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Tume SUPER NOVA COMBI 3000 User Manual

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3/2023 F
USER MANUAL
SUPER NOVA COMBI 3000
SUPER NOVA COMBI 4000
SEED DRILL
Starting from serial number BJ-53884
All rights to structural changes reserved
Read the manual before operating the machine!
Translation
1

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  • Page 1 3/2023 F USER MANUAL SUPER NOVA COMBI 3000 SUPER NOVA COMBI 4000 SEED DRILL Starting from serial number BJ-53884 All rights to structural changes reserved Read the manual before operating the machine! Translation...
  • Page 3 Name: Heimo Valli Address: Sudenkorventie 1, FI-14200 Turenki Hereby declares that Seed drills Super Nova Combi 3000 and Super Nova Combi 4000 Serial number __________ • are in compliance with the applicable decrees of the Machine Directive (2006/42/EC) and in addition declares, that •...

  • Page 4: Table Of Contents

    Hydraulic connections ....................14  5.6  Electric connections ..................... 15  5.6.1  ISOBUS -tractors ....................15  5.6.2  Tume -harness connection ................... 15  5.6.3  Tume -harness’s terminal ..................17  5.6.4  Electrically controlled up and down limits for lifting ..........18  5.6.5  Fuses ........................18 ...
  • Page 5 8.2.6  Transmission cassette, seed ................24  8.2.7  Calibration troughs ....................24  9.  SEEDING DEPTH ADJUSTMENT ..................24  9.1  Coulter pressure’s effect to the seeding depth ............26  10.  REAR HARROW ADJUSTMENT ..................26  11.  USER INTERFACE ......................28  11.1  Settings ........................28  11.1.1 ...
  • Page 6 14.  OPTIONAL EQUIPMENT ....................57  14.1  Row markers ........................ 57  14.1.1  Row marker installation ..................59  14.2  Small seed / start fertilizer unit ..................61  14.2.1  Using for seeding small seeds ................61  14.2.2  Using for seeding start fertilizer ................61  14.3 ...

  • Page 7: To The Machine Operator And Those In Charge Of The Machinery

    1. TO THE MACHINE OPERATOR AND THOSE IN CHARGE OF THE MACHINERY We wish you the best of success with your TUME seed and fertilizer sower. Instruction in this manual gives the guidance for correct use, adjustments, maintenance and storage of the Tume Super Nova Combi.
  • Page 8 ISOBUS connector. Contact to your tractor dealer or manufacturer how to install power cable to your tractor and ask for an authorized mechanic to install the power cable with suitable and safe way. Tume-Agri Oy shall not be liable for any damage resulting from improperly connected or damaged cable.

  • Page 9: Machine Application

    Using the machine only for fertilizing. Tume Nova Combi can also be used for fertilizer placement only. Fertilizer in this case will be filled into the fertilizer or seed container or to both. Special instructions related to the mere fertilizer placement are quite consistent with the instructions of the previous section.

  • Page 10: General Guidance For Sowing

    4. GENERAL GUIDANCE FOR SOWING Coulter features in sowing Nova Combi is equipped with 2-disc coulters, where the right and left discs have different diameters. The first disc essentially determines the seed sowing depth and the larger disc creates a bit deeper groove for the fertilizers. Machine is also available with same size discs. With that option seeds and fertilizers goes to the same depth.

  • Page 11: Commissioning The Machine

    chambers. Exercise caution when pushing the troughs into place. Hold them in an absolutely straight line in terms of the machine. If a trough is pushed strongly so that its head is directed upwards, the trough can hit one of the feeder chambers and damage them. Be careful while taking the sieves out from the hopper.

  • Page 12: Drawbar Installation

    quick latches which are in the front edge of the sledge. By adjusting the latch to the lowest notches, the maximum sowing depth can be achieved. Respectively, by adjusting the latch i.e. to the upper notches sowing can be done to soil surface. Adjusting seeding depth is described completely in chapter 9.

  • Page 13: Connecting The Machine To Tractor

    Drawbar cylinder installation when machine is connected to a tractor hitch or wheel packer. Picture 4. Drawbar cylinder is connected to the rear hole if machine is connected directly to the tractor trailer hitch or wheel packer. Drawbar cylinder installation when machine is connected to the CultiPack.

  • Page 14: Hydraulic Connections

    Hydraulic connections Standard Super Nova Combi lift/lower hydraulics are connected to single action valve. Drawbar cylinder needs its own double action valve. Free return must not have counter pressure and it is best to connect directly to tank. NOTE! Too big counter pressure in free return slows down rear harrow’s downwards movement or can prevent it completely from going down.

  • Page 15: Electric Connections

    Picture 6. Machine’s ISOBUS connector. Machine has own plug for its rear lights. Connect it to tractors light socket. 5.6.2 Tume -harness connection In case there is no ISOBUS connector, the power is taken directly from tractor battery with power cable delivered with the Super Nova Combi.
  • Page 16 On the other end of the cabin harness there is a connector for seed drill’s power (X12V), which is connected to the power cable connector X12V. To the seed drill power goes through connectors A1.1 and A1.2. Same connectors are used for data, lights and cameras.

  • Page 17: Tume -Harness's Terminal

    Power light on/off Picture 8 b. Tume -harness’s terminal. DX1 connector is connected behind the terminal. Terminal doesn’t have connectors for cameras. NOTE! Do not turn off terminal’s (picture 8 b) power off by removing 3-pin power plug. Turn first S1 off and wait until power light goes off from the terminal. Terminal has shut off then.

  • Page 18: Electrically Controlled Up And Down Limits For Lifting

    System stores programs, settings and measured values even the power is switched off. After power blackout it is recommended to check feeding rate adjustments and tramline settings. When machine is stopped for a longer period, e.g. overnight, power should be switched off with main power switch (S1).

  • Page 19: Fillling The Hoppers

    6. FILLLING THE HOPPERS When starting the sowing, it is recommended that the machine is transferred to the field empty. Fertilizers and seed are brought to the field, for example, with a trailer, and the filling of the seed drill is done on the edge of a field. If the machine must be filled far away from the field to be sown, the transfer drive with full container loads should be done with caution.

  • Page 20: Draining The Seed Hopper

    NOTE! Calibration buttons work only when seeding menu or calibration menu is visble in the terminal. Draining valve. Draining valve. Calibration buttons. Draining pipe. Push draining pipe to draining hole and twist. On the tip of the pipe there is a bolt which prevents pipe from falling off.

  • Page 21: Feeding Units

    Picture 12. Speed and area sensors left and right. NOTE! Clean sensors and notched plate in case soil piles up to them, e.g. if machine sinks to soft soil. 8.2 FEEDING UNITS The fertilizer feeding devices are equipped with spiral rollers and seed feeders are pin rollers. Each unit has bottom flap and closing plate.

  • Page 22: Closing Plates

    8.2.2 Closing plates Between each feeding unit and hopper bottom there is a closing plate (picture 13). Plates are usually kept completely open. Single feeding units can be disabled by pushing the closing plate completely inside the feeding chamber. Closing feeding units can be an option if for example every second coulter is wanted to use for seeding.

  • Page 23: Adjustments On The Sides Of The Machine

    Adjustments on the sides of the machine Picture 18. Machine’s left cover open. 1. Lever for calibration/seeding mode. In the picture lever is in seeding mode. 2. Bottom flap adjustment lever, fertilizer. 3. Bottom flap adjustment lever, seed. 4. Calibration buttons and external power plug. 5.

  • Page 24: Calibration Buttons And External Power Plug

    8.3.4 Calibration buttons and external power plug Pressing calibration button (4. picture 18) rotates fertilizer / seed / small seed feeding rollers for the calibration test. Under the buttons there is a 3-pin plug which can give max 5 A power. You can use this for example for extra work light installations.
  • Page 25 Seeds and fertilizers are sown through the same coulters. Fertilizer is guided to the ground into the deeper groove, this is done by the bigger disc, and seed to the upper groove which is made by the smaller disc (picture 20). Distance between fertilizer and seed cannot be changed. Picture 20.

  • Page 26: Coulter Pressure's Effect To The Seeding Depth

    9.1 Coulter pressure’s effect to the seeding depth Coulter pressure affects if the set seeding depth is achieved or not. When the machine has been lowered almost to its lowest position, the tension springs creating the coulter pressure start to tighten.
  • Page 27 Harrow tines can be adjusted in sideways direction. In addition, the working angle can be adjusted. Sideways direction will be adjusted in such a way that the tines travel between the earth wall left between the supporting wheels and wheel track. Whenever the angle adjustment is changed afterwards, the working depth must also be checked.

  • Page 28: User Interface

    USER INTERFACE In the start menu you can find two menus, seeding and settings. Notice that the user interface’s layout may look different than in this manual due to different terminals. Seeding menu Settings 11.1 Settings 11.1.1 11.1.2 11.1.3 Return In the ALARM CONTROL menu you can select on or off the following: Tank Fert Fertilizer hopper level monitoring...

  • Page 29: Total Area, Worktime, Tire And Height Setting, Simulated Speed Etc

    11.1.1 Total area, worktime, tire and height setting, etc. 1. Body position. Position sensor’s min and max settings. 2. Forwarding by one wheel rotation. Default value 262 cm. Affects to the feeding and measured speed and area. DO NOT CHANGE THESE VALUES WITHOUT A SPECIFIC REASON! 3.

  • Page 30: Diagnostics

    8, 9, 10. Feeding rate offset. Feeding accuracy can be adjusted + / - 20 % from factory setting. This feature can compensate individual differences. For example, if the machine is seeding 5 % less in some circumstances, the difference can be compensated by setting the value to +5 %.

  • Page 31: Seeding Menu

    11.2 Seeding menu 2.1, 2.2 Picture 26. Seeding menu. User interface icons: 1. Area, work time and seed amount 12. Alarm acknowledgment meters, 6 pcs. 13. Pole lift 2. Tramlines 14. Half lift 2.1 and 2.2. Tramline step quick buttons 15.

  • Page 32: Area-, Work Time And Seeding Amount Meters 6 Pcs

    11.2.1 Area-, work time and seeding amount meters 6 pcs There is six area, work time and seeding amount meters. By pressing the area meter icon for a short time, area meter menu will open. Area meters can be activated by pressing the ACT button next to the Area button.

  • Page 33: Isobus Task Controller Icons

    Pressing the tramline settings icon (icon 2, picture 26) opens tramline settings. Upper number shows distance between tramlines. In the picture above it is 20 m. Lower numbers, 1 / 5 in the picture, the first number shows the current way line and the second the total number of way lines ( = how often the tramlines are made).
  • Page 34 In Super Nova Combi ISOBUS task controller can be used to save data of area, work time and calculated amount of sown seed and fertilizer (TC). to adjust seeding rates with a prescription map (GEO) for section control (SC) Features (TC, GEO, SC) in use are shown on yellow background. Not active features are shown on grey background.
  • Page 35 Feeding rate Feeding rate commanded by the commanded by the task controller is user is shown on shown on yellow grey background. background. 11.2.3.2 TC SC functionality TC SC (Section Control) is taken to use from tractor’s terminal. See tractor’s user manual how to do that.

  • Page 36: Coulter Pressure Adjustment, Height Data And Active Feeding Rate

    11.2.4 Coulter pressure adjustment, height data and active feeding rate Half lift limit. Coulter Coulter pressure on (Green line). pressure. chart (Red line). Decrease Increase coulter coulter pressure. pressure. Machine height indicator. Fertilizer feeding rate, which is in Seed feeding rate, which is in use now, kg/ha.

  • Page 37: Ritsi -Marking

    11.2.5 Ritsi -marking Ritsi marking OFF. Ritsi marking ON. Ritsi marking means that the tramline locations are also marked mechanically to the field. This function is needed when sowing plants which need spraying before the plant has reached the surface. Actual tramlines are not yet visible then. This is done using row markers.

  • Page 38: Marker, Left, L

    Right fertiliser, seed, or small seed unit motor turned manually of, or not on bus. Right fertiliser, seed, and small seed unit motor in use. Right fertiliser, seed, and small seed unit motor in use, but stopped by the task controller (TC-SC).

  • Page 39: Return

    When marker automatic function is on, the marker which goes down changes each time when machine is put down. More about markers in section14.1 Row markers. 11.2.11 Return Return to previous screen. 11.2.12 Alarm acknowledgement No alarms. Alarm. Pressing the icon alarm sound turns off. Alarm can happen when e.g. seed or fertilizer level goes below the hopper level sensor.
  • Page 40 Half lift on. Rear harrow stays in the position where it was when this function was activated, up or down. When liftin the machine, its stops to the set limit. Activating the half limit the rising height of the machine can be limited. This can make e.g. work in headlands faster.

  • Page 41: Setup

    11.2.15 SETUP Calibration test results are saved in SETUP. There are three memory spots for fertilizer 2 and 3, three memory spots for seeds 1, 2 ja 3. And one for small seeds (optional). Calibration test results are saved to these memory spots. For example wheat to 1, barley to 2 and rape seed to 3.

  • Page 42: Power Plug Operation

    11.2.17 Power plug operation Button is used to turn on or off the power supply to the 3-pin plug under the calibration test buttons. 12 V max 5 A. Power on. Power off. This power plug can be used e.g. as a power supply for extra work lights. 11.2.18 Seeding profile settings Seeding profile values can be changed freely in each of the three profiles 1, 2 and 3.

  • Page 43: Seeding Profiles 3 Pcs

    11.2.19 Seeding profiles 3 pcs There is three seeding profiles in which you can save the fertilizer and seed seeding amounts and coulter pressure. Small seed/start fertilizer is optional. You can change between the profiles e.g. between the fields or in the field between different soil types.

  • Page 44: Speed Display

    Rotation monitoring sensors are located at the end of each feeding shaft. 11.2.21 Speed display During the work the speed measured by the machine is shown on the screen. Normally the speed is measured from the rear wheels. Speed data is required to adjust sowing amount according to the driving speed.

  • Page 45: Hopper Level Monitoring

    11.2.22 Hopper level monitoring Fertilizer hopper level monitoring activated and fertilizer in the hopper. Fertilizer hopper lever monitoring activated. Hopper nearly empty → Alarm! Fertilizer hopper level monitoring not activated. Seed hopper level monitoring activated and seed in the hopper. Seed hopper lever monitoring activated.

  • Page 46: Prestart - Corner Seeding

    11.2.23 Prestart – corner seeding Using the Prestart -function the seeding can be started immediately from the corner of the field. Button is located in the seeding menu (picture 2). By pressing the button, feeding motors start to rotate with set time and speed, even the machine is not moving forwards.

  • Page 47: Calibration

    12. CALIBRATION 12.1 Preparations for the calibration test Before calibration test, the seed drill must be adjusted according to the seed and fertilizer about to be sown. _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 1.
  • Page 48 4. Make sure that closing plates are completely open and tramline device is turned off. Check also that proper filler plates are installed to the seed feeding units. Do not use filler plates with grains or caraway! Closing plate. Filler plate. Small seeds. Filler plate.
  • Page 49 Bottom flap setting Adjustment to both Motor Feeding shaft. sides of the machine according to seed size. Cassette and its gear ratio Recommended transmissions Notification that you Filler plate for different amounts and seed need to select the same according to the types.
  • Page 50 6. Add seed and fertilizer enough to the hoppers so that each feeding unit is well covered. _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 7.

  • Page 51: Calibration Test For The Fertilizer

    12.2 Calibration test for the fertilizer After you have made the preparations for the calibration test (section 12.1) you can perform the calibration test. Make sure you have the same setting for transmission in the software and in the seed drill.
  • Page 52 In the terminal, check that “Axle revolutions” is more than 0,0. In the terminal, press the number field “Insert Measurement” and give the weighing result in grams (g). The controller calculates the result in grams per revolution from the amount entered and it remains valid in the selected memory spot.

  • Page 53: Calibration Test For The Seeds

    12.3 Calibration test for the seeds After you have made the preparations for the calibration test (section 12.1) you can perform the calibration test. Make sure you have the same setting for transmission in the software and in the seed drill.
  • Page 54 In the terminal, check that “Axle revolutions” is more than 0,0. In the terminal, press the number field “Insert Measurement” and give the weighing result in grams (g). The controller calculates the result in grams per revolution from the amount entered and it remains valid in the selected memory spot.

  • Page 55: Calibration Test For Small Seed / Star Fertilizer Unit (Optional Equipment)

    12.4 Calibration test for small seed / star fertilizer unit (optional equipment) Do the chapter “12.1 Preparation for the calibration test”, with the following exceptions. Make sure you have the same setting for transmission in the software and in the seed drill. Filler plates are used in the feeding units if very small amounts will be sown.
  • Page 56 Choose icon g/rev. A grey menu will open. _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Press seed calibration button to rotate seed feeding shaft.

  • Page 57: Field Test

    100 to get the resulting seed amount in kg/ha. 14. OPTIONAL EQUIPMENT TUME develops its machines and accessories constantly. If accessories are wanted for the older machines, it is useful to ensure the compatibility by contacting the manufacturer representatives.
  • Page 58 turns. If Ritsi -function is activated, both markers will go down on the next way line after the tramlines were made. Other marker marks the place of the tramlines to the field and other marks the guiding line for the next drive line. Ritsi-function.

  • Page 59: Row Marker Installation

    Picture 29. Marker length adjustment. Making sharp turns while markers are down can damage markers! 14.1.1 Row marker installation 1. Install marker frame to drill frame with four M16x160 screws (a). 2. Install marker arm to the frame. M16x100 screw (b) works as a joint and M8x90 as a share bolt (c).
  • Page 60 3. Install disc arm to marker arm. Length and angle can be adjusted after loosing the screws (d). Adjust and tighten the screws. Then angle of the disc should be so that it throws soil towards the machine. 4. Install other side same way. 5.

  • Page 61: Small Seed / Start Fertilizer Unit

    14.2 Small seed / start fertilizer unit The unit is the same in both cases. As small seed unit seeds are guided and spread through the hoses in front of the rear wheels. If used as start fertilizer unit, fertilizer is through the hoses to the seed coulters.

  • Page 62: Hydraulic Front Board

    14.3 Hydraulic front board Hydraulic front board can be used to even the soil during sowing. In good conditions seeding directly to a ploughed soil is possible. Hydraulic front board needs one two phased hydraulic output. This way the board can be adjusted during work without affecting to seed drill’s other functionalities.
  • Page 63 Picture 32. Hydraulic front board installation.

  • Page 64: Agitator Shaft

    14.4 Agitator shaft Agitator shafts can be installed to fertilizer, seed, and small seed hopper. Agitator can improve material flow to feeding units with poorly flowing seeds. 14.4.1 Agitator shaft installation 3. Insert shafts inside the hopper. Insert that end of the shaft first which is thinner and do 1.
  • Page 65 6. Install sprocket (j), washer (k), circlip (l) 7. Install chain (n) and tighten the chain and ring pin (m). tensioner (i) so that the chain leaves a bit loose. 8. Install cassette back to its place. Do the same operations to the other side of the machine.

  • Page 66: Wheel Packer

    14.5 Wheel packer If wheel packer is used the drawbar cylinder’s lower end is connected to the rear hole in the drawbar (picture 33). Wheel packer can be left on the ground during transport drive. When reversing, wheel packer must be lifted off from the ground. Detach wheel packer, seed drill combination from tractor only on even surface and make sure that it cannot move.

  • Page 67: Cultipack Disc Cultivator

    14.6 CultiPack disc cultivator Super Nova Combi is connected to CultiPack with a special drawbar (see section 5.3 drawbar installation). Drawbar cylinder’s lower end is connected to front hole of the drawbar. Seed drill’s drawbar is connected to a CultiPack towing point (picture 35). Remember to lock the latch with a pin.

  • Page 68: Removing Coulter Sledge Axial Endplay

    Please check the tightness of all screw connections every 100 hours of use. On a new machine the aforementioned check must be carried out twice every 25 hours of use and after this every 100 hour. Picture 36. Lifting cylinder safety valve closed. NOTE! Transport drive is not allowed with closed safety valves (picture 36).

  • Page 69: Lubrication

    15.2 Lubrication Machine must be lubricated at least once in the season and always after washing. Machine must be lubricated before storage. Coulter disc bearings do not need greasing. ON THE SIDES AND REAR Lubricate cassettes with chain spray. 4 pcs / 50 h. 2 pcs / 50 h 3 pcs / 50 h 2 pcs / 50 h...
  • Page 70 FRONT 1 pcs / 100 h. Lubricate also the thread. 1 pcs / 50 h SNC 3000 – 9 x 5 pcs / 50 h SNC 4000 – 12 x 5 pcs / 50...
  • Page 71 REAR WHEELS SNC 3000 – 2 x 2 pcs / 50 h 1 pcs / 50 h 2 pcs / 50 h SNC 4000 – 3 x 2 pcs / 50 h SNC 3000 – 3 x 4 pcs / 50 h 1 pcs / 50 h 2 pcs / 50 h SNC 4000 –...

  • Page 72: Tire Pressures

    MARKERS (OPTIONAL) 4 pcs / 50 h 4 pcs / 50 h 15.3 Tire pressures Front tires 18x8,5-8 1,5 – 2.0 bar. Rear tires 280/70 R18 1,5 – 2.0 bar. Tire pressures are easiest to check with a tool provided with the machine. Tires have automatic valves, so no separate valve caps need to be removed.

  • Page 73: Front Tire Replacing

    15.4.1 Front tire replacing 1. Lift the machine so that the front tires rise off the ground. 2. Close lift cylinders safety valves! 3. Turn seeding depth adjustment T-lever (a) completely front. 4. Removable screws (b) and (c). 7. Pull wheel arm (d) out from the coulter 5.

  • Page 74: Rear Tire Replacing

    15.4.2 Rear tire replacing 1. Power on. Lift machine up. 2. Close lift cylinders safety valves! 3. Set lifting hydraulics from tractor to float. Machine stays up, but the pressure from the middle cylinders removes. 4. Remove cylinder pins (a) from that wheel arm in which the replaceable tire (x) is.

  • Page 75: Replacing The Coulter Pressure Springs

    15.5 Replacing the coulter pressure springs The machine must be lifted and lowered during replacement. Always lock the safety valves on the lifting cylinders on both sides of the machine between lifting and lowering. DANGER! When the machine is down, the coulter pressure springs are under high tension.

  • Page 76: Coulter Repairs

    15.6 Coulter repairs 15.6.1 Adjusting the disc clearance The clearance of the coulter discs can be adjusted. Worn discs are brought closer together by removing the adjustment shims between the bearing housing and the disc. See figure 1 in the next section.

  • Page 77: Replacing The Rear Coulter Arm

    15.6.3 Replacing the rear coulter arm WARNING! The coulter arms are tensioned with springs against the limiters. To replace the coulter arm, the spring tension must be loosened. Uncontrolled release of spring tension can cause serious damage! The machine must be lifted and lowered during replacement. Always lock the safety valves between lifting and lowering.

  • Page 78: Replacing The Front Coulter Arm / Removing Coulter Sledge

    15.6.4 Replacing the front coulter arm / removing coulter sledge Replacing the front coulter arm is easiest when the whole coulter sledge is detached. WARNING! The coulter arms are tensioned with springs against the limiters. To replace the coulter arm, the spring tension must be loosened. Uncontrolled release of spring tension can cause serious damage! The machine must be lifted and lowered during replacement.
  • Page 79 8. Adjust seeding dept to minimum (front wheel completely down). This helps the sledge to stay upright. Remove parallel 7. Remove spring holders (f) and springs arms (h) from coulter sledge (i). You can (g). now pull the coulter sledge off. 9.

  • Page 80: Hydraulic Circuit

    15.7 Hydraulic circuit...

  • Page 81: Hydraulic Valves

    15.8 Hydraulic valves – Rear harrow free return valve. Allows harrow to float. – Rear harrow operation valve. – Rear harrow lift speed adjustment valve. – Marker lift speed adjustment valve. – Cancel marker valve. Makes delay for the marker rising. –...

  • Page 82: Technical Data

    17. TECHNICAL DATA Type Super Nova Combi Super Nova Combi 3000 4000 Working width (m) Hopper capacity (l) -Full 4000 5500 -Seed, min 1500 2100 -Seed, max 2300 3200 -Fertilizer, max 2300 3200 Base machine weight (kg) -Empty 4100 5150 -Hopper filled with 7100 10200...

  • Page 83: Troubleshooting

    18. TROUBLESHOOTING Problem / alarm  Reason  Solution     Check feeding shaft, feeding units and  Left fertilizer shaft is not  1  transmission cassette. See this table’s point  rotating.  number 5.    Check feeding shaft, feeding units and  2  Left seed shaft is not rotating.  transmission cassette. See this table’s point  number 5.    Check feeding shaft, feeding units and  Right fertilizer shaft is not  3  transmission cassette. See this table’s point  rotating.  number 5.    Check feeding shaft, feeding units and  Right seed shaft is not  4  transmission cassette. See this table’s point  rotating.  number 5.    False alarms from  Shaft rotation sensor set too  Adjust shaft rotation sensor.  5  shaft rotation  far.  See section 11.2.20  sensors. ...
  • Page 84 Seed / fertilizer hose  Check the direction and angle  11  will not stay in the  Turn the hose from the up and test.  of the hose.  coulter  1. Both halving R, L are on.  2. Machine does not  1. Turn halving off.  Machine does not  12  recognize down position.  2. Check position sensor condition.  start seeding.  3. Task controller on and  3. Check task controller settings.  seeding value 0.  1. Check and clean shaft, feeding unit,  1. Feeding shaft / feeding unit  transmission cassette.  One feeding motor  stuck.  2. Check wiring.  13  not rotating.  2. Bad electrical connection.       3. Connect feeding shafts together with a sleeve  3. Broken motor.  in the middle and remove other side’s  transmission cassette.  1. Seeding amount 0 kg/ha.         1. Adjust seeding amount. Choose the right  Two feeding motors  2. Feeding shaft / feeding unit  calibration test memory spot.                                        14  not rotating.  stuck.  2. Check and clean shaft, feeding units, cassettes.    3. Fuse burn. ...

  • Page 85: Appendix 1. Loading And Transport Guide

    Appendix 1. Loading and transport guide   If the loading takes place by lifting the machine, then the lift takes place by the holes in the middle Loading of the machine with either tractor or a wall inside the machine tank with respective truck must be done in such a way that under each loops.

  • Page 86: Notes

    19. NOTES...
  • Page 88 TUME-AGRI OY PL 77 14200 TURENKI TEL. +358 207 433 060 www.tumeagri.fi...

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