Farmet Falcon PRO Operating Instruction
  1. Manuals
  2. Brands
  3. Farmet Manuals
  4. Farm Equipment
  5. FALCON PRO
  6. Operating instruction

Farmet Falcon PRO Operating Instruction

Hide thumbs Also See for Falcon PRO:
Table of Contents

Advertisement

Quick Links

Download this manual
OPERATING INSTRUCTION
Falcon PRO
FALCON COMPACT
SN:2021/0625
VIN:
Edition : 8 / validity from 27.09.2021
Farmet a. s.
Jiřinková 276
552 03 Česká Skalice, CZ
telefon:
+420 491 450 111
fax:
+420 491 450 136
GSM:
+420 774 715 738
IČ:
46504931
web:
e-mail: farmet@farmet.cz
DIČ: CZ46504931
www.farmet.cz

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the Falcon PRO and is the answer not in the manual?

Questions and answers

Related Manuals for Farmet Falcon PRO

Summary of Contents for Farmet Falcon PRO

  • Page 1 OPERATING INSTRUCTION Falcon PRO FALCON COMPACT SN:2021/0625 VIN: Edition : 8 / validity from 27.09.2021 IČ: Farmet a. s. telefon: +420 491 450 111 46504931 web: www.farmet.cz e-mail: farmet@farmet.cz Jiřinková 276 DIČ: CZ46504931 fax: +420 491 450 136 552 03 Česká Skalice, CZ...
  • Page 2 The Farmet brand is focused on products of high quality and high utility value with use in productive agricultural and processing operations. Farmet is a partner of modern agriculture and food industry in many markets around the world.
  • Page 3 AGRICULTURAL MACHINES OIL & FEED TECH...

  • Page 4: Machine Configuration

    Machine configuration 2021/0625 Serial number of the machine T3/FD/150/DS/DRC/EHC/TL2/BM/MT/V7/V250 Machine code 03.03.00.00 HW ECU 02.04.19.00 SW ECU Machine equipment ☒ V1 small fan ☐ Type of seed tube distributions – EC ☐ Type of seed tube distributions – HM ☐ Terminal Basic ☐...

  • Page 5: Table Of Contents

    Content MACHINE CONFIGURATION ........................3 QUICK START ............................. 7 TECHNICAL PARAMETERS .......................... 8 GENERAL INSTRUCTIONS FOR USE ......................10 ............................11 AFETY TOOLS TRANSPORTING MACHINE BY MEANS OF TRANSPORT ................11 HANDLING THE MACHINE WITH TRANSPORT EQUIPMENT ..............11 TRANSPORT OF THE MACHINE ON PUBLIC ROADS .................. 12 WORKING SAFETY LABELS ........................
  • Page 6 HE MOST FREQUENTLY USED TRAMLINE SETTINGS ............................52 AIL LINE VALVES ..................53 IR PRESSURE REDUCING VALVE OF THE TRAMLINES ........................... 54 RAMLINE MARKERS 15 FARMET DISPENSER..........................55 ........................... 56 ISPENSER FUNCTION TEST ............................56 OUGH SEEDS ..........................57 OLLER REPLACEMENT ..........................
  • Page 7 31 SHUTTING DOWN THE MACHINE ......................100 32 ENVIRONMENTAL PROTECTION ......................100 33 END OF LIFE MACHINE DISPOSAL ......................100 34 SERVICE AND WARRANTY CONDITIONS ....................100 ............................100 ERVICE FAVOR ............................100 UARANTEE...

  • Page 8: Quick Start

    Quick start Point Page Safety notice. Engage the Falcon with towing equipment. Connect all hydraulic hoses, including the return drain. Connect the 7-pin cable of the machine’s road lights. Connect the machine electronics to the towing of vehicle . Raise the front support leg of the machine and secure. Open the front preparation section lift valve.(yellow marker) Switch on the seed drill terminal with main switch.

  • Page 9: Technical Parameters

    Technical parameters Parameters FALCON 3 FALCON 4 Working width (mm) 3000 4 000 Transport width (mm) 3 000 4 000 Transport height (mm) 2 800 2 800 Total length of the machine (mm) 7 000 7 000 Working depth (mm) 0–100 0–100 Hopper capacity (mm)
  • Page 10 Parameter FALCON 3 FALCON 4 Number of hydraulic circuits / pressure (bar) **** 1-4 / 200 1-4 / 200 Type of quick couplings ISO 12,5 ISO 12,5 Return waste flow (max. 5 bar) ISO 20 ISO 20 Hydraulic fan oil flow (l/min) 30–40 30–40 Oil flow for machine control (l/min)

  • Page 11: General Instructions For Use

    General instructions for use The machine is manufactured in accordance with the latest state of technology and approved safety regulations. Even that, there is a risk of injury to the user or third parties or damage to the machine or other property damage.

  • Page 12: Safety Tools

    The machine operator can only enter the machine structure only at standstill position and when the machine is blocked from movement for the following reasons: Adjustments of working parts of the machine, Repair and maintenance of the machine, Unlock or secure the axle ball valves, Securing the axle ball valves before lowering the side frames, Adjustment working parts of the machine after folding side frames.

  • Page 13: Transport Of The Machine On Public Roads

    Transport of the machine on public roads The machine attached to the rear arms of tractor (TBZ 3). The side frames must be folded down to a vertical position and secured. The machine must be equipped by removable rails with markable contours, functional lightnings and rear marking plate for slow vehicle (according to EHK NO.69).

  • Page 14: Working Safety Labels

    Working safety labels Safety warning labels are used to protect operator. In general: Strictly observe the safety warning labels. All safety instructions also apply to other users. If the Safety label on the machine is damaged or destroyed, the OPERATOR MUST REPLACE THIS LABEL WITH A NEW! The position, appearance and the exact meaning of the occupational safety labels on the machine are determined in the following tables.
  • Page 15 P 4 H Stay out from the raised machine reach. When folding and unfolding the side frames P 50 H and the service platform, stay out of their reach. P 20 H Stay out of reach when unfolding the service platform.

  • Page 16: Machine Description

    Machine description FALCON PRO is structurally designed as a modular seed machine, with a rich amount of equipment. Nastavení Předstih Nastavení Předstih Zásobníku vypnutí Zásobníku vypnutí 1 (motor motoru 1 1 (motor motoru 1 Pracovní Vzdálenost Pracovní Vzdálenost záběr záběr...

  • Page 17: Putting The Machine Into Operation

    Putting the machine into operation Before taking over the machine, check and control that it has not been damaged during transport and that all the parts contained in the delivery note have been delivered. Before putting the machine into operation read these operating instructions carefully. Before using the machine for the first time be familiar with yourself with controls and overall instructions.

  • Page 18: Machine Hydraulics Connection

    Machine hydraulics connection Only connect the hydraulic hoses of the machine when the hydraulic circuits of the machine and the tractor (unit) are depressurized. The hydraulic system is under high pressure. Regularly check all lines, hoses and fittings for leaks and obvious damage. Eliminate any defects immediately.

  • Page 19: Hydraulic Diagram Of The Machine

    Hydraulic diagram of the machine Markers Tramline markers Folding / Tipping machine Preparation section + Fertilization...

  • Page 20: Connection Of The Electronic Part Of The Machine

    Connection of the electronic part of the machine Connection to the tractor battery + Müller terminal (10.4.1) Machine connection via ISOBUS tractor socket + Müller terminal (10.4.2) Machine connection via ISOBUS tractor socket + Tractor terminal (10.4.3) 10.4.1 Connection to tractor battery + Müller terminal The electronic unit of the machine only connect when the tractor is at standstill, secured against movement and against the intervention of strangers.
  • Page 21 Terminal Fuse 50 A Positive battery pole „+“ ISO socket Negative battery pole „-“ Fuse 1 A Voltage relay Ignition contact for relay switching Fuse 15 A Terminal connection cable Due the disconnection of the unit from the battery, it is necessary to connect the ignition contact for closing the relay (9) to the ignition of the tractor, or to the switched 12 V (voltage 12 V switched by the key or switch).

  • Page 22: Connecting The Machine Via The Isobus Socket Of The Tractor + Müller Terminal

    10.4.2 Connecting the machine via the ISOBUS socket of the tractor + Müller terminal Connect the machine plug to the ISOBUS socket of the tractor. Use the reduction cable of the terminal and connect to the IN-CAB socket of the tractor and connect the terminal.

  • Page 23: Connecting The Machine Via The Tractor's Isobus Socket + Tractor Terminal

    10.4.3 Connecting the machine via the tractor’s ISOBUS socket + Tractor terminal Connect the machine plug to the tractor socket. ISOBUS VT must be switched on in the tractor settings. The machine application is loaded in the tractor ISOBUS application after 2-5 minutes (communication between the tractor and the machine must take place first).

  • Page 24: Selecting And Setting Up The Virtual Terminal (Vt) And Task Manager (Tc)

    10.4.4 Selecting and setting up the virtual terminal (VT) and task manager (TC) Touch Basic Turn on the application Select which virtual terminal you want to use (VT), for example Mueller another terminal. For the basic terminal, it is necessary to select in the settings that it also work as a secondary terminal. Select which task manager you want to use (TC), such as Mueller or other terminal.

  • Page 25: Machine Fan

    Machine fan - The hydraulic drive of the fan is driven directly from the tractor switchboard. - It is necessary that the fan drive is connected to the tractor’s priority circuit to ensure that the fan speed does not drop in any sense. - The fan speed is set directly in the tractor by regulating the oil flow of the circuit.
  • Page 26 Quick coupler of tractor switchboard Waste branch ISO 20 (T) Pressure hose ISO 12,5 (P) Free waste in the tractor tank Farmet a.s. is not liable for damage to the hydraulic drive or tractor caused by incorrect connection of the hydraulic drive.

  • Page 27: Fan With Separate Drive On Pto

    Fan with separate drive on PTO Generator locking screw Ventilator Handling handle Safety valve Hydraulic generator Fan speed reducing valve Low pressure oil filter Hydraulic fan motor Oil tank Securing the hydraulic generator against rotation with chains. Always use the fan on the PTO with a setting of 540 rpm. / min. Methods to set the fan speed: Connect the hydraulic generator (3) to the tractor PTO.

  • Page 28: Fan Speed Setting According To Seed

    Fan speed setting according to seed *See page 3 for your machine configuration. Crop Speed of fan Grain 4000–5500 Legumes 4000–5500 5000–5700 Rape 2500–2700 Clover 3000–3500 Grass 3000–3500...

  • Page 29: Seed Switching Sensors

    Seed switching sensors Sowing switching is switched off and off by two sensors. The system is designed so that sowing is switched at the beginning of the countersinking. Before the seed passes through the entire pneumatic distribution system, the machine is recessed and it is minimalized the sowing start delay at the start of the journey.

  • Page 30: Electronic Machine Control Müller Electronic

    Electronic machine control Müller Electronic The electronic system controls all functions that are connected to the blue hydraulic circuit. Work screen Job information Turn off the work application Tramline settings Empty tray indication Motor 1 (dispenser) Sensor information field (machine in working position) Motor 2 (dispenser) Adjusted target dose field in % Motor 3 (dispenser)

  • Page 31: Information

    Information On the work screen. Function icon Meaning Resetting the daily counter. Counter summary information. Task list (TASK). Total stack counter. Area – The area on which the machine was in the working position. Quantity – Applied amount. Area performance – Applied area per hour. - Counter summary information.

  • Page 32: Remaining Calculated Amount In The Hopper

    Remaining calculated amount in the hopper On the screen Results / The hopper will see counters that show the amount remaining in the hopper and how much work can still be done with the remaining contents of the hopper. On the working screen . Leftover amount –...

  • Page 33: Gps Settings For Machines When Unfolding In The Hall

    GPS settings for machines when unfolding in the hall For service purposes of the machine in the hall, it is necessary to set the simulated speed to 0 km/h when unfolding the machine in the hall. Turn off the application Set the speed source to 0 km/h!

  • Page 34: Control And Settings Of The Markers

    Control and settings of the markers The markers are adjustable only to the center of the tractor, they copy the terrain, each track marker can be controlled separately and they are hydraulically tiltable. The distance of engagement of the marker disc is always measured from the center of the seed coulter. The markers must be set to the correct length in the field.

  • Page 35: Settings Of Aggressivity Of The Markers

    13.6.1 Settings of aggressivity of the markers Adjust the aggressivity of the markers depending on the soil conditions. Loosen the hexagonal screws (1). Hexagonal safety screws Adjust the marker and retighten the hexagonal screws. Check the quality of the work of the markers and adjust the marker settings if necessary.

  • Page 36: The Markers Control

    13.6.2 The markers control Touch Basic Turn on the application - Hydraulic control. - The markers control. Function icon Meaning Control of the left marker only. Deactivate marker control. Obstacle function- the hydraulics only control the marker without the rear sowing section. Control of both markers at the same time.

  • Page 37: Obstacle Function

    13.6.3 Obstacle function If the obstacle function is activated, the hydraulic circuit only controls the markers and the sowing section is still in the working position. - Hydraulic control. - The markers control. - The obstacle activation. The activated obstacle function is displayed on the work screen Apply pressure to.

  • Page 38: Enter The Hopper Fill

    Enter the hopper fill The system allows the calculation of the tank status in real time, based on a calibration test. This function is not necessary for the correct operation of the machine. Current residual amount in the hopper Maximum filling of the tank Write the quantity poured into the hopper here Resetting the state in the hopper Hopper 1 status indicator in % based on sowing...

  • Page 39: User Product Database

    User product database Touch Basic Shutting down the application Product Here I choose which motor I want to modify (motor 1,2,3, Seed / Fertilizer) according to the machine configuration. Rename Here you can rename the product. Type of product For the engine, select the product type seed / solid fertilizer / liquid fertilizer / undefined. Note Here you can enter any note, for example MARGED.

  • Page 40: Assignment Of The Motor To The Given Hopper

    Assignment of the motor to the given hopper Touch Basic Shutting down the application. Settings of hopper 1 / motor 1 Assigned product from the product database...

  • Page 41: Activation / Deactivation Dispenser

    Activation / Deactivation dispenser This function is used to deactivate the metering motor, which we do not want too use during work (sowing with one metering unit, deactivation of fertilization). – Settings. Select the product (dispenser) that you want to deactivate by pressing on its name (MOTOR - Deactivation / Activation This shows the deactivated dispenser on the desktop.

  • Page 42: Seed Flow Sensing Dickey-John-Deactivation

    Seed flow sensing Dickey-John-deactivation Touch Basic Shutting down the application Seed flow sensing deactivated. To reactivate the sensors, select YES.

  • Page 43: Rail Lines

    Rail lines - Rail lines settings. Functional icon Meaning Adds driving E.g.to set the number of rides correctly after returning to the field. This function is only available when the machine is stopped and not in the working position. Subtract the ride. E.g.

  • Page 44: Steps For Setting The Tramline Rhythm Correctly

    Steps for setting the tramline rhythm correctly Necessary information for calculating the rhythm of tramlines. Seeder grip Sprayer grip We will perform calculation. Sprayer grip Result of the calculation = Seeder grip Possibilities of creating tramlines Even results – Even tramline rhythms (15.2.1) Odd result –...

  • Page 45: Even Tramline Rhythms

    14.2.1 Even tramline rhythms It is possible to create an even tramline during one or two runs. During one run, tramlines are created on both sides of the machine. During two runs, tramlines are created, the valve is located only on one side of the machine. During one run, tramlines are created, both valves are on one side of the machine.
  • Page 46 Start sowing from the left side of the TYPE B field Possible valve Result of the RhNo. resulting Left valves Right valves positions calculation rhythm Start sowing from the right side of the TYPE B field Possible valve Result of the RhNo.
  • Page 47 Example: Creating a tramline on one side of the machine on which are both valves. The example shows an individual rhythm. Rail lines are created in two runs (sprayer 24 m, seeder 6m) Start of sowing from the left side of the field, individual rhythm TYPE C/E Possible valve Result of the The resulting...

  • Page 48: Odd Rhythms Of Tramlines

    14.2.2 Odd rhythms of tramlines Odd tramline rhythms are always created in one run. Odd tramline can only be created if the valves are on both sides of the machine. Example: Creating a tramline one in one run. The example shows rhythm number 5. The tramlines are created in the third run (sprayer 15m, seeder Creating a tramline in one run TYPE A Possible valve...

  • Page 49: Special Tramline Rhythms

    14.2.3 Special tramline rhythms Special rhythms are always created during four runs, they can only be created if the tramline valves are arranged on both sides of the machine. One tramline valve is on one side and two valves are on the other side of the machine. Example: Creating a tramline with a special rhythm.
  • Page 50 Possible valve Result of the The resulting RhNo. Left valve Right valve positions calculation rhythm 4.67 5.33 6.67 9.33 Start of sowing from the right side of the field TYPE C/D/E Possible valve Result of the The resulting RhNo. Left valves Right valves positions calculation rhythm...
  • Page 51 Possible valve Result of the The resulting RhNo. Left valves Right valves positions calculation rhythm 2.67 3.33 4.67 5.33 6.67 9.33...

  • Page 52: The Most Frequently Used Tramline Settings

    The most frequently used tramline settings The specific tramline setting is done in the tramline setting screen itself. For a better orientation and understanding of the setting of the tramlines, we present graphic and tabular processing here. The system for determining the rhythm of the tramlines follows from the graphic representation and the table.

  • Page 53: Rail Line Valves

    Rail line valves The tramline valves are closed with compressed air. It is necessary to have a red air hose connected to the compressed air connection from the tractor. For valves, it is important that no pressure escapes anywhere in the entire system. The pressure reducing valve must be set to 0,2 MPA.

  • Page 54: Air Pressure Reducing Valve Of The Tramlines

    Air pressure reducing valve of the tramlines The air pressure reducing valve is located on the seed drill head holder. Slide out (upwards) the valve adjustment segment. Tighten to add pressure. Release to reduce pressure. After setting the required pressure of 0,2 MPA, slide in the adjusting segment (downwards). THE PRESSURE MUST ALWAYS BE SET TO 0,2 MPA.

  • Page 55: Tramline Markers

    Tramline markers The tramline markers are automatically controlled together with the tramline valves. The tramline markers can be deactivated using the ball valve on the rear target holder.

  • Page 56: Farmet Dispenser

    Farmet dispenser Dispenser with roller change system. Body of Farmet dispenser Dispenser shaft Drive motor Side cover with roller mounting Dispenser front with bottom trowel Lower roller trowel Dispenser front with top trowel It is necessary to check both trowels of the dispenser rollers every day before work Any sign of deformation and loss of trowel material can lead to inaccurate dose requirements.

  • Page 57: Dispenser Function Test

    Dispenser function test After installing a new roller, the function, centering and smooth running must be checked. To start the roller, use the metering fill function or the sowing test. The drive motor must run evenly “smoothly”. Check clutch centering. If running unevenly, the dosing is inaccurate and the motor can be overloaded. At the point where the roller cuts, repair them, they must be reground or returned.

  • Page 58: Roller Replacement

    Roller replacement After selecting the roller according to the table, the roller must be mounted in the metering unit. With the full hopper, slide the slider over the dispenser (9). Remove the screws (6) on the side cover of the metering roller (1). Remove the roller (3) with drive shaft (5) and the side lid (1).

  • Page 59: Rollers For Fine Seeds

    Rollers for fine seeds The fine seed rollers consist of metering discs, spacer rollers and a drive shaft. The rollers can be mounted with one or two dosing discs. With the two dosing discs on the roller, the spread rate is doubled. The dosing disc is available with a dosing volume 3,5 cm³, 9 cm³.

  • Page 60: Sowing Test

    Sowing test Hose distribution type Before the sowing test, it is necessary to know the type of hose distribution. *See page for your machine configuration. Hose distribution type EC 250/300mm 125/150mm 100kg/ha 100kg/ha 0kg/ha 100kg/ha 50kg/ha 50kg/ha 100kg/ha 100kg/ha Hose distribution type HM 125/150mm 100kg/ha 100kg/ha...

  • Page 61: Sowing Test

    Sowing test You will need the designated accessories to perform the calibration test. Scale Bucket Sowing table Select the correct roller for the roller metering unit based on the sowing table – page 63. Check the cleanliness of the dispenser, roller and trowel condition. The trowel must reach on the roller - page 56.
  • Page 62 11. Required value – sowing dose Example: One dispenser: Total dispenser requirement 200 kg/ha, set 200 kg/ha. Split-up EC: Requirement 200 kg/ha, set to each dispenser 100 kg/ha. Split-up HM: Requirement 200 kg/ha, set to each dispenser 200 kg/ha. 12. Calibration factor - from the table of calibration factors – page 64. Example: 150 g/rev.

  • Page 63: Sowing Tables For Farmet Dispenser

    Sowing tables for FARMET dispenser Machine grip Roller Crop Number of dispensers V3,5 kg/ha 5-15 Rape, mustard, km/h kg/ha grass, etc. kg/ha 5-15 Rape, mustard, km/h kg/ha grass, etc. 14,4 10,8 kg/ha 5-15 Mustard, grass km/h kg/ha 14,5 21,5 14,5...
  • Page 64 CALIBRATION FACTOR TABLE OF FARMET DISPENSER ROLLER SPECIES g/cm ROLLER 0,77 0,74 0,68 0,81 0,79 0,65 0,36 0,22 V3,5 V100 V250 V500 NOTE: The calibration factors in this table are for guidance only. After the calibration test, the calibration factor is automatically recalculated.

  • Page 65: Settings Of Seed Section

    Settings of seed section For optimum seed placement must be observed the following parameters: Required sowing depth The amount of pressure Sowing depth setting The sowing depth is set using the pin (2), which is adjusted in the holes of the setting link (1). Each hole corresponds to a certain sowing depth.

  • Page 66: Recommended Depth

    17.1.1 Recommended depth The setting of the sowing depth and the coulter pressure interact. After each sowing depth change, drive a few meters and check the seed placement depth and the coulter pressure. Recommended Recommended Species sowing depth sowing rate Spring wheat 4-5 cm 220 kg...

  • Page 67: Sowing Section Pressure Setting

    Sowing section pressure setting PRESSURE [kg] DEPTH [cm] LIGHT / SANDY SOILS HEAVY / CLAY SOILS These are indicative recommended values. The correct pressure for a given specific condition may be different and must be adjusted accordingly. In case of dry weather, we recommended increasing the pressure.

  • Page 68: Increase The Pressure

    If the machine is raised, the pressure is too high = lower the pressure. The pressure must always be set according to the soil conditions. If the pressure is too low, the sowing depth may be unevenly distributed. 17.2.1 Increase the pressure Apply pressure to and leave it closed.

  • Page 69: Seed Coulters

    Seed coulters Description of the seed coulters Seed coulter frame Pressure wheel scraper Coulter discs Pressure wheel Comb of the wheel Harrow The seed is sown with the coulters. The coulter discs (2) cut through the seedbed and expose the seed grove. The seed is stored between the discs (2).

  • Page 70: Disc And Pressure Wheel Trowels

    17.3.1 Disc and pressure wheel trowels The trowels remove dirt from the discs and pressure wheels. Regularly check the function and wear of the trowels. Disc trowels The trowel has a carbide tip the edges. Make sure that the entire trowel rests evenly on the surface of the disc. Pressure wheel scraper The distance of the scraper from the wheel must be 1-2 mm.

  • Page 71: Pressure Wheel

    17.3.2 Pressure wheel The pressure wheels provide depth guidance when storing the seed, cover the seed with fine soil and press it against the seed. To sow all coulters to the same depth, it is necessary to have the wheels set in the same position. Settings For each short coulter, it is possible to adjust the position of the pressure wheel relative to the coulter disc.

  • Page 72: Harrows

    17.3.3 Harrows It is possible to change the aggressiveness of the harrows by adjusting the pin. With a large amount crop residues, harrows can be discarded (1). Discarded harrow The first degree of aggression of the harrow The second degree of aggression of the harrow The cotter pin must always be fully secured.

  • Page 73: Adjustin The Dose During Work

    Adjustin the dose during work This function is used to adjust the target dose (100%) to a dose in the range of +/-100%, if the engine allows to use in this range. Basic Basic -Turn on the application Function icon Meaning Increase the target dose.

  • Page 74: 19 Emptying The Hopper Using Electronics

    19 Emptying the hopper using electronics - The system allows the hopper to be emptied using electric or hydraulic motors and calculates the residual quantity. Basic Basic -Turn on the application It is necessary to have a selected container that we want to empty. Hopper Confirm Dispenser.

  • Page 75: Working Position Source

    Working position source To switch the sowing on and off, the machine must have information on the working position. In the system it is possible to set which source of working position the system of the machine will use. Touch Basic Switch off application -Settings.

  • Page 76: Source Speed Machinery

    Source speed machinery Touch Basic Turn off the application There are 3 options of the travel speed source: Tractor – The source of speed is the tractor. The machine must be connected to the ISOBUS or CAN of the tractor. Work equipment –...

  • Page 77: Machine Geometry

    Machine geometry This setting is used to define the geometry of the machine relative to the tractor. It is also possible to set the advance and delay of the engine start (sowing). Touch Basic Turn off the application Note on the point 5: If the section is behind the axle axis, the value must always be negative (sowing section), if the section is in front of the axle, the value must be positive (fertilization section).

  • Page 78: Machine Lighting

    Machine lighting Function icon Meaning Switching work lights on and off. Switching the hopper lighting on and off. Switching the beacon on and off. After activating your selected function, use to return to the work screen.

  • Page 79: Controlling Sections Manually (Section Control)

    Controlling sections manually (Section control) You can switch sections of your tool using the section control. The size of the respective sections that you can switch depends on the type of machine and equipment. On the work screen you can see which sections are on and off. Basic Touch -Turn on the application...

  • Page 80: Adjusting The Harrow Behind The Roller

    Adjusting the harrow behind the roller Used to spread plant residues in front of the seed coulter. For aggression, its aggressiveness can be set. The aggressiveness is set using the pin (2), which is adjusted in the holes of the adjusting link (3). It there is a few post-harvested residues in the field, this harrow is set to a steep position, on the contrary, if there are many post-harvested residues in the field such as sowing corn the harrow must be placed to prevent clogging.

  • Page 81: Adjusting The Depth Of The Front Preparation Section

    Adjusting the depth of the front preparation section The front preparation sections are controlled with help and an open ball valve. Piston rod for section depth adjustment Front preparation section (disc) Flexi board section The red clip at the disc section must never be removed. The section is not dimensioned to a depth of more than 80mm and there is a risk of damage!

  • Page 82: Side Deflectors Of The Front Preparation Section

    Side deflectors of the front preparation section Side deflectors prevent the soil from being ejected through the working width of the machine and level the soil wall created by the external discs. Settings The settings must be adapted to the soil conditions. No ramparts or furrows may be created between rides.

  • Page 83: Flexiboard

    Flexiboard Flexi boards are controlled with help It is used to level plowed soils and a lot of lumpy terrain. Before the first use, it is always necessary to pressurize the flexi board to the end position to ensure the uniformity of all its sections.

  • Page 84: Sowing Section Shift

    Sowing section shift Possibility of moving the seed coulters to the same spacing as the fertilizer section (sowing with every other seed coulter, the seed is stored in the same line as the fertilizer section). Sowing STANDARD, fertilization in the interline. STRIP To readjust the sowing section to STRIP technology, it is necessary to move the sowing section by half the spacing of the seed coulters A.
  • Page 85 Sowing STRIP, fertilizing in a row. STRIP How to change to STRIP: We release and remove the locking segment from the whole section. All section displacement pins must be lubricated. Insert the screw for moving the section (accessory). From the left side, we will gradually start moving the section. Refit the locking segment.

  • Page 86: Hanging The Machine On A Crane

    Hanging the machine on a crane For hanging it necessary to use fabric or rubber harnesses with sufficient load capacity. There is a risk of damaging the machine when using the chain. Suspension point on the drawbar Suspension point on the rear frame...

  • Page 87: Error Messages

    Error messages ISO messages Alarm text Possible cause Possible remedy The connection to the SLAVE slave The system has been stopped. A control unit has been interrupted. Disconnect and connect the control unit restart is required. Download manager has been (disconnect the ISO connector).
  • Page 88 Alarm text Possible cause Possible remedy Check the dataset or change the Dataset already exists. An identical dataset already exists. name. Check the dataset. Reinstall the The dataset is defective. There is an error in the dataset. software. The selected dataset was not found. Choose another dataset or perform a Dataset no found.

  • Page 89: Regulations Alarms

    Regulations alarms Alarm text Possible cause Possible remedy The set required speed is outside the The configured required blower Change the minimum and maximum specified fan drive limits for the speed is invalid. Product: xxxx. limits of the required product speed. respective product.
  • Page 90 Dosing was stopped because the machine was not completely raised. The machine was not fully raised. Excavate the sowing section. Excavate the sowing section. The blower rotates too fast. Dosing The current fan speed is higher than the Reduce the fan speed or change the value of the parameter “Max.

  • Page 91: Machine-Specific Alarms

    Machine-specific alarms Alarm text Possible cause Possible remedy The connection to the ERC module Connection lost. Check the cables. has been lost. The connection to the ERC module is Connection disrupted. Check the cables. interrupted. The supply voltage of the ERC Check the supply voltage and check Supply voltage too low.
  • Page 92 Alarm text Possible cause Possible remedy Not available for this product no A calibration test has not yet been Perform a calibration test before dataset. performed for the product in question. working with the product. The sowing test button was activated The sowing test button is activated.
  • Page 93 Alarm text Possible cause Possible remedy Sensor error detected AQ LIN-Bus communication error has PLANTirium®. LIN-BUS occurred. The sensor did not receive Check the cables. communication error. any messages from the LIN-Bus. Make sure you are within the speed Working speed is out of speed Working speed is too high or too low.
  • Page 94 Alarm text Possible cause Possible remedy An error has been detected in the CAN repeater. 12 V – Faulty The power supply voltage is defective. Check the cables. voltage. An error has been detected in the The CAN-Repeater is defective. Contact the customer service.

  • Page 95: Machine Maintenance And Repairs

    Machine maintenance and repairs Repairs to the machine may only be carried out by a trained person. When leaving the tractor cab, the operator must switch off all hydraulic circuits, appliances on the machine (fan) and the engine, the operator must prevent unauthorized access to the tractor.

  • Page 96: Maintenance Plan

    Maintenance plan Maintenance plan Daily Before the After the Time Maintenance operation 40 h (season) season season interval Generally a machine Visual inspection of the machine Monitoring of unwanted sounds, vibrations and excessive wear. Inspection of key nodes: pins, bearings, cylinders, working bodies Cleaning the machine Storage of the machine ideally under the roof.
  • Page 97 Maintenance plan Before After Daily Time Maintenance operation 40 h (season) interval season season Screw connections Visual inspection of screw and hydraulic connections, tighten loose connections with the appropriate tightening torque (table of tightening torques) Wheels – Tighten all wheel nuts. For the first time after 10 hours of operation.
  • Page 98 Maintenance plan Daily Before the After the Time Maintenance operation 40 h (season) season season interval Pneumatic system Fan: Speed setting function PTO fan – check oil level. PTO oil change The first after 50 operating hours 1 year The second after 200 operating hours Others after 400 hours Fan protection grille: condition check, dirt removal...

  • Page 99: Lubricant Nadling

    Maintenance plan Daily Before the After the Time Maintenance operation 40 h (season) season season interval Damage check, possible replacement Safety device Lighting and safety hatched boards – check condition, functionality and cleanliness Warning and safety labels – presence and legibility check Lubrication schedule of the machine Drawbar joint/suspension eye - grease Parking brake bolt –...

  • Page 100: Tire Pressure

    30.1.2 Tire pressure Load of an empty machine on axle Tire from Tire pressure 0 kg 7 920 kg 1,5 Bar Mitas 7 920 kg 10 242 kg 2,0 Bar 405/70R20 10 242 kg 12 306 kg 2,5 Bar 12 306 kg 14 280 kg 3,0 Bar 0 kg...
  • Page 101 The warranty is limited to disassembly and assembly, or replacement or repair of the defective part. The decision whether a defective part will be replaced or repaired belongs to the Farmet contract workshop. During the warranty period, repairs or other interventions on the machine may only be carried out by the manufacturers authorized service technician.
  • Page 102 CE CERTIFICATE OF CONFORMITY EG-KONFORMITÄTSERKLÄRUNG DÉCLARATION CE DE CONFORMITÉ СЕРТИФИКАТ СООТВЕТСТВИЯ ЕС DEKLARACJA ZGODNOŚCI WE Nous Мы Farmet a.s. Jiřinková 276 552 03 Česká Skalice Czech Republic DIČ: CZ46504931 Tel/Fax: 00420 491 450136 Vydáváme na vlastní zodpovědnost toto prohlášení. Hereby issue, on our responsibility, this Certificate.

This manual is also suitable for:

2021/0625

Table of Contents