Page 1 Operating manual Pack top seed drill Cataya 3000 / 4000 Super Please read and observe this operating manual before initial MG5804 operation of the implement! BAH0087-11 01.19 Keep it in a safe place for future use!
Page 2 Reading the instruction manual and to adhere to it should not appear to be inconvenient and superfluous as it is not enough to hear from others and to realise that a machine is good, to buy it and to believe that now everything would work by itself.
Page 3 + 49 (0) 5405 50 1-0 Email: amazone@amazone.de Spare parts order 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: Cataya Super Document number: MG5804 Compilation date: 01.19...
Page 4 Foreword Foreword Dear Customer, You have chosen one of the quality products from the wide product range of AMAZONEN-WERKE, H. DREYER GmbH & Co. KG. We thank you for your trust in our products On receiving the implement, check to see if it has been damaged during transport or if parts are missing.
Page 5: Table Of Contents
Loading and unloading the implement upon delivery ......37 Product description ................... 39 Components of the AMAZONE seeding combination ............39 Equipment variations of the Cataya pack top seed drill ............40 ...
Page 6 AMAZONE AmaDrill 2 control terminal ................. 61 AMAZONE calibration button ....................62 Control terminal for implements with ISOBUS system ............62 5.4.1 AMAZONE AmaTron 4 control terminal ................63 AMAZONE TwinTerminal ...................... 63 ...
Page 7 to ensure steering capability ....................118 6.1.1.3 Calculation of the actual front axle load of the tractor T ..........118 V tat 6.1.1.4 Calculation of the actual total weight of the combined tractor and implement ....118 ...
Page 8 8.11 Moving the track marker to the working / transport position ..........177 8.11.1 Move track marker to working position ................177 8.11.2 Moving the track marker to transport position ..............179 8.12 One-sided switching ......................180 ...
Page 9 12.9.1 Checking and readjusting the TwinTeC disc bearings ............235 12.9.1.1 Checking the TwinTeC disc bearing ..................235 12.9.1.2 Readjusting the TwinTeC disc bearings ................235 12.9.2 Dismounting the TwinTeC seed line ..................237 ...
Page 10: User Information
User information User information The User Information section provides information on use of the operating manual. This operating manual is valid for all versions of the implement. Figures serve as a reference and are to be understood as representations of the principle. All of the equipment is described without indicating it as special optional equipment.
Page 11 User information Lists Lists without an essential order are shown as a list with bullets. Example:  Point 1  Point 2 Item numbers in diagrams Numbers in round brackets refer to the item numbers in the diagrams. The first number refers to the diagram and the second number to the item.
Page 12: General Safety Instructions
General safety instructions General safety instructions This section contains important information on safe operation of the implement. Obligations and liability Comply with the instructions in the operating manual Knowledge of the basic safety information and safety regulations is a basic requirement for safe handling and fault-free implement operation.
Page 13 General safety instructions Risks in handling the implement The implement has been constructed to the state-of-the art and the recognised rules of safety. However, operating the implement may cause risks and restrictions  the health and safety of the user or third persons ...
Page 14: Representation Of Safety Symbols
General safety instructions Representation of safety symbols Safety instructions 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 carries the following meaning: DANGER Indicates a direct threat at high risk which will result in death or most serious bodily harm (loss of limbs or long-term harm), should it not be prevented.
Page 15: Organisational Measures
General safety instructions Organisational measures The operator must provide the necessary personal protective equipment as per the information provided by the manufacturer of the crop protection agent to be used, such as:  Safety glasses  Protective shoes  Chemical-resistant overalls ...
Page 16: User Training
General safety instructions User training Only those people who have been trained and instructed may work with/on the implement. The operator must clearly specify the responsibilities of the people charged with operation and maintenance work. People being trained may only work with/on the implement under the supervision of an experienced person.
Page 17: Safety Measures In Normal Operation
General safety instructions Safety measures in normal operation Only operate the implement if all the safety and protection equipment is fully functional. Check the implement at least once a day for visible damage and check the function of the safety and protection equipment. Danger from residual energy Note that there may be residual mechanical, hydraulic, pneumatic and electrical/electronic energy on the implement.
Page 18: Design Changes
General safety instructions 2.10 Design changes You may make no changes, expansions or modifications to the implement without the authorisation of AMAZONEN-WERKE. This also applies when welding support parts. Any extension or conversion work shall require the written approval of AMAZONEN-WERKE.
Page 19: Spare And Wear Parts And Aids
Immediately replace any implement parts which are not in a perfect state. Use only genuine AMAZONE spare and wear parts or the parts cleared by AMAZONEN-WERKE so that the operating permit retains its validity in accordance with national and international regulations. If...
Page 20: Warning Symbols And Other Labels On The Implement
Warning symbols and other labels on the implement Always keep all the warning symbols of the implement clean and in a legible state! Replace illegible warning symbols. You can request the warning symbols from your AMAZONE dealer using the order number (e.g., MD 075). Structure Warning symbols indicate danger areas on the implement and warn against residual dangers.
Page 21 General safety instructions MD 076 Risk of drawing-in/entrapment for hand or arm due to moving force-transmission parts! This hazard can cause the most severe injuries with loss of body parts. Never open or remove protective equipment,  while the tractor engine is running with the universal joint shaft or hydraulic/electronic system connected.
Page 22 General safety instructions MD 083 Danger of arms being drawn in and/or caught by moving parts involved in the working process! This hazard can cause the most severe injuries with loss of body parts. Never open or remove protective devices while the tractor engine is running with the universal joint shaft/hydraulic or electronic systems connected.
Page 23 General safety instructions MD 095 Before commissioning the implement read and observe the operating manual and the safety instructions carefully! MD 096 Danger from escaping high-pressure hydraulic fluid due to leaking hydraulic hose lines! This danger may cause serious injuries, perhaps even resulting in death, if escaping high-pressure hydraulic fluid passes through the skin and into the body.
Page 24 General safety instructions MD 102 Danger from intervention in the implement, e.g. installation, adjusting, troubleshooting, cleaning, maintaining and repairing, due to the tractor and the implement being started unintentionally and rolling away! These dangers can cause extremely serious and potentially fatal injuries. ...
Page 25 General safety instructions MD 157 The stability of the solo implement is guaranteed only if the empty implement is supported on the parking supports. Always set the empty implement down so that it is stable, on a horizontal parking area with a firm base.
Page 26: Position Of Warning Symbols
General safety instructions 2.13.1 Position of warning symbols The following figures show the arrangement of the warning symbols on the implement. Fig. 1 Fig. 2 Cataya Super BAH0087-11 01.19...
Page 27 General safety instructions Fig. 3 Fig. 4 Cataya Super BAH0087-11 01.19...
Page 28: Dangers In Case Of Non-Compliance With The Safety Instructions
General safety instructions 2.14 Dangers in case of non-compliance with the safety instructions Non-compliance with the safety information  can pose both a danger to people and to the environment and implement  can lead to the loss of all warranty claims. In particular, non-compliance with the safety information could pose the following risks: ...
Page 29: Safety Information For Users
General safety instructions 2.16 Safety information for users WARNING Risk of crushing, cutting, being trapped or drawn in, or impact through inadequate roadworthiness and operational safety. Before starting up the implement and the tractor each time, always check their traffic and operational safety. CAUTION Before adjustment, maintenance and repair work ...
Page 30 General safety instructions Coupling and uncoupling the implement  Only connect and transport the implement with tractors suitable for the task.  When coupling implements to the tractor's 3-point hydraulic system, the mounting categories of the tractor and the implement must always be compatible. ...
Page 31 General safety instructions Use of the implement  Before starting work, make sure that you understand all the equipment and control elements of the implement and their functions. It is too late for this when the implement is already in operation.
Page 32 General safety instructions  Always properly fasten the front or rear weights to the intended fastening points.  Comply with the maximum payload of the mounted/towed implement and the permissible axle and drawbar loads of the tractor.  The tractor must guarantee the prescribed brake delay for the loaded vehicle combination (tractor plus mounted/towed implement).
Page 33: Hydraulic System
 Replace the 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. Even...
Page 34: Electrical System
General safety instructions 2.16.3 Electrical system  When working on the electrical system, always disconnect the battery (negative terminal).  Only use the prescribed fuses. If fuses are used that are too highly rated, the electrical system will be destroyed – risk of fire. ...
Page 35: Mounted Implements
General safety instructions 2.16.4 Mounted implements  When mounting, the mounting categories on tractor and implement must be compatible or an adapter must be used.  Observe the manufacturer's instructions.  Before mounting or dismounting implements on the 3-point hitch, put the operating equipment to a position in which accidental raising or lowering is impossible.
Page 36: Operation Of The Seed Drill
Disconnect the cable to the tractor generator and battery before performing electrical welding work on the tractor and mounted implements.  Spare parts must at least comply with the specified technical requirements of AMAZONEN-WERKE. This is ensured through the use of genuine AMAZONE spare parts. Cataya Super BAH0087-11 01.19...
Page 37: Loading And Unloading The Implement Upon Delivery
Loading and unloading the implement upon delivery Loading and unloading the implement upon delivery The pictogram marks the location at which the slings for lifting the implement with a crane is to be secured. DANGER Attach the slings for loading the implement with a crane only at the marked locations.
Page 38 Loading and unloading the implement upon delivery Fasten the  2 slings on the marked fastening points (Fig. 7/1) on the pack top seed drill.  1 sling on the upper coupling point (Fig. 7/2) of the soil tillage implement. Secure the combination properly on the transport vehicle.
Page 39: Product Description
Product description Product description Components of the AMAZONE seeding combination Fig. 8 (A) AMAZONE soil tillage implement (B) AMAZONE roller (C) AMAZONE pack top seed drill Cataya Super Cataya Super BAH0087-11 01.19...
Page 40: Equipment Variations Of The Cataya Pack Top Seed Drill
Product description Equipment variations of the Cataya pack top seed drill Fig. 9 Cataya 3000 Super, equipped with RoTeC Control coulters Fig. 10 Cataya 3000 Super, equipped with TwinTeC double disc coulters Cataya Super BAH0087-11 01.19...
Page 41 Product description Fig. 11 Cataya 3000 Super equipped with star wheel metering drive Fig. 12 Cataya 3000 Super equipped with electric metering drive Cataya Super BAH0087-11 01.19...
Page 42 Product description Fig. 13 Cataya 3000 Super mounted on CombiDisc 3000 Cataya Super BAH0087-11 01.19...
Page 43: Assembly Groups Of The Cataya Pack Top Seed Drill
Product description Assembly groups of the Cataya pack top seed drill Fig. 14 (1) Seed hopper (6) TwinTeC double disc coulter, optionally RoTeC Control coulter (2) Loading board (7) Tramline marker (3) Control centre (8) Exact following harrow, (4) Metering optionally roller harrow (roller harrow only in combination (5) Radar device...
Page 44 Product description AMAZONE Precis metering system (1) Coarse metering wheel (2) Fine metering wheel (3) Seed housing (4) Bottom flap Fig. 15 (1) Seeding shaft (2) Lay shaft, drives the tramline metering wheels (3) Gear wheel on the seeding shaft,...
Page 45: Safety And Protective Equipment
Product description Safety and protective equipment (1) 2 bars serve as a mechanical transport lock for the track markers on the soil tillage implement, see also "Soil tillage implement" operating manual. Fig. 18 (1) Handrail Fig. 19 (1) Charging sieve in the seed hopper. Prevents contact with the running agitator shaft.
Page 46 Product description (1) Cover. Prevents contact with the rotating shafts and gear wheels when the metering unit is activated. The cover can only be opened with the central key. Fig. 22 (1) The road safety bar covers the tines of the exact following harrow that protrude into the traffic space.
Page 47: Overview - Supply Cable / Hydraulic Hose Lines
Product description Overview – Supply cable / hydraulic hose lines 4.5.1 Supply cable Designation Function Implement plug Data transfer implement/job computer/control terminal Plug (7-pin) Connection to the lighting system for road travel 4.5.2 Identification of the hydraulic hose lines All hydraulic hose lines have handles with coloured markings and a code number or code letter to assign the respective hydraulic function to the pressure line of a tractor control unit.
Page 48: Connection And Function Of The Tractor Control Units
Product description 4.5.3 Connection and function of the tractor control units Identification Connection of the of the hydraulic Function when actuating the tractor control unit tractor control unit hose lines Track marker Lifting and lowering, alternating Single yellow Tramline marker acting Lifting and lowering, depending on the tramline counter...
Page 49: Comfort Hydraulic System - Implements With Isobus System
Product description 4.5.4 Comfort hydraulic system - Implements with ISOBUS system Identification Connection of the of the hydraulic Function when actuating the tractor control unit tractor control unit hose lines Track marker Lifting and lowering, alternating Single yellow Tramline marker acting Lifting and lowering, depending on the tramline counter...
Page 50: Traffic Safety Equipment
Product description Traffic safety equipment (1) 2 rear-facing warning signs, left and right. Not illustrated: 2 side-facing warning signs (not permitted in Germany and several other countries). Only implements with exact following harrow: (2) Road safety bar, two-part Fig. 25 The rear-facing warning sign on the left has: (1) LED rear light on the left, with...
Page 51: Intended Use
 is mounted on an AMAZONE soil tillage implement with roller approved for this purpose  is coupled to the tractor three-point hitch together with the soil tillage implement and is operated by one person.
Page 52: Approved Amazone Implement Combinations
4.7.1 Approved AMAZONE implement combinations The Cataya Super pack top seed drill may only be combined with the following AMAZONE implements listed in the table. The combination of a Cataya Super with other implement is considered improper use and is therefore forbidden.
Page 53: Danger Areas And Danger Points
Product description Danger areas and danger points The danger area is the area around the implement in which people can be caught:  by work movements made by the implement and its tools  by materials or foreign bodies thrown out of the implement ...
Page 54: Rating Plate And Ce Mark
Product description Rating plate and CE mark The figure shows the arrangement of the rating plate and the CE mark on the implement. The CE mark indicates compliance with the stipulations of the valid EU directives. Fig. 30 The following information is specified on the rating plate and the CE mark: (1) Implement ID no.
Page 55: Technical Data
Product description 4.10 Technical data Pack top seed drill Cataya 3000 SUPER Cataya 4000 SUPER Working width Transport width without extension 1140 Hopper content with extension 1270 1690 32 / 26 No. of rows 24 / 20 12.5 / 15.4...
Page 56: Technical Data For Calculating The Tractor Weight And The Tractor Axle Loads
Product description 4.11.1 Technical data for calculating the tractor weight and the tractor axle loads The technical data [total weight (G ) and distance (d)] is needed to calculate the tractor weights and tractor axle loads, see page 117. The permissible total weight (G ) of the rear- mounted implement combination is obtained from the sum of the weights listed in the following...
Page 57: Required Tractor Equipment
For operation of the implement in compliance with the intended use, the tractor must fulfil the following requirements. AMAZONE rotary cultivator, KW wedge ring roller and Power Starting at 125 kW (170 HP) requirement Cataya 3000 Super with TwinTeC double disc coulters Battery voltage 12 V (volts) Electrical equipment Lighting socket...
Page 58: Layout And Function
The seed falls into the seed furrow prepared by the coulters. In combination with the AMAZONE rotary cultivator, mulch seeding is possible with both coulter types. The seed is metered by the seed metering wheels in the seed housings. The seeding shaft is driven either by an electric motor or by a star wheel (Fig.
Page 59 Layout and function The roller serves to reconsolidate the soil. AMAZONE provides the suitable roller for any seed type and any soil. The Cataya Super may only be combined with the approved AMAZONE rollers, see section "Approved AMAZONE implement combinations", page 52.
Page 60 Layout and function The AMAZONE KWM wedge ring roller with matrix tyre profile is characterised by two particularly good features. The wedge ring roller with matrix tyre profile has particularly good self- propulsion and produces lots of fine soil to fill the seed rows.
Page 61: Amazone Amalog+ Control Terminal
Other functions can be found in the "AmaLog+" operating manual. Fig. 38 AMAZONE AmaDrill 2 control terminal Implements with a seeding shaft drive motor (without ISOBUS system) can be equipped with the AmaDrill 2 control terminal.
Page 62: Amazone Calibration Button
The ISOBUS system makes it possible to connect the implement to any ISOBUS control terminal. If the tractor has an ISOBUS system, the AMAZONE job computer can be connected to the existing ISOBUS socket of the tractor and operated with the on-board terminal.
Page 63: Amazone Amatron 4 Control Terminal
Layout and function 5.4.1 AMAZONE AmaTron 4 control terminal As an option, the combination can be delivered e.g. with the AMAZONE AmaTron 4 control terminal. The AmaTron 4 control terminal (Fig. 41) can operate all implements that are equipped with the ISOBUS system.
Page 64: Implement Documentation
Layout and function Implement documentation The implement documentation and the operating manual can be found in the case (Fig. 43/1) under the seed hopper. Keep all operating manuals or a copy in the case on your implement to avoid operating errors. Fig.
Page 65: Star Wheel
Layout and function Star wheel The seeding shaft with the metering wheels can be driven by a star wheel (Fig. 46/1). The pulses from the star wheel are used to calculate  the working speed  the worked area. Implements with star wheel are equipped with the AmaLog+ control terminal.
Page 66: Radar Device
Layout and function 5.10 Radar device Implements without star wheel are equipped with a radar device (Fig. 48/1). The radar device (Fig. 48/1) is switched on automatically when a speed is detected. Provided that the control terminal is ready for operation and the combination is in working position.
Page 67: Seed Hopper And Loading Board
Layout and function 5.11 Seed hopper and loading board The cover (Fig. 49/1) protects the contents of the seed hopper from water and dust. The seed hopper is filled from the loading board, on the back of the seed drill. The hopper extension enlarges the volume of the seed hopper, see section "Technical data", Seite 55.
Page 68: Fill Level Monitoring
Layout and function 5.11.1 Fill level monitoring A low level sensor (Fig. 51/1) monitors the seed level in the seed hopper. If the seed level reaches the low level sensor, an acoustic signal is emitted. At the same time, the control terminal displays a warning message.
Page 69: Seeding Shaft Drive
Layout and function 5.12 Seeding shaft drive The seed is metered by the metering wheels in the seed housings. The metering wheels are attached to the seeding shaft. The seeding shaft is driven either by a star wheel or by an electric motor. 5.12.1 Seeding shaft drive of one star wheel The star wheel (Fig.
Page 70: 5.12.1.1 Extending The Range Of The Vario Gearbox
Layout and function 5.12.1.1 Extending the range of the Vario gearbox If the gear control lever for fine seeds points to a scale value below 10, swap out the bevel gears in star wheel gearbox 1. Then the same seed rate can be applied with a considerably higher scale value. The assembly work can be found in the section "Repositioning the bevel gears", Seite 231.
Page 71: Seeding Shaft Drive, Electric
Layout and function 5.12.2 Seeding shaft drive, electric A seeding shaft driven by an electric motor (Fig. 58/1) can be found on seed drills that are equipped with  the ISOBUS system  the "AmaDrill 2" control terminal. A seeding shaft that is driven by 2 electric motors can be found on seed drills that are equipped with the ISOBUS system.
Page 72: Metering
Layout and function 5.13 Metering The seed is carried in the seed hopper. The seed goes into the seed housing through adjustable openings (Fig. 59/1). Each seed housing has two openings. The openings are adjusted with the coarse metering wheel sliding shutter (Fig. 59/2) and the fine metering wheel sliding shutter (Fig. 59/3). The seed is metered either by the coarse metering wheel (Fig.
Page 73 Layout and function You will also find excerpts of the "Setting values" table (page 74) in the control centre. Fig. 60 Legend Example Rye, barley Seed: ..........Rye Triticale, wheat Bottom flap position (TGW below 50g): ......1 Spelt Bottom flap position Oats (TGW above 50 g): ......
Page 74: Setting Values
Layout and function 5.13.1 Setting values Bottom flap position Sliding Metering Seed shutter Agitator shaft wheel greater position less than than 6 g (rapeseed) 50 g (cereals) Coarse open driven Triticale Coarse ¾ open driven Barley Coarse open driven Wheat Coarse ¾...
Page 75 Layout and function Sliding Metering Bottom flap Seed shutter Agitator shaft wheel position position Flax (dressed) Coarse ¾ open driven Millet Coarse ¾ open driven Lupins Coarse ¾ open driven Alfalfa Coarse ¾ open driven Alfalfa Fine ¾ open driven Oilseed Coarse ¾...
Page 76: 5.13.1.1 Coarse And Fine Metering Wheel
Layout and function 5.13.1.1 Coarse and fine metering wheel The metering wheel consists of  a coarse metering wheel (Fig. 61/1) and  a fine metering wheel (Fig. 61/2). Both metering wheels always rotate at the same speed. For seeding ...
Page 77: 5.13.1.3 Bottom Flaps
Layout and function 5.13.1.3 bottom flaps The gap between the metering wheel (Fig. 63/1) and the bottom flap (Fig. 63/2) depends on the size of the seed. The bottom flap shaft (Fig. 63/3) is used to adjust the gap. The bottom flaps are spring suspended for gentle metering of the seed.
Page 78: 5.13.1.4 Slide Gate
Layout and function 5.13.1.4 Slide gate The seed flows out of the seed hopper through the hopper opening in the seed housing. Each coarse and fine metering wheel has a sliding shutter (Fig. 66/1) to adjust the seed hopper opening. For seeding ...
Page 79: Seed Rate Calibration
Layout and function 5.14 Seed rate calibration When calibrating the seed rate, the later field pass is simulated. The seed metered in the process is collected and weighed. The required seeding shaft speed is calculated from the simulated area (e.g. 1/40 ha) and the weight of the collected seed.
Page 80 Layout and function During calibration, the seed is collected in a bucket (Fig. 69/1) under the seed housings. Fig. 69 The collapsible bucket (Fig. 70/1) is used to transfer the collected seed. The folding bracket (Fig. 70/3) beside the steps is used to hang up the digital scale (Fig.
Page 81 Layout and function The adjustable flaps guide the metered seed into the collection buckets. The flaps are actuated with a lever (Fig. 71/1) in the control centre. Depending on the requirement (see below), allow the lever to latch into the top or bottom elongated slot.
Page 82: Calibration - Implements With Star Wheel Drive
Layout and function 5.14.1 Calibration - Implements with star wheel drive When calibrating the seed rate, the later field pass is simulated by rotating the seeding shaft. The seeding shaft is rotated with the central key (Fig. 74) in the control centre. The seed metered in the process is collected and weighed.
Page 83 Layout and function If star wheel gearbox 2 is equipped with bevel gears (Z=18/18), see the table (Fig. 76) for the number of crank turns for calibrating the seed rate. Fig. 76 Standardised calibration value The crank turns listed in the tables (Fig. 77 and Fig. 78) were determined during a calibration run on a standardized field with the AmaLog+ control terminal.
Page 84 Layout and function Standardised calibration value [pul./100m] for Cataya Super with star wheel 1250 [pul./100m] 313 [pul./100m] Fig. 78 On fields with more or less slip, the calibration value [pulses/100 m] deviates from the standardized calibration value. This also changes the number of crank turns in the tables (Fig. 77 and Fig. 78). Before starting work, carry out a calibration run on the field as described in the "AmaLog+"...
Page 85: Calibration - Implements With Electric Seeding Shaft Drive
Layout and function 5.14.2 Calibration - Implements with electric seeding shaft drive When calibrating the seed rate, the later field pass is simulated by rotating the seeding shaft. The seeding shaft is driven by one or two electric motors. For a more detailed description on the calibration of the seed rate, refer to the "ISOBUS Software"...
Page 86: Rotec Control Coulter
Layout and function 5.15 RoTeC Control coulter The RoTeC Control coulter (Fig. 81/1) is used for seed placement on ploughed or mulched soil, even with large quantities of straw and plant residues. Thanks to the support of the coulter on the depth control disc/wheel (Fig.
Page 87 Layout and function The adjust the seed placement depth, the depth control disc/wheel (see Fig. 84) 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 disc / Deep depth control wheel...
Page 88: Twintec Double Disc Coulter
Layout and function 5.16 TwinTeC double disc coulter The TwinTeC double disc coulter (Fig. 86/1) is used for plough seeding and mulch seeding. Harvest residues are cut by the large double disc coulters, clearing the plant residues evenly to the side and forming a clean seed furrow.
Page 89 Layout and function The seed placement depth depends on the factors  Soil type (light to heavy)  Forward speed  Set seed placement depth  Set coulter pressure. The placement depth and the coulter pressure can be adjusted independently from one another. The coulter pressure can reach 60 kg per coulter.
Page 90: Seed Placement Depth (Twintec)
Layout and function 5.16.1 Seed placement depth (TwinTeC) Implements with TwinTeC double disc coulters The seed placement depth is adjusted with the central spanner. Fig. 88 Turn clockwise (+): deeper placement Turn counter- clockwise (-): shallower placement The scale (Fig. 89/1) displays the set working depth in percent.
Page 91: Coulter Pressure, Seed Rate Increase And Coulter Lift (All Coulter Types)
Layout and function 5.17 Coulter pressure, seed rate increase and coulter lift (all coulter types) To achieve uniform seed placement depth, the coulter pressure must be set higher on heavy soils than on light soils. 5.17.1 Coulter pressure / coulter lift (manually actuated) Implements with ...
Page 92: Coulter Pressure, Seed Rate Increase And Coulter Lift (Hydraulically Actuated)
Layout and function 5.17.2 Coulter pressure, seed rate increase and coulter lift (hydraulically actuated) Adaptation of the coulter pressure to the soil is required to achieve uniform seed placement depth on different soils. The hydraulically actuated coulter pressure adjustment allows the coulter pressure to be adapted to the soil during operation, when changing to heavy soil.
Page 93: 5.17.2.2 Activating The Seed Rate Increase
Layout and function 5.17.2.2 Activating the seed rate increase Implements with  RoTeC Control coulters and  TwinTeC double disc coulters The seed rate can be increased on heavy soils for a uniform crop. The control terminal serves to enter the desired rate increase.
Page 94: Coulter Lift (Hydraulically Actuated)
Layout and function 5.17.2.3 Coulter lift (hydraulically actuated) Implements with  RoTeC Control coulters and  TwinTeC double disc coulters For soil tillage without seeding, the coulters can be lifted out of the soil. Fig. 95 The tractor control valve (green) is used to actuate the coulter lift.
Page 95: Exact Following Harrow
Layout and function 5.18 Exact following harrow The exact following harrow (Fig. 98/1) evenly covers the seeds deposited in the seed furrows with loose earth and smoothes the ground. The following are adjustable  the exact following harrow tine setting ...
Page 96: Exact Following Harrow Tine Position
Layout and function 5.18.1 Exact following harrow tine position Exact following harrow tine position Distance "A" = 230 to 280 mm When correctly set, the harrow tines of the exact following harrow should:  lie horizontally on the ground and ...
Page 97 Layout and function For seed drills with hydraulic exact following harrow lift (see section 5.18.3, page 99), the central key is used to adjust the distance "A". Fig. 102 The pictogram shows the direction of rotation for changing the distance "A". Distance "A"...
Page 98: Exact Following Harrow Pressure
Layout and function 5.18.2 Exact following harrow pressure The exact following harrow pressure must be adjusted depending on the soil. To achieve uniform coverage of the seed row with soil, the exact following harrow pressure must be set higher on heavy soil than on light soil.
Page 99: Seeding Without Exact Following Harrow (Exact Following Harrow Lift)
Layout and function 5.18.3 Seeding without exact following harrow (exact following harrow lift) The exact following harrow can be lifted independently of the position of the coulters. A hydraulic cylinder (Fig. 106/1) lifts the exact following harrow. Depending on the implement equipment, actuation of the exact following harrow lift with a tractor control unit is possible in 2 variations.
Page 100: Roller Harrow
Layout and function 5.19 Roller harrow This option is only possible in combination with RoTeC Control coulters. The roller harrow consists of  harrow tines (Fig. 107/1)  press rollers (Fig. 107/2). The harrow tines close the seed furrows. The press rollers press the seeds into the furrows.
Page 101 Layout and function The central spanner (Fig. 109) is used to adjust the roller contact pressure. The carrying arms of the roller harrow are spring suspended on a rotating tube. As a result, the rollers can follow the contours of the ground.
Page 102: Tramlines
Layout and function 5.20 Tramlines Tramlines can be created on the field. Tramlines are seed-free tracks for fertilising and plant care implement used later. The tramline can also be created as an interval tramline. In doing so, the tramline is seeded in recurring freely selectable intervals.
Page 103 Layout and function Fig. 115 With tramline control, tramlines (A) can be created on the field. When creating a tramline, a display appears on the control terminal. The adjustable tramline spacing (b) corresponds to the working width of the cultivating implement (B), e.g.
Page 104 Layout and function Only implements with ISOBUS system: The following data is entered on the control terminal:  Track width (Fig. 116/a) of the cultivating tractor Fig. 116  Wheelmark width (Fig. 117/c) of the cultivating tractor  Distance from the plant row to the track (Fig.
Page 105: Tramline Rhythm, Tabular Determination
Layout and function 5.20.1 Tramline rhythm, tabular determination Read the required tramline rhythm from the table. The tramline rhythm is derived from the required tramline spacing and the working width of the seed drill. Other tramline rhythms can be found in the control terminal.
Page 106: Tramline Rhythm, Graphic Determination
Layout and function 5.20.2 Tramline rhythm, graphic determination The graph (Fig. 119) shows examples for creating tramlines. Read the required values from the graph and enter the values as required on the control terminal. Column A: Working width of the seed drill ................3 m Column B: Tramline spacing (working width of the fertiliser spreader) ......
Page 107 Layout and function Fig. 119 Cataya Super BAH0087-11 01.19...
Page 108: One-Sided Switching
Layout and function 5.21 One-sided switching Fig. 120 During the first field pass, it may be necessary to operate the seed drill with half the working width (part-width section). The coulters of the left half of the implement (see Fig. 120) do not deposit any seed in the soil if field operation starts at the right edge of the field and the seeding shaft is driven by the right side of the implement.
Page 109: One-Sided Switching - Seeding Shaft Drive On Both Sides
Layout and function 5.21.2 One-sided switching – seeding shaft drive on both sides Implements with two electric motors If the implement has 2 electric motors, one electric motor (Fig. 122/1) drives one half of the seeding shaft. When working with half the working width, one electric motor is switched off.
Page 110: Tramline Marker
Layout and function 5.22 Tramline marker The tramline marker has two track discs, which lower automatically when the tramlines are created. The track discs mark the tramline that has just been created. This makes the tramlines visible before the seed has germinated. The track discs are raised if no tramline is created.
Page 111: Track Marker
Layout and function 5.23 Track marker The hydraulically-actuated track markers dig into the ground alternately on the left and the right of the implement. In doing so, the active track marker (Fig. 126/1) creates a track on the field. When the track markers are properly adjusted, the next row is automatically connected when the tractor driver passes over the centre of the created track.
Page 112: Headlight
Layout and function 5.24 Headlight The floodlights allow visibility of the implement tools and the worked area when working after dark. By swivelling the right floodlight, the loading board and metering units are illuminated. Fig. 128 Cataya Super BAH0087-11 01.19...
Page 113: Greendrill 200E
Layout and function 5.25 GreenDrill 200E Fig. 129 In addition to seeding, the spreading of nurse crops, catch crops and re-seeding grass is possible. As an option, the GreenDrill 200E catch crop seed drill (Fig. 129/1) is mounted at the rear of the implement.
Page 114: Start-Up
Start-up Start-up This section contains information  on initial operation of your implement  on how to check if you may mount the implement onto your tractor.  Before operating the implement for the first time the operator must have read and understood the operating manual. ...
Page 115: Checking The Suitability Of The Tractor
Start-up Checking the suitability of the tractor WARNING Danger of breaking during operation, insufficient stability and insufficient tractor steering and braking power on improper use of the tractor!  Check the suitability of your tractor before you mount or hitch the implement onto the tractor.
Page 116: Calculating The Actual Values For The Total Tractor Weight, Tractor Axle Loads And Tyre Load-Bearing Capacity, As Well As The Required Minimum Ballast Weight
Start-up 6.1.1 Calculating the actual values for the total tractor weight, tractor axle loads and tyre load-bearing capacity, as well as the required minimum ballast weight The permissible total tractor weight, specified in the vehicle documentation, must be greater than the sum of the ...
Page 117: Data Required For The Calculation (Attached Implement)
Start-up 6.1.1.1 Data required for the calculation (attached implement) Fig. 130 [kg] Tractor empty weight Refer to the tractor operating manual or registration document [kg] Front axle load of the empty tractor [kg] Rear axle load of the empty tractor [kg] Total weight of rear-mounted implement or see section "Technical data...
Page 118: Calculation Of The Required Minimum Ballast Weight At The Front G
Start-up 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 calculated minimum ballast weight G that is required on the front V min...
Page 119: Table
Start-up 6.1.1.7 Table Actual value according to Permissible value Double the calculation according to permissible tyre the tractor operating load-bearing manual capacity (2 tyres) Minimum ballast weight front/rear  Total weight   Front axle load   Rear axle load ...
Page 120: Secure The Tractor / Implement Against Unintentional Starting And Rolling Away
Start-up Secure the tractor / implement against unintentional starting and rolling away Switch off the tractor PTO shaft. Park the tractor and the implement on solid, level ground. Lower any raised, unsecured implement/raised, unsecured implement parts. This prevents accidental lowering. Shut down the tractor engine.
Page 121: Coupling And Uncoupling The Implement
Coupling and uncoupling the implement Coupling and uncoupling the implement The pack top seed drill can be parked  solo, on the parking supports Fig. 131  mounted, on the soil tillage implement Fig. 132 This section describes  the coupling and uncoupling of the soil tillage implement on the tractor.
Page 122 Coupling and uncoupling the implement When coupling and uncoupling implements, follow the instructions given in the section "Safety instructions for the operator". CAUTION Before adjustment, maintenance and repair work  couple the pack top seed drill and the soil tillage implement ...
Page 123: Hydraulic Hose Lines
Coupling and uncoupling the implement Hydraulic hose lines WARNING Danger of infection from escaping hydraulic fluid at high pressure! When coupling and uncoupling the hydraulic hose lines, ensure that the hydraulic system is depressurized on both the implement and tractor sides.
Page 124: Disconnecting The Hydraulic Hose Lines
Coupling and uncoupling the implement 1. Clean the coupling part. 2. Put the tractor control units into the float position. 3. Connect the hydraulic lines In doing so, observe the labels on the hydraulic lines, see section 4.5. Fig. 134 7.1.2 Disconnecting the hydraulic hose lines 1.
Page 125: Coupling And Uncoupling Implements
Coupling and uncoupling the implement Coupling and uncoupling implements WARNING Danger of breaking during operation, insufficient stability and insufficient tractor steering and braking power on improper use of the tractor! You may only connect the implement to tractors suitable for the purpose.
Page 126 Coupling and uncoupling the implement WARNING Risk of energy supply failure between the tractor and the implement through damaged power lines! During coupling, check the course of the power lines. The supply lines  must give slightly without tension, bending or rubbing on all movements of the connected implement ...
Page 127: Coupling - Tractor And Soil Tillage Implement
Coupling and uncoupling the implement 7.2.1 Coupling - Tractor and soil tillage implement Combinations that do not have a star wheel are equipped with an analogue working position sensor. The analogue working position sensor transmits the pulses to switch the electric motor for the seeding shaft drive on and off.
Page 128: Installation Of The Analogue Working Position Sensor
Coupling and uncoupling the implement 7.2.1.1 Installation of the analogue working position sensor 1. Bolt the holder (Fig. 138/1) onto the upper coupling point. Fig. 138 2. Bolt the middle segment (Fig. 139/1) with the top link bracket (Fig. 139/2) and section (Fig.
Page 129 Coupling and uncoupling the implement 3. Bolt the section (Fig. 140/1) with a hex. bolt (Fig. 140/2) onto the holder (Fig. 140/3). Fig. 140 4. Insert the torque support (Fig. 141/1) in the holder (Fig. 141/2) and clamp tight using a hexagon bolt (Fig.
Page 130: Coupling - Pack Top Seed Drill And Soil Tillage Implement
Coupling and uncoupling the implement Coupling - Pack top seed drill and soil tillage implement 1. Direct persons away from the danger area between the soil tillage implement and the pack top seed drill. 2. Drive the soil tillage implement in reverse towards the pack top seed drill parked on the parking supports.
Page 131 Coupling and uncoupling the implement 9. Insert pin for the top link (Fig. 146/1) and secure with linch pins. 10. Adjust the length of the top link (see below). The longitudinal dimension serves as a reference value. 11. Tighten the lock nut for the top link length adjustment.
Page 132 Coupling and uncoupling the implement 12. Raise the combination so that the parking supports are just above the ground. 13. Remove the parking supports (Fig. 149/1). Fig. 149 DANGER Remove the parking supports immediately after coupling the seed drill on the soil tillage implement. The parking supports do not have a locking device.
Page 133 Coupling and uncoupling the implement 15. Remove protective cap (Fig. 152/1). 16. Connect the plug:  Plug and socket connection (Fig. 152/2) implement cable to the soil tillage implement  Plug and socket connection (Fig. 152/3) hopper interior lighting Fig. 152 17.
Page 134: Uncoupling - Combination And Tractor
Coupling and uncoupling the implement 7.3.1 Uncoupling – Combination and tractor DANGER Danger: the uncoupled combination may roll away from the tractor. Set the combination down only on a level parking area with firm ground. Secure the combination against rolling away before uncoupling it. The pack top seed drill can be parked while mounted on the soil tillage implement.
Page 135: Uncoupling - Soil Tillage Implement And Pack Top Seed Drill
Coupling and uncoupling the implement 7.3.2 Uncoupling – Soil tillage implement and pack top seed drill DANGER Empty the hopper before decoupling the pack top seed drill from the soil tillage implement. WARNING Danger of being crushed, cut, caught, drawn in or struck through insufficient stability and possible tilting of the uncoupled implement! Set the empty implement down on a horizontal parking area with a...
Page 136 Coupling and uncoupling the implement 11. Disconnect the plug:  Sensor cable (Fig. 159/1). 12. Use protective caps. Fig. 159 13. Disconnect the plug:  Plug and socket connection (Fig. 160/1) hopper interior lighting  Plug and socket connection lighting on the left for road travel Lighting on the right for road travel.
Page 137 Coupling and uncoupling the implement 15. Slightly raise the combination. 16. Apply the tractor parking brake, switch the tractor engine off and remove the ignition spanner. 17. Unlock both coupling pieces. 17.1 Remove the linch pin (Fig. 162/1). Fig. 162 18.
Page 138 Coupling and uncoupling the implement 21. Release the top link (Fig. 166/1). Fig. 166 22. Direct persons away from the danger area between the soil tillage implement and the pack top seed drill. 23. Lower the soil tillage implement until the seed drill cannot touch (Fig.
Page 139 Coupling and uncoupling the implement 25. Before driving on public roads, mark the soil tillage implement with the traffic safety equipment (Fig. 169/1), see "Soil tillage implement" operating manual. Fig. 169 You can unscrew the warning signs showing to the rear (Fig. 170/1) together with the lighting off of the seed drill and screw them onto the holders on the soil tillage...
Page 140: Checking The Tramline Track Width
Coupling and uncoupling the implement Checking the tramline track width When the implement is delivered or when buying a new cultivating tractor, check that  the tramline is set to the track width (Fig. 171/a) of the tractor  the track discs of the tramline marker (if equipped) are adjusted to the track width of the cultivating tractor.
Page 141: Settings
Settings Settings WARNING Danger of crushing, shearing, cutting, being caught or drawn in, winding and knocks through:  unintentional lowering of the implement raised using the tractor's 3-point hydraulic system  unintentional lowering of raised, unsecured implement parts  unintentional start-up and rolling away of the tractor- implement combination.
Page 142: Folding The Steps Up And Down
Settings Folding the steps up and down DANGER Never climb onto the steps and the loading board when the seed drill is parked on the supports (risk of tipping). Climbing up is only permitted when the seed drill is coupled to the soil tillage implement.
Page 143 Settings Fold the steps up and down carefully by hand. Only fold down the steps when the seed drill is coupled to the soil tillage implement. 1. Hold onto the steps. 2. Release the mechanical transport lock (see above) for the steps. 3.
Page 144: Fill The Seed Hopper
Settings Fill the seed hopper DANGER Never fill the seed drill when the seed drill is parked on the supports (risk of tipping). Before filling the seed hopper, couple the implement combination to the tractor. Observe the permissible fill levels and total weights. WARNING Risk of crushing in danger area under suspended loads/implement parts when filling the hopper, caused by...
Page 145 Settings 1. Couple the implement combination to the tractor. 2. Park the combination on a level surface. 3. Secure the tractor / implement against unintentional starting and rolling away. 4. Set the bottom flap lever (Fig. 182/1) as required to a position between 1 and 4 (Fig.
Page 146 Settings 9. Adjusting the height of the low level sensor. 9.1 Use the central key (Fig. 179/1) to open the clamping device of the sieve. Insert the central key on the hexagon and move upwards parallel to the rear wall of the seed housing. Fig.
Page 147: Setting The Seed Rate
Settings Setting the seed rate 1. The required setting values can be found in the table (page 74). 1.1 Metering wheel selection, see section "Changing the metering wheel - Seeding shaft drive with one or two electric motors", page 226. 1.2 Sliding shutter position, see section "Sliding shutter position", page 148 1.3 Bottom flap position,...
Page 148: Sliding Shutter Position
Settings 8.3.2 Sliding shutter position This setting affects the seeding rate. Calibrate the seed rate after the adjustment. Seeding with coarse metering wheels or bean metering wheels 1. Set all of the coarse metering wheel sliding shutters (Fig. 183/1) and engage at the table value (page 74).
Page 149: Agitator Shaft Support
Settings 8.3.3 Agitator shaft support This setting affects the seeding rate. Calibrate the seed rate after the adjustment. The required setting value can be found in the table "Setting values", page 74. 8.3.3.1 Agitator shaft support (implements with star wheel drive) Seeding with agitator shaft support Insert the safety pin for the tube (Fig.
Page 150: Agitator Shaft Support (Implements With Electric Metering Drive)
Settings 8.3.3.2 Agitator shaft support (implements with electric metering drive) Seeding with agitator shaft support 1. Open the function flap see section 12.4.1, page 209. 2. Insert the safety pin for the tube (Fig. 187/1) into the hollow drive shaft (Fig. 187/2) and secure.
Page 151: Calibrating The Seed Rate
Settings Calibrating the seed rate 1. Couple the implement combination to the tractor, see section "Coupling and uncoupling implements", page 125. 2. Park the combination on a level surface. 3. Secure the tractor against unintentional start-up and unintentional rolling away. Do not switch off the tractor power supply, if your implement ...
Page 152 Settings 8. Calibrating the seed rate  with the star wheel drive, see section "Calibrating the seed rate - implements with star wheel drive", page 153  with the AmaDrill 2 control terminal and with ISOBUS system, see section "Calibrating the seed rate Implements with AmaDrill 2 control terminal, Implements with ISOBUS system", page 158.
Page 153: Calibrating The Seed Rate - Implements With Star Wheel Drive
Settings 8.4.1 Calibrating the seed rate - implements with star wheel drive 8.4.1.1 Preparing the implement for calibration 1. Prepare the implement for calibration, see section " Calibrating the seed rate", page 151. 2. If the tramline counter shows the number "0" on the "AmaLog+" control terminal, set the tramline counter to "1".
Page 154 Settings Pre-calibrating the implement 7. Pre-calibrate the seed drill. Pre-calibration creates the same conditions as when driving on the field later on. 7.1 Insert the central key (Fig. 195/1) on the hexagon. 7.2 Using the central spanner, turn the seeding shaft to the left until the seed falls into the collection bucket from all of the seed housings.
Page 155 Settings Calibrating the seed rate 8. Calibrating the seed rate. 8.1 Turn the central key (Fig. 197/1) around to the left with the specified number of crank turns, see table (Fig. 75/Fig. 76), page 82. Fig. 197 8.2 Fold out the bracket (Fig. 198/1) for weighing the collected seed.
Page 156 Settings 8.4 Calculate the subsequent seeding rate [kg/ha] from the weight of seed collected (see below)  by a factor of 40 (for 1/40 ha) or  by a factor of 10 (for 1/10 ha). Calibrating on 1/40 ha: Seed rate [kg/ha] Calibrated seed rate [kg/ha] x 40 Calibrating on 1/10 ha: Seed rate [kg/ha]...
Page 157: Determining The Gearbox Setting Using The Calculating Disc Rule
Settings 8.4.1.2 Determining the gearbox setting using the calculating disc rule Using the calculating disc rule and the calibration values from the first calibration, the required gearbox setting value for the desired seed rate [kg/ha] can be quickly determined. Example: ...
Page 158: Calibrating The Seed Rate Implements With Amadrill 2 Control Terminal, Implements With Isobus System
Settings 8.4.2 Calibrating the seed rate Implements with AmaDrill 2 control terminal, Implements with ISOBUS system 1. Prepare the implement for calibration, see section " Calibrating the seed rate", page 151. 2. Pre-calibrate the seed drill. 2.1 Pre-calibrate the seed drill according to the "ISOBUS software"...
Page 159: Moving The Star Wheel From Working To Transport Position And Vice-Versa
Settings Moving the star wheel from working to transport position and vice- versa CAUTION Before swivelling the star wheel, instruct people to exit the swivelling range. Moving the star wheel from working to transport position 1. Raise the star wheel using the handle (Fig.
Page 160: Star Wheel Spring Force Support
Settings 8.5.1 Star wheel spring force support The star wheel spring force support  is deactivated on light soils  is activated on medium to heavy soils. Activating the star wheel spring force support 1. Move the star wheel to working position, see section 8.5, page 159.
Page 161: Rotec Control Coulter
Settings RoTeC Control coulter 8.6.1 Adjusting and checking the 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 discs/wheels. Check the placement depth when one of the factors has changed. 1.
Page 162: Adjusting The Depth Control Discs / Wheels
Settings 8.6.1.1 Adjusting the depth control discs / wheels If the desired placement depth cannot be achieved by adjusting the coulter pressure, adjust or remove all of the depth control discs/wheels equally, as described in this section. Engaging the depth control disc/wheel in one of the holes on the coulter 1.
Page 163 Settings Dismounting the depth control disc / wheels 1. Engage the shoulder of the lever beyond the group of holes (Fig. 207/1) into the elongated slot (Fig. 207/2). 2. Move the depth control disc/wheel in the elongated slot (Fig. 207/2) until the depth control disc/wheel is released from the locking mechanism (Fig.
Page 164: Twintec Double Disc Coulter
Settings TwinTeC double disc coulter 8.7.1 Adjusting and checking the seed placement depth The seed placement depth can change due to the following factors:  Soil type (light to heavy)  Forward speed  Set seed placement depth. Check the placement depth when one of the factors has changed. 1.
Page 165 Settings 8.7.1 Adjusting the TwinTeC harrow tines The pitch and the working depth of the harrow tines of the double-disc coulter can be adjusted. 8.7.1.1 Adjusting the pitch of the harrow tines The pitch of the harrow tines relative to the soil can be adjusted in three positions: "flat", "medium" and "steep".
Page 166 Settings Implements with TwinTeC+ double disc coulters Steep harrow tine setting Insert the pin (Fig. 211/1) and secure with spring lock washers. The pin serves as a stop for the harrow tines (Fig. 211/2). Fig. 211 8.7.1.2 Harrow tine working depth adjustment 1.
Page 167 Settings Implements with TwinTeC+ double disc coulters 8.7.1.3 Putting the harrow tines into parking position Harrows that are not needed can be put into parking position. Fig. 213 1. Before each adjustment, raise the implement until the harrow tines are directly above the ground, but not touching it.
Page 168: Coulter Pressure, Seed Rate Increase And Coulter Lift
Settings Coulter pressure, seed rate increase and coulter lift 8.8.1 Coulter pressure / coulter lift (manually actuated) Implements with  RoTeC Control coulters and  TwinTeC double disc coulters This setting affects the seed placement depth. Check the seed placement depth after the adjustment. Coulter pressure 1.
Page 169: Coulter Pressure, Seed Rate Increase And Coulter Lift (Hydraulically Actuated)
Settings 8.8.2 Coulter pressure, seed rate increase and coulter lift (hydraulically actuated) Implements with  RoTeC Control coulters  TwinTeC double disc coulters WARNING Direct people out of the danger area. The hydraulic cylinder of the coulter and exact following harrow pressure adjustment are actuated at the same time.
Page 170: Increasing / Reducing The Coulter Pressure
Settings 8.8.2.1 Increasing / reducing the coulter pressure 1. Actuate the tractor control valve (green).  The pointer (Fig. 217/1) shows the current coulter pressure on the scale.  The hydraulic cylinder of the exact following harrow moves against the stop inserted in the adjuster segment, see section 8.9, page 172.
Page 171: Soil Tillage Without Seeding (Coulter Lift)
Settings 8.8.2.3 Soil tillage without seeding (coulter lift) Implements with  RoTeC Control coulters  TwinTeC double disc coulters WARNING Before actuating the tractor control valves, direct all persons out of the swivelling range of the coulters and harrow. 1. Keep actuating the tractor control valve (green) until the pointer indicates the scale setting (Fig.
Page 172: Adjusting The Exact Following Harrow
Settings Adjusting the exact following harrow 8.9.1 Adjusting the exact following harrow tines Only seed drills with exact following harrow lift 1. Insert the central spanner. 2. Set the distance "A", see Fig. 100, page 96. 3. Insert the central spanner into the transport bracket, see section 5.7, page 64.
Page 173: Setting The Exact Following Harrow Pressure
Settings 8.9.2 Setting the exact following harrow pressure WARNING Direct people out of the danger area. The hydraulic cylinder of the coulter and exact following harrow pressure adjustment are actuated at the same time. 1. Tension the tension springs of the exact following harrow with the lever (Fig.
Page 174: Moving The Exact Following Harrow To The Working/Transport Position
Settings 8.9.3 Moving the exact following harrow to the working/transport position 8.9.3.1 Move the exact following harrow into working position The roller and the coulters force the soil outwards to different extents depending on the forward speed and condition of the soil. Set the outer harrow such that the soil is guided back and a trackless seedbed is created.
Page 175: Adjusting The Roller Harrow
Settings 8.10 Adjusting the roller harrow The roller harrow can only be used in combination with implements with RoTeC Control coulters. This setting affects the seed placement depth. Check the seed placement depth after the adjustment. 8.10.1 Roller harrow tines - Adjusting the pitch 1.
Page 176: Setting The Roller Contact Pressure
Settings 8.10.3 Setting the roller contact pressure 1. Adjust the roller contact pressure with the central spanner (Fig. 231), see section 5.19, page 100. 2. Check the seed placement depth after each adjustment, see section 8.6.1, page 161. Fig. 231 3.
Page 177: Moving The Track Marker To The Working / Transport Position
Settings 8.11 Moving the track marker to the working / transport position DANGER Secure the track markers immediately after work on the field (transport lock). Unsecured track markers could unintentionally move to the working position and cause serious injury. Only remove the transport lock for the track marker immediately before beginning field work.
Page 178 9. Tighten up the screws (Fig. 236/1). Fig. 236 Working width Distance A Cataya 3000 Super 3.0 m Cataya 4000 Super 4.0 m Distance from the centre of the implement to the contact area of the track marker disc Fig.
Page 179: Moving The Track Marker To Transport Position
Settings 8.11.2 Moving the track marker to transport position Secure the track markers (Fig. 238/1) immediately after work on the field. 1. Direct people out of the swivel area of the track marker. 2. Actuate the tractor control unit (yellow). ...
Page 180: One-Sided Switching
Settings 8.12 One-sided switching Deactivate the one-sided switching at the end of the field pass. 8.12.1 One-sided switching on seed drills with two seeding shaft drive motors If the seed drill is equipped with two seeding shaft drive motors, the control terminal is used to switch the required half of the seeding shaft on and off (see "ISOBUS software"...
Page 181: One-Sided Switching On Implements With One Seeding Shaft Drive Motor Or With Star Wheel Drive
Settings 8.12.2 One-sided switching on implements with one seeding shaft drive motor or with star wheel drive DANGER Accidental starting up of the seeding and countershaft due to radar pulses. Only actuate the seeding shaft coupling and countershaft coupling if the steps are folded down, see section "Folding the steps up and down", page 142.
Page 182: Moving The Tramline Marker Into Working/Transport Position
Settings 8.13 Moving the tramline marker into working/transport position WARNING Direct people out of the danger area of the hydraulically operated components. When actuating the tractor control unit, the hydraulic cylinders of the track markers and of the tramline marker can be actuated simultaneously.
Page 183: Move The Tramline Markers To The Transport Position
Settings 8.13.2 Move the tramline markers to the transport position 1. Direct people out of the swivel area of the track marker and the tramline marker. 2. The control terminal may not display the symbol for creating tramlines. 3. Actuate the tractor control unit (yellow) to lift the track disc carrier. 4.
Page 184: Moving The Exact Following Harrow Road Safety Bar Into Road Transport/Parking Position
Settings 8.14 Moving the exact following harrow road safety bar into road transport/parking position 8.14.1 Moving the road safety bar into road transport position 1. Push the two-part road safety bar (Fig. 246/1) over the tine tips of the exact following harrow.
Page 185: Transportation
Transportation Transportation DANGER In Germany and several other countries, the transportation of implements mounted on the tractor on public roads and routes is approved up to a width of 3.0 m. Transport of a combination over 3.0 m wide is only permitted on a transport vehicle in these countries.
Page 186: Legal Regulations And Safety
Transportation 17. Switch on the warning beacon and check operation before driving off ......Page 186 Legal regulations and safety When driving on public streets or roads, 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 of the industrial injury mutual insurance organisation).
Page 187 Transportation Before driving off, 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  the warning signs and yellow reflectors must be clean and undamaged ...
Page 188 Transportation WARNING Risk of crushing, cutting, being caught and/or drawn in, or impact from tipping and insufficient stability.  Drive in such a way that you always have full control over the tractor with the attached machine. In so doing, take your personal abilities into account, as well as the road, traffic, visibility and weather conditions, the driving characteristics of the tractor and the connected or coupled implement.
Page 189 Transportation WARNING During road transport, risk of stabbing injuries to other road users from uncovered, sharp spring tines of the exact following harrow! Road transport without a correctly fitted road safety bar is forbidden when the implement is equipped with an exact following harrow. WARNING Risk of stabbing from transporting with outer harrow elements folded out!
Page 190: Use Of The Implement
Use of the implement Use of the implement When using the implement, observe  Section "Warning symbols and other labels on the implement", page 20  Section "Dangers in case of non- compliance with the safety instructions", page 28. Observing these sections is important for your safety.
Page 191: Initial Operation
Use of the implement 10.1 Initial operation Before initial commissioning Specialist Check and perform maintenance on the hydraulic hose lines. Section 12.9.8 workshop This inspection has to be recorded by the operator. After the first 10 operating hours Specialist Check and perform maintenance on the hydraulic hose lines. Section 12.9.8 workshop This inspection has to be recorded by the operator.
Page 192: Moving The Implement From Transport Into Working Position
Use of the implement 10.3 Moving the implement from transport into working position 1. Move the road safety bar of the exact following harrow to the parking position ... Page 184 2. Move the exact following harrow into working position ..........Page 174 3.
Page 193 Use of the implement 4. Check all of the implement settings, see section "Settings", page 141. 5. Instruct any people in the area to stand at a minimum distance of 20 m from the implement. 6. Release the transport lock for the track markers see "Soil tillage implement"...
Page 194: During Operation
Use of the implement 10.5 During operation 10.5.1 Overview of checks during operation Time interval Inspection Section Page  after the first 30 to 50 m travelled at working speed have been covered with RoTeC 8.6.1  after changing from light to heavy Check the seed soil and vice-versa placement...
Page 195: Turning At End Of The Field
Use of the implement 10.5.2 Turning at end of the field DANGER After turning, with the corresponding pre-selection on the control terminal and when the tractor control unit is actuated, the opposite track marker is moved to the working position. 1.
Page 196: Track Marker
Use of the implement 10.5.3 Track marker Raise the active track marker in the field before passing obstacles. Raising the track marker makes the tramline counter advance. Advancing of the tramline counter can be disabled,  see "AmaDrill 2" operating manual ...
Page 197: End Of Work On The Field
Use of the implement 10.5.4 End of work on the field Move the seeding combination into transport position, see section 9.1, page 185. DANGER Fold and secure the track markers, see "Soil tillage implement" operating manual. Unsecured track markers could unintentionally move to the working position and cause serious injury.
Page 198: Emptying The Seed Hopper And Seed Housing
Use of the implement 10.6 Emptying the seed hopper and seed housing CAUTION Before working on the implement  couple the pack top seed drill and the soil tillage implement  lower the implement combination onto level solid ground  apply the tractor parking brake ...
Page 199 Use of the implement 5. Leave the bottom flap lever (Fig. 256/1) in the same hole group (Fig. 256/2) as during the last seeding operation. 6. Guide the metered seed into the collection buckets. 6.1 Push the lever (Fig. 256/3) down to the stop in the elongated slot.
Page 200 Use of the implement 8. Rotate the bottom flap lever (Fig. 259/1) across the group of holes (Fig. 259/2).  Open the bottom flaps.  The metered seed flows into the collection bucket. 9. Set the bottom flap lever in the group of holes (Fig.
Page 201 Use of the implement 13. Clean the seed hopper and seed housing. 14. Push the collection bucket (Fig. 262/1) into the bracket with the opening facing down. Fig. 262 15. Lock the bottom flap lever (Fig. 263/1) in hole 8 if the implement will be parked for a longer period.
Page 202: Faults
Faults Faults WARNING Danger of crushing, shearing, cutting, being caught or drawn in, winding and knocks through:  unintentional lowering of the implement raised using the tractor's 3-point hydraulic system  unintentional lowering of raised, unsecured implement parts  unintentional start-up and rolling away of the tractor- implement combination.
Page 203: Residual Seed Quantity Display
Faults 11.1 Residual seed quantity display A visual and acoustic warning is given when the residual quantity in the hopper is undercut (when the fill level sensor is correctly set). The residual quantity should be large enough to prevent fluctuations in the seed rate. 11.2 Deviations between the set and actual seed rate Possible causes that can lead to a deviation between the set and actual seed rate:...
Page 204: Cleaning, Maintenance And Repairs
Cleaning, maintenance and repairs Cleaning, maintenance and repairs 12.1 Safety WARNING Danger of crushing, shearing, cutting, being caught or drawn in, winding and knocks through:  unintentional lowering of the implement raised using the tractor's 3-point hydraulic system  unintentional lowering of raised, unsecured implement parts ...
Page 205 Cleaning, maintenance and repairs WARNING Risk of crushing, shearing, cutting, being caught and/or drawn in, or impact through unprotected danger points.  Mount protective equipment, which you removed when cleaning, maintaining and repairing the implement.  Replace defective protective equipment with new equipment. ...
Page 206: Cleaning The Machine
Cleaning, maintenance and repairs 12.2 Cleaning the machine DANGER Dressing dust is toxic and must not be inhaled or come into contact with the body. Wear protective clothing, breathing mask, safety glasses and gloves  when filling the implement  when emptying the hopper and metering unit ...
Page 207 Cleaning, maintenance and repairs The pictogram serves as a reminder never to aim the cleaning jet of the (hot water) high pressure cleaner directly on  electrical components  lubrication points and bearings  the rating plate, warning symbols, stickers and design foils.
Page 208: Shutdown Of The Implement Over A Long Period Of Time
Cleaning, maintenance and repairs 12.3 Shutdown of the implement over a long period of time Before parking the implement for a longer period of time  Set the placement depth to "0" (only pack top seed drills with TwinTeC double disc coulters, see section "Adjusting and checking the seed placement depth", page 164.
Page 209: Setting And Repair Work (Specialist Workshop)
Cleaning, maintenance and repairs 12.4 Setting and repair work (specialist workshop) 12.4.1 Opening and closing the function flap 1. Open the function flap (Fig. 266/1) with the central key (Fig. 266/2). 1.1 Insert the central key in the hexagon. Fig. 266 1.2 Briefly turn clockwise (in the direction of the arrow) until the function flaps opens.
Page 210: Opening And Closing The Cover
Cleaning, maintenance and repairs 12.4.2 Opening and closing the cover WARNING The cover (Fig. 268/1) protects the rotating metering devices. The cover should only be opened for setting and repair work. After the setting work, close the cover and allow the lock to engage. 1.
Page 211: Tramline Control
Cleaning, maintenance and repairs 12.5 Tramline control Each metering wheel (Fig. 270/1) has a hexagon socket screw (Fig. 270/2). When the hexagon socket screw latches into the groove of the seeding shaft (SS), the metering wheel is driven by the seeding shaft. Fig.
Page 212 Cleaning, maintenance and repairs Installation position The metering wheel (1) is coupled with the seeding shaft gear wheel (2) Lay shaft gear wheel (3) in parking position The seeding shaft (SS) is driving the metering wheel (1) The countershaft (LS) is driving the metering wheel (1) ...
Page 213: Folding Down The Countershaft
Cleaning, maintenance and repairs 12.5.1 Folding down the countershaft 1. Switch off the control terminal. 2. Open the cover, see section 12.4.2, page 210. The countershaft bearings (Fig. 273/2) keep the countershaft (Fig. 273/1) in working position. Fig. 273 3. Hold the countershaft tightly and open all of the countershaft bearings (Fig.
Page 214: Folding Up The Countershaft
Cleaning, maintenance and repairs 12.5.2 Folding up the countershaft 1. Fold up the countershaft (Fig. 275/1). 2. Mesh together the gear wheel pairings (Fig. 275/2) of the drive spur gear on the seeding shaft with the spur gear of the wrap spring clutch.
Page 215: Setting The Tramline Track Width
Cleaning, maintenance and repairs 12.5.3 Setting the tramline track width If not ordered otherwise, the track width (Fig. 277/a) of the tramline is set to 1.80 m. Fig. 277 If the track width should be changed, the old tramline metering wheels (Fig. 278/1) must be converted to metering wheels and old metering wheels to tramline metering wheels, depending on the required track width.
Page 216: Setting The Tramline Wheelmark Width
Cleaning, maintenance and repairs 12.5.4 Setting the tramline wheelmark width If not ordered otherwise, the wheelmark width (Fig. 279/a) is created by switching off 3 adjacent tramline metering wheels. A maximum of 5 tramline metering wheel can be switched off on each side of the implement. Fig.
Page 217: Conversion Of A Metering Wheel To A Tramline Metering Wheel
Cleaning, maintenance and repairs 12.5.5 Conversion of a metering wheel to a tramline metering wheel Each tramline metering wheel (Fig. 281/1) is connected to the seeding shaft with a gear wheel (Fig. 281/2). The gear wheel (Fig. 281/2) is driven by a gear wheel (Fig. 281/3) on the countershaft.
Page 218 Cleaning, maintenance and repairs For quick installation, the gear wheels (Fig. 284/1) on the seeding shaft have two parts. Screw the two halves of the gear wheel (Fig. 284/2) onto the seeding shaft with 2 bolts (Fig. 284/3) and couple with the tramline metering wheel (Fig.
Page 219: Conversion Of A Tramline Metering Wheel To A Metering Wheel
Cleaning, maintenance and repairs 12.5.6 Conversion of a tramline metering wheel to a metering wheel The gear wheels on the countershaft drive the gear wheels of the tramline metering wheels. If a tramline metering wheel should be converted to a metering wheel, the gear wheel pairing on the countershaft and on the seeding shaft are removed.
Page 220: Conversion Of A Tramline Metering Wheel To A Metering Wheel By Removing The Gear Wheel Pairing From The Lay Shaft And Seeding Shaft
Cleaning, maintenance and repairs 12.5.6.2 Conversion of a tramline metering wheel to a metering wheel by removing the gear wheel pairing from the lay shaft and seeding shaft 1. Fold down the lay shaft see section 12.5.1, page 213. 2. Remove the gear wheel pairing (Fig. 289/1) on the countershaft and on the seeding shaft.
Page 221: Changing The Metering Wheel
Cleaning, maintenance and repairs 12.6 Changing the metering wheel This section describes the changing of fine and coarse metering wheels for bean wheels and vice- versa. Changing of the metering wheels depends on the seeding shaft drive and is described in 2 sections: ...
Page 222 Cleaning, maintenance and repairs Do not adjust the hexagon socket screw (Fig. 294/1) of the metering wheels. They have a slight circumferential backlash in the seeding shaft groove. The tramline metering wheels can rotate freely on the seeding shaft. Fig. 294 Removing the right half of the seeding shaft 4.
Page 223 Cleaning, maintenance and repairs Removing the left half of the seeding shaft 7. Remove the bolt (Fig. 297/1). The bolt secures the left half of the seeding shaft (Fig. 297/2) axially. Fig. 297 8. You can access the bolt (see above) more easily if you remove the locking mechanism (Fig.
Page 224 Cleaning, maintenance and repairs 11. Fold down the cleaning flaps (Fig. 300/1). 11.1 The cleaning flap is released when pressing on the raised surface (see arrow). 12. Change the metering wheels in the seed housings. Fig. 300 The fine and coarse metering wheels are illustrated (Fig.
Page 225 Cleaning, maintenance and repairs 13. The seeding shaft is installed in the reverse sequence. 14. Check that the hexagon socket screws (Fig. 303/1) of the metering wheels is properly seated. Important: The hexagon socket screws (Fig. 303/1) of the metering wheels have a slight circumferential backlash in the seeding shaft groove.
Page 226: Changing The Metering Wheel - Seeding Shaft Drive With One Or Two Electric Motors
Cleaning, maintenance and repairs 12.6.2 Changing the metering wheel - Seeding shaft drive with one or two electric motors This section describes the changing of the metering wheels when the seeding shaft is driven by one or two electric motors. 1.
Page 227 Cleaning, maintenance and repairs Do not adjust the hexagon socket screw (Fig. 307/1) of the metering wheels. They have a slight circumferential backlash in the seeding shaft groove. The tramline metering wheels can rotate freely on the seeding shaft. Fig. 307 Removing the seeding shaft half that is driven via the coupling 6.
Page 228 Cleaning, maintenance and repairs Removing the seeding shaft half that is driven by the electric motor 9. Loosen the hexagon socket screw (Fig. 310/1) of the tensioning bearing. Fig. 310 10. Loosen the hexagon socket screw (Fig. 311/1) of the seeding shaft coupling. Fig.
Page 229 Cleaning, maintenance and repairs 12. Remove the cleaning flaps (Fig. 313/1). 12.1 The cleaning flap is released when pressing on the raised surface (see arrow). 13. Change the metering wheels in the seed housings. Fig. 313 The fine and coarse metering wheels are illustrated (Fig.
Page 230 Cleaning, maintenance and repairs 14. The seeding shaft is installed in the reverse sequence. 15. Check that the hexagon socket screws (Fig. 316/1) of the metering wheels is properly seated. The hexagon socket screws (Fig. 316/1) of the metering wheels have a slight circumferential backlash in the seeding shaft groove.
Page 231: Repositioning The Bevel Gears In Star Wheel Gearbox 1
Cleaning, maintenance and repairs 12.7 Repositioning the bevel gears in star wheel gearbox 1 The installation position of the bevel gear pairings is marked with the numbers 1 and 2, see Fig. 317. Installation position 1: Bevel gear (Z=30) on the star wheel shaft Bevel gear (Z=15) on the drive shaft Installation position 2: Bevel gear (Z=15) on the star wheel shaft...
Page 232 Cleaning, maintenance and repairs 3. Exchange the bevel gears (Fig. 320/1) among each other. Fig. 320 3.1 Knock out the dowel pins (Fig. 321/2). 3.2 Pull out the star wheel shaft (Fig. 321/3). 3.3 Exchange the bevel gears (Fig. 321/1) among each other.
Page 233: Lubrication
Cleaning, maintenance and repairs 12.8 Lubrication The lubrication points on the implement are marked with the symbol (Fig. 323). Carefully clean the grease nipple and grease gun before lubrication so that no dirt is pressed into the bearings. Press the dirty grease completely into the bearings and replace it with new grease.
Page 234: Maintenance Schedule
Cleaning, maintenance and repairs 12.9 Maintenance schedule Carry out maintenance work when the first interval is reached. The time intervals, kilometre readings or maintenance intervals specified in any third party documentation supplied shall have priority over the maintenance schedule. Before each start-up (daily) Visual inspection of the upper and lower link pins Section 12.11.1 Check the hydraulic hose lines for visible defects, damage,...
Page 235: Checking And Readjusting The Twintec Disc Bearings
Cleaning, maintenance and repairs 12.9.1 Checking and readjusting the TwinTeC disc bearings Adhere to the inspection intervals, see section "Maintenance schedule", page 234. 12.9.1.1 Checking the TwinTeC disc bearing The seeding discs (Fig. 325/1) touch slightly. The disc bearings are properly adjusted if when turning one disc manually, the second disc also turns and both discs rotate smoothly.
Page 236 Cleaning, maintenance and repairs Only TwinTeC coulters with plastic bearing housings (Fig. 327/3): 6. Screw the seeding disc (Fig. 327/1) onto the bearing housing (Fig. 327/3) with countersunk head bolts (Fig. 327/2) (tightening torque: 17 Nm). Fig. 327 Only TwinTeC coulters with steel bearing housings (Fig.
Page 237: Dismounting The Twintec Seed Line
Cleaning, maintenance and repairs 12.9.2 Dismounting the TwinTeC seed line The seed line is inserted in the rotation lock (Fig. 329/1) and is fastened with a hexagon bolt (Fig. 329/2). It is not necessary to dismount the seeding discs to remove the seed line.
Page 238: Checking / Replacing The Twintec Baffle Lip
Cleaning, maintenance and repairs 12.9.4 Checking / replacing the TwinTeC baffle lip Adhere to the inspection intervals, see section "Maintenance schedule", page 234. Checking the baffle lip Check the baffle lip (Fig. 332/1) for wear. Replace worn baffle lips. Replacing the baffle lip 1.
Page 239: Checking / Readjusting / Replacing The Twintec Scraper
Cleaning, maintenance and repairs 12.9.6 Checking / readjusting / replacing the TwinTeC scraper Adhere to the inspection intervals, see section "Maintenance schedule", page 234. Checking the roller scraper The distance between the press roller and the scraper is approx. 5 mm over the entire perimeter of the press roller.
Page 240: Check The Chain Tension
Cleaning, maintenance and repairs 12.9.7 Check the chain tension Adhere to the inspection intervals, see section "Maintenance schedule", page 234. 1. Open the function flap see section 12.4.1, page 209. 2. Relieve the chain drive. 3. Pull the chain down in the marked area. 4.
Page 241: Inspection Criteria For Hydraulic Hose Lines
Cleaning, maintenance and repairs 12.9.8 Inspection criteria for hydraulic hose lines Check the hydraulic hose lines based on the maintenance schedule (page 234) as follows:  Damage to the outer layer up to the ply (e.g. scouring points, cuts, cracks). ...
Page 242: Identification Of Hydraulic Hose Lines
When installing or removing hydraulic hose lines, observe the following safety instructions:  Only a specialist workshop may perform work on the hydraulic system.  Use only genuine AMAZONE hydraulic hose lines!  Ensure cleanliness.  As a matter of principle, you must install the hydraulic hose lines such that, in all implement situations, ...
Page 243  Replace the hydraulic hose lines if they are damaged or worn. Use only genuine AMAZONE hydraulic hose lines!  The hydraulic hose lines should not be used for longer than 6 years, including any storage time of maximum 2 years. Even with proper storage and approved use, hoses and hose connections are subject to natural aging, thus limiting the duration of use.
Page 244: Visual Inspection Of The Upper And Lower Link Pins
Cleaning, maintenance and repairs 12.11.1 Visual inspection of the upper and lower link pins WARNING Risk of contusions, catching, and knocks when the implement unexpectedly releases from the tractor! Check the upper and lower link pins for visible defects whenever the implement is coupled.
Page 245 Cleaning, maintenance and repairs The tightening torques listed in the following table do not apply for coated bolts. If coated bolts are fitted, you can find the tightening torques beside the instruction. 10.9 12.9 M 8x1 M 10 16 (17) M 10x1 M 12 18 (19)
Page 246: Hydraulic Diagram
Hydraulic diagram Hydraulic diagram 13.1 Hydraulic diagram Cataya 3000/4000 Super Fig. 338/… Designation 0010 Tractor 0020 Marking blue 2 0030 Marking blue 1 0040 Marking yellow 1 0050 Marking green 2 0060 Marking green 1 0100 Coulter pressure/coulter lift locking block 0110 Harrow pressure locking block 0120...
Page 247 Hydraulic diagram Fig. 338 Cataya Super BAH0087-11 01.19...
Page 248: Hydraulic Diagram Cataya 3/4000 Super With Comfort Hydraulic System
Hydraulic diagram 13.2 Hydraulic diagram Cataya 3/4000 Super with Comfort hydraulic system Fig. 338/… Designation 0010 Tractor 0040 Marking yellow 1 0050 Marking green 2 0060 Marking green 1 0070 Marking red T 0100 Coulter pressure/coulter lift locking block 0110 Harrow pressure locking block 0120 Coulter pressure max.
Page 249 Hydraulic diagram Fig. 339 Cataya Super BAH0087-11 01.19...
Page 252 H. DREYER GmbH & Co. KG Postfach 51 Tel.: + 49 (0) 5405 501-0 D-49202 Hasbergen-Gaste email: amazone@amazone.de Germany http:// www.amazone.de...

This manual is also suitable for:

Cataya 4000 super

Amazone Cataya 3000 Super Operating Manual

1 User Information

2 General Safety Instructions

3 Loading and Unloading the Implement Upon Delivery

4 Product Description

5 Layout and Function

6 Start-Up

7 Coupling and Uncoupling the Implement

8 Settings

9 Transportation

10 Use of the Implement

11 Faults

12 Cleaning, Maintenance and Repairs

13 Hydraulic Diagram

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