Page 1 Operating Instructions Controls FieldTronic MegaDrill V02.02 Solitair 25 - en - Item no. 17512218 02/06.19 LEMKEN GmbH & Co. KG Weseler Straße 5, 46519 Alpen / Germany Telephone +49 28 02 81 0, Fax +49 28 02 81 220 lemken@lemken.com, www.LEMKEN.com...
Page 3 However, this brief instruction is not a substitute for thorough study of the operating instructions. These operating instructions will help to familiarise you with the LEMKEN GmbH & Co. KG device and the options available for using it.
Page 4 Remember that you should only use genuine LEMKEN spare parts. Reproduction parts have a negative influence on the function of the device, have a shorter ser- vice life and present risks and hazards that cannot be estimated by LEMKEN GmbH & Co. KG. They also increase the maintenance costs.
Page 5: Table Of Contents
CONTENTS About these operating instructions ................ 8 Proper use ........................8 Area of application ......................8 Operation terminal ......................8 Language setting ......................9 Symbols used in the Operating Instructions ............10 Hazard classes ......................10 Information ........................11 Environmental protection ................... 11 Indication of passages ....................
Page 6 4.6.3 Implement configuration .................... 29 4.6.4 Sensors ........................30 4.6.5 Power supply ......................33 4.6.6 Software Versions ..................... 34 4.6.7 Seed pipe monitoring ....................35 4.6.8 Metering motors ......................39 4.6.9 Locking motors ......................40 Adjustments ......................... 41 4.7.1 Calibration ......................... 43 4.7.2 Tramline mechanism ....................
Page 7 6.3.2 Resetting counter of the weighing device ..............74 Setting up fan monitoring ................... 75 Setting up PTO shaft monitoring ................77 Using the tramline mechanism .................. 79 6.6.1 Switching tramline mechanism on and off ..............80 6.6.2 Creating tramlines specific to the order ..............80 6.6.3 Automatic tramline mechanism (TramlineControl) .............
Page 8 6.9.3 Start metering ......................121 6.10 Switching track manually ..................122 6.11 Operation with precision seed drill ................124 6.11.1 Activating maize mode ..................124 6.11.2 Switching on Section Control Azurit ..............125 Operation ....................... 129 Switching between day and night mode ..............129 Sound settings ......................
Page 9 Discharging remaining quantity ................150 8.1.1 Starting the program ....................150 8.1.2 Running metering device at largest chamber size ........... 151 8.1.3 Starting the drainage ....................153 8.1.4 Ending drainage ...................... 155 8.1.5 Running metering device at smallest chamber size ..........156 Configuration and calibration ................
Page 10: About These Operating Instructions
ABOUT THESE OPERATING INSTRUCTIONS Proper use The electronic control system is intended for control, monitoring and adjustment of various LEMKEN implements. The functions of the electronic control system are transmitted to the implement via a special operating terminal. Area of application...
Page 11: Language Setting
About these operating instructions  CCI-1200 The general operation of the ISOBUS operation terminal is described in the operating instructions of the manufacturer "Com- petence Center ISOBUS e.V." Language setting The language used by the electronic con- trol system is linked to the language setting in the operating terminal.
Page 12: Symbols Used In The Operating Instructions
Symbols used in the Operating Instructions SYMBOLS USED IN THE OPERATING INSTRUCTIONS Hazard classes The following symbols are used in the Operating Instructions for particularly im- portant information: DANGER Denotes an imminent hazard with high risk, which will result in death or severe physical injury, if not avoided.
Page 13: Information
Symbols used in the Operating Instructions Information Denotes special user tips and other particularly useful or important information for operation and efficient utilisation. Environmental protection Indication of special recycling and environmental protection measures. Indication of passages The following symbols are used for particular passages in the operating instruc- tions: ...
Page 14: Safety
Safety SAFETY Switch off the operating terminal DANGER Risk of accidents due to unintentional activation of the operating terminal Unintentional movement of the implement may occur if the operat- ing terminal is switched on.  Ensure that the operating terminal is switched off when travel- ling to the field and on public roads.
Page 15: Safety Equipment
Stop pushbutton on the ISOBUS operation terminal As soon as the stop pushbutton (1) is pressed, the relays for the metering motors are switched off in the LEMKEN Powerbox (LPB1). Figure: LEMKEN CCI-200 ISOBUS button (ISB) on the ISOBUS operation terminal...
Page 16: Layout And Description
The arrangement of the control elements depends on the operating terminal that is used for the electronic control system. These operating instructions show the ar- rangement found on the LEMKEN CCI-200 operating terminal. Operating menu The operating menu has the following con-...
Page 17 Layout and description Selecting the settings and information The settings and information have the following control elements: (1) Softkey bars for navigation (3) Guidance in the icon display  Menu selected  Page number (current page / total num- ber of pages) (4) Menu selection Menu manager The menu manager has the following con-...
Page 18: Help Function
Layout and description Help function The menus in the settings and information offer a Help function. Activation using the softkey Activated Help function Opening via the menu Accessing the Help function Further information is shown here which can also be read in these instructions. Deactivation using the softkey or automati- cally when leaving the menu...
Page 19: Orientation And Assignment
Layout and description Orientation and assignment The orientation on the implement is from left to right when facing in the direction of travel. 4.3.1 Metering units Metering unit 1: rear left Metering unit 2: front left Metering unit 3: front right Metering unit 4: rear right 4.3.2 Distributors Distributor 1: outside left...
Page 20: Starting The Program
Layout and description Display in the electronic control system Width section switch The distributors can be switched off indi- vidually. Distributor 1: section 1 Distributor 2: section 2 Distributor 3: section 3 Distributor 4: section 4 Tramline mechanism The number of coulters in the tramline per distributor forms a tramline group.
Page 21: Operating Menu
Layout and description Operating menu The operating menu is used to monitor and control the implement while it is in use. Be- fore use, implement-specific information and settings must be entered in the electronic control system. 4.5.1 Displays The displays are used to monitor the im- plement.
Page 22 Layout and description Display Contents Quick access Current forward speed Adjustments: [km/h] Forward speed  Speed signal  Calibrating Status on operating mo- Information: des and messages Error log distribution rate Adjustments: [kg/ha] Distribution rate  Current increased or  Changing the distribu- reduced distribution tion rate...
Page 23 Layout and description Display Contents Quick access Current track in the tram- Adjustments: line rhythm Tramline mechanism  Switched tramline group  Status of the tramline function (On/Off, Stop)  Tramline rhythm  Intermitted tramline mechanism Automatic tramline me- chanism by GPS (Tram- lineControl) Hopper level [kg] Adjustments:...
Page 24: Softkeys
Layout and description Display Contents Quick access Current speed of the Adjustments: power harrow [rpm] Cardan shaft monitoring Set coulter pressure Function: Increase reduce coulter pressure. Operating mode and po- Function: sition of the harrow Lift and lower harrow. 4.5.2 Softkeys All the softkeys in the operating menu are arranged in softkey bars.
Page 25 Layout and description Opening menus The following softkeys are used to open menus: Open information selection. Open settings selection. Distribution The following softkeys are used to change the distribution rate during operation: (Pay attention to the specified setting). Increase Reduce Reset to target value.
Page 26 Layout and description Tramline mechanism The following softkeys are used to activate the track manually: Next Previous Pause Work lighting The following toggle softkey is used to switch the work lighting: Work lighting on Work lighting off Filling screw The following toggle softkey is used to fold the filling screw: Coulter bar operation Fold filling screw...
Page 27: Information
Layout and description Information The information is used to check and moni- tor the implement. Press the softkey to open Access to the information The following menus can be selected: «Error log, see page 26» «Counters, see page 28» «Implement configuration, see page 29» «Sensors, see page 30»...
Page 28: Error Log
Layout and description «Software Versions, see page 34» «Seed pipe monitoring, see page 35» «Metering motors, see page 39» «Locking motors, see page 40» 4.6.1 Error log The present messages are collected in an error log. The messages can be malfunc- tions, warnings or information.
Page 29 Layout and description Access to the menu management Menu: Information | Error log The following displays and functions are available: Remark on the message  Information (yellow)  Warning (orange)  Malfunction (red) Error code with explanatory display of symbols Display message: (For information and warnings only) ...
Page 30: Counters
Layout and description 4.6.2 Counters Open from the menu Access to the menu manager The menu includes the following counters:  Job counter (1/4)  Daily counter (2/4)  Annual counter (3/4)  Total counter (4/4) Menu: Information | Counters The following displays and functions are available: (Example: job counter)
Page 31 Layout and description 4.6.3 Implement configuration The menu offers an overview of the gene- ral data and equipment for the implement. Open via menu Access to the menu management Menu: Information | Implement configurati- The following displays and functions are available: ...
Page 32: Sensors
Layout and description  Intermitted tramline mechanism  Weighing unit  Hydraulic pressure setting for harrow  Fill level monitoring  Filling screw  Working lights  Power box  Tramline shifting 4.6.4 Sensors The menu serves to check the functionality of the individual sensors.
Page 33 Layout and description The functions and states are monitored with sensors. Display via option field:  Sensor softened (blue LED) Object has been detected.  Sensor softened (grey LED) Object has not been detected. 0-99  Sensor switch counter (2) The following displays and functions are available: Speed signal...
Page 34 Layout and description  Distributor 2, inside left  Distributor 3, inside right  Distributor 4, outside right Fill level monitoring  L 1: Metering units, left (1+2)  L 2: Left tank  R 3: Right tank  R 4: Metering units, right (3+4) Power harrow RPM monitoring ...
Page 35: Power Supply
Layout and description 4.6.5 Power supply Open from the menu Access to the menu manager Menu: Information | Power supply The following displays and functions are available:  Implement type  Current operating voltage [V]  Total current consumption [A]...
Page 36: Software Versions
Layout and description 4.6.6 Software Versions Open via menu Access to the menu management The menu comprises several pages. Each control unit is listed on a separate page.  Implement job computer  Metering motors  Grain flow monitoring job computer Menu: Information | Software version The following displays and functions are available:...
Page 37: Seed Pipe Monitoring
Layout and description 4.6.7 Seed pipe monitoring Seed pipe monitoring detects malfunctions in the seed flow via sensors and monitors the following function states of the imple- ment:  Metering units  Tramlines Open via menu Access to the menu management The menu includes several pages.
Page 38 Layout and description Display of option field:  Communication available  Communication not available Information sensors  Distributor 1  Distributor 2  Distributor 3  Distributor 4 The sensors are classified according to their tasks depending on the number of shares in the tramline.
Page 39 Layout and description Comparison of sensors on the implement The lines of the sensors of a distributor are connected in series. First the sensors of the tramlines are connected in series. Then the sensors of the seed pipes follow. A termination plug is attached to the end of the line.
Page 40 Layout and description The following displays and functions are available: Degree of soiling [%] Red dash exceeded: The sensor detects no grains. Message: Blockage. The sensor must be cleaned. Flow of grains [Hz] Red dash below minimum: The sensor detects no grains. Tramline not switched (Black bar).
Page 41: Metering Motors
Layout and description 4.6.8 Metering motors Open via menu Access to the menu management Each metering motor is listed on a separa- te page. Menu: Information | Metering motors The following displays and functions are available:  Voltage [V]  Current consumption [A] ...
Page 42: Locking Motors
Layout and description 4.6.9 Locking motors The menu displays information about the locking motors. Open from the menu Access to the menu manager Each locking motor is listed on a separate page. Menu: Information | Locking motors The following displays and functions are available: ...
Page 43: Adjustments
Layout and description Adjustments The adjustments can be used to set up the implement specifically for each operation. Select via the softkey Access to the adjustments The following menus can be selected: «Calibration, see page 43» «Tramline mechanism, see page 45» «Distribution rate, see page 47»...
Page 44 Layout and description «Speed of travel, see page 50» «Fan speed monitoring, see page 54» «Residue drainage, see page 55» «Weighing unit, see page 56» «ISOBUS, see page 57» «PTO shaft monitoring, see page 64» «Sound, see page 65» «Interval tramline mechanism, see page 66»...
Page 45: Calibration
Layout and description 4.7.1 Calibration The menu can be selected in the following operating state:  Speed of the fan below 500 rpm  Implement has been lifted. The calibration test is used to calibrate the distribution for the implement: Program sequence Before running the calibration test, enter the following basic parameters:...
Page 46 Layout and description Opening via the menu Access to the menu management Menu: Settings | Calibration The following displays and functions are available:  Type of distribution  Weight of the distribution [kg/ha]  Minimum forward speed [km/h]  Maximum forward speed [km/h] ...
Page 47: Tramline Mechanism
Layout and description 4.7.2 Tramline mechanism Open via menu Access to the menu management Menu: Adjustments | Tramline mecha- nism The following displays and functions are available:  TramlineControl on / off  Tramline mechanism on/off  Care device working width [m] ...
Page 48 Layout and description When creating the tramline in two cros- sings:  Location of the field edge: left / right Affected tramline rhythm:  Odd, integral rhythm, in two crossings  Even, integral rhythm, in two crossings  Non-integral rhythm ...
Page 49: Distribution Rate
Layout and description 4.7.3 Distribution rate Open from the menu Access to the menu manager Menu: Settings | Distribution rate The following displays and functions are available:  Current distribution rate [kg/ha]  Minimum / maximum operating speed [km/h]  Distribution rate setting [%] ...
Page 50: Day/Night Mode
Layout and description 4.7.4 Day/night mode The operating menu can be adjusted to the light level. Open from the menu Access to the menu manager Menu: Settings | Day/night mode The following setting options are available:  Day  Night ...
Page 51: Monitoring
Layout and description 4.7.5 Monitoring If a sensor is faulty, the alarm function can be deactivated. All the alarm functions are activated each time the electronic control is switched on. Previously deactivated alarm functions are automatically activated after a restart. Open via menu Access to the menu management Menu: Settings | Monitoring...
Page 52: Speed Of Travel
Layout and description 4.7.6 Speed of travel The speed of travel is evaluated for the distribution rate. For this reason, the sys- tem requires an accurate speed signal. To determine the speed of travel, the following speed signals are available: Implement side: ...
Page 53 Layout and description Pulse wheel / radar Access to the menu management Menu: Settings | Speed of travel The following displays and functions are available:  Select the speed signal for determining the speed of travel  Current operating speed [km/h] ...
Page 54 Layout and description Simulated speed Access to the menu management  Select the speed signal for determining the speed of travel  Simulated speed GPS / Ground speed Access to the menu management Menu: Settings | Speed of travel...
Page 55 Layout and description The following displays and functions are available:  Select the speed signal for determining the speed of travel  Display of current signal (favourite)  Display of the current speed of travel Speed is only displayed if there is a signal. ...
Page 56: Fan Speed Monitoring
Layout and description 4.7.7 Fan speed monitoring Open from the menu Access to the menu manager Menu: Settings | Fan speed monitoring The following displays and functions are available:  Minimum fan speed [rpm]  Maximum fan speed [rpm]  Alarm function on / off...
Page 57: Residue Drainage
Layout and description 4.7.8 Residue drainage The menu can be opened when the operating statuses are as fol- lows:  Fan speed < 500 rpm or  Implement lifted Open from the menu Access to the menu manager Menu: Settings | Residue drainage The following displays and functions are available: ...
Page 58: Weighing Unit
Layout and description 4.7.9 Weighing unit Open via menu Access to the menu management Menu: Settings | Weighing unit The following displays and functions are available:  Minimum remaining quantity [kg]  Gross weight of tank contents [kg]  Refilled tank contents [kg] / Applied quantity ...
Page 59: Isobus
Layout and description 4.7.10 ISOBUS Open via menu Access to the adjustments Menu: Adjustments | ISOBUS following adjustment menus available: «TaskController (TC), see page 58» «TaskController delay times, see page 59» «TaskController geometry, see page 60» «Tractor ECU (TECU), see page 61» «Universal Terminal, see page 63»...
Page 60 Layout and description TaskController (TC) Open via menu Access to the menu management Menu: Adjustments | ISOBUS | TC The following displays and functions are available:  TaskController on/off  TaskController favourite  TaskController information...
Page 61 The following displays and functions are available:  Switching on delay time [ms]  Switching off delay time [ms]  Individual values  LEMKEN values Change delay times  Select softkey.  Enter required delay time when swit- ching on [0…10000 ms] ...
Page 62 Layout and description TaskController geometry Open via menu Access to the menu management Menu: Adjustments | ISOBUS | TC geo- metry The following displays and functions are available: Attachment device:  Double lashing tractor drawbar  Three-point linkage  Ball clutch Determined distances: ...
Page 63 Layout and description Tractor ECU (TECU) The menu shows all ISOBUS nodes which send at least speed information. Open via menu Access to the menu management Menu: Adjustments | ISOBUS | TECU The following displays and functions are available:  Information tractor ECU...
Page 64 Layout and description Information tractor ECU In the menu management The following displays and functions are available:  Name TECU  Source (name, function) Selection signal:  Signal with tractor slip  GPS signal (without tractor slip)  Signal without tractor slip ...
Page 65 Layout and description Universal Terminal (UT) Open via menu Access to the menu management Menu: Adjustments | ISOBUS | UT The following displays and functions are available:  Universal Terminal (UT) favourite  Select Universal Terminal (UT)  Information on the current Universal Terminal (UT) ...
Page 66: Pto Shaft Monitoring
Layout and description 4.7.11 PTO shaft monitoring Open from the menu Access to the menu manager Menu: Settings | PTO shaft monitoring The following displays and functions are available:  Minimum speed [rpm]  Time until message [s]  Message on/off...
Page 67: Sound
Layout and description 4.7.12 Sound Open via menu Access to the menu management Menu: Adjustments | Acoustic signal The following displays and functions are available:  Set the volume (if supported by the operation terminal)  Mute...
Page 68: Interval Tramline Mechanism
Layout and description 4.7.13 Interval tramline mechanism To minimise soil erosion on slopes at a la- ter date, the tramline is alternately interrup- ted and created. Open from the menu Access to the menu manager Menu: Settings | Interval tramline me- chanism The following displays and functions are available:...
Page 69: Maize Mode
Opening via the menu Access to the menu management Menu: Settings | Maize mode The following displays and functions are available:  Operation with a precision seed drill on/off  Section Control Azurit on/off 4.7.15 Service For use by LEMKEN Service only.
Page 70: Driving On Public Roads
Driving on public roads DRIVING ON PUBLIC ROADS Switch the operating terminal off before travelling on the road DANGER The implement may move accidentally if the operating terminal is switched on. This can cause serious accidents.  Ensure that the operating terminal is switched off during road travel.
Page 71: Preparations Prior To Operation
Preparations prior to operation PREPARATIONS PRIOR TO OPERATION ISOBUS and Universal operation terminal (UT) 6.1.1 Selecting a different operation terminal The control saves the last selected opera- tion terminal as a favourite operation ter- minal. If the favourite operation terminal is regis- tered on the bus system, the operation masks always appear on this operation terminal.
Page 72 Preparations prior to operation  Select menu. In menu administration  Select assigned selection field. The selection dialogue appears.  Select required operation terminal.  Confirm your selection. The operation terminal has been selected.
Page 73: Miniview In The Cci.command
Preparations prior to operation 6.1.2 MiniView in the CCI.Command The CCI.Command app contains the most important data from the operating menu collected in miniature. The following displays and functions are available:  Current forward speed [km/h]  Current speed of the fan [rpm] ...
Page 74: Resetting The Counters
Preparations prior to operation Resetting the counters  Open the menu. Alternative: quick access directly from the operating menu In the menu manager Menu: Information | Hectare counter  Scroll to the relevant counter.  Press the button for 2 seconds. The counter is reset to zero.
Page 75: Using Weighing Device
Preparations prior to operation Using weighing device  Select menu. In the menu management Menu: Adjustments | weighing device 6.3.1 Setting up monitoring of the remaining quantity Entering minimum remaining quantity If the set remaining quantity in the hopper is below the minimum, a message ap- pears.
Page 76: Resetting Counter Of The Weighing Device
Preparations prior to operation Activating and deactivating alarm function  Select associated switch:  On  Off 6.3.2 Resetting counter of the weighing device Filled hopper contents Counting is based on the weighing of the filled quantity. The gross weight of the hopper is dis- played.
Page 77: Setting Up Fan Monitoring
Preparations prior to operation Setting up fan monitoring  Open the menu. Alternative: quick access directly from the operating menu In the menu manager Menu: Settings | Fan speed monitoring Changing the maximum fan speed A message appears if the maximum fan speed is exceeded.
Page 78 Preparations prior to operation Changing the minimum fan speed A message appears if the minimum fan speed is not reached.  Select the relevant input field. The input dialog opens.  Enter the required value. (unit of measu- rement: 2000-3500 rpm) ...
Page 79: Setting Up Pto Shaft Monitoring
Preparations prior to operation Setting up PTO shaft monitoring  Open the menu. Alternative: quick access directly from the operating menu In the menu manager Menu: Settings | PTO shaft monitoring Entering the minimum speed An alarm is triggered if the speed entered is not reached for a specified period.
Page 80 Preparations prior to operation Entering the period An alarm is triggered when the period en- tered is exceeded. To enter the period:  Select the relevant input field. The input dialog opens.  Enter the required value. (unit of measu- rement: 0-99 seconds) ...
Page 81: Using The Tramline Mechanism
Preparations prior to operation Using the tramline mechanism The tramline rhythm is automatically de- termined on the basis of the following pa- rameters:  Set working width of the care device  Working width of the seed drill  Specification of the tramline type ...
Page 82: Switching Tramline Mechanism On And Off
Preparations prior to operation 6.6.1 Switching tramline mechanism on and off  Select associated switch.  On  Off Menu management in deactivated function. 6.6.2 Creating tramlines specific to the order The tramlines can be created in one or two crossings.
Page 83 Preparations prior to operation Changing the working width of the care device The entered working width of the care de- vice must be entered rounded to 1 metre. When the working width has been entered, the tramline rhythm is automatically calcu- lated.
Page 84: Automatic Tramline Mechanism (Tramlinecontrol)
Preparations prior to operation 6.6.3 Automatic tramline mechanism (TramlineControl) The tramlines are created by GPS. Prerequisite: tramline mechanism been switched on.  Select softkey:  On  Off Even, whole-number rhythm Uneven, whole-number rhythm The tramline can be created in one pass or in two passes, depending on the equip- ment installed on the implement.
Page 85 Preparations prior to operation 1. Creating the tramline in one pass The first pass must be carried out with half the implement width. On exiting the menu: A message appears. The first pass must be drilled with half the implement width. ...
Page 86 Preparations prior to operation 2. Creating the tramline in two passes This function can be selected when the implement is equipped with a tramline me- chanism for 4x2, 4x3 or 4x4 tramlines. Field boundary position This display appears when the field boundary position is relevant to the tram- line rhythm.
Page 87: Distributor Configuration
Preparations prior to operation 6.6.4 Distributor configuration The distributor configuration affects the speed of the metering sys- tem when tramlines are activated. The speed adjusts automatical-  Select the input field. Tasks are assigned to the sensors accord- ing to the number of coulters in the tram- line.
Page 88 Preparations prior to operation In the operating menu Current function:  Off  On  Interrupted...
Page 89 Preparations prior to operation Example 1: Calculated tramline rhythm 4.00 (Tramline is created in one pass) 1st pass (half implement width) 2nd pass 3rd pass The tramline is created. 4th pass 5th pass …...
Page 90 Preparations prior to operation Example 2: Calculated tramline rhythm 4.00R (Tramline is created in two passes) 1st pass 2nd pass The first track of the tramline is created. 3rd pass The second track of the tramline is creat- 4th pass 5th pass …...
Page 91: Setting Up The Interval Tramline Mechanism
Preparations prior to operation 6.6.5 Setting up the interval tramline mechanism  Open the menu. In the menu manager Menu: Settings | Tramline mechanism Switching the function on and off  Select the appropriate switch.  On  Off Entering the distance for tramline interruption The tramline is interrupted for the distance entered.
Page 92 Preparations prior to operation Entering the distance for tramline creation The tramline is created for the specified distance.  Select the relevant input field. The input dialog opens.  Enter required value. (unit of measurement 10-99 m)  Confirm your input. The value is applied.
Page 93 Preparations prior to operation Example: Calculated tramline rhythm 4.00L (Tramline is created in two passes) 1st pass 2nd pass The tramline is created at intervals: 3rd pass The tramline is created at intervals: 4th pass 5th pass …...
Page 94: Setting Monitoring Of The Forward Speed
Preparations prior to operation Setting monitoring of the forward speed  Select menu. Alternative: Quick access directly from the operating menu In menu administration Menu: Settings | Forward speed...
Page 95: Change Speed Signal
Preparations prior to operation 6.7.1 Change speed signal The current speed signal is displayed.  Pulse wheel  Radar  Speed above ground (Groundspeed)  GPS  Simulated speed  Select assigned input field. The selection dialogue appears.  Select required function. ...
Page 96: Setting Up Speed Signal On The Implement Side
Preparations prior to operation 6.7.2 Setting up speed signal on the implement side  Select speed signal:  Pulse wheel  Radar In menu administration  100 m calibration After each restart, perform 100 m calibrati- on once. See «Calibration value pulse wheel and radar, page 158».
Page 97: Setting Up The Speed Signal On The Tractor Side
Preparations prior to operation 6.7.3 Setting up the speed signal on the tractor side  Select speed signal:  Speed above ground (Groundspeed)  GPS In menu administration Alternative speed signal The current speed signal is displayed.  Pulse wheel ...
Page 98: Setting Up Simulated Forward Speed
Preparations prior to operation Switching function on and off:  Select switch.  On  Off 6.7.4 Setting up simulated forward speed  Select speed signal:  Simulated speed In menu administration Select associated input field. The input dialogue appears. ...
Page 99: Calibration
Preparations prior to operation Calibration  Call up menu. In menu management Menu: Settings | Calibration...
Page 100: Start Calibration Test
Preparations prior to operation 6.8.1 Start calibration test After starting: The calibration test must be fully implemented. If the calibration test is interrupted, exact distribution cannot be guaranteed.  Select button. The settings for calibration open. The following entries are required: ...
Page 101: Setting Distribution And Specific Weight
Preparations prior to operation 6.8.2 Setting distribution and specific weight Selectable distributions Number Distribution Fixed value [g/l] Wheat Barley Triticale Oats Spelt Rape Oilseed Beans Peas Grass seeds Sunflowers Maize Fertiliser Free assignment...
Page 102 Preparations prior to operation  Select assigned selection field. The selection dialogue appears.  Select distribution.  Confirm your entry. The selection has been accepted. When the distribution has been selected, the specific weight is queried. The following displays and functions are available: ...
Page 103 Preparations prior to operation Select fixed value  Select assigned option field. The function for the fixed value of the hec- tolitre mass is active.  Confirm distribution and hectolitre mass. Determine weight by weighing [g/l]  Select assigned option field. The function for entering the exact hectoli- tre mass is active.
Page 104 Preparations prior to operation  Provide measuring cup (volume 1 l).  Determine tare weight of the measuring cup.  Fill the measuring cup with exactly 1 l of distribution.  Determine weight of distribution, less the tare weight of the measuring cup. ...
Page 105: Setting Up Individual Distribution
Preparations prior to operation 6.8.3 Setting up individual distribution The numbers 1…10 are intended for sepa- rate distributions.  Select assigned selection field. The selection dialogue appears.  Select free number.  Confirm your entry. Set up required distribution:  Enter name. ...
Page 106: Setting The Target Distribution Rate
Preparations prior to operation 6.8.4 Setting the target distribution rate The distribution rate must be entered in kg/ha. If the distribution rate is only available in seeds per m², it can be converted into a distribution rate in kg per ha. See «Converting the distribution rate (seeds/m²...
Page 107: Converting The Distribution Rate (Seeds/M² > Kg/Ha)
Preparations prior to operation 6.8.5 Converting the distribution rate (seeds/m² > kg/ha)  Press the button. The converter opens. Menu: Settings | Calibration | Converter The following values are needed for the conversion:  Required distribution rate [seeds/m  Thousand-grain weight [g] ...
Page 108 Preparations prior to operation Entering the distribution rate required The distribution rate is available as seeds per m².  Select the relevant input field. The input dialog opens.  Enter the required value. (unit of measu- rement: 5-700 seeds per m ...
Page 109: Setting The Forward Speed
Preparations prior to operation Calculated distribution rate The distribution rate is converted on the basis of the current settings and automati- cally applied. 6.8.6 Setting the forward speed The chamber size is optimised for the specified forward speed. To set the required average forward speed: ...
Page 110: Preparation Before The Calibration Test
Preparations prior to operation 6.8.8 Preparation before the calibration test Screen text Caution! Metering process is running. Me- tering units have been released. 1. Attach hopper under the metering hat- ches. 2. Open the metering hatches. Caution! Next step: Metering units rotate automatically.
Page 111 Preparations prior to operation Screen text Next step: Metering units lock automatical- (Orange light: sensor attenuated) Screen text Metering units are locked. Next step: Chamber movement. Screen text  Wait until chamber movement is comple-...
Page 112 Preparations prior to operation Screen text  Wait until the metering units have been released and chamber filling has been completed. Screen text  Wait until the metering units have been released and chamber filling has been completed. Screen text 1.
Page 113: Starting The Calibration Test
Preparations prior to operation 6.8.10 Starting the calibration test The chambers have been filled with the distribution. Direction of rotation of the metering de- vices The metering devices rotate clockwise. If the following distribution has been selec- ted, the metering devices rotate anti- clockwise: ...
Page 114 Preparations prior to operation  Select corresponding input field. The input dialogue appears.  Enter required value.  Confirm your entry. The value has been changed. Starting and stopping the metering device Starting the metering device:  Select softkey. Stop the metering device during the calib- ration time: ...
Page 115: Entering The Weight
Preparations prior to operation 6.8.11 Entering the weight  Enter determined gross weight of all me- tering units. The counted motor impulses and the weight are used to determine the calibrati- on value [g/imp].  Select softkey. 6.8.12 Calculation of the operating speed The calibration value [g/imp] is used to cal- culate the minimum and maximum operat- ing speed.
Page 116 Preparations prior to operation To accept the values:  Select button. If in doubt, the calibration test can be repeated:  Select button. Possible messages If forward speeds deviate, messages are displayed:  Operating speed is outside the limit va- lues.
Page 117 Preparations prior to operation To repeat the calibration test:  Select button. The chamber is automatically adjusted if possible. To accept the deviating values:  Select button. 2. Repetition: Operating speed not possible Screen text The required forward speed is outside the limit values.
Page 118: Ending The Program
Preparations prior to operation Minimum operating speed is too high Screen text The minimum forward speed is too high. This may affect longitudinal distribution. Please check the current values of the ex- ecuted calibration test or repeat the cali- bration test. To confirm the message: ...
Page 119: Result For The Calibrated Product (Seed/Fertiliser)
Preparations prior to operation 6.8.14 Result for the calibrated product (seed/fertiliser) The result is retained when the electronic control system is swit- ched off. Recalibration is unnecessary. The result is displayed with the following settings:  Type of product (seed/fertiliser) ...
Page 120: Repeating Calibration Test
Preparations prior to operation 6.8.15 Repeating calibration test If no basic entries are changed, it is not necessary to re-adjust the chamber size.  Select softkey. Screen text Chamber height has already been adjust-  Wait until the chambers have been filled. ...
Page 121: Setting The Distribution Rate
Preparations prior to operation Setting the distribution rate  Open the menu. Alternative: quick access directly from the operating menu In the menu manager Menu: Settings | Distribution rate...
Page 122: Changing The Distribution Rate
Preparations prior to operation 6.9.1 Changing the distribution rate The distribution rate can be changed sepa- rately if a full calibration has already been carried out. Recalibration is unnecessary.  Select the relevant input field. The input dialog opens.  Enter the distribution rate required. (unit of measurement 1.0-400.0 kg/ha) ...
Page 123: Start Metering
Preparations prior to operation 6.9.3 Start metering Metering can be started without and with metering flow.  Select function:  On  Off Metering flow activated Metering starts once the following prere- quisites have been satisfied:  Fan speed at least 500 rpm or RPM mo- nitoring deactivated ...
Page 124: Switching Track Manually
Preparations prior to operation Metering flow deactivated Metering starts once the following prere- quisites have been satisfied:  Fan speed at least 500 rpm or RPM mo- nitoring deactivated  Coulter bar is lowered  The speed of travel is above the entered speed of travel for the metering flow.
Page 125 Preparations prior to operation Previous track  Press the softkey. The track in the tramline rhythm jumps back. Next track  Press the softkey. The track in the tramline rhythm jumps forwards. Pause track  Press the softkey. The track in the tramline rhythm stops. Restart paused track ...
Page 126: Operation With Precision Seed Drill
Preparations prior to operation 6.11 Operation with precision seed drill  Select menu. In menu administration Menu: Settings | Maize mode 6.11.1 Activating maize mode Maize mode:  Switch on function In the operating menu: The status field provides information on the switched on function.
Page 127: Switching On Section Control Azurit
Preparations prior to operation Functions in maize mode The following functions and messages ha- ve been deactivated:  Tramline mechanism and monitoring  Sowing pipe monitoring  Sowing harrow  Electrohydraulic coulter pressure setting The following functions have been acti- vated: ...
Page 128 Preparations prior to operation Using Section Control Azurit Section Control Azurit:  Switch on function The precision seed drill Azurit takes over control of the section switch for the imple- ment combination. (Singling unit Azurit switched off = meter- ing unit switched off) If ISOBUS Section Control is active, the following message appears: Screen text...
Page 129 Preparations prior to operation Deactivating ISOBUS Section Control In the CCI.Command app: The ISOBUS Section Control function is active. To deactivate the function:  Select softkey. The ISOBUS Section Control function has been deactivated.
Page 130 Preparations prior to operation When the Section Control Azurit function is active If the ISOBUS Section Control function is active, the following message appears: Screen text Automatic mode Section Control Azurit is active.  Deactivate Section Control Azurit func- tion or Section Control function. Communication with Azurit The following operating elements are in- tegrated on the display of the Azurit:...
Page 131: Operation
Operation OPERATION Switching between day and night mode  Open the menu. In the menu manager Menu: Settings | Day/night mode Select day/night mode using the option buttons:  On  Off Day mode  Select the relevant option button. The operating menu is configured for work- ing in daylight.
Page 132: Sound Settings
Operation Night mode  Select the relevant option button. The operating menu is configured for work- ing in the dark. Automatic mode Selectable with a tractor ECU: Night mode is activated when the dipped headlights on the tractor are switched on. ...
Page 133: Checking The Status
Operation Adjusting the volume Requirement: the ISOBUS operating ter- minal must support this function.  Select the relevant input field. The input dialog opens.  Enter required value. (unit of measurement 1-100%)  Confirm your input. The value is applied. Muting ...
Page 134: Messages
Operation 7.3.1 Messages Messages are categorised by severity:  Everything OK (no messages)  Possible malfunction (message waiting)  Severe error (message waiting) The information menu indicates that a message is waiting. See «Error log, page 26». 7.3.2 Operating modes Work lighting: ...
Page 135: Switching Metering Units
Operation Switching metering units  Metering units on (blue)  Metering units off (white)  Error CAN-Bus (red)  Metering units permanently switched off Identification: Cross (red) is permanently lit.  Half implement width on left switched off  Function manual ...
Page 136: Immediately Switching Off Metering Motors
Immediately switching off metering motors If the ISOBUS operation terminal has been equipped with a stop pushbutton :  Press stop pushbutton (1). Figure: LEMKEN CCI-200 CCI-1200 operation terminal The stop pushbutton has been pressed. An alarm signal sounds. When the reason for the immediate inter- ruption has been eliminated: ...
Page 137: Procedure For Messages
Operation Procedure for messages 7.7.1 Displaying and eliminating messages If a message appears:  Confirm message. The present message is collected in an er- ror log.  Select menu. Alternative: Quick access directly from the operating menu In the menu management Menu: Adjustments | error log...
Page 138  Fault description  Possible cause  Corrective measure See «Diagnostic list, page 165».  Eliminate this error. The message goes out. Everything is OK, there is no message. If a message cannot be eliminated:  Please contact LEMKEN Service.
Page 139: Temporarily Hiding Message
 On  Off Hidden messages also remain visible in the error log even when the malfunction has been successfully eliminated. If an existing message is deactivated, the colour of the smiley re- mains. 7.7.3 Trace-Marker Access for LEMKEN Service only...
Page 140: Activating And Deactivating Alarm Functions
Operation Activating and deactivating alarm functions All alarm functions are active following a restart.  Select menu. In menu administration Menu: Settings | Monitoring The current function is displayed. To switch the function:  Select switch.  On  Off...
Page 141 Operation Fan RPM monitoring The following messages are associated with this setting option:  Fan speed too low  Fan speed too high The status display in the operating menu provides information about the deactivated setting option.  Alarm function off Top tank level The following messages are associated with this setting option:...
Page 142 Operation The status display in the operating menu provides information about the deactivated setting option.  Alarm function off Cardan shaft RPM monitoring The following messages are linked with this setting option:  Speed of power harrow too low  Speed of power harrow on the left too ...
Page 143 Operation  Sensor invalid  Sowing pipe blocked  Sowing pipe dirty  LIN error  CAN error No status display Distributor monitoring (optional) The messages are only displayed if the implement is fitted with sensors for the tramline mechanism. The following messages are associated with this setting option: ...
Page 144: Switching The Work Lighting On And Off
Operation Switching the work lighting on and off Working lights and hopper lights are provi- ded in case the implement is operated in the dark. To switch the working lights on and off:  Press the softkey.  On  Off The status field indicates that the function is activated.
Page 145: Distribution
Operation 7.11 Distribution 7.11.1 Changing the distribution rate The distribution rate can be increased or reduced with up to 10 settings. See «Setting the distribution rate, page 119». The current increase or reduction in the distribution rate is recorded in the display –...
Page 146: Permanently Switching Off Metering Units
Operation 7.11.2 Permanently switching off metering units Individual metering units can be perma- nently switched off. The metering units re- main switched off until the metering units are switched on again.  Select menu. In menu administration Menu: Settings | Sections Individual metering unit To switch each metering unit separately on or off:...
Page 147: Manually Switching The Metering Units
Operation Half working width To switch the metering units on or off for half a working width:  Select switch.  On  Off Plotting field limit (simulation) To show the connection to the TaskCon- troller:  Select softkey.  Simulation on ...
Page 148 Operation Manual start Prerequisite  Fan speed at least 500 rpm or monito- ring of the fan speed deactivated To start metering manually:  Select softkey for 3 seconds. The green light signals the activated func- tion. The metering units rotate for 10 sec- onds at the set forward speed for the me- tering supply.
Page 149 Operation Temporarily switching off metering units The function is active until the implement is lifted out. The next time the implement is lowered, the metering units, which were temporarily switched off, are switched on again. Status in the operating menu: All metering units have been permanently switched on.
Page 150: Lifting And Lowering The Harrow
Operation 7.12 Lifting and lowering the harrow The harrow can be operated automatically or manually. To change the function:  Select the display field.  Automatic mode On activation, the harrow automatically ad- justs to the coulter bar position.  Manual mode 7.12.1 Automatic mode The harrow is automatically lifted and lo- wered with the implement.
Page 151: Manual Mode
Operation 7.12.2 Manual mode The harrow is not lifted and lowered with the implement. The harrow can only be operated manually. An icon shows the current position of the harrow:  lowered  lifted To lift and lower the harrow manually dur- ing the pass: ...
Page 152: Cleaning And Care
Cleaning and care CLEANING AND CARE Discharging remaining quantity When the remaining quantity has been discharged, a new calibra- tion is required. When the program has ended, the metering chambers move to the lowest size and not back to their initial po- sition.
Page 153: Running Metering Device At Largest Chamber Size
Cleaning and care Screen text Remaining quantity discharge starts. Mete- ring units have been released. 1. Attach hopper under the metering hat- ches. 2. Open the metering hatches. Next step: Metering units rotate automati- cally. 8.1.2 Running metering device at largest chamber size ...
Page 154 Cleaning and care Screen text Metering units are locked. Next step: Chamber movement. Screen text  Wait until chamber movement is comple- Screen text  Wait until the metering units have been released.
Page 155: Starting The Drainage
Cleaning and care 8.1.3 Starting the drainage Screen text Remaining quantity discharge is running.  Stop remaining quantity discharge by pressing the pushbutton or on the opera- tion terminal. Entering drainage time The drainage time has been preset to 999 seconds. The metering devices can be started and stopped at any time during the drainage time.
Page 156 Cleaning and care Starting and stopping metering device Start metering device:  Select softkey. To drain the full collectors, the drainage can be interrupted at any time. Stop metering device:  Select softkey. Alternative: Operation via push switch in the storage compartment To stop and restart the metering devices: ...
Page 157: Ending Drainage
Cleaning and care 8.1.4 Ending drainage Screen text  Start remaining quantity discharge by pressing the pushbutton or on the opera- tion terminal. Drainage can be ended:  When the set drainage time has elapsed  After an interruption  Select button.
Page 158: Running Metering Device At Smallest Chamber Size
Cleaning and care 8.1.5 Running metering device at smallest chamber size Screen text Motors move to the locking position. Screen text Next step: Metering units lock automatical- Screen text Metering units are locked. Next step: Chamber movement.
Page 159 Cleaning and care Screen text  Wait until chamber movement is comple- Screen text  Wait until the metering units have been released. The program has been completed.
Page 160: Configuration And Calibration
Configuration and calibration CONFIGURATION AND CALIBRATION Calibration value pulse wheel and radar The calibration value of the pulse wheel and the radar can be manually entered or determined over a distance. 9.1.1 Entering calibration value  Select button. The program opens. Depending on the type of speed signal, the following values have been entered at the factory which are used as guide values:...
Page 161: Calibrate Signal Over Distance
Configuration and calibration If the calibration value is known:  Select assigned input field. The input dialogue appears.  Enter the value. (Unit of measurement 5.0-200.0 mm/Imp)  Confirm your entry. The value has been changed. 9.1.2 Calibrate signal over distance A precise value is determined over a 100 meter distance for the pulse wheel and the radar.
Page 162 Configuration and calibration To start the calibration:  Select softkey.  Set off.  Stop on the finish mark. To end the calibration:  Select softkey. The newly calibrated value appears. To accept the value: Select softkey.
Page 163: Calibrating The Locking Motors
Configuration and calibration 9.1.3 Calibrating the locking motors The motors run automatically run into a hard stop:  After a voltage drop during the last calib- ration test  After 20 residue drainages Screen text Caution! Calibration of the motors is running. Metering units have been released.
Page 164 Configuration and calibration Screen text Motors move to the locking position. (Orange light: sensor attenuated) Screen text Wait until the GSA motors have been cali- brated. Screen text Next step: Metering units lock automatically.
Page 165: Locking Motor Defective
Screen text Wait until the end stop has been reached. 9.1.4 Locking motor defective  Contact LEMKEN Service. The service menu includes a bypass oper- ation for running the calibration test.  Do not forcibly turn the shaft with the open-end wrench.
Page 166: Troubleshooting
Troubleshooting TROUBLESHOOTING 10.1 Messages Messages displayed touchscreen. The code provides infor- mation about the error, which is described in the list of diagnostic codes. The message colour denotes the severity. Malfunctions (Colour: red) Example shown:  Malfunction, hardware, feeder motor 1 Warnings (Colour: orange) Example shown:...
Page 167: Diagnostic List
Troubleshooting 10.2 Diagnostic list 10.2.1 Malfunctions Description Cause Measure  Metering motor defective,  Visually inspect metering L0001 Motor no. malfunction in the electro- chamber. If necessary, re- nics of the metering motor move foreign objects. Malfunction in the electronics ...
Page 168 Troubleshooting Description Cause Measure  Fuse defective  Check fuse A3 in Power- L0006 Motor no.3 box. If necessary, replace.  No fuse connected  Powerbox fuse defective  Powerbox defective Check cable form for da- mage.  Cable form defective ...
Page 169 Troubleshooting Description Cause Measure  Supply voltage deactivated  Check cable form for da- L0011 UBS 1-3 due to a previous fault. mage.  Supply voltage UBS sensors Check loose plug-in switched off connectors for moisture.  Switch off voltage. Wait 30 seconds.
Page 170: Warnings
Troubleshooting Description Cause Measure  Voltage at metering motor  Start the tractor. Check vol- L0017 Motor no. too low tage (information, metering motors menu). Voltage  Cable form defective Undervoltage at motor (< 9 V) > 11 V  Metering motor defective ...
Page 171 Troubleshooting Warnings Cause Measure  Metering motor torque too  Clean metering unit. L0302 Motor no. high over a long period of  Drive more slowly. time. Overtemperature metering   Metering motor defective Contact service staff. motor  Calibration test not comple- ...
Page 172 Troubleshooting Warnings Cause Measure  Minimum speed limit too  Switch on the fan. L0307 high  Adjust minimum speed in  Sensor defective Fan speed fallen below mini- the settings.  Cable form defective  Increase oil flow rate via ...
Page 173 Troubleshooting Warnings Cause Measure  The sensor is not detecting  Check tramline insert. L0312 grains in the sowing pipe.  Determine defective sen-  Tramline settings incorrect Seed pipe monitoring (KFÜ): sors in the “Information, No grains detected sensors” menu. Check re- ...
Page 174 Troubleshooting Warnings Cause Measure  Valve connector defective  Check plug-in connectors L0316 for possible damage.  Electrovalve defective  Short-circuit electrovalve  Cable form defective Check electrovalve for pos- adjustment coulter pressure sible damage.  Job computer defective  Check valve connector for connection or damage.
Page 175 Troubleshooting Warnings Cause Measure  Valve connector not  Check plug-in connectors L0319 connected for possible damage.  Electrovalve defective  Broken cable electrovalve fil- Check electrovalve for pos- ling screw  Cable form defective sible damage.   Job computer defective Check valve connector for connection or damage.
Page 176 Troubleshooting Warnings Cause Measure  Valve connector defective  Check plug-in connectors L0322 for possible damage.  Electrovalve defective  Short-circuit harrow  Cable form defective Check electrovalve for pos- sible damage.  Job computer defective  Check valve connector for connection or damage.
Page 177 Troubleshooting Warnings Cause Measure  Electrovalve defective  Check plug-in connectors L0325 for possible damage.  Cable form defective  Output electrovalve filling  Job computer defective Check electrovalve for pos- screw switched off sible damage.  Check valve connector for connection or damage.
Page 178 Troubleshooting Warnings Cause Measure  Fault occurs with the following Check sensor distance. L0328 functions: Motor no.  Check head at seed wheel Calibration test, metering No signal from monitoring for mechanical damage. chamber setting, calibration sensor to metering  Check correct installation of The sensor is not detecting a expansion bush.
Page 179 Troubleshooting Warnings Cause Measure  Torque is permanently  Check metering unit for for- L0330 Motor no. above the permitted eign objects. threshold value.  Torque in the critical range Remove metering unit. Check for soiling and da- mage.  Remove metering motor.
Page 180 Troubleshooting Warnings Cause Measure  Too few sensors detected  Check number of sensors L0335 (connected) on at least one on the distributor. distributor.  Seed pipe monitoring (KFÜ): Check cabling on the distri-  Faulty configuration of Too few sensors detected butor.
Page 181 Troubleshooting Warnings Cause Measure  Communication with the  Check cabling on the cor- L0341 sensors is interrupted on at responding distributor. least one distributor.  Sowing pipe monitoring: (LIN Check cable forms for da-  LJR module defective error) sensor communication mage.
Page 182 Troubleshooting Warnings Cause Measure  Valve connector not  Check plug-in connectors L0345 connected for possible damage.  Electrovalve defective  Broken conductor electrovalve Check electrovalve for pos- (Y11) contour travel  Cable form defective sible damage.   Job computer defective Check valve connector for connection or damage.
Page 183 Troubleshooting Warnings Cause Measure  Main speed source cur-  Make sure all ISOBUS par- L0348 rently does not provide any ticipants are switched on data or valid signals. Chan- and are on the ISOBUS. Speed signal "slippage-free geover to fallback level (if ...
Page 184 Troubleshooting Warnings Cause Measure  Valve connector not  Check plug-in connectors L0351 connected for possible damage.  Electrovalve defective  Broken conductor electrovalve Check electrovalve for pos- (Y46) share position  Cable form defective sible damage. (only OptiDisc)  ...
Page 185 Troubleshooting Warnings Cause Measure  Valve connector not  Check plug-in connectors L0354 connected for possible damage.  Electrovalve defective  Broken conductor electrovalve Check electrovalve for pos- (Y12) lowering limiter  Cable form defective sible damage. (only OptiDisc M) ...
Page 186 Troubleshooting Warnings Cause Measure  If this warning occurs, the Run new calibration test. L0358 seeds can no longer be sown. Motor no.  After a visual inspection The locking motor has lost its Locking motor position (locking motors unlocked), position data.
Page 187: Notes
Troubleshooting Warnings Cause Measure  Azurit control not switched  Check parameters. (Exter- L0401 nal implement or Azurit)  Azurit not connected or not  CAN connection to the Azurit Check settings in the Azurit not established available  Option "Fertiliser metering device"...
Page 188 Troubleshooting Description Cause Measure  Section deactivated  Activate section. L0605 Metering units are still swit- ched off.  Tank empty  Top up seeds. L0606  Cable form defective  Check sensor. Fill level sensor hopper at top  Sensor defective ...
Page 189: Fuses
The electronic control is protected from overload by various fuses. 10.3.1 Position of the fuses Battery installation kit Strip fuse  60 amps (1) LEMKEN Powerbox (LPB1) Blade fuses  4x15 amps (1) Voltage of metering units  1x10 amps (2) Lighting ...
Page 190: Changing Fuses
 Replace fuse strip with a new fuse strip which has the same amperage.  Close fuse holder.  Connect electronic control to the battery. LEMKEN Powerbox (LPB1) Visual inspection The function of the blade fuses is con- firmed by a control LED.
Page 191 Troubleshooting LED display 1 ECU_POWER LED on (green): Voltage is applied LED on (red): Voltage is applied, but the polarity is reversed 2 Power supply of motors LED on: Relay is switched on 3 Work lighting LED on: Relay is switched on 4 ECU_POWER LED on: Voltage is applied 5 POWER fuse...
Page 192: Annex
Annex ANNEX 11.1 Tramline system Tramline rows and track widths can be flexibly adapted to the tramline system. Number of closed tramline rows for symmetrical and asymmetrical rhythms: Symmetrical Asymmetrical Seeding coulter Tramline width rhythm rhythm row spacing [mm] [mm] 11.2 Overview of tramline rhythm This overview shows all the tramline rhythms available with the electronic control...
Page 193 Annex Tramline mechanism: 2x2, 2x3 and 2x4 rows 3.00 3.50 4.00 4.50 5.00 6.00 8.00 9.00 10.00 12.00 1.00 1.00 1.00 1.00 2.00 1.00 2.00 2.00 1.00 3.00 2.00 1.00 10.0 2.00 1.00 10.5 3.00 11.0 12.0 4.00 3.00 2.00 1.00 13.0 13.5...
Page 194 Annex 3.00 3.50 4.00 4.50 5.00 6.00 8.00 9.00 10.00 12.00 32.0 8.00 4.00 33.0 11.00 34.0 35.0 10.0 7.00 36.0 12.00 9.00 8.00 6.00 4.00 3.00 37.0 38.0 39.0 13.00 40.0 10.00 8.00 5.00 4.00 40.5 9.00 41.0 42.0 14.00 12.00 7.00...
Page 195 Annex Tramline mechanism: 4x2, 4x3 and 4x4 rows 3.00 3.50 4.00 4.50 5.00 6.00 8.00 9.00 10.00 12.00 1.00 1.00 1.50 1.00 1.00 2.00 1.50 1.00 2.33 2.00 2.66 2.00 1.00 3.00 2.00 1.50 1.00 10.0 3.33 2.50 2.00 1.00 10.5 3.50 3.00...
Page 196 Annex 3.00 3.50 4.00 4.50 5.00 6.00 8.00 9.00 10.00 12.00 32.0 8.00 5.33 4.00 2.66 33.0 11.00 5.50 34.0 35.0 10.0 7.00 36.0 12.00 9.00 8.00 6.00 4.50 4.00 3.00 37.0 38.0 39.0 13.00 6.50 40.0 10.00 8.00 6.66 5.00 4.00 3.33...
Page 197: Uneven, Whole-Number Rhythm
Annex 11.2.1 Uneven, whole-number rhythm Implement Crop protection implement...
Page 198: Even, Whole-Number Rhythm
Annex 11.2.2 Even, whole-number rhythm...
Page 199: Even, Whole-Number Rhythm, In Two Passes
Annex 11.2.3 Even, whole-number rhythm, in two passes Pass starts on the left side of the field:...
Page 200 Annex Pass starts on the right side of the field:...
Page 201: Half Rhythm
Annex 11.2.4 Half rhythm Pass starts on the left side of the field:...
Page 202 Annex Pass starts on the right side of the field:...
Page 203: One-Third Rhythm
Annex 11.2.5 One-third rhythm Pass starts on the left side of the field:...
Page 204 Annex Pass starts on the right side of the field:...
Page 205: Index
Index INDEX Adjustments ......................41 Calibration ......................43 CALIBRATION ....................158 CONFIGURATION....................158 Coulter pressure, changing ................149 Counters ....................... 28 Day/night mode ....................48 Diagnostic list ..................... 165 Displays with quick access ................... 19 Distribution rate ..................47, 119, 143 Error log ........................
Page 206 Index Monitoring, fan ........................54 PTO shaft ......................64 OPERATING MENU ..................... 19 Operating modes ....................132 Operation terminal ....................8 Power supply ......................33 Quick access to the adjustments ................19 Residue drainage ....................55 Roaddriving ......................68 Seed pipe monitoring .................... 35 Sensors ........................
Page 207 Index Weighing unit ......................56 Weighing unit ......................73 Work light, switching off ..................68 Work lighting, switching ..................142...

LEMKEN FieldTronic MegaDrill V02.02 Solitair 25 Operating Instructions Manual

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