures.

to

call-outs reference new parts from the lists starting on page 41, and are consistent across all pages. Descriptions match those on the cartons, bags or item tags, as well the current Parts Manual.

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Air Cart Pre-Delivery

Air Cart PreparationFor ADC2350 pre-delivery, continue below at “ADC2350Pre-Delivery”.

For ADC2220 pre-delivery manual, complete the tasks inmanual 167-088M, and then resume steps in this manualat “Install Cab Components” on page 8.

ADC2350 Pre-DeliveryStep-by-step instructions for assembling the ADC2350 air cart begin on page 8. Before commencing work, review the Tools Required and Pre-Assembly Checklist to make sure you have all necessary parts and equipment.

The ADC2350 is shipped via flat bed truck. It is the dealer’s responsibility to unload the new machine. Unload all equipment before beginning assembly.

Attempt no assembly work with air cart still on truck.

The general sequence is:

Cart Assembly Summarya. Remove all items except cart from truck.

Note:Many items shipped with the ADC2350 cart, orshipped on the truck carrying the cart, areinstalled on the NTA-3010/3510 implement.

b. Lift air cart above truck, and pull truck away.

c. Lower air cart.

d. Install wheels.

e. Spot air cart for final implement assembly.

These next steps are performed during drill pre-deliverytasks:f. Prepare cart hitch.

g. Hitch to air drill implement.

Tools Required

• A tractor adequate for positioning the air cart. Tractorrequirements for drill pre-delivery are moredemanding (see drill Operator manual).

• A large hoist or two forklifts, with a net lifting capacityof 9000 pounds (4082 kg).

• Jacks, jack stands or blocks, and safety chain.

• General hand tools.

ADC2350 Cart Pre-Assembly Checklist Read and understand “Important Safety

Information” on page 1 before assembling.

Have at least four people for unloading.

Make sure the assembly area is level and free of obstructions (preferably an open concrete area).

Have all major components accounted for.

Have a copy of the air cart Parts Manual (167-085P) on hand. If unsure of proper placement or use of any part or fastener, refer to the parts manual.

Check that all working parts are moving freely, bolts are tight, and cotter pins are spread.

Check that all factory-applied safety labels and reflectors are correctly located and legible. Replace if improperly located or damaged. Refer to Safety Decals, in the “Important Safety Information” section of the drill Operator’s Manual.

Inflate tires to recommended pressure as listed in the Operator manual.

An Operator Manual is provided with the new machine.Read and understand “Important Safety Information”and “Operating Instructions” in the Operator Manualbefore assembling the machine. As a reference, keepthe Operator Manual on hand while assembling.


NTA3010, NTA3510 and ADC Table of Contents Air Cart Pre-Delivery 6

Unload Air CartThe ADC2220 or ADC2350B is normally ordered with anNTA-3010/3510 drill, and delivered on two or moreflatbed trucks. Un-installed components may be on theair cart truck, the drill truck (single-truck delivery), or on aseparate truck.

Note:The air cart is loaded for lift delivery.Hoist is not recommended.Do not attempt dock unload.

Hopper damage is likely if hoisting is attempted.

Refer to Figure 11. Have the truck parked where it can be driven out

from under an elevated air cart, and where two fork lifts can approach the cart from each side.

2. Use fork lifts or hoists to remove everything except the air cart from the truck. This will include wheels for the air cart, and may include crates of drill parts and un-installed options. Do not install any components on the air cart while still on the truck.

Figure 1Air Cart on Truck

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Have at least four people available for the lift:- a qualified operator for each forklift,- an observer to monitor side-to-side level, and- the truck driver.

Establish and practice commands for the observer to signaleach operator for lift, stop, drive, lower, as well asemergency procedures. If these operators have not previouslyperformed a team lift, have them practice simultaneous lift,face-to-face with no load.



Lift Air Cart on TruckUse two fork lifts, each rated for at least 9000 pounds (4082 kg) for ADC2350. Have two cargo straps at hand.

Spread the forks on each lifter as wide as possible. Haveeach lift approach the cart near the ladder.

Refer to Figure 21. Place the forks under the lower side frame tubes, on

either side of the ladder, and as far forward on the aircart as possible.

This places the front fork /F\ as close to the tonguejoint as possible, and places the back fork /B\ asclose to the ladder as possible.

2. Secure both forks to the frame tube with cargo straps.

3. Lift the cart about a foot (30cm).

4. Signal the driver to pull the truck away.

5. Lower the cart to the ground.

Locate PartsReview the Parts Lists beginning on page 39. Determinewhich crates or cartons contain the items.

Figure 2Air Cart Lift Points

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BF

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With typical fork spreads, the load is still heavier at the frontend of the cart.



Install Wheels

Refer to Figure 3Wheels are supplied as mirror-image assemblies, mounted for left- hand vs. right-hand use. The wheel assemblies use identical tires and rims, each side mounted with the valve stem to the outside. The figure shows tread orientations suggested by Great Plains.

If the customer’s preference is to reverse the tread pattern at the ground, the wheels may be mounted on the opposite cart side. Do not merely invert the wheels, or the valve stems will be to the inside.

1. Jack up the rear end of the cart, and support the rearof the frame with jack stands.

2. Remove and save the nuts (20 total): 803-183C NUT HEX FLANGE 3/4-16 PLT

from the rear hub assemblies.

3. Select one: 168-381K 23.5/55-26 TIRE/20-10BLT WL LH

Mount the wheel , valve stem side out, on the left-hand side of the cart. Secure with ten nuts .

4. Select one: 168-380K 23.5/55-26 TIRE/20-10BLT WL RH

Mount the wheel , valve stem side out, on the right-hand side of the cart. Secure with ten nuts .

5. Lower rear end of cart to ground.

Cart CloseoutVerify that the cart has the correct sprocket for the drill.See “Cart Drive System” in the Air Cart Operatormanual.

Install Cab ComponentsIf the customer tractor is available, install the eed Monitorin the tractor cab. This is described under “Preparationand Setup” in the Air Cart Operator manual.

Figure 3Air Cart Transport Wheels

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Air Drill Assembly

Drill PreparationStep-by-step instructions for assembling the drill begin on page 5. Before commencing work, review the Tools Required and Pre-Assembly Checklist to make sure you have all necessary parts and equipment.

The drill is shipped via flat bed truck. It is the dealer’s responsibility to unload the new machine. Unload all equipment before beginning assembly.

Attempt no assembly work with drill still on truck.

The general sequence is:

Drill Assembly Summarya. Hoist sub-assemblies off truck.

b. Attach wings to frame.

c. Attach rockshaft, wing gauge wheels.Assemble and attach read lift-assist arms.

d. Install hydraulics.

e. Hitch air cart.

f. Charge hydraulic system.

g. Level frame.

h. Install towers.

i. Cut and install hoses.

j. Install height switch (ADC2350) and press wheels.

k. Install other standard and optional components that were not factory-installed, such as markers and blockage detectors.

Tools Required• A tractor of sufficient size and horsepower with at

least two remote hydraulic circuits. Refer to“Specifications and Capacities” in the drillOperator’s Manual.

• A hoist or forklifts with a total capacity of 11,000pounds (4990 kg) for removing components fromtruck and for assembly.

• Jacks, jack stands or blocks, and safety chain.

• General hand tools, including snap ring pliers.

• About 14 gallons (53 liters) of hydraulic fluid tocharge the cart and implement systems.

Drill Pre-Assembly Checklist Read and understand “Important Safety

Information” on page 1 before assembling.

Have at least two people on hand while assembling.

Have all major components accounted for. Have all fasteners and pins shipped with drill.

Have a copy of the drill Parts Manual (160-219P) on hand. If unsure of proper placement or use of any part or fastener, refer to the parts manual.

Check that all working parts are moving freely, bolts are tight, and cotter pins are spread.

Check that all factory-applied safety labels and reflectors are correctly located and legible. Replace if improperly located or damaged. Refer to Safety Decals, in the “Important Safety Information” section of the drill Operator’s Manual.

Inflate tires to recommended pressure as listed in the Operator manual.

An Operator Manual is provided with the new machine.Read and understand “Important Safety Information”and “Operating Instructions” in the operator’s manualbefore assembling the machine. As a reference, keepthe Operator Manual on hand while assembling.


NTA3010, NTA3510 and ADC Table of Contents Air Drill Assembly 10

Assembly AreaChoose an assembly location with ample room. Allowing room for turns, the complete assembly of tractor, drill and air cart may require a space with a:length over 100 feet (30m) andwidth of 45 feet (14m) without markers, orwidth of 80 feet (24m) with markers.

Make sure the assembly area is level and free of obstructions (preferably an open concrete area).

Check for overhead lines, particularly if the drill will havemarkers. The air cart requires at least 12ft (7.6m) vertically,and more if auger deployment is contemplated.

Crushing hazard. You may be severely injured or killed by theimplement frames if they fall. Always support the framesections with jack stands or blocks before working onimplements raised off the ground.

Obey all safety instructions from lifting equipmentmanufacturer. Do not walk or place any part of the body underthe raised sections. Be sure shipping stands are securelyattached prior to lifting. Be sure lifting equipment has enoughcapacity.

Figure 4Assembly Clearances

(without markers)

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70 ft21m

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B

RL

45 ft14m



Locate PartsReview the Parts Lists beginning on page 39. Determine which crates or cartons contain the items.

Unload TruckThe NTA-3010/3510 is normally ordered with an air cart, and delivered on two flatbed trucks. Un-installed compo-nents may be on the drill truck (single-truck delivery), the air cart truck, or on a separate truck.

Note: The heaviest sub-assemblies may weigh as much as 11,000 pounds (4900 kg).

1. Remove the frame sections from the truck and placethem on the ground. The wings are stacked together.

2. Disconnect the wings. Support top wing with thehoist or forklift and remove the u-bolts that hold thetop-wing-shipping stands to the bottom wing. Leavethe shipping stands on the wings.

3. Carefully lift the top wing off the bottom wing andplace it on solid, level ground or concrete if available.

4. With the shipping stands still bolted to each section,move the center section and left-hand wing to thecenter of assembly area.



Drill AssemblyWing to Frame

Start with the left-hand wing.

Refer to Figure 51. Check that the pivot bushings:

890-011C BUSHING SPINDLE 1 1/2X1 1/4X1are in place in center-section pivot tubes.

2. At each wing clevis , drive out and save: 805-249C PIN ROLL 3/8 X 2 PLT

then remove and save two: 160-201H WING PIVOT PIN WELDMENT

3. Align wing clevises with center-section pivot tubes . Re-insert pivot pins . Secure with roll pins .

4. Repeat step 1 through step 3 for right-hand wing

Rockshaft to Frame

Refer to Figure 6

1. Check that the pivot bushings: 890-011C BUSHING SPINDLE 1 1/2X1 1/4X1

are in place in the three rockshaft pivot tubes.

2. At each center section clevis , drive out and save: 805-249C PIN ROLL 3/8 X 2 PLT

then remove and save three: 160-201H WING PIVOT PIN WELDMENT.

3. With hoist or forklift move the rockshaft: 161-074H NTA 35’ ROCKSHAFT WELDMENT

to the front of the implement and align eachrockshaft pivot tube with the center-section clevis.

4. When the holes are aligned, insert pivot pins and secure with roll pins .

Figure 5Wing to Frame Assembly

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Figure 6Rockshaft to Frame Assembly

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Crushing hazard. You may be severely injured or killed by therockshaft if it falls. Be certain the rockshaft is securelysupported by a forklift or hoist.

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Gauge Wheel Arms to Wings

Start with the right-hand wing.

Refer to Figure 71. Check that the pivot bushings:

890-011C BUSHING SPINDLE 1 1/2X1 1/4X1are in place in pivot tubes on the gauge-wheel arms.

2. At each wing clevis , drive out and save: 805-249C PIN ROLL 3/8 X 2 PLT

then remove and save two: 160-201H WING PIVOT PIN WELDMENT

3. Use forklift or hoist to move the gauge-wheel arm 161-076H NTA WING GAUGE WHEEL WLDMNT RH

to the front of the right-hand wing.

Determine which gauge-wheel arm is for the current wing bylooking at the cylinder lug on the wheel arm. When standingbehind the arm pivot tubes, the lug will be to the outside (rightof center for the right-hand wing, and left of center for left-hand wing).

4. Align wing clevis and arm pivot tubes. When in place, right-hand insert pivot pins and secure with roll pins .

5. Repeat step 1 through step 4 for left-hand wing gauge wheel arm:

161-077H NTA WING GAUGE WHEEL WLDMNT LH

Figure 7Wing Gauge Wheel to Frame

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CylinderLug toOutside

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Mount Rockshaft WheelsStart with the left-hand side of the rockshaft.

Refer to Figure 81. At rockshaft hubs, remove and save 12 wheel bolts:

802-399C HFS 1/2-20X1 1/2 GR5and two:

152-215D WHEEL REINFORCING RING

Do not mix bolts. Although all wheel bolts are 12-20 thread,rockshaft wheel bolts are different from wing gauge wheelbolts and lift-assist wheel bolts .

2. Forklift or hoist rockshaft. Place wheels on hubs: 155-012K TRANSPORT WHEEL & TIRE ASSY

on the rockshaft wheel hubs.

Bolt wheels with edge of center dish in toward hub as shown inFigure 8. Otherwise, wheels will be too wide.

3. Place a reinforcing ring on each wheel . Insert bolts and tighten to torque specification.

4. Repeat step 1 through step 3 for the right-hand side of the rockshaft.

Mount Front Gauge WheelsStart with the left-hand gauge wheel.

Refer to Figure 91. At the two gauge wheel hubs, remove and save 12

gauge wheel bolts: 802-104C BOLT WHEEL 1/2-20X1 90-DEG

Do not mix bolts. Although all wheel bolts are 12-20 thread,wing gauge wheel bolts and rockshaft wheel bolts arenot identical.

2. Support wing gauge-wheel arms with jack. Mount wheels on hubs.


3. Insert bolts and tighten to torque specification.

4. Repeat step 1 through step 3 for the right-hand side of the rockshaft.

Figure 8Rockshaft Wheel Mounting

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Figure 9Wing Gauge Wheel Mounting

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Assemble Lift-Assist-Wheel ArmsUn-Stow Arms

Rear parallel arms are folded forward for shipment.Start with the left-hand assembly.

Refer to Figure 111. Remove and save top nut, lock washer, spacer and

bolt: 803-031C NUT HEX 1-8 PLT 804-027C WASHER LOCK SPRING 1 PLT 161-246D NTA CASTER ARM SPACER TUBE 802-638C HHCS 1-8X12 1/4 GR8

These hold the folded arms on implement.

2. Use forklift or hoist to unfold arms and caster mounting.

3. Insert the spacer in upper parallel arm and secure upper arm to implement with saved bolt , lock washer and nut .

4. Repeat step 1 through step 3 for the right-hand lift-assist assembly.

Mount Wheels on Casters

Refer to Figure 11There are two assemblies and four wheels.

1. At the caster assemblies: 161-116K NTA35 DUAL CASTER WHEEL ASSY

remove and save 12 caster wheel bolts: 802-104C BOLT WHEEL 1/2-20X1 90-DEG

Do not mix bolts. Although all wheel bolts are 12-20 thread,lift-assist caster wheel bolts and rockshaft wheel bolts are not identical.

2. Support caster weldments with hoist. Mount wheels on hubs.


3. Insert bolts and tighten to torque specification.

Figure 10Rear Lift Assist Arm

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Figure 11Lift-Assist Wheel Mounting

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Install Casters in Arms

Start with the left-hand lift-assist assembly. The casters are identical (not supplied in left-hand/right-hand variants).

Refer to Figure 121. At a caster assembly , remove and save two sets:

802-034C HHCS 1/2-13X1 1/4 GR5 804-015C WASHER LOCK SPRING 1/2 PLT

and one: 161-231D NTA CASTER RETAINER CAP

2. Use forklift or hoist to raise lift-assist arm caster mount . Make sure thrust washer is still on caster assembly . Roll caster under mount, and lower mount onto caster.

3. Place retainer cap back on top of caster shaft. Secure with bolts and lock washers . Tighten to torque spec.

4. Repeat step 1 through step 3 for right-hand lift-assist-wheel arm.

Figure 12Rear Lift Assist Caster Install

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Install Lift HydraulicsNote:There are four different size cylinders supplied for

use with the NTA drill. Check part numbers andbore sizes. Pin hardware may also be different forrod and base ends of the same cylinder.

Install wing Gauge Wheel Cylinders

Start with the right-hand wing.

Refer to Figure 131. At the center section, until the wing gauge-wheel

cylinders. Select the right-hand cylinder: 810-221C CYL REP 4.25X12X1.5 ROD (TIE)

The gauge-wheel cylinders for the wings are labeled414in bore re-phasing. The right-hand cylinder is theone without the 161-112K depth-stop valveassembly .

2. Remove and save the base-end pin hardware: 805-017C PIN COTTER 3/16 X 1 3/4 PLT 804-029C WASHER FLAT 1 SAE 805-239C PIN CLEVIS 1 X 3 5/16 HRD PLT

3. With the hydraulic ports facing up or inward, pin thebase end of the cylinder to the right-hand wingeyebolt . Secure with clevis pin , washer and cotter pin . Hoses are routed at step 7.

4. Remove and save the rod-end pin hardware: 805-017C PIN COTTER 3/16 X 1 3/4 PLT 804-029C WASHER FLAT 1 SAE 805-159C PIN CLEVIS 1 X 3 1/8 GR5 PLT

5. Pin the rod end of the cylinder to the right-handgauge wheel lug . Loosely hold in place with clevispin only. Leave rod end washer cotter pin off, to ease the later task of hydraulic charging.

Figure 13Right-Hand Gauge Wheel Cylinder

16425

5247

49

5649

47

51

1

22

U

DF

B

L

R

Mounting cylinders incorrectly voids warranty and can causeimplement damage.

Install Wing Gauge Wheel Cylinders

56

23

494752

5622 52 47

49

494751

561

52 47 49



Refer to Figure 13 on page 17 and Figure 146. Select the left-hand gauge wheel cylinder, which is:

161-112K NTA DEPTH STOP VALVE ASSY and 810-221C CYL REP 4.25X12X1.5 ROD (TIE)

7. Remove and save the base-end pin hardware: 805-017C PIN COTTER 3/16 X 1 3/4 PLT 804-029C WASHER FLAT 1 SAE 805-239C PIN CLEVIS 1 X 3 5/16 HRD PLT

8. With the depth stop on top of the cylinder, pin the base end of the cylinder to the left-hand wing eyebolt . Secure with clevis pin , washer and cotter pin . Hoses are routed at step 7.

9. Remove and save the rod-end pin hardware: 805-017C PIN COTTER 3/16 X 1 3/4 PLT 804-029C WASHER FLAT 1 SAE 805-159C PIN CLEVIS 1 X 3 1/8 GR5 PLT

10. Pin the rod end of the cylinder to the left-hand gauge wheel lug . Loosely hold in place with clevis pin only. Leave rod end washer cotter pin off, to ease the later task of hydraulic charging.

Install Lift-Assist Cylinders

Start with the left-hand caster assembly. Cylinders are identical for both sides.

Refer to Figure 131. At the center section, untie the lift-assist cylinders.

Select one: 810-333C CYL REP 4.5X12X1.5 ROD 22.25L

The gauge-wheel cylinders for the wings are labeled412in bore re-phasing.

2. Remove and save the base-end pin hardware: 805-017C PIN COTTER 3/16 X 1 3/4 PLT 804-029C WASHER FLAT 1 SAE 805-124C PIN CLEVIS 1 X 3 11/16 GR5 PLT

3. With the cylinder ports oriented up, pin the base end of the lift-assist cylinder to the top lug , using a pin , washer and cotter key .

4. Locate, or remove and save the rod end hardware: 161-211D REAR LIFT CASTER CYLINDER PIN 161-221D SPACER 1.5X1.032X1.5 804-029C WASHER FLAT 1 SAE 805-017C PIN COTTER 3/16 X 1 3/4 PLT

5. Pin the rod end of the lift-assist cylinder to the eye-bolt using the pin and spacers . Hold the washer and cotter pins aside until after hydraulic charging. Hoses are routed at step 7.

6. Repeat step 1 through step 5 for right-hand lift-assist-wheel arm.

Figure 14left-hand Gauge Wheel Cylinder

16220

23

2

5623

56

49

47

52

56

2 52 47

49

49

47

51

56

1

52 47 49

Figure 15Lift-Assist Cylinder

28459

50

4749 57

3

28

27

47

33

49

U

DF

B

L

R

57

49

47

50

57 3

50 47 49

27

28

47

49

3 27 28

47 49



Route Hydraulic Hoses

Hoses are pre-assembled on wing and lift-assist cylinders, but need to be routed under clamps on wings and at rear of center section.

7. Route wing hoses starting from center section. To allow ample slack for wing folding, length of hose between clamps on either side of wing pivot region must be 32 inches (81.3 cm).

8. Check that wing hoses do not rub against sharp edges, and cannot be pinched or crushed by moving parts. Allow enough slack at wing gauge wheels for normal lift/lower operation, and for elevating cylinder rod end during hydraulic charging.

9. Check that lift-assist hoses do not rub against sharp edges, and cannot be pinched or crushed by moving parts. Allow enough slack at wing gauge wheels for normal lift/lower operation, and for elevating cylinder rod end during hydraulic charging.

Figure 16Lift System Hydraulic Hoses

16188

U

DF

B

L

R

32in81.3cm

32in81.3cm

Do not raise, lower or fold implement until hydraulic systemhas been charged and bled. See “Charging Hydraulics” onpage 23.



Setup

Hitch Cart to ImplementHitch link details are slightly different for ADC2350 and ADC2220 carts.

Hitching ADC2350 Cart

Refer to Figure 17,which, for clarity, depicts the air cart without the rear hopper1. Use a line (not shown), from the cart tank hoops, to

tie the cart links up so that the ball swivels are at about the same height as the lug holes .

2. Drive the roll pins out of the lug pins and remove the lug pins.

3. Have a tractor slowly guide the cart backwards until the link arm ball swivels are within two feet (60cm) of the lug holes , and aligned with them side-to-side.

4. Set the tractor parking brake. Remove the pins restraining the telescoping arms . Do not remove the stop bolts .

5. Re-insert the lug pins and secure with roll pins .

6. Release the tractor brakes and back up the cart until the telescoping arm pins can be inserted and secured with cotter pins .

Hitching ADC2220 Cart

Refer to Figure 187. Use a line (not shown), from the cart walkboard, to

tie the cart links up so that the ball swivels are at about the same height as the lug holes .

8. Drive the roll pins out of the lug pins and remove the lug pins.

9. Slowly back cart toward center of implement. When ball swivels are aligned with implement lugs , insert lug pins . Secure with roll pins .

You may be severely injured or killed by being crushedbetween the tractor and cart or between the cart andimplement. Do not stand or place any part of your bodybetween the cart and implement while hooking up.

2

Figure 17Hitching ADC2350 Cart to Drill

26448

1

93

85 92

86

1753

3

85 1

2

53 17

1

2

92

86

3

17

53

92

93

2

Figure 18Hitching ADC2220 Cart to Drill

16430

1

1753

73

85 1

2

53 17

1 2

17 53


NTA3010, NTA3510 and ADC Table of Contents Setup 21

Make Electrical ConnectionsElectrical connection details are slightly different for ADC2350 and ADC2220 carts.

ADC2350 Electrical Connections

Refer to Figure 19

Make sure tractor is shut down with accessory power off before making connections.

1. Mate the lighting plug to the outlet connector onthe cart.

2. Mate the implement lift switch cable to the socket on the cart.

3. Mate the seed monitor plug to the outlet connector on the cart.

4. Secure cables so they are clear of moving parts at the hitch. Continue at “Make Hydraulic Connections” on page 22.

Note: After-market markers may later require additional electrical connections not listed here.

ADC2220 Electrical ConnectionThe standard ADC2220 has a single harness connection.

Refer to Figure 201. Connect the drill harness to the receptacle at the

right-hand end of the hydraulic port bulkhead on thecart.

2. Check line, and cable-tie as needed to make sure it will not be damaged during implement operation.

Note: After-market markers may later require additional electrical connections not listed here.

Figure 19ADC2350 Lighting & Monitor

26439

1

3

2

1

2

3

Figure 20ADC2220 Harness Port

26434

44



Make Hydraulic ConnectionsADC2350 and ADC2220 hydraulic port assignment are identical. Location and layout of the port bulkheads are different. Both are to the left-hand side of cart rear frame.

Escaping fluid under pressure can penetrate skin, causingserious injury. Avoid the hazard by relieving pressure beforedisconnecting hydraulic lines. Use a piece of paper orcardboard, NOT BODY PARTS, to check for leaks. Wearprotective gloves and safety glasses or goggles when workingwith hydraulic systems. If an accident occurs, seek immediatemedical attention from a physician familiar with this type ofinjury.

Refer to Figure 21To distinguish hoses on the same hydraulic circuit, refer to plastic hose label. The hose under an extended-cylinder symbol feeds a cylinder base end. The hose under a retracted-cylinder symbol feeds a cylinder rod end.

DO NOT connect return line to a power-beyond-port.

The drill has two or three hydraulic circuits (with a low pressure sump return line). The standard circuits power lift, fold and weight-transfer functions. An optional circuit operates the markers.

1. Remove male fittings from hydraulic quick couplerson the rear of the cart. Screw the male ends onto theimplement hydraulic hoses.

If you will not be installing markers, store the male QD fittingswith the drill for future use. Do not leave them in the QD portsor oil will spill.

2. Shut down tractor hydraulics.

3. Connect either (orange) Marker hose to receptacles and in any order.

4. Connect the Retract/rod-end hose of the (blue) Lower pair to receptacle . Connect the Extend/base-end hose of the (blue) Lift pair to receptacle

5. Connect the Retract/rod-end hose of the (yellow) Fold pair to receptacle . Connect the Extend/base-end hose of the (yellow) Unfold pair to receptacle .

6. Connect the sump hose to receptacle .

7. Check hose routing to ensure adequate slack for link arm movement, and clearance from pinching or abrading cart/drill components.

Figure 21Plastic Hose Label

817-348c17641

Color CartPorts Hydraulic Function

Orange , Markers(also used for Auger on cart)

Blue LowerLift

Yellow FoldUnfold and Weight Transfer(also used for Fan on cart)

No Color Sump return

A B

C

D

EF

G

A B

C

D

E

F

G



Charging HydraulicsCharging Lift Hydraulics

The lift system is equipped with re-phasing hydraulic cylinders that require a special procedure for oil fill (charge) and bleeding air from the system. Read and follow the procedure carefully. The re-phasing cylinders will not function properly with air in the system.

1. Check the hydraulic fluid level in the tractor reservoirand fill to the proper level. Add fluid to the system asneeded. A low reservoir level may draw air back intothe system and cause jerky or uneven cylindermovements. During initial cycling of new hydrauliccylinders, you will need about 834 gallons (32 liters)of oil to charge empty cylinders.

2. Make sure implement frame sections are supported by jack stands or blocks.

Refer to Figure 223. With the frame blocked and supported, un-pin the

rod end of the wheel cylinders. Pivot the cylinders up and wire or otherwise safely support the rod end higher than the base end.

Note: At the rockshaft cylinders, you may need to remove the cylinders from the frame so that they can be oriented with the rod end higher than the base end.

4. Set tractor flow control to 8 to 10 gpm when charging cylinders. This avoids aerating oil and possible seal damage with high flow tractors.

5. With the tractor engine at idle speed, energize the lift hydraulics. When the gauge-wheel cylinders on both wings are extended completely, hold the remote lever on for one minute. Check all hydraulic hoses, cylinders and fittings for leaks.

6. Retract the cylinder rods. Extend the rods again and hold the remote lever on for one more minute. Repeat this step two more times to charge and bleed the system completely. Leave the cylinders un-pinned and the drill frame supported. Again, check all hydraulic hoses, cylinders and fittings for leaks.

7. Recheck the tractor hydraulic reservoir. Fill to the proper level.

8. Re-pin all cylinders, and secure pins with cotter pins.

9. Slowly extend cylinders until all rods are completely extended.

Figure 22Support Rod End

16238

Escaping fluid under pressure can have sufficient pressure topenetrate the skin causing serious injury. Avoid the hazard byrelieving pressure before disconnecting hydraulic lines. Use apiece of paper or cardboard, NOT BODY PARTS, to check forleaks. Wear protective gloves and safety glasses or goggleswhen working with hydraulic systems. If an accident occurs,seek immediate medical attention from a physician familiarwith this type of injury.

Before attempting to hydraulically lift the implement, hook theimplement to the cart and a tractor of adequate size andpower. Failure to do so could result in severe equipmentdamage and bodily injury or death.



Install Transport Locks

Only the center section has transport lock, as the wings are folded for transport.

Refer to Figure 231. Install transport locks (two) on rockshaft. Remove

the locks from the storage plate on the centersection. Pin them between the frame and rockshaftlugs .

Refer to Figure 242. Remove lift-assist transport locks from storage

locations on weldment forward of parallel arms.

Refer to Figure 253. Pin the locks on the extended lift-assist cylinder

rods.

4. If this is the first time the drill has been raised, remove the shipping stands. Make sure transport locks are in place before removing shipping stands.

You may be severely injured or killed by being crushed from afalling implement. Always have transport locks in place andframe sufficiently blocked up when working on implement.

Figure 23Rockshaft Lock Channel

16165

1

21

2

Figure 24Lift-Assist Lock Storage

16248

3

3

Figure 25Lift-Assist Lock Engaged

16167

44



Charging Fold Hydraulics

The fold/unfold functions are on a hydraulic circuit that is shared with the hydraulic fan on the air cart. The fan must be disabled during fold and unfold.

1. Check the hydraulic fluid level in the tractor reservoirand fill to the proper level. A low reservoir level maydraw air back into the system and cause jerky oruneven cylinder movement. During initial cycling ofnew fold cylinders, you will need 6 gallons(22.5 liters) of oil.

Escaping fluid under pressure can have sufficient pressure topenetrate the skin causing serious injury. Avoid the hazard byrelieving pressure before disconnecting hydraulic lines. Use apiece of paper or cardboard, NOT BODY PARTS, to check forleaks. Wear protective gloves and safety glasses or goggleswhen working with hydraulic systems. If an accident occurs,seek immediate medical attention from a physician familiarwith this type of injury.

Refer to Figure 262. Remove shipping restraints from the fold cylinders at

the front of the center section.

3. Block, wire or otherwise safely support rod ends, so that they cannot contact any objects when fully extended.

Failure to block cylinders before extending will cause machinedamage.

Refer to Figure 274. Shutoff the cart fan.

Refer to Figure 285. Turn the drill hydraulic selector valve to the Fold/

Unfold position.

6. Cycle the cylinders completely in and out at least three times to remove all air from the fold system. Inspect all hoses, cylinders and fittings for oil leaks.

7. Extend cylinders until cylinder clevis line up with cylinder lugs. Pin cylinders to lugs.

8. Check the tractor hydraulic reservoir and fill to the proper level.

Figure 26Fold Cylinder Rod Supported

16432

Figure 27Cart Fan Off for Fold/Unfold

26419

Figure 28Drill Valve Set for Fold

26412



Verify Drill Fold

Refer to drill Operator Manual (160-219M-A), “Implement Fold” topic.

Do not attempt to fold or unfold without review of correctoperations in the Operator Manual. There are stop bolts andwing locks, which, if not correctly used, can lead to machinedamage.

Slowly fold and unfold implement. Check for hydraulic leaks. Be aware of any pinch points that might cause damage or accelerate wear on hydraulic hoses.

Level FrameLevel Frame Side to Side1. Check that the lift hydraulics are fully charged and

bled of air (page 23). if there is any air in thesystem, or the system has not recently been re-phased, you will not get correct level.

2. Unfold and raise the drill. Remove lock channels. Set the depth control stop valve to stop the drill, in lowering, just before the coulters touch the ground.

Check Center Height

Refer to Figure 29Lay a straight edge across the top of the two coulter-mount tubes on the center section (upper line in thefigure). Measure from the bottom of the straight edge tothe center of one rockshaft-wheel axle.

Note: The lowered rockshaft gauge wheel height is not adjustable, so all adjustments are made relative to this measurement.

Never fold implement unless transport locks are installed.

Figure 29Frame Height Reference

16235



Check Wing Height

Refer to Figure 301. Move the straight edge to one of the wings. Measure

the distance from the bottom of the straight edge tothe center of the wing-gauge-wheel axle.

2. If the wing height is the same, or less then than 316in (5mm) different, no adjustment is necessary. Continue at step 1. If adjustment is indicated, continue at step 1.

Adjust Wing Height

Refer to Figure 311. Loosen the upper (jam) nut .

2. Rotate the lower (adjuster) nut until the wheel height matches the center section.

3. Repeat step 1 through step 2 for the other wing.

Figure 30Check Wing Height

16236

Figure 31Adjust Wing Eyebolt

16443

211

2



Front to Back Level

Do this with the drill still lowered with the coulters just off the ground.

Refer to Figure 321. Measure from the bottom of the front main tool bar

to the ground.

2. Measure from the bottom of the rear main tool bar to the ground.

Refer to Figure 333. If the rear height is more than 316in (5mm) different,

loosen the jam nuts at the rear lift-assist eyebolts, and turn the adjust nuts until the height matches the front. Check height at each side and keep rear level side-to-side. Re-tighten jam nuts.

Figure 32Front-to-Back Frame Height

28461

U

D

BF3 4

3

4

Figure 33Adjust Lift-Assist Eyebolt

16127

56

5

6



Install Distribution TowersOnly wing towers need to be installed. Center-section towers are mounted at the factory.

Refer to Figure 341. Position towers so there is no interference when

wings are folded or unfolded. Install wing towers atlocations shown in Figure 36 (NTA3010) orFigure 37 (NTA3510) on page 30.

2. Mount the support bracket: 168-362D NTA35 DIST TOWER MOUNT

on the frame using one: 806-069C U-BOLT 1/2-13 X 4 1/32 X 7 1/4

and two sets: 804-015C WASHER LOCK SPRING 1/2 PLT 803-020C NUT HEX 1/2-13 PLT

Tower Positioning

Refer to Figure 351. Loosen the two U-bolts that hold the tower on the

support bracket.

2. Reposition the tower so the bottom of the lower round plate is about 2034in (52.7cm) above the frame. Turn the inlet tube toward the center of the implement.

3. After towers have been installed and before any seed hoses are installed, slowly fold the implement while watching to be sure there is no interference. If a tower interferes with any part of implement, completely reposition the tower. Repeat these steps until implement folds without tower interference.

Figure 34Tower Support Bracket

16205

31

42

45

32

55

31

32

55

45

42

ROTATE TOWARD

CENTER OF DRILL

20¾in (52.7cm)

Figure 35Tower Orientation

16198

54

54 2034in52.7cm

54



NTA3010 Towers and Primary Hoses

NTA3510 Towers and Primary Hoses

Tower Approximate Hose Length Tower Approximate Hose Length

1 290in (737 cm) 4 290in (737 cm)

2 169in (429 cm) 5 169in (429 cm)

Figure 36NTA3010 Towers and Primary Seed Hoses

16899

F

B

RL

77.5 cm 77.5 cm

62

Tower Approximate Hose Length Tower Approximate Hose Length

1 274in (696 cm) 4 152in (386 cm)

2 152in (386 cm) 5 274in (696 cm)

3 132in (335 cm)

Figure 37NTA3510 Towers and Primary Seed Hoses

16201

F

B

RL

17.8 cm 17.8 cm

62



Install Primary Seed HosesPrimary seed hose is 212 inches (6.4cm) in diameter and is delivered in 100-foot (30m) rolls:

990-125R SEED HOSE 2 1/2 ID KANAFLEXCut primary hoses to connect each meter-box outlet on the cart with a distribution tower on the implement.

Refer to Figure 38 and Figure 391. From 1 to 4 (NTA3010) or to 5 (NTA3510), number

the open ports at the back of the meter from left-hand to right-hand, skipping any capped meter ports.

Note: Do not move caps. Meter shaft under a cap has fillers, not flutes, and cannot meter material.

Start with Tower 3.

2. Measure the expected hose length and mark hose with grease pencil or tape.

3. Route hoses over implement frame as shown in Figure 36 (NTA3010) orFigure 37 (NTA3510) on page 30.

Run hoses under fold cylinders, under top frame tubes, above lower frame tubes, and through hose holders along the routing.

Note: Do not run hoses above top tubes, or the hoses may be too short, and they will interfere with any later weight installation.

Refer to Figure 384. Select one:

800-180C 2 1/2 AIR HOSE BAND CLAMPSlide band clamp over implement end of hose , then slide hose at least two inches onto tower inlet . Allow enough hose slack so that implement raising, lowering, folding and unfolding will not pinch or bind hose.

5. Using a hacksaw, cut hose so it slides at least two inches onto meter outlet.

6. Select one: 800-180C 2 1/2 AIR HOSE BAND CLAMP

Slide band clamp over cart end of hose, then slide hose onto meter outlet. Install clamp so it does not interfere with other hoses, clamps, doors or meter-door handles.

7. Repeat step 2 through step 6 for Towers 2, 4, 1 and 5.

8. Secure all hoses onto the frame using the provided cable ties. Be sure hoses will not be damaged by folding, unfolding, raising, lowering any later weight installation.

62

Do not cut hose until routed over implement. Lengths in tableare approximate. Actual lengths may vary from implement toimplement.

Connect each tower to its corresponding outlet on the cart.For example, connect the second tower from the left-hand sideto the second meter outlet from the left. For example, forNTA3010 and ADC2220, do not connect a seed hose to thecenter meter outlet.

Figure 38Primary Hose at Tower

16282

35

31

62

62

Figure 39Meter Outlets

1446726302

3535

35ADC2220

ADC2350

35

35

62

31

35

35



Install Secondary Seed HosesSecondary seed hose is 1 inch (2.5cm) in diameter and is delivered in 100-foot rolls:

817-039C PVC SEED HOSE 1 IN/FTCut and route secondary hoses to connect each opener to a distribution tower. Port Assignment tables are found on page 34 through page 37.

Refer to Figure 401. Start with Tower 1 (far left-hand tower), Port 1. Port 1

is the tower port closest to the center of the towermounting plate . Ports are numbered in ascendingorder clockwise around the tower.

Note: It may aid secondary hose installation, and will aid any later blockage detector installation, to mark the top of the tower cap with Port and Row numbers. Use a washable felt-tip marker to avoid paint damage. The tables in this manual do not include Blockage sensor assignments, because the numbering is different depending on seed monitor model.

2. Consult the Port Assignment table for this model drill, noting the Hose Length for this Tower and Port, and the Opener (Row) assigned.

For example, on a 712in spacing NTA3510, the hose that connects Tower 1, Port 1 is about 59 inches in length, and connects to the 10th Opener.

3. Measure the expected hose length and mark hose with grease pencil or tape.

4. At the Tower, loosen, but do not remove, perimeter bolts holding tower halves together.

5. Insert hose into the current Port. Push hose into port until seated against the stop.

6. Route hose over implement frame as shown in the Figure that accompanies your Port Assignment table.

Route seed hoses to prevent rubbing on sharp edges or damage when the implement is raised, lowered, folded or unfolded.

Allow enough hose slack for implement folding and down-flex, but not so much that there are sags in which seeds can collect.

7. When you are satisfied you have the proper hose length, cut hose .

Do not cut hose until routed over implement. Lengths in tableare approximate. Actual lengths may vary from implement toimplement.

Make clean cuts. Any snags or frays at the tower end canimbalance seed delivery.

Note:Some hoses connect openers and towers ondifferent frame sections.

Note:Note, from routing Figure, that some hoses arerouted through hose holders on implement frameto prevent dragging or catching.

Figure 40Secondary Hose at Tower

28462

59

32

38

1PORT

2

3

4

To avoid serious injury or death from crushing, make suretransport locks are in place, the drill is sufficiently blocked up,and the tractor is shut off with the key removed beforeattempting to route hoses to Towers and openers.

59

32

59

38

59

59

59



Refer to Figure 418. Select one:

816-352C AIR DRILL DD OPNR HOSE BOOT

9. Connect hose boot to hose by screwing hose into hose boot

10. Connect to the seed tube by pushing the boot over the lip of the seed tube .

11. Repeat step 2 through step 10 for each Port on the current Tower, working clockwise around the tower.

12. When hoses have been installed in all ports, tighten bolts on the tower assembly to secure hoses.

13. Repeat step 2 through step 12 for each Tower, moving right. When all hoses have been installed, check that seed hoses are long enough for wing flex and short enough to prevent hose damage. Hoses may need to be removed, shortened and inserted.

Figure 41Hose to Seed Tube

26436

1

59

58

58

58 59

1


Table of Contents

NTA-3010 Port Assignments, 10in (25.4cm) Drill

Drill Model: NTA3010-3610

Towers are numbered from drill left-hand (Tower 1).Tower Ports are numbered Clockwise from mount center (Port 1) to Port 9.Openers are numbered from drill left (Row 1)

Tower Hose Length Port Opener

Tow

er1

61in (155cm) Port 1 Row 553in (135cm) Port 2 Row 355in (140cm) Port 3 Row 152in (132cm) Port 4 Row 251in (130cm) Port 5 Row 458in (147cm) Port 6 Row 666in (168cm) Port 7 Row 8

109in (277cm) Port 8 Row 966in (168cm) Port 9 Row 7

Tow

er2

67in (170cm) Port 1 Row 1462in (157cm) Port 2 Row 1373in (185cm) Port 3 Row 1186in (218cm) Port 4 Row 1069in (175cm) Port 5 Row 1259in (150cm) Port 6 Row 1560in (152cm) Port 7 Row 1666in (168cm) Port 8 Row 1860in (152cm) Port 9 Row 17

Tow

er3

64in (163cm) Port 1 Row 2361in (155cm) Port 2 Row 2162in (157cm) Port 3 Row 1962in (157cm) Port 4 Row 2061in (155cm) Port 5 Row 2263in (160cm) Port 6 Row 2466in (168cm) Port 7 Row 2589in (226cm) Port 8 Row 2789in (226cm) Port 9 Row 26

Tow

er4

57in (145cm) Port 1 Row 3355in (140cm) Port 2 Row 3167in (170cm) Port 3 Row 29

105in (267cm) Port 4 Row 2865in (165cm) Port 5 Row 3053in (135cm) Port 6 Row 3250in (127cm) Port 7 Row 3457in (145cm) Port 8 Row 3655in (140cm) Port 9 Row 35

Figure 42NTA3010-3610 Secondary Hoses

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Table of Contents


NTA-3010 Port Assignments, 7.5in (19.2cm) Drill

Drill Model: NTA3010-4875Towers are numbered from drill left-hand (Tower 1).Tower Ports are numbered Clockwise from mount center (Port 1) to Port 12.Openers are numbered from drill left (Row 1).


Tow

er

1

61in (155cm) Port 1 Row 557in (145cm) Port 2 Row 458in (147cm) Port 3 Row 359in (150cm) Port 4 Row 153in (135cm) Port 5 Row 254in (137cm) Port 6 Row 662in (157cm) Port 7 Row 862in (157cm) Port 8 Row 10115in (292cm) Port 9 Row 1270in (178cm) Port 10 Row 1162in (157cm) Port 11 Row 963in (160cm) Port 12 Row 7

Tow

er2


Tow

er3


Tow

er4



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Table of Contents

NTA-3510 Port Assignments, 10in (25.4cm) Drill

Drill Model: NTA3510-4010Towers are numbered from drill left-hand (Tower 1).Tower Ports are numbered Clockwise from mount center (Port 1) to Port 8.Openers are numbered from drill left (Row 1).


Tow

er

1

74in (188cm) Port 1 Row 850in (127cm) Port 2 Row 357in (145cm) Port 3 Row 153in (135cm) Port 4 Row 248in (122cm) Port 5 Row 448in (122cm) Port 6 Row 552in (132cm) Port 7 Row 658in (147cm) Port 8 Row 7

Tow

er2

66in (168cm) Port 1 Row 1574in (188cm) Port 2 Row 14112in (284cm) Port 3 Row 9107in (272cm) Port 4 Row 1099in (251cm) Port 5 Row 11


Tow

er

3


Tow

er4

72in (183cm) Port 1 Row 2668in (173cm) Port 2 Row 2584in (213cm) Port 3 Row 2895in (241cm) Port 4 Row 2996in (244cm) Port 5 Row 30


Tow

er5



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Table of Contents

Table of Contents

Drill Model: NTA3510-5575

Towers are numbered from drill left-hand(Tower 1).Tower Ports are numbered Clockwise frommount center (Port 1) to Port 11.Openers are numbered from drill left (Row 1).


Tow

er1

59in (150cm) Port 1 Row 1054in (137cm) Port 2 Row 455in (140cm) Port 3 Row 258in (147cm) Port 4 Row 152in (132cm) Port 5 Row 350in (127cm) Port 6 Row 552in (132cm) Port 7 Row 651in (130cm) Port 8 Row 750in (127cm) Port 9 Row 855in (140cm) Port 10 Row 968in (173cm) Port 11 Row 11

Tow

er2



Tow

er3


Tow

er4


Tow

er

5



16202

R

L

BF

Table of Contents


Install Lift Switch (ADC2350 Only)

Refer to Figure 46Lift switch components are shipped with the air cart. The lift switch turns the air cart seed metering on and off as the NTA-3010/3510 is lowered and raised. The switch is mounted at the upper end of the parallel arms on the right-hand rear wheel assembly.

When the NTA-3010/3510 is lowered, the upper parallel arm contacts the flexible switch arm extension (whisker)

and operates the switch.

14. Select one: 464820520S1 DJ SWITCH SPDT W/WISKER & WIRE

The switch includes mounting fasteners. The bracket is already installed on the drill, but may need some adjustment.

Strain relief and wire must always point down to prevent moisture from entering the switch. Switch mount screws may need to be reversed to point wire down. Rubber O-rings on the screws must be installed on either side of the switch housing.

The whisker should extend over the upper parallel arm enough so that the whisker cannot slip off the arm when the drill is lowered, but not so far it bends severely. To adjust, loosen the bolts attaching the switch to the bracket and slide the switch left/right or up/down as needed and tighten.

15. Select one: 467980474 8.5 EXTNSION CABLE CPC TO CPC

Connect one end of this cable to the lift switch cable. Route the other end to the rear hitch. This cable is secured with ties at a later step.

Note: For reference, the switch wiring is:Black (switch) to black (extension)Green (switch) to red (extension)Switch open when drill is raised

The whisker should operate (start seeding) whenever the openers are lowering into the ground. See the drill Operator manual for adjustment.

Figure 46Implement Lift Switch

27069

1

89

40

1

89

1

89

1

90



Install Press Wheels

To meet highway clearance requirements, the press wheel arms and wheels on rear wing rows are not factory-installed.

Start with the left-handleft-hand end of the left-hand wing.

16. Select one each:Arm and press wheel assembly (exact partnumber vary, depending on drill row option) 198-137D PRESS WHEEL PIVOT TUBE

and two: 817-084C PARALLEL ARM PIVOT BUSHING

Insert the bushings in each side of the arm pivot. Insert the pivot tube in the bushings.

17. Select one each: 802-421C HFS 1/2-13X3 3/4 GR5 SPTHD 803-169C NUT HEX FLG. LOCK 1/2-13 PLT.

Align the press wheel assembly with the pivot hole in the opener frame. Secure with bolt and lock nut .

18. Repeat step 16 and step 17 for each rear wing row.

Install OptionsBlockage Detectors

Blockage detectors are not factory-installed, as they are mounted after the secondary hoses are installed. Install them now per the instructions supplied with the blockage detector kit.

Other Options

If any of the following were ordered with the drill, they are factory-installed. If they were ordered as separate field-install kits, install them now:

• Coulter Tines

• Seed Firmers

Figure 47Typical Press Wheel Assembly

28205

34

40

60

60

44

1

1

34

60

60

34

40

44

1

40

44



Appendix

Torque Chart

94 6

25199m

BoltSize

Bolt Head IdentificationBoltSize

Bolt Head Identification

Grade 2 Grade 5 Grade 8 Class 5.8 Class 8.8 Class 10.9in-tpia N-mb N-m N-m mm x pitchc N-m N-m N-m1⁄4-20 7.4 11 16 M 5 X 0.81⁄4-28 8.5 13 18 M 6 X 1 7 11 155⁄16-18 15 24 33 M 8 X 1.25 17 26 365⁄16-24 17 26 37 M 8 X 1 18 28 393⁄8-16 27 42 59 M10 X 1.5 33 52 723⁄8-24 31 47 67 M10 X 0.75 39 61 857⁄16-14 43 67 95 M12 X 1.75 58 91 1257⁄16-20 49 75 105 M12 X 1.5 60 95 1301⁄2-13 66 105 145 M12 X 1 90 105 1451⁄2-20 75 115 165 M14 X 2 92 145 2009⁄16-12 95 150 210 M14 X 1.5 99 155 2159⁄16-18 105 165 235 M16 X 2 145 225 3155⁄8-11 130 205 285 M16 X 1.5 155 240 3355⁄8-18 150 230 325 M18 X 2.5 195 310 4053⁄4-10 235 360 510 M18 X 1.5 220 350 4853⁄4-16 260 405 570 M20 X 2.5 280 440 6107⁄8-9 225 585 820 M20 X 1.5 310 650 900

7⁄8-14 250 640 905 M24 X 3 480 760 1050

1-8 340 875 1230 M24 X 2 525 830 1150

1-12 370 955 1350 M30 X 3.5 960 1510 2100

11⁄8-7 480 1080 1750 M30 X 2 1060 1680 2320

11⁄8-12 540 1210 1960 M36 X 3.5 1730 2650 3660

11⁄4-7 680 1520 2460 M36 X 2 1880 2960 4100

11⁄4-12 750 1680 2730

13⁄8-6 890 1990 3230 a. in-tpi = nominal thread diameter in inches-threads per inch

13⁄8-12 1010 2270 3680 b. N· m = newton-meters

11⁄2-6 1180 2640 4290

11⁄2-12 1330 2970 4820

c. mm x pitch = nominal thread diameter in mm x thread pitch

Torque tolerance + 0%, -15% of torquing values. Unless otherwise specified use torque values listed above.

5.8 8.8 10.9

25199

ft-lbd ft-lb ft-lb ft-lb ft-lb ft-lb5.6 8 12

6 10 14 5 8 11

11 17 25 12 19 27

13 19 27 13 21 29

20 31 44 24 39 53

22 35 49 29 45 62

32 49 70 42 67 93

36 55 78 44 70 97

49 76 105 66 77 105

55 85 120 68 105 150

70 110 155 73 115 160

79 120 170 105 165 230

97 150 210 115 180 245

110 170 240 145 230 300

170 265 375 165 260 355

190 295 420 205 325 450

165 430 605 230 480 665

185 475 670 355 560 780

250 645 910 390 610 845

275 705 995 705 1120 1550

355 795 1290 785 1240 1710

395 890 1440 1270 1950 2700

500 1120 1820 1380 2190 3220

555 1240 2010

655 1470 2380

745 1670 2710

870 1950 3160d. ft-lb = foot pounds

980 2190 3560

3 5 7


Table of Contents

Parts ListsParts may be supplied loose (in crates), or partially orfully installed (and are removed and installed), or arelisted solely for reference.

Parts lists do not include Options.

Drill Parts

Callout Part Number Description

160-220M NTA Pre-Delivery Manual (this manual)160-219M-A NTA-3010/3510 Operator Manual

160-219P NTA-3010/3510 Parts Manual152-215D WHEEL REINFORCING RING155-012K TRANSPORT WHEEL & TIRE ASSY160-201H WING PIVOT PIN WELDMENT160-202H NTA CART LINK PIN WELDMENT161-074H NTA 35’ ROCKSHAFT WELDMENT161-076H NTA WING GAUGE WHEEL WLDMNT RH161-077H NTA WING GAUGE WHEEL WLDMNT LH161-101H REAR LIFT CASTER WELDMENT - RH161-107H NTA35 WING EYEBOLT WELDMENT161-112K NTA DEPTH STOP VALVE ASSY161-116K NTA35 DUAL CASTER WHEEL ASSY161-128H CASTER PARALLEL ARM LARGE PVT161-132H NTA REAR CASTER WELDMENT161-211D REAR LIFT CASTER CYLINDER PIN161-221D SPACER 1.5X1.032X1.5161-231D NTA CASTER RETAINER CAP161-246D NTA CASTER ARM SPACER TUBE168-216H DISTRIBUTION TOWER WELDMENT168-362D NTA35 DIST TOWER MOUNT196-142H EYEBOLT WELDMENT198-137D PRESS WHEEL PIVOT TUBE800-180C 2 1/2 AIR HOSE BAND CLAMP802-034C HHCS 1/2-13X1 1/4 GR5802-104C BOLT WHEEL 1/2-20X1 90-DEG802-131C HHCS 5/16-18X3 GR5802-399C HFS 1/2-20X1 1/2 GR5802-421C HFS 1/2-13X3 3/4 GR5 SPTHD802-638C HHCS 1-8X12 1/4 GR8803-020C NUT HEX 1/2-13 PLT803-031C NUT HEX 1-8 PLT803-169C NUT HEX FLG. LOCK 1/2-13 PLT.804-015C WASHER LOCK SPRING 1/2 PLT804-027C WASHER LOCK SPRING 1 PLT804-029C WASHER FLAT 1 SAE804-102C PIVOT THRUST WASHER805-017C PIN COTTER 3/16 X 1 3/4 PLT805-124C PIN CLEVIS 1 X 3 11/16 GR5 PLT805-159C PIN CLEVIS 1 X 3 1/8 GR5 PLT805-239C PIN CLEVIS 1 X 3 5/16 HRD PLT805-249C PIN ROLL 3/8 X 2 PLT806-010C U-BOLT 1/2-13 X 2 1/2 X 3 1/2806-069C U-BOLT 1/2-13 X 4 1/32 X 7 1/4810-221C CYL REP 4.25X12X1.5 ROD (TIE)810-333C CYL REP 4.5X12X1.5 ROD 22.25L816-352C AIR DRILL DD OPNR HOSE BOOT817-039C PVC SEED HOSE 1 IN/FT

11121314151617181920212223242526272829303132333435363738394041424344454647484950515253545556575859

Table of Contents

NTA3010, NTA3510 and ADC Table of Contents Appendix 42

Parts Supplied with ADC2220 Air Cart

Parts Supplied with ADC2350 Air Cart

817-084C PARALLEL ARM PIVOT BUSHING890-011C BUSHING SPINDLE 1 1/2X1 1/4X1990-125R SEED HOSE 2 1/2 ID KANAFLEX

Drill Parts

Callout Part Number Description606162

Callout PartNumber Description

167-088M ADC2220 Pre-Delivery Manual167-073M ADC2220 Operator/Seed Rate Manual167-073P ADC2220 Parts Manual160-210H NTA CARTLINK WELDMENT

70717273

Callout PartNumber Description

110011445 ACC USR MANUAL 4 VER 2.X SOFTW110011460 NTA QUICKSTART GUIDE167-085B ADC2350/2350B Seed Rate Manual167-085M ADC2350/2350B Operator Manual167-085P ADC2350/2350B Parts Manual160-022H PULL LINK WELDMENT160-023H PULL BAR WELDMENT168-380K 23.5/55-26 TIRE/20-10BLT WL RH168-381K 23.5/55-26 TIRE/20-10BLT WL LH

464820520S1 DJ SWITCH SPDT W/WISKER & WIRE467980474 8.5 EXTNSION CABLE CPC TO CPC803-183C NUT HEX FLANGE 3/4-16 PLT805-119C PIN HITCH 1 1/4 X 4 1/2805-167C PIN HAIR COTTER .243 WIRE PLT

8081828384858687888990919293



Abbreviations

ACC Air Cart Controller IN Inch

ADC Air Drill Cart LH Left Hand

ASSY Assembly NTA No-Till Air

BLT Bolt OPNR Opener

CPC Circular Plastic Connector PLT Plated

DD Double Disk PVT Pivot

DEG Degree REP Re-phasing

DJ DICKEY-john RH Right Hand

FT Feet SAE Society of Automotive Engineers (std.)

GR5 Grade 5 SOFTW Software

GR8 Grade 8 SPDT Single Pole Double Throw

HEX Hexagonal (6-sided) SPTHD Special Thread

HFS Hex Flange Screw W/ with

HHCS Hex Head Cap Screw (Bolt) WHL/WL Wheel

HRD Hardened X by

ID Inside Diameter


Table of Contents

Table of Contents

Great Plains, Mfg.1525 E. North St.P.O. Box 5060Salina, KS 67402

pre-delivery manual - great plains ag · 2016-09-12 · no-till air drill and air drill cart read...

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