Amazone D9 2500 Special Operating Manual
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Amazone D9 2500 Special Operating Manual

Seed drills
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Operating Manual
az
Seed Drills
D9 2500 / 3000 Special
D9 3000 / 3500 / 4000 Super
Read and comply with this operating manual
MG7644
before initial commissioning!
BAH0041-6 09.21
Keep it in a safe place for future use!
En

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  • Page 1 Operating Manual Seed Drills D9 2500 / 3000 Special D9 3000 / 3500 / 4000 Super Read and comply with this operating manual MG7644 before initial commissioning! BAH0041-6 09.21 Keep it in a safe place for future use!
  • Page 3 + 49 (0) 5405 50 1-0 Email: amazone@amazone.de Ordering spare parts Spare parts lists are freely accessible in the Spare Parts Portal at www.amazone.de. Please send orders to your AMAZONE dealer. Formalities of the operating manual Type: D9 Special / D9 Super Document number: MG7644 Compilation date: 09.21...
  • Page 4 Foreword Dear Customer, You have chosen one of the quality products from the extensive product range of AMAZONEN- WERKE, H. DREYER SE & Co. KG. We thank you for your trust in our products. On receiving the implement, check to determine if it has been damaged during transport or if parts are missing.

  • Page 5: Table Of Contents

    Combination possibilities ....................... 56     AMAZONE AMACO hectare counter ..................57     AMAZONE AmaLog+ control terminal ................... 57     AMAZONE AmaDrill+ control terminal ................... 58     AMAZONE AmaTron 3 control terminal ................. 58     D9 BAH0041-6 09.21...
  • Page 6 Implement documentation ..................... 59     Seed hopper and loading board .................... 59     Fill level indicator ........................59     Fill level monitoring ........................ 60     5.10 Rapeseed insert ........................61     5.11 Seed hopper partition ......................61  ...
  • Page 7 6.1.1.5 Calculation of the actual rear axle load of the tractor T ..........102     H tat 6.1.1.6 Load-bearing capacity of the tractor tires ................102     6.1.1.7 Table ............................ 103     Preventing the tractor/implement from unintentional starting and rolling ......104  ...
  • Page 8 8.12.3 Adjusting roller contact pressure ..................154     8.12.4 Lifting / lowering the roller harrow ..................156     8.12.4.1 Lifting (de-activating) the roller harrow ................156     8.12.4.2 Lowering (activating) the roller harrow ................157     8.13 Seed drills with mechanical or hydraulic activation of the lay shaft coupling .....
  • Page 9 12.10.8 Swinging up the lay shaft ..................... 198     12.10.9 Adjusting the tramline spacing, track width, and wheelmark width ........199     12.10.10 Mounting the bean metering wheels ..................201     12.11 Bolt tightening torques ......................203  ...

  • Page 10: User Information

    User information User information The User information section provides information concerning the operating manual. This operating manual is valid for all versions of the implement. Figures are provided as a reference and are to be understood as representations of the principle. All of the equipment is described without designating it as special equipment.

  • Page 11: General Safety Notices

    General safety notices General safety notices This section contains important information on safe operation of the machine. Obligations and liability Comply with the notices in the operating manual Knowledge of the basic safety notices and safety regulations is a fundamental requirement for safe handling and fault-free machine operation.
  • Page 12 General safety notices Risks involved in handling the machine The machine has been constructed in accordance with the state-of-the art and the acknowledged sa- fety standards. Nevertheless, when using the machine, risks and impairments can arise  for the health and safety of the user or third parties ...

  • Page 13: Presentation Of Safety Symbols

    General safety notices Presentation of safety symbols Safety notices are indicated by the triangular safety symbol and the highlighted signal word. The signal word (DANGER, WARNING, CAUTION) describes the severity of the risk, and has the following me- aning: DANGER Indicates a direct hazard with high risk that will result in death or serious injury (loss of limbs or long-term harm), if not prevented.

  • Page 14: Organizational Measures

    General safety notices Organizational measures The owner must provide the necessary personal protective equipment, such as:  Protective goggles  Safety footwear  Chemical-resistant overalls  Skin protection agents, etc. The operating manual:  must always be kept where the implement is operated. ...

  • Page 15: Training Of Personnel

    General safety notices Training of personnel Only trained and instructed persons are allowed to work with/on the machine. The owner must clearly specify the responsibilities of the persons assigned to operate, maintain, and repair the machine. Personnel in training are only allowed to work with/on the machine under the supervision of an experi- enced person.

  • Page 16: Safety Measures In Normal Operation

    General safety notices Safety measures in normal operation Only operate the machine if all the safety devices and protective devices are fully functional. Check the implement at least once a day for apparent damage and function of the safety devices and protective devices.

  • Page 17: Spare Parts, Wear Parts, And Auxiliary Materials

    Immediately replace any machine parts that are not in perfect condition. Use only genuine AMAZONE spare parts and wear parts or parts approved by AMAZONEN-WERKE so that the operating permit retains its validity in accordance with national and international regulati- ons.

  • Page 18: Warning Symbols On The Implement

    Warning symbols on the implement Always keep all warning symbols on the implement clean and in a legible condition! Replace illegible warning symbols. You can request the warning symbols from your AMAZONE dealer using the order number (e.g., MD075). Structure Warning symbols indicate danger areas on the implement and warn of residual dangers.
  • Page 19 General safety notices MD 078 Risk of crushing fingers/hands caused by accessible, moving parts of the implement! This hazard can cause the most severe injuries with loss of body parts. Never reach into the danger area when the trac- tor engine is running and the universal joint shaft or hydraulic system / electronic system is connected.
  • Page 20 General safety notices MD 256 Risk of accident due to improperly attached sling gear for lifting! If sling gear for lifting is fastened on attachment points that are not suitable for this purpose, the implement can be damaged at lifting, and safety may be impaired.
  • Page 21 General safety notices MD 084 Risk of crushing for the entire body, if present in the pivot range when machine parts are being lowered! There is a risk of severe injuries, possibly with fatal consequences.  Presence in the pivot range of the machine when machine parts are being lowered, is prohibited.
  • Page 22 General safety notices MD 096 Danger due to hydraulic fluid escaping under high pressure caused by leaking hydraulic hose lines! This danger can cause serious injuries, possibly with fatal consequences, if hydraulic fluid es- caping under high pressure penetrates the skin and enters the body.
  • Page 23 General safety notices MD 102 Danger through intervention on the imple- ment, through tasks involving installation, adjustment, troubleshooting, cleaning, main- tenance, and repair, due to the tractor and the implement starting unintentionally and rol- ling! These hazards can cause serious injuries, pos- sibly with fatal consequences.

  • Page 24: Placement Of The Warning Symbols

    General safety notices 2.13.1 Placement of the warning symbols The following figures show the arrangement of the warning symbols on the implement. Fig. 1 Fig. 2 D9 BAH0041-6 09.21...
  • Page 25 General safety notices Fig. 3 D9 BAH0041-6 09.21...

  • Page 26: Hazards If The Safety Instructions Are Not Complied With

    General safety notices Fig. 4 2.14 Hazards if the safety instructions are not complied with Failure to comply with the safety notices:  Can pose a hazard to people, as well as to the environment and the implement.  Can result in loss of all warranty claims. In particular, failure to comply with the safety instructions could pose the following risks: ...

  • Page 27: Safety Notices For The Operator

    General safety notices 2.16 Safety notices for the operator WARNING Risk of crushing, cutting, entrapment, entanglement, and im- pact due to lack of roadworthiness and operational safety. Each time before starting up the implement and the tractor, always check for traffic safety and operational reliability. CAUTION Before adjustment, maintenance, and repair tasks ...
  • Page 28 General safety notices Coupling and uncoupling the implement  Only connect and transport the implement with tractors suitable for the task.  When coupling implements on the tractor's 3-point hydraulic system, the mounting categories of the tractor and the implement must always be the same. ...
  • Page 29 General safety notices Use of the machine  Before starting work, ensure that you understand all the devices and control elements of the im- plement and their functions. When the implement is in operation, it is too late to do this. ...
  • Page 30 General safety notices Transporting the implement  When using public roads, the respective national road traffic regulations must be complied with.  Switch off the control terminal before road transport.  Before road transport, check  the supply lines for proper connection ...

  • Page 31: Hydraulic System

    Have the hydraulic hose lines checked for safe working condition by a specialist at least once a year.  Replace hydraulic hose lines if they are damaged or worn. Use only original AMAZONE hydraulic hose lines.  The hydraulic hose lines should not be used for longer than six years, including any storage time of maximum two years.

  • Page 32: Electrical System

    General safety notices 2.16.3 Electrical system  For tasks on the electrical system, always disconnect the battery (negative terminal).  Only use the prescribed fuses. If fuses are used with amperage that is too high, the electrical system will be destroyed – fire hazard. ...

  • Page 33: Mounted Implements

    General safety notices 2.16.4 Mounted implements  When mounting, the mounting categories on tractor and implement must always match; if they do not, an adapter must be used.  Comply with the manufacturer's instructions.  Before mounting or dismounting implements on the 3-point hitch, bring the operating equipment into a position such that accidental lifting or lowering is impossible.

  • Page 34: Operation Of The Seed Drill

    Disconnect the cable to the tractor generator and battery, before carrying out electrical welding tasks on the tractor or attached implements.  Spare parts must meet at least the technical requirements specified by AMAZONEN-WERKE. This is ensured through use of original AMAZONE spare parts. D9 BAH0041-6 09.21...

  • Page 35: Loading And Unloading The Implement On Delivery

    Loading and unloading the implement on delivery Loading and unloading the implement on delivery The pictogram marks the location where the sling gear must be fastened to lift the implement with a crane. DANGER The sling gear for loading the im- plement with a crane must only be fastened at the marked locations.

  • Page 36: Product Description

    Product description Product description Assemblies of the D9 seed drill Fig. 7 (1) Seed hopper (4) WS coulter, optionally RoTeC Control coulter (2) Running gear, for working on the field (5) Exact following harrow, optionally roller harrow or trailed tine harrow (3) Vario gearbox with gearbox lever (6) Loading board...
  • Page 37 Product description Fig. 9 Elect. hectare counter AMACO Fig. 9 Fig. 10 Control terminal – AMALOG+ Fig. 10 Fig. 11 Control terminal – AMADRILL+ Fig. 11 Fig. 12 Control terminal – AMATRON 3 Fig. 12 D9 BAH0041-6 09.21...
  • Page 38 Product description Fig. 13 (1) Three-point hitch (2) Track marker shuttle valve Fig. 13 Fig. 14 (1) Normal seed metering wheel / fine seed metering wheel (adjustable for seed metering) (2) Seeding shaft (3) Seed housings (4) Sliding shutters (5) Bottom flap (6) Bottom flap shaft Fig.
  • Page 39 Product description Fig. 17 (1) Agitator shaft Fig. 17 Fig. 18 (1) Rapeseed insert Fig. 18 Fig. 19 (1) Seed drill wheel mark eradicator Fig. 19 Fig. 20 (1) RoTeC Control coulter Fig. 20 D9 BAH0041-6 09.21...
  • Page 40 Product description Fig. 21 WS coulter Fig. 21 Fig. 22 1. Band sowing shoe II for WS coulter Fig. 22 Fig. 23 Tractor wheel mark eradicator, pivoting Fig. 23 Fig. 24 Tractor wheel mark eradicator, reinforced Fig. 24 D9 BAH0041-6 09.21...
  • Page 41 Product description Fig. 25 (1) Fill level indicator, mechanical. Also available in a digital version for imple- ments with control terminal (2) Control box for implements without job computer to activate the tramline seed metering wheels and the tramline marker Fig.

  • Page 42: Safety Devices And Protective Devices

    Product description Safety devices and protective devices Fig. 29 (1) Handrail Fig. 29 Fig. 30 (1) Linch pin, to fasten the track markers (2) Rubber block (visual indicator) The track marker is not vertical, i.e. the track marker is not secured with the linch pin (top).

  • Page 43: Overview - Supply Cable / Hydraulic Hose Lines

    Product description Overview – supply cable / hydraulic hose lines 4.3.1 Supply cable description Function Implement plug Data transfer implement / job computer / control terminal (7-pin connector) Connection to the lighting system for road travel 4.3.2 Markings of the hydraulic hose lines All hydraulic hose lines have handles with colo- red markings and a code number or code letter for allocation of the respective hydraulic function...

  • Page 44: Connection And Function Of The Tractor Control Units

    Product description 4.3.3 Connection and function of the tractor control units Markings of the Connection of the hydraulic Function at activation of the tractor control unit tractor control unit hose lines Track marker / marker changeover Lifting and lowering, alternating Control box Display for advancing the tramline counter Single-...

  • Page 45: Traffic Safety Equipment

    Product description Traffic safety equipment Fig. 33 only implements with exact following harrow: (1) Road safety bar, two-piece Fig. 33 Fig. 34 (1) 2 rear lights (2) 1 license plate holder (3) 2 rear-facing warning signs (4) 2 side-facing warning signs (not permitted in Germany and several other countries) Fig.

  • Page 46: Intended Use

     is coupled to a tractor via the tractor three-point hitch or  is mounted on an AMAZONE soil tillage implement with roller approved for this purpose, and coupled to the tractor three-point hitch  is operated by one person.

  • Page 47: Danger Areas And Danger Points

    Product description Danger areas and danger points The danger area is the area around the machine, in which people can be reached:  by work movements executed by the machine and its work tools  by materials or foreign objects ejected out of the machine ...

  • Page 48: Rating Plate And Ce Mark

    Product description Rating plate and CE mark The figure shows the placement of the rating plate and the CE mark on the implement. The CE mark verifies compliance with the stipu- lations of the valid EU directives. Fig. 36 The following information is specified on the ra- ting plate and the CE mark: (1) Implement number (2) Vehicle identification number...

  • Page 49: Technical Data - D9 Special

    Product description Technical data – D9 Special Seed drill D9 2500 Special D9 3000 Special 2.50 3.00 Working width [ft] 98.43 118.11 2.50 3.00 Transport width with standard tires [ft] 98.43 118.11 Tires, standard 180/90 - 16 180/90 - 16 1.25...

  • Page 50: Technical Data - D9 Super

    Product description Technical data – D9 Super Seed drill D9 3000 Super D9 3500 Super D9 4000 Super 3.00 3.50 4.00 Working width [ft] 118.11 137.80 157.48 3.00 3.50 4.25 Transport width with standard tires [ft] 118.11 137.80 167.32 Tires, standard 180/90 –...
  • Page 51 Product description D9 BAH0041-6 09.21...

  • Page 52: Technical Data For Calculating Tractor Weight And Tractor Axle Loads

    Data for calculation (see page 101): Total weight G Distance d D9 2500 Special , mounted on the tractor with full seed hopper (without seed hopper extension) 2204.62 lb / 1000 kg 22.24 in / 565 mm...

  • Page 53: Tire Equipment And Tire Pressure

    Tire equipment and tire pressure Tires 180/90 – 16 31x15.50 - 15 10.0/75-15 old designation: - MITAS - 6.00-16 Tire pressure D9 2500 Special 17.40 psi / 1.2 bar ─ ─ D9 3000 Special 17.40 psi / 1.2 bar ─ ─ D9 3000 Super 17.40 psi / 1.2 bar...

  • Page 54: Required Tractor Equipment

    Product description 4.11 Required tractor equipment Minimum tractor conditions for proper operation of the solo implement D9 2500 Special starting at 40 kW D9 3000 Special starting at 45 kW Power requi- rement D9 3000/3500 Super starting at 55 kW...

  • Page 55: Structure And Function

    Structure and function Structure and function This section provides information on implement structure and the functions of the individual compo- nents. Fig. 38 D9 seed drills enable exact seed metering, precise seed placement, uniform placement depth and coverage of the seed, and a track-free, well-structured field after tilling. The seed drill is used alone (solo) or in conjunction with a soil tillage implement for plow seeding or mulch seeding.

  • Page 56: Combination Possibilities

    Structure and function Combination possibilities The AMAZONE D9 seed drill can be used  as a solo implement or Fig. 39  as part of a cultivation combination with soil tillage implement  AMAZONE rotary cultivator or  AMAZONE rotary harrow and wedge ring roller, tooth packer roller or cage roller.

  • Page 57: Amazone Amaco Hectare Counter

    Structure and function AMAZONE AMACO hectare counter Briefly press the "ha" button; the AMACO electronic hectare counter displays the worked area. Use the "ha" button and the "F" button to enter the implement-specific data. The description is provided in the "AMACO Hectare Counter"...

  • Page 58: Amazone Amadrill+ Control Terminal

    Other functions are described in the "AmaDrill+" operating manual. Fig. 44 AMAZONE AmaTron 3 control terminal The implement can be equipped with the AmaT- ron 3 AMAZONE control terminal with job com- puter. Instructions for operating:  the AMAZONE job computer are provided in the "ISOBUS Software"...

  • Page 59: Implement Documentation

    Structure and function Implement documentation Implement documentation and the operating manuals are in the case (Fig. 46/1) under the seed hopper. Keep all operating manuals or co- pies in the case on your implement to avoid ope- rating errors. Fig. 46 Seed hopper and loading board The cover protects the content of the seed hop- per from water and dust.

  • Page 60: Fill Level Monitoring

    Structure and function Fill level monitoring A low level sensor (Fig. 491) monitors the seed level in the seed hopper. If the seed level reaches the low level sensor, an acoustic signal sounds. Simultaneously the con- trol terminal displays a warning message. This warning message is intended to remind the trac- tor driver to top up seed in good time.

  • Page 61: Rapeseed Insert

    Structure and function 5.10 Rapeseed insert The rapeseed insert (Fig. 50/1) reduces the hol- ding capacity of the seed hopper. The rapeseed insert is used for free-flowing seed, such as rapeseed and turnips, which are sown at low seed densities. The agitator shaft must not rotate if the rapeseed insert is installed in the seed hopper.

  • Page 62: Seeding Shaft Drive

    Structure and function 5.12 Seeding shaft drive The seed is metered by the seed metering wheels in the seed housings. The seed metering wheels are fastened on the seeding shaft. The right seed drill wheel drives the seeding shaft via the Vario gearbox. The distance travelled is measured by the right seed drill wheel.

  • Page 63: Setting The Seed Rate Hydraulically

    Structure and function 5.12.1 Setting the seed rate hydraulically The gearbox lever is used to set the seed rate. A hydraulic cylinder activates the gearbox lever to increase the seed rate. The increased seed rate is set on the control element (Fig.

  • Page 64: Dosing

    Structure and function 5.13 Dosing The seed is carried in the seed hopper. The seed moves into the seed housings through adjustable openings (Fig. 56/1). Each seed housing has an opening. The opening size is adjusted with the sliding shutters. The seed is metered either by the normal seed metering wheel (Fig.

  • Page 65: Setting Values

    Structure and function 5.13.1 Setting values Bottom flap position Sliding Seed mete- Agitator shaft greater Seed shutter less than ring wheel support than position 0.21 oz / 6 g (rape- seed) 1.76 oz / 50 g (cere- als) Normal Open Triticale Normal ¾...
  • Page 66 Structure and function Sliding Seed mete- Bottom flap Agitator shaft Seed shutter ring wheel position support position Flax (dressed) Normal ¾ open Millet Normal ¾ open Lupines Normal ¾ open Lucerne Normal ¾ open Lucerne Fine ¾ open Oilseed Normal ¾...

  • Page 67: Normal And Fine Seed

    Structure and function 5.13.2 Normal and fine seed The seed metering wheel consists of  normal seed metering wheel (Fig. 57/1)  fine seed metering wheel (Fig. 57/2). For seeding  with the normal seed metering wheel, the normal and fine seed metering wheel are coupled together and both rotate ...

  • Page 68: Sliding Shutters

    Structure and function 5.13.5 Sliding shutters The sliding shutters (Fig. 60) are used to adjust the opening between seed hopper metering hou- sings depending on seed type. The sliding shutters (Fig. 60) engage in one of three positions: closed 3/4 open open Fig.

  • Page 69: Agitator Shaft Support

    Structure and function 5.13.7 Agitator shaft support When seeding spelt-type seed, the agitating elements on the rotating agitator shaft (Fig. 63/1) prevent faulty seeding caused by seed blockage in the seed hopper. The agitator shaft must not rotate when seeding certain seed types, e.g.

  • Page 70: Setting The Seed Rate

    Structure and function 5.14 Setting the seed rate During the calibration test, the subsequent field pass is simulated by turning the drive wheel (Fig. 65). The seed metered in this process is collected and weighed. The required seeding shaft speed is calculated from the simulated area (e.g.
  • Page 71 Structure and function The number of crank turns on the wheel de- pends on  the size of the seed drill tires (1)  the seed drill working width (2). The number of wheel revolutions (3) is based on an area of ...
  • Page 72 Structure and function The desired seed rate is set with the gearbox lever of the Vario gearbox. The correct gearbox position is determined at seed calibration. To do this, several calibration procedures are often required. With the values from the first calibration proce- dure, the required gearbox position can be im- mediately calculated.

  • Page 73: Recalculation Of Crank Turns On The Wheel Due To Slippage On Seed Drills With Electronically Regulated Seed Rate Adjustment

    Structure and function 5.14.1 Recalculation of crank turns on the wheel due to slippage on seed drills with electronically regulated seed rate adjustment The electronically regulated seed rate adjust- ment has an electric motor (Fig. 71/1) that activa- tes the gearbox lever (Fig. 71/2). The AmaDrill+ calculates the required gearbox setting based on the data from the calibration test and moves the gearbox lever to the required...
  • Page 74 Structure and function On fields with slippage, the calibration value [pulses per 328 ft / 100 m] deviates from the standardized calibration value. This also changes the number of crank turns in the table (Fig. 72). If the calibration value you have determined differs from the standardized calibration value in the table (Fig.

  • Page 75: Ws Coulter

    Structure and function 5.15 WS coulter Seed drills with WS coulters are used for plow seeding. A guide funnel (Fig. 73/1) routes the seed di- rectly downstream from the coulter tip (Fig. 73/2). A precise and uniform placement depth is achie- ved.

  • Page 76: Rotec Control Coulter

    Structure and function 5.16 RoTeC Control coulter The RoTeC Control coulter (Fig. 751) is used for seed placement on plowed soil or mulch, also on soils with large quantities of straw and plant resi- dues. Thanks to the support of the coulter on the depth control disk/wheel (Fig.
  • Page 77 Structure and function To adjust the seed placement depth, the depth control disk/wheel (see Fig. 78) can be  engaged in 3 holes on the coulter  removed if the seed placement depth is not reached. Hole Placement Shallow Seeding without depth control disk / Deep depth control wheel...

  • Page 78: Coulter Pressure And Seed Placement Depth (All Coulter Types)

    Structure and function 5.17 Coulter pressure and seed placement depth (all coulter types) The seed placement depth depends on the following factors:  Soil type (light to heavy)  Forward speed  Coulter pressure  Position of the depth control disks/wheels (only RoTeC Control coulter). 5.17.1 Coulter pressure adjustment, outside The depth of the outside coulters behind the...

  • Page 79: Coulter Pressure Adjustment, Hydraulic

    Structure and function 5.17.3 Coulter pressure adjustment, hydraulic The coulter pressure can be increased by activating the tractor control unit (blue). The seed rate remo- te control and the exact following harrow pressure adjustment are connected to the same control unit. If the seed rate is increased via the hydraulic seed rate remote control, there is automatically more coulter pressure and the exact following harrow pressure increases.

  • Page 80: Exact Following Harrow

    Structure and function 5.18 Exact following harrow The exact following harrow (Fig. 83/1) uniformly covers the seeds deposited in the seed furrows with loose earth and levels the ground. The following are adjustable  the exact following harrow tine position ...

  • Page 81: Exact Following Harrow Pressure

    Structure and function 5.18.2 Exact following harrow pressure The exact following harrow pressure determines the tillage intensity of the exact following harrow and depends on the soil type. 5.18.2.1 Mechanical exact following harrow pressure adjustment The exact following harrow pressure is genera- ted by tension springs that are tensioned with a lever (Fig.

  • Page 82: Roller Harrow

    Structure and function 5.19 Roller harrow The roller harrow consists of  harrow tines (Fig. 88/1),  press rollers (Fig. 88/2). The harrow tines close the seed furrows. The press rollers press the seeds into the base of the furrows. Better soil contact means more moisture is available for germination.

  • Page 83: Trailed Tine Harrow

    Structure and function 5.20 Trailed tine harrow The trailed tine harrow (Fig. 90/1) covers the seed placed in the seed furrows with loose soil. The trailed tine harrow is used on plowed ground. The vertical position of the harrow tines can be adjusted.

  • Page 84: Tractor Wheel Mark Eradicators

    Structure and function 5.22 Tractor wheel mark eradicators The tractor wheel mark eradicator can loosen compacted tractor tracks or cover them with loose soil. Tractor wheel mark eradicator, pivoting The tractor wheel mark eradicator can be pivoted far enough that soil in inaccessible areas can also be tilled.

  • Page 85: Track Marker

    Structure and function 5.23 Track marker The hydraulically-activated track markers work the soil alternately on the left and the right of the implement. In this process, the active track mar- ker produces a track on the field. If the track markers are properly adjusted, the row connection is established automatically when the tractor operator drives over the center of the produced track.
  • Page 86 Structure and function When transporting the implement and when turn- ing at the end of the field, both track markers (Fig. 96/1) must be lifted. For transport, each track marker must be lo- cked. A more detailed description, depending on equipment, is also provided in the "Soil Tillage Implement"...

  • Page 87: Tramlines

    Structure and function 5.24 Tramlines Tramlines can be created on the field. Tramlines are seed-free tracks for fertilizing and plant-care implements that will be used later. Fig. 99 Fig. 100 To create tramlines (A), the seed drill is either equipped with the ...

  • Page 88: Tramline Control, Tabular Determination

    Structure and function 5.24.1 Tramline control, tabular determination The required tramline control is provided in the table. The tramline control is derived from the required tramline spacing and the working width of the seed drill. Other adjustable tramline controls are specified in the "Control Terminal" operating manual. Seed drill working width 2.5 m 3.0 m...

  • Page 89: Tramline Control, Graphic Determination

    Structure and function 5.24.2 Tramline control, graphic determination The graphic (Fig. 102) shows examples for creating tramlines. See the graphic for the required values and enter the values on the control terminal, as needed. Column A: Working width of the seed drill ............... 9.84 ft / 3 m Column B: Tramline spacing (working width of the fertilizer spreader) ..........
  • Page 90 Structure and function Fig. 102 D9 BAH0041-6 09.21...

  • Page 91: Function Description

    Structure and function 5.24.3 Function description When creating tramlines, the tramline seed me- tering wheels (Fig. 103/1) are immobilized and the tramline coulters do not place any seed in the soil. Tramline seed metering wheels (Fig. 103/1) can turn freely on the seeding shaft. The tramline seed metering wheels are driven by the gear wheels (Fig.

  • Page 92: 5.24.3.1 Lay Shaft Coupling, Mechanically Activated

    Structure and function 5.24.3.1 Lay shaft coupling, mechanically activated The lay shaft coupling (Fig. 105/1) is activated by a linkage (Fig. 105/2), as soon as the divider wheel (Fig. 105/3) shows the number "0" on the control box. Fig. 105 The tramline number on the divider wheel (Fig.

  • Page 93: 5.24.3.2 Lay Shaft Coupling, Hydraulically Activated

    Structure and function 5.24.3.2 Lay shaft coupling, hydraulically activated The lay shaft coupling (Fig. 105/1) is activated by a linkage (Fig. 105/2), as soon as the divider wheel (Fig. 105/3) shows the number "0" on the control box. The divider wheel in the control box, and therefo- re the lay shaft coupling, can be activated by a hydraulic cylinder (Fig.

  • Page 94: One-Sided Switching

    Structure and function 5.25 One-sided switching Fig. 109 Figure (Fig. 102) shows examples for creating tramlines using tramline control 4, 6, and 8. During the first field pass, it may be necessary to operate the seed drill with half the working width (part-width section).

  • Page 95: Tramline Control 2 And 21

    Structure and function 5.25.1 Tramline control 2 and 21 Fig. 111 (Fig. 111) shows examples of creating tramlines with tramline control 2 and 21. When tramlines are created with tramline control 2 and 21, tramlines are created when driving out and driving back on the field.

  • Page 96: Creating 59.05 Ft / 18 M Tramlines With A 13.12 Ft / 4 M Seed Drill Working Width

    Structure and function 5.25.2 Creating 59.05 ft / 18 m tramlines with a 13.12 ft / 4 m seed drill working width Fig. 112 Seed drills with 13.12 ft / 4 m working width and hydraulic double tramline control create tramlines at 59.05 ft / 18 m spacing.

  • Page 97: Tramline Marker

    Structure and function 5.26 Tramline marker When creating tramlines, the track disks (Fig. 113/1) lower automatically and mark the tramline that has just been created. This makes the tram- lines visible before the seed has germinated. The following can be adjusted ...

  • Page 98: Commissioning

    Commissioning Commissioning This section contains information:  On the commissioning of your implement.  On how to check whether you may attach the implement to your tractor.  Before operating the machine for the first time the operator must have read and understood the operating manual. ...

  • Page 99: Checking The Suitability Of The Tractor

    Commissioning Checking the suitability of the tractor WARNING Risk of breakage in operation, insufficient stability or insufficient tractor steering and braking capacity if the tractor is not used as intended!  Check the suitability of your tractor before you mount or hitch the implement on the tractor.

  • Page 100: Calculate The Actual Values For The Total Tractor Weight, Tractor Axle Loads, And Tire Load-Bearing Capacity, As Well As The Required Minimum Ballast Weight

    Commissioning 6.1.1 Calculate the actual values for the total tractor weight, tractor axle loads, and tire load-bearing capacity, as well as the required minimum ballast weight The permissible total tractor weight, specified in the vehicle documen- tation, must be greater than the sum of ...

  • Page 101: Data Required For The Calculation (Mounted Implement)

    Commissioning 6.1.1.1 Data required for the calculation (mounted implement) Fig. 114 [lb] / [kg] Tractor net weight See the tractor operating manual or vehicle registration [lb] / [kg] Front axle weight of the unladen tractor [lb] / [kg] Rear axle load of the unladen tractor [lb] / [kg] Permissible total weight of rear- See section...

  • Page 102: Calculation Of The Required Minimum Ballast Weight At The Front G

    Commissioning 6.1.1.2 Calculation of the required minimum ballast weight at the front G of the tractor to V min ensure steering capability          In the table (section 6.1.1.7), enter the numeric value for the calcula- ted minimum ballast weight G that is required on the front side of V min...

  • Page 103: Table

    Commissioning 6.1.1.7 Table Actual value according to Permissible value ac- Double the permis- calculation cording to the tractor sible tire load capa- operating manual city (two tires) Minimum ballast weight lb / kg front / rear  Total weight lb / kg lb / kg ...

  • Page 104: Preventing The Tractor/Implement From Unintentional Starting And Rolling

    Commissioning Preventing the tractor/implement from unintentional starting and rolling Switch off the tractor PTO shaft. Park the tractor with implement on solid, level ground. Lower the lifted unsecured implement / implement parts. This prevents unintentional lowering. Switch off the tractor. Remove the ignition key.

  • Page 105: Initial Installation Of The Holders For The Road Safety Bar

    Commissioning Initial installation of the holders for the road safety bar Bolt the two holders (Fig. 115/1) onto the exact following harrow (Fig. 115/2). Fig. 115 During this task, fasten the road safety bars (Fig. 116/2) onto the holders (Fig. 116/1).

  • Page 106: Coupling And Uncoupling The Implement

    Coupling and uncoupling the implement Coupling and uncoupling the implement The D9 seed drill can be parked  as a solo implement Fig. 117  when mounted on the soil tillage implement Fig. 118 This section describes  the coupling and uncoupling of the D9 seed drill on the tractor.
  • Page 107 Coupling and uncoupling the implement When coupling and uncoupling implements, follow the instructions provided in the section "Safety instructions for the operator". CAUTION Before adjustment, maintenance, and repair tasks  Couple the seed drill and tractor or soil tillage implement ...

  • Page 108: Hydraulic Hose Lines

    Coupling and uncoupling the implement Hydraulic hose lines WARNING Risk of infection due to hydraulic fluid escaping at high pressure! When coupling and uncoupling the hydraulic hose lines, ensure that the hydraulic system is depressurized on both the implement side and trac- tor side.

  • Page 109: Uncoupling The Hydraulic Hose Lines

    Coupling and uncoupling the implement 1. Clean the coupling parts. 2. Bring the tractor control units into float posi- tion. 3. Connect the hydraulic lines In doing so, pay attention to the markings on the hydraulic lines. Fig. 120 7.1.2 Uncoupling the hydraulic hose lines 1.

  • Page 110: Coupling The Implements

    Coupling and uncoupling the implement Coupling the implements WARNING Risk of breakage in operation, insufficient stability or insufficient tractor steering and braking capacity if the tractor is not used as intended! Only attach or mount the implement to tractors that are suitable for this purpose.
  • Page 111 Coupling and uncoupling the implement WARNING Risk of energy supply failure between tractor and implement due to damaged supply lines! When coupling, pay attention to the routing of the supply lines. The supply lines  must give way slightly without tension, bending or rubbing to all movements of the mounted or trailed implement ...

  • Page 112: Coupling The Implement To The Tractor

    Coupling and uncoupling the implement 7.2.1 Coupling the implement to the tractor 1. Fit the upper and lower link pins with ball sockets. For design reasons, the ball sockets only fit for one type of tractor and must be obtained from the tractor manufacturer.
  • Page 113 Coupling and uncoupling the implement 6. Connect the supply lines (Fig. 124/1) to the tractor, see sectionOverview – supply cable / hydraulic hose lines , page 43. Fig. 124 7. Open the tractor lower link securing device, i.e. it must be ready for coupling. 8.

  • Page 114: Uncoupling The Implement From The Tractor

    Coupling and uncoupling the implement 7.2.2 Uncoupling the implement from the tractor WARNING Risk of crushing, cutting, entrapment, entanglement or impact due to insufficient stability and possible overturning of the un- coupled implement! Empty the seed hopper and park the seed drill on a level surface on solid ground.

  • Page 115: Settings

    Settings Settings WARNING Danger of crushing, shearing, cutting, severing, entrapment, winding, entanglement, catching, and impact, due to:  unintentional lowering of the implement lifted via the trac- tor's 3-point hydraulic system  unintentional lowering of lifted, unsecured implement parts.  unintentional start-up and rolling of the tractor-implement combination.

  • Page 116: Unfolding And Folding The Steps

    Settings Unfolding and folding the steps DANGER Never climb onto the steps or the loading board when the seed drill is parked as a solo implement (risk of tipping over). Climbing up is only permitted when the seed drill is coupled to the tractor or the soil tillage implement.

  • Page 117: Placing The Calibration Trays On The Funnel Rail

    Settings Carefully fold and unfold the steps by hand. Only unfold the steps when the seed drill is coup- led to the tractor or the soil tillage implement. 1. Firmly grasp the step unit. 2. Release the mechanical transport locking mechanism of the steps (see above).
  • Page 118 Settings 2. Lower the funnel rail (Fig. 132/1). Fig. 132 3. Pull the calibration trays upward and out of the holders. Fig. 133 4. Place the calibration trays on the funnel rail. Fig. 134 D9 BAH0041-6 09.21...

  • Page 119: Setting The Seed Rate

    Settings Setting the seed rate 1. The required setting values are specified in the table "Setting values", page 65. 1.1 Seed metering wheel selection, see section "Seeding with normal or fine seed metering wheel", page 119. 1.2 Sliding shutter position, see section "Adjusting the sliding shutters", page 122 1.3 Bottom flap position, see section "Bottom flap position", page 123...
  • Page 120 Settings 5. Turn the seed drill wheel to the right until the holes (Fig. 137/1) of the fine seed mete- ring wheels are visible. 6. Lower the seed drill. 7. Apply the parking brake, switch off the trac- tor engine, and remove the ignition key. Fig.

  • Page 121: Seeding With Bean Seed Metering Wheels

    Settings Seeding with fine seed metering wheels 1. Use the provided wrench (Fig. 140/1) to press the pin into the normal seed metering wheel behind the hole until it reaches the stop. 2. Check whether the normal seed metering wheel can turn freely on the seeding shaft. 3.

  • Page 122: Adjusting The Sliding Shutters

    Settings 8.3.3 Adjusting the sliding shutters This adjustment influences the seed rate. Calibrate the seed rate after the adjustment. 1. Pull the calibration trays (Fig. 142) out of the holders. After the adjustment tasks, refasten the calibration trays in the holders. Fig.

  • Page 123: Bottom Flap Position

    Settings 8.3.4 Bottom flap position This adjustment influences the seed rate. Calibrate the seed rate after the adjustment. 1. In the group of holes, set the bottom flap lever (Fig. 144/1) to the value shown in the table (see page 65). 2.

  • Page 124: Mounting The Rapeseed Insert

    Settings 8.3.6 Mounting the rapeseed insert Switch off the agitator shaft drive before installing the rapeseed insert in the seed hopper. 1. Switch off the agitator shaft drive, see sec- tion "Agitator shaft support", page 126. Position the agitator pins (Fig. 146/2) vertically, if the agitator shaft does not have any round agitation elements, see section Agitator shaft...
  • Page 125 Settings Reconnect the agitator shaft to the drive after the rapeseed insert has been removed. Seed blockages may occur in the seed hopper resulting in an incor- rect seeding pattern, particularly when spreading spelt seed or when the agitator shaft is not rotating. D9 BAH0041-6 09.21...

  • Page 126: Agitator Shaft Support

    Settings 8.3.7 Agitator shaft support This adjustment influences the seed rate. Calibrate the seed rate after the adjustment. Seeding without agitator shaft support If the linch pin (Fig. 148/1) is inserted in the bore of the hollow gearbox shaft, the agitator shaft support is active.

  • Page 127: Filling The Seed Hopper

    Settings Filling the seed hopper DANGER The solo seed drill  First, couple the seed drill on the tractor and then fill the seed hopper (danger of tipping over)  First, empty and then uncouple from the tractor. Comply with the permissible fill rates and total weights. WARNING Risk of crushing in the danger area under suspended loads / implement parts when filling the hopper, due to unintentional...
  • Page 128 Settings 1. Couple the implement combination and tractor. 2. Park the combination on a level surface. 3. Prevent the tractor and implement from starting or rolling unintentionally. 4. Set the bottom flap lever (Fig. 150/1) to a position between 1 and 4. Always engage the bottom flap lever in the group of holes.
  • Page 129 Settings 8. Adjust the height of the fill level sensors (Fig. 153) for the desired residual seed quantity. Fig. 153 9. Fill the seed hopper. The loading aid (Fig. 154/1) facilitates filling with bagged seed. Fig. 154 When filling the seed hopper, do not place heavy objects on the float of the fill level indicator.

  • Page 130: Setting The Seed Rate With A Calibration Test

    Settings Setting the seed rate with a calibration test Use the calibration test to check whether the pre-set and actual seed rates are the same. Always perform the calibration test  when the seed type is changed  if the seed type is identical, but the grain size, grain shape, specific weight or dressing are diffe- rent ...
  • Page 131 Settings 5. Unscrew the arrest knob (Fig. 156/1). 6. The table (Fig. 157) specifies the gearbox setting value for the first calibration test. 7. Set the pointer (Fig. 156/2) of the gearbox lever to the gearbox setting value. 8. Firmly tighten the arrest knob. Fig.
  • Page 132 Settings Calibrating the seed rate 10. Calibrating the seed rate. 10.1 Turn the right seed drill wheel the number of crank turns specified in tab- le (Fig. 67). 10.2 Weigh the seed collected in the calib- ration trays. The provided collapsible bucket is used to transfer the collected seed.

  • Page 133: Determining The Gearbox Setting With The Calculator Disk

    Settings 11. Usually, the desired seed rate [lb/ac] / [kg/ha] is not reached at first calibration. Using the calibra- tion values from the first calibration, determine the required gearbox setting values for the desired seed rate [kg/ha] with the calculator disk, see section "Determining the gearbox setting with the calculator disk", page 133.

  • Page 134: Hydr. Seed Rate Remote Control

    Settings 8.5.2 Hydr. seed rate remote control WARNING Instruct people to exit the operating area of the hydraulic cylin- ders. If the tractor control valve is activated, so will be the hydraulic cylinders  Vario gearbox  Coulter pressure  Exact following harrow pressure.
  • Page 135 Settings Determining the gearbox setting required for the increased seed rate 1. Charge the control valve (blue) with pres- sure. 2. Apply the parking brake, switch off the trac- tor engine, and remove the ignition key. 3. Use the adjusting screw (Fig. 162/1) to set the pointer (Fig.

  • Page 136: Bringing The Track Markers Into Working Position / Transport Position

    Settings Bringing the track markers into working position / transport position DANGER Track markers  can lower unexpectedly if they are not secured. This also applies during road transport  must be brought into transport position and secured immediately after work in the field ...

  • Page 137: Bringing The Track Markers Into Working Position With Marker Changeover

    Settings 8.6.1 Bringing the track markers into working position with marker changeover Seed drills up to 9.84 ft / 3.0 m working width may have a hydraulically-activated marker chan- geover (Fig. 165/1). The centrally arranged, hydraulically-activated marker changeover pivots the track markers by means of ropes.

  • Page 138: Bringing The D9 2500 / 3000 / 3500 Track Markers Into Working Position

    Settings 8.6.2 Bringing the D9 2500 / 3000 / 3500 track markers into working position 1. Park the implement on the field. 2. Apply the tractor parking brake, switch the tractor engine off, and remove the ignition key. 3. Unlock both track markers. 3.1 Press the track marker boom against the rubber block (Fig.

  • Page 139: Adjusting The Track Marker Length

    Settings 8.6.3.1 Adjusting the track marker length 4. Adjust the track marker length. 4.1 Bring track markers into working position. 4.2 Apply the tractor parking brake, switch off the tractor engine, and remove the ignition key. 4.3 Unscrew 2 bolts (Fig. 170/1). 4.4 Set the track marker length to length "A"...

  • Page 140: Bringing Track Markers Into Transport Position

    Settings 8.6.4 Bringing track markers into transport position 1. Instruct people to get out of the pivot range of the track markers. 2. Activate control valve (yellow).  Lift both track markers, as if turning at the end of the field (see Fig. 172). 3.

  • Page 141: Adjusting And Checking Seed Placement Depth

    Settings Adjusting and checking seed placement depth The seed placement depth depends on the factors  Soil type (light to heavy)  Forward speed  Coulter pressure  Position of the depth control disks/wheels Check the placement depth, if one of the factors has changed. 1.

  • Page 142: Coulter Pressure Adjustment, Hydraulic

    Settings 8.7.2 Coulter pressure adjustment, hydraulic WARNING Instruct people to get out of the danger area of the hydraulically operated components (Vario gearbox, coulters, exact following harrow). Adjusting the coulter pressure 1. Activate control valve (blue).  Charge hydraulic cylinder with pres- sure.

  • Page 143: Adjusting The Seed Placement Depth Of The Outer Coulters

    Settings 8.7.3 Adjusting the seed placement depth of the outer coulters 1. Bring the seed drill onto the field in working position. 2. Unscrew the nuts (Fig. 178/1). 3. Set the seed placement depth of the outsi- de coulter (Fig. 178/3) by turning the cam disk (Fig.

  • Page 144: Adjusting The Depth Control Disks/Wheels

    Settings 8.7.4 Adjusting the depth control disks/wheels If the desired placement depth cannot be achieved by adjusting the coulter pressure, adjust or remove all of the depth control disks/wheels uniformly, as described in this section. Engaging the depth control disk/wheel in one of the holes on the coulter 1.

  • Page 145: Fastening The Band Sowing Shoe On The Ws Coulter

    Settings Fastening the band sowing shoe on the WS coulter Peg the band sowing shoe (Fig. 181/1) with a pin on the WS coulter and secure it with a linch pin. Fig. 181 D9 BAH0041-6 09.21...

  • Page 146: Adjusting The Seed Drill Wheel Mark Eradicators

    Settings Adjusting the seed drill wheel mark eradicators 8.9.1 Bringing the seed drill wheel mark eradicator into working position 1. Adjust the seed drill wheel mark eradicators 1.1 Unscrew the bolt (Fig. 182/1). 1.2 Set the working depth of the seed drill wheel mark eradicator and bolt firmly.

  • Page 147: Adjusting Tractor Wheel Mark Eradicators

    Settings 8.10 Adjusting tractor wheel mark eradicators On the field, bring the tractor wheel mark eradicators into working position, and after the work is finished, fasten them at the very top. Otherwise there is a risk of damaging the tractor wheel mark eradica- tor when the implement is parked.

  • Page 148: Tractor Wheel Mark Eradicator, Pivoting

    Settings 8.10.2 Tractor wheel mark eradicator, pivoting 1. Adjusting tractor wheel mark eradicators 1.1 Unscrew lock nut and hex bolt (Fig. 185/1). 1.2 Adjust the tractor wheel mark eradica- tor horizontally and vertically. 1.3 Unscrew two nuts (Fig. 185/2) and pivot the tractor wheel mark eradica- tor.

  • Page 149: Adjusting The Exact Following Harrow

    Settings 8.11 Adjusting the exact following harrow Before making any adjustments on the exact following harrow, prevent the tractor / implement from starting and rolling unintentionally, see section 6.2, page 104. 8.11.1 Working width of the exact following harrow The roller and the coulters press the soil far to the outside differently depending on forward speed and soil conditions.

  • Page 150: 8.11.2.2 Adjusting The Exact Following Harrow Tine Position By Spindle Adjustment

    Settings 8.11.2.2 Adjusting the exact following harrow tine position by spindle adjustment 1. Remove linch pin (see below). 2. Fit on ratchet. 3. Set the distance "A" (Fig. 85). 3.1 Adjustment occurs by uniformly turning the spindle (Fig. 189) on all of the ad- juster segments.

  • Page 151: Exact Following Harrow Pressure, Manual Adjustment

    Settings 8.11.3 Exact following harrow pressure, manual adjustment 1. Tension the tension springs of the exact following harrow with the calibration crank. 2. Insert the pin (Fig. 192/2) in a hole beneath the lever (Fig. 192/1) and secure it with a spring cotter pin.

  • Page 152: Bringing The Exact Following Harrow Into Working Position / Transport Position

    Settings 8.11.5 Bringing the exact following harrow into working position / transport positi- 8.11.5.1 Bringing the exact following harrow into working position Bring the exact following harrow into working position, see section "Working width of the exact follo- wing harrow", page 149. 8.11.5.2 Bringing the exact following harrow into transport position The outer tines of the exact following harrow can exceed the permissible transport width in trans-...

  • Page 153: Adjusting The Roller Harrow

    Settings 8.12 Adjusting the roller harrow 8.12.1 Adjusting the pitch of the tines relative to the ground 1. Raise the implement until the harrow tines are a little above the ground, but do not touch it. 2. Apply the tractor parking brake, switch the tractor engine off, and remove the ignition key. 3.

  • Page 154: Adjusting Roller Contact Pressure

    Settings 8.12.3 Adjusting roller contact pressure 1. Bring the implement onto the field in working position. 2. Swing both handles (Fig. 197/1) upwards. Fig. 197 The two spring-loaded levers (Fig. 198/1) adjust the roller contact pressure on the ground. 3. Pull the first lever in the direction indicated by the arrow.
  • Page 155 Settings 4. Secure the position of the lever (Fig. 199/1) with a safety pin for the tube (Fig. 199/2). 5. Peg the second lever in the same hole of the hole group and secure it. The roller contact pressure is greatest when the safety pin for the tube (Fig.

  • Page 156: Lifting / Lowering The Roller Harrow

    Settings 8.12.4 Lifting / lowering the roller harrow 8.12.4.1 Lifting (de-activating) the roller harrow 1. Park the implement on a level surface. 2. Briefly pull the lever (Fig. 201/1) and remo- ve the safety pin for the tube (Fig. 201/2). Fig.

  • Page 157: 8.12.4.2 Lowering (Activating) The Roller Harrow

    Settings 8.12.4.2 Lowering (activating) the roller harrow 1. Park the implement on a level surface. 2. Grasp the safety pin for the tube that was inserted in the parking position. 3. Swing the handle (Fig. 204/1) upward. Fig. 204 4. Pull the lever (Fig. 205/1) in the direction indicated by the arrow.

  • Page 158: Seed Drills With Mechanical Or Hydraulic Activation Of The Lay Shaft Coupling

    Settings 8.13 Seed drills with mechanical or hydraulic activation of the lay shaft coupling 8.13.1 Activating tramline control 1. The required tramline control is specified in the "Tramline controls" table. The control box is equipped with the desired tramline control for cultivati- Changing over to a different tramline control requires changing the divider wheel (Fig.

  • Page 159: Activating Tramline Control

    Settings 8.13.2 De-activating tramline control When activating the tractor control valve (yellow), track markers and tramline counter are activated at the same time. At tramline number "0", the tramline marker is lowered. If only the track markers should be working, make the following settings: 1.

  • Page 160: Switch The Left Half Of The Seeding Shaft

    Settings 8.15 Switch the left half of the seeding shaft 8.15.1 Switching off the left half of the seeding shaft 3. Switching off the left half of the seeding shaft (Fig. 209) 3.1 Push the spring-loaded seeding shaft coupling to the left against the spring and turn it in the direction indicated by the arrow.

  • Page 161: Bringing The Tramline Marker Into Working Position / Transport Position

    Settings 8.16 Bringing the tramline marker into working position / transport position WARNING Instruct people to move out of the danger area of the hydrauli- cally activated components (track markers, tramline marker). At activation of the tractor control unit, the hydraulic cylinders of several functional parts are charged with pressure at the sa- me time.

  • Page 162: Bringing The Tramline Marker Into Transport Position

    Settings 8.16.2 Bringing the tramline marker into transport position The tramline counter must not show "0". If necessary, advance the tramline counter. The track disks are lifted while doing so. 1. Apply parking brake, switch off tractor engi- ne, and remove ignition key. 2.

  • Page 163: Bringing The Road Safety Bar Into Transport Position / Parking Position

    Settings 8.17 Bringing the road safety bar into transport position / parking position Transport position 1. Slide the two-piece road safety bar (Fig. 214/1) over the tine tips of the exact follo- wing harrow. 2. Fasten the road safety bar with spring hol- ders (Fig.

  • Page 164: Road Transport

    Road transport Road transport DANGER Transport of implements attached on the tractor that are wider than 9.83 ft / 3.0 m on public roads and routes is not approved in Germany and many other countries. Transport of a combination over 9.83 ft / 3.0 m in width is only permitted on a transport vehicle in these countries.

  • Page 165: Statutory Regulations And Safety

    Road transport 17. Lift the seed drill. Lock the lifting frame in transport position (see the operating manual for the soil tillage implement). 18. Switch on the warning beacon and check for function before driving off ......page 165 Statutory regulations and safety When driving on public roads and routes, the tractor and implement must comply with the national road traffic regulations (in Germany the StVZO and the StVO) and the accident prevention regulations (in Germany those issued by the employers' liability insurance association).
  • Page 166 Road transport Before starting road transport, read the section "Safety information for the operator" and check:  that the permissible weight is not exceeded  that the supply lines are connected correctly  the lighting system for damage, function, and cleanliness ...
  • Page 167 Road transport WARNING Risk of breakage in operation, insufficient stability or insufficient tractor steering and braking capacity if the tractor is not used as intended! These hazards cause severe or fatal injuries. Comply with the permissible total weight of the attached implement combination and the permissible axle loads and drawbar loads of the tractor.
  • Page 168 Road transport CAUTION Switch off the control terminal during road transport. If the control terminal is switched on, there is risk of accident caused by operating errors. DANGER Disable the tractor control units during road transport. Risk of accident due to operating error. When turning, take into account the wide sweep and the centrifugal mass of the implement.

  • Page 169: Use Of The Machine

    Use of the machine Use of the machine When using the implement comply with  section "Warning symbols on the imple- ment", page 18  section "Hazards if the safety instructions are not complied with" , page 26. Comply with the instructions in these sections for your own safety.

  • Page 170: Initial Commissioning

    Use of the machine 10.1 Initial commissioning Before initial commis- Specialist Check and service hydraulic hose section 12.9 sioning workshop lines. The owner must log this inspec- tion. Check Tire equipment and tire section 4.9.2 pressure Checking the oil level in the Vario section 12.6 gearbox Eliminate any chafing points on...

  • Page 171: Bringing The Implement From Transport Position Into Working Position

    Use of the machine 10.2 Bringing the implement from transport position into working position 1. Bring the road safety bar into parking position ............page 163 2. Bring the exact following harrow into working position ..........page 152 3. Bring the seed drill wheel mark eradicators into working position ........ page 146 4.

  • Page 172: During Operation

    Use of the machine 10.3 During operation 10.3.1 Overview of checks in operation Time interval Sec- Check Seite tion  After the first 98.42 ft / 30 m to 164.04 ft / 50 m have been traveled at working speed ...

  • Page 173: Check The Seed Rate Using The "Amalog+" Control Terminal As An Example

    Use of the machine 10.3.2 Check the seed rate using the "AMALOG+" control terminal as an example In operation, the "AMALOG+" control terminal shows the status of the seed drill. The Vario gearbox is connected to the drive wheel via a chain. A sensor in the Vario gearbox records the rotation of the drive wheel and transmits the pulses to the on-board computer.

  • Page 174: Track Marker

    Use of the machine 10.3.3 Track marker To bypass obstacles, lift the active track marker on the field beforehand. Lifting the track marker causes the tramline counter to advance. After passing the obstacle, lower the track marker and check the tramline counter. Correct it, if necessary. After activating the tractor control unit for the track markers several times, check the tramline counter and correct it, if necessary.

  • Page 175: Turning At The End Of The Field

    Use of the machine 10.4 Turning at the end of the field DANGER After turning, with the appropriate pre-select on the control ter- minal, and if the tractor control unit is activated, the opposite track marker is brought into working position. 1.

  • Page 176: End Of Work On The Field

    Use of the machine 10.5 End of work on the field Bring the seeding combination into transport position, see section 9.1, page 164. DANGER Fold and secure the track markers. Unsecured track markers can unintentionally swing into working posi- tion and cause serious injury. Empty and clean seed housings after use.

  • Page 177: Emptying Seed Hopper And Seed Housings

    Use of the machine 10.6 Emptying seed hopper and seed housings CAUTION Before performing tasks on the implement  Couple the seed drill and tractor or soil tillage implement  Park the implement combination on level solid ground  Apply the tractor parking brake ...
  • Page 178 Use of the machine Section "Hydr. seed rate remote control" on page 134 describes ad- justment of the gearbox lever, if appropriately equipped. 3. Place the bottom flap setting lever in hole 1. 4. Set the pointer (Fig. 221/2) of the gearbox lever to the gearbox setting value 100.
  • Page 179 Use of the machine 12. Empty the seed housings. 12.1 Use the tractor to lift the seed drill until the wheels can turn freely. 12.2 Apply the parking brake, switch off the tractor engine, and remove the ignition key. 12.3 Insert the calibration crank (Fig. 223/1) into the square tube on the right wheel.

  • Page 180: Faults

    Faults Faults WARNING Danger of crushing, shearing, cutting, severing, entrapment, winding, entanglement, catching, and impact, due to:  unintentional lowering of the implement that has been lifted via the tractor's 3-point hydraulic system.  Unintentional lowering of lifted, unsecured machine parts. ...

  • Page 181: Deviations Between The Set And Actual Seed Rate

    Faults 11.2 Deviations between the set and actual seed rate If you notice any deviations between the seed rate set in the calibrati- on test and the seed rate on the field, follow the instructions below:  For new implements, the surface of the seed housing, the bot- tom flaps, and seed metering wheels changes due to dressing deposits.

  • Page 182: Cleaning, Service, And Maintenance

    Cleaning, service, and maintenance Cleaning, service, and maintenance 12.1 Safety WARNING Danger of crushing, shearing, cutting, severing, entrapment, winding, entanglement, catching, and impact, due to:  unintentional lowering of the implement that has been lifted via the tractor's 3-point hydraulic system. ...
  • Page 183 Cleaning, service, and maintenance WARNING Tasks on tires and wheels  Repair tasks on tires and wheels must only be executed by spe- cialists with suitable mounting tools.  Check tire pressure at regular intervals.  Inflate tires to the specified air pressure! If tires are overinflated, there is an explosion hazard.

  • Page 184: Cleaning The Implement

    Cleaning, service, and maintenance 12.2 Cleaning the implement DANGER Dressing dust is toxic and must not be inhaled or come into contact with the body. Wear protective clothing, breathing mask, safety goggles, and gloves  when filling the implement  when emptying the hopper and metering unit ...

  • Page 185: Parking The Implement For A Longer Period Of Time

    Cleaning, service, and maintenance When using (hot water) high-pressure cleaners, note  Comply with the safety instructions when handling your cleaning device.  Comply with the statutory regulations for the handling and elimi- nation of cleaning agents.  Do not clean electrical components with high-pressure cleaners. ...

  • Page 186: Lubricating

    Cleaning, service, and maintenance 12.4 Lubricating The lubrication points on the implement are marked with the pictogram (Fig. 227). Carefully clean the grease nipples and grease gun before lubrication, to ensure that contamination is not introduced into the bearings. Completely press the contaminated grease out of the bearings and replace it with new grease! Fig.

  • Page 187: Maintenance Schedule - Overview

    Cleaning, service, and maintenance 12.5 Maintenance schedule – overview The time intervals, mileage, and maintenance intervals specified in the provided third-party documentation have priority over the informa- tion in the maintenance schedule. Before each start-up (daily) Visual inspection of the top link and lower link pins Section 12.8 Check the hydraulic hose lines for apparent defects, damage, chafing points, and wear.

  • Page 188: Checking The Oil Level In The Vario Gearbox

    Cleaning, service, and maintenance 12.6 Checking the oil level in the Vario gearbox 1. Park the implement on a horizontal surface. 2. Check the oil level. The oil level must be visible in the oil sight glass (Fig. 229/1). There is no need to change the oil. The oil filler neck (Fig.

  • Page 189: Checking Roller Chains And Chain Wheels

    Cleaning, service, and maintenance 12.7 Checking roller chains and chain wheels For all roller chains, at the end of the planting season  Clean (including the chain wheels and chain tensioner)  Check status  Lubricate with low-viscosity mineral oil. 12.8 Visual inspection of the top link and lower link pins WARNING...

  • Page 190: Inspection Criteria For Hydraulic Hose Lines

    Cleaning, service, and maintenance 12.9 Inspection criteria for hydraulic hose lines Have a specialist workshop replace hydraulic hose lines, if you determine any of the following criteria during the inspection:  Damage on the outer layer up to the ply (e.g. chafing points, cuts, cracks).

  • Page 191: Labelling Of Hydraulic Hose Lines

     Replace the hydraulic hose lines if they are damaged or worn! Only use orignal AMAZONE hydraulic hose lines!  The hydraulic hose lines should not be used for longer than six years, including a possible storage period of maximum two years.

  • Page 192: Installation And Removal Of Hydraulic Hose Lines

     Only a specialist workshop is allowed to work on the hydraulic system.  Use only original AMAZONE hydraulic hose lines!  Always ensure cleanliness.  You must always install the hydraulic hose line such that in all operating states ...

  • Page 193: Specialist Workshop Tasks

    Cleaning, service, and maintenance 12.10 Specialist workshop tasks DANGER Only allow a person with specialized professional training to perform the maintenance tasks in this section, (see section "Training of per- sonnel", page 15). 12.10.1 Adjusting the wheel scrapers 1. Unscrew bolts (Fig. 2322). 2.

  • Page 194: Replacing The Coulter Tip (Ws Coulter)

    Cleaning, service, and maintenance 12.10.3 Replacing the coulter tip (WS coulter) 1. Press in the studs (Fig. 234/1) of the funnel into the coulter body. 2. Pull the funnel out of the coulter body. 3. Remove the bolt (Fig. 234/2) (bolt tightening torque 33.19 ft-lb / 45 Nm).

  • Page 195: 12.10.5 Bottom Flaps Home Position

    Cleaning, service, and maintenance 12.10.5 Bottom flaps home position 1. Empty the seed hopper and seed housings. 2. Check the bottom flaps (Fig. 236/1) for ease of motion. 3. Place the bottom flap lever in hole 1 and secure it. 4.

  • Page 196: 12.10.7 Swinging Down The Lay Shaft

    Cleaning, service, and maintenance 12.10.7 Swinging down the lay shaft 1. Pull the calibration trays (Fig. 238) upwards and out of the holder. Fig. 238 2. Remove the tension springs (Fig. 239/1) of the lay shaft bearings (Fig. 239/2). Fig. 239 3.
  • Page 197 Cleaning, service, and maintenance  At the same time, a holder (Fig. 241/1) that axially secures the lay shaft will be pulled out of the aperture of a seed housing. Fig. 241 The solenoid (if present) is swung down along with the lay shaft. Fig.

  • Page 198: 12.10.8 Swinging Up The Lay Shaft

    Cleaning, service, and maintenance 12.10.8 Swinging up the lay shaft 4. Swing up the lay shaft.  In so doing, insert the holder (Fig. 243/1) that axially secures the lay shaft into the aperture of a seed housing. 5. Axially secure the holder with two adjust- ment rings (Fig.

  • Page 199: 12.10.9 Adjusting The Tramline Spacing, Track Width, And Wheelmark Width

    Cleaning, service, and maintenance 12.10.9 Adjusting the tramline spacing, track width, and wheelmark width 1. Swing down the lay shaft, see section "Swinging down the lay shaft", page 196. 2. Mark new tramline seed metering wheels by fitting the fine seed metering wheel brushes (Fig.
  • Page 200 Cleaning, service, and maintenance 4. Remove (Fig. 248/1) bolts. 5. Unscrew hexagon socket bolts (Fig. 248/2). 6. Slide pivot bearing and drive pinion onto the lay shaft. 7. Bolt the pivot bearing onto the new tramline seed housings. Fig. 248 8.

  • Page 201: 12.10.10 Mounting The Bean Metering Wheels

    Cleaning, service, and maintenance 12.10.10 Mounting the bean metering wheels This setting affects the seed rate. Check the setting with a calibration test. 1. Swing down the lay shaft, see section "Swinging down the lay shaft", page 196. 2. Do not remove the detent plate for the bot- tom flaps.
  • Page 202 Cleaning, service, and maintenance 7. The bean seeding shaft is installed in the reverse sequence. 8. Mount the gear wheel (Fig. 252/1) on the bean seeding shaft. Fig. 252 9. Remove the triangular carriers (Fig. 253/1) of the bean seed metering wheels that will later be switched off to create the tramlines.

  • Page 203: Bolt Tightening Torques

    Cleaning, service, and maintenance 12.11 Bolt tightening torques The tightening torques listed in this table do not apply to coated bolts. For coated bolts, the tightening torque is specified adjacent to the instruction. Nm / lb-ft 25 / 18.44 M 8x1 27 / 19.91 M 8x1 M 10...

  • Page 204: Hydraulic Diagrams

    Hydraulic diagrams Hydraulic diagrams 13.1 Hydraulic system diagram – D9 Super / D9 Special Fig. 256/… description Note 0010 Tractor hydraulic system 0020 Handle no. 1 yellow 0030 Handle no. 1 blue 0040 Throttle check valve 0050 Seed rate remote control 0060 Tramline control box 0070...
  • Page 205 Hydraulic diagrams Fig. 256 D9 BAH0041-6 09.21...
  • Page 208 H. DREYER SE & Co. KG Postfach 51 Tel.: + 49 5405 501-0 49202 Hasbergen-Gaste email: amazone@amazone.de Germany http:// www.amazone.de...

This manual is also suitable for:

D9 3000 specialD9 3000 superD9 3500 superD9 4000 super

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