Amazone EDX 9000-TC Service Manual
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Amazone EDX 9000-TC Service Manual

Precision air planter xpress singling / electronics / hydraulics
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Service Manual
az
Precision Air Planter
Xpress singling / Electronics / Hydraulics
EDX 9000-TC
EDX 6000-TC
EDX 6000-2/2C/2FC
(For authorised workshops only)
MG4918
BAG0090.1 03.11
Printed in Germany
en

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  • Page 1 Service Manual Precision Air Planter Xpress singling / Electronics / Hydraulics EDX 9000-TC EDX 6000-TC EDX 6000-2/2C/2FC (For authorised workshops only) MG4918 BAG0090.1 03.11 Printed in Germany...
  • Page 2 EDX BAG0090 03.11...

  • Page 3: Table Of Contents

    Installation location of pressure sensor / AMFÜME seed ............52 2.6.9 Installation location of scraper bar turn angle sensor ............52 2.6.10 Working position sensor (AS) EDX 9000-TC & EDX 6000-TC .......... 53 2.6.11 Working position sensor (AS) EDX 6000-2 ................54 2.6.12 Drive of the fertiliser metering unit + speed sensor EDX 6000-TC ........
  • Page 4 2.10.2 Arrangement of the solenoid valves EDX 6000-TC ............79 2.10.3 Installation location - pressure adjustment of the coulter EDX 9000-TC ......80 Hydraulic ....................81 Hydraulic circuit of the EDX 9000-TC ................. 81 Hydraulic circuit of the EDX 6000-TC ................. 87 Hydraulic circuit of the EDX 6000-2C ..................

  • Page 5: Xpress Singling

    Xpress singling Xpress singling Recommended selection of maize singling drum for the EDX system A drum with a hole size of 5.5 mm is available as standard for singling maize. However, grain size and shape of the seed can vary consider- ably, so an additional drum is available with a hole size of 4.5 mm.
  • Page 6 Xpress singling Ø=5,5 mm Ø=4,5 mm Fig. 2 Fig. 1 Small, elongated maize grain sits too deep in the The same maize grain as Fig. 1 on a drum with drum hole. 4.5 mm diameter. Fig. 3 Fig. 4 Catcher roll can trap the grain. The maize grain cannot fall through or get trapped.

  • Page 7: Presentation Xpress Grain Singling

    Xpress singling Presentation Xpress grain singling Fig. 5 (1) Seed container (6) Distribution of the air current through air guide plate (2) Opto-sensors (7) Seed shutter (3) Seed guide tube (8) Flow bed shutter (4) Scraper (9) Hole covering roller (5) Air inlet from the blower Flow bed shutter The flow bed shutter ensures that the seed is...

  • Page 8: Flow Bed/Seed Shutter

    Xpress singling Flow bed/Seed shutter For reliable singling of the seed, it is necessary to create a flow bed (moving seeds) in the lower area of the singling drum. This flow bed is influ- enced by the position of the seed shutter and the air flap.

  • Page 9: Hole Covering Rollers/Point Of Delivery

    Xpress singling Hole covering rollers/point of delivery Fig. 12 The hole covering rollers (Fig. 12/1) determine the point of delivery of the seeds to the opto- sensors. The distance is precisely set at the fac- tory for every side lid using a test bench. The locknuts marked on the picture at the bottom right fix this position.

  • Page 10: Lip Seal

    Xpress singling Lip seal To ensure a reliable singling process, there must be at least 55 mbar overpressure in the entire singling casing. If there are problems with the singling, check the position of the lip seals. The lower lip seal only has one fitting posi- tion.Check it for wear and proper positioning on the drum.

  • Page 11: Dismounting The Drum

    Xpress singling Dismounting the drum 1. Loosen the red-edged bolts. 2. Remove the green-edged pin from its hole and put it back in the holder. This prevents the pin from getting lost. Fig. 17 3. Pull the lid off of the shaft. 4.

  • Page 12: Dismounting The Scraper

    Xpress singling Dismounting the scraper 1. Dismount the singling drum. 2. Loosen the fastening bolts on the side scraper seals and remove them. Fig. 19 3. Remove the setting lever of the seed shut- ter at the right in the direction of travel, the scraper and, if applicable, the potentiometer of the remote scraper bar adjustment.
  • Page 13 Xpress singling 6. Dismount the locking rings and washers. Make note of the number and position of thewashers. 7. Likewise remove any fastening nuts (M8) on the right side in the direction of travel and press these bolts into the inside of the casing.

  • Page 14: Dismantling The Drum

    Xpress singling 1.10 Dismantling the drum 1. Dismount the metering drum out of the sin- gling casing. 2. Place the metering drum upright and loosen the socket head bolt with an Allen key (12 mm) by approx. 360°. Fig. 25 3.
  • Page 15 Xpress singling 5. Turn around the metering drum and take out the second inner drum ring with all its inner workings. Change the drum and start the mounting process in reverse order. 6. When mounting, carefully insert the flutes of the drum spokes into the notches of the sheet metal lips of the drum.

  • Page 16: Installation Of The Hole Covering Rollers

    Xpress singling 1.11 Installation of the hole covering rollers Fig. 30 In the following, the installation of the hole covering unit is described using the example of an 8-row singling drum. This unit is available for different numbers of rows. During installation, pay attention to the number of rows and the prop- er alignment of the hole covering rollers.
  • Page 17 Xpress singling Fig. 33 Press the hole covering shaft into the bearing until the locking ring fits. Ensure that the lever stays in the same position. Fig. 34 Secure the bearing with locking ring 0607400 and install all rollers 934516 in the notches of the shaft. Fig.
  • Page 18 Xpress singling Fig. 36 Screw on the cpl. linkages with screws DA778 and bearing pivot 934302. Torque 8 Nm. The black linkages must be able to turn freely! Fig. 37 Fasten 4 x tension spring HA165 onto linkage 934186 and centre shaft 973896.
  • Page 19 Xpress singling Fig. 39 Press disc DL307 and 1 x bearing CA079 into the inner drum ring until it fits. Fig. 40 Press the inner drum ring onto the centre shaft (side with flute). Install disc DL033 and locking ring DL082. Fig.

  • Page 20: Installation Of The Scraper Unit

    Xpress singling 1.12 Installation of the scraper unit 1. Make sure that the side seal on the drum at the left in the direction of travel is removed. Fig. 43 2. Subsequently, insert the pre-assembled scraper unit with the keyways first into the singling unit casing and then insert it into the intended holes to the right in direction of travel.
  • Page 21 Xpress singling 4. Insert the three hexagon bolts DC030 (Fig. 46/1) from the inside of the singling drum in- to the bearing block at the left in the direc- tion of travel. Fig. 46 5. Insert the three hexagon bolts DC030 from the inside of the singling drum into the bear- ing block at the right in the direction of trav- Fig.
  • Page 22 Xpress singling 7. Install the upper lateral drum seal located at the left in the direction of travel (pre- sealing). The distance to the drum should be approx. 1 mm. The drum must rotate freely and should not grind. Fig. 49 8.
  • Page 23 Xpress singling 10. Adjust the scraper unit so that the mounting plates can be pulled out from under the scrapers with a slightly perceptible re- sistance. Ensure that the distance between the scraper teeth and the singling drum is the same at the top and at the bottom (0.2 Fig.
  • Page 24 Xpress singling After you have carried out the axial alignment of the scraper unit, the scraper guide shafts have to be fastened. modified. 14. To do so, install enough washers at the left and right in the direction of travel. At the left in the direction of travel, they are fastened with a hexagon bolt DC030 + washer DF020 + clamp washer 973714.
  • Page 25 Xpress singling 17. Lock this position at the ends of the shutter axis with the washers DL028, DL029 and the locking ring DL077. Fig. 59 Fig. 60 After the guide shafts have been secured, the spur gears 972302 of the scraper bar adjustment can be mounted.
  • Page 26 Xpress singling 21. On the lower spur gear, there is now the possibility to install the optional potentiome- ter for the remote scraper bar adjustment. Ensure that the guide disc 973947 is in- stalled as shown in the picture at the bottom left.

  • Page 27: Calibrating The Remote Scraper Bar Adjustment

    Xpress singling 1.12.1 Calibrating the remote scraper bar adjustment After installation, the remote scraper bar adjust- ment has to be calibrated. 1. Put the scraper in Position 50 in the AMA- TRON 3 (Fig. 66). 2. Now loosen the bolts on the potentiometer and turn it so that the scraper setting lever also displays Position 50.
  • Page 28 Xpress singling Fig. 68 2. Make sure that the metering drum is well engaged to the driving shaft and that the spring pin installed there is well fitted into the flute of the inner drum ring. Fig. 69 3. Now place the side lid onto the shaft of the singling drum;...

  • Page 29: Factors For Distribution Along The Row

    Xpress singling 1.14 Factors for distribution along the row Adjustment errors after the opto-sensors display correct assignment Error source Cause / adjustment error • Feed hose: ο constricted cut off at an angle ο Conveyor track ο bent ο "slipped off" •...

  • Page 30: Electronics

    Electronics Electronics Connection Preconditions for connection to the tractor • Voltage 12.5-13 volt • AMATRON 3 error message if the voltage drops below 11 volt • Current ≥ 50 A • Battery cable for reliable power supply (included in the scope of delivery) Battery cable always directly connected to the battery! Connection to the tractor battery...

  • Page 31: Overview

    Electronics Overview 2.2.1 Main components of the electronics - EDX 9000-TC Designation / Explanation (spare part number) Terminals / (No.) Battery Basic equipment Basic equipment package AMABUS (943402) consists of (NL520) and (NL519) Basic equipment 6mm² AMATRON (NL470) !Both for AMATRON...

  • Page 32: Main Components Of The Electronics - Edx 6000-Tc

    Electronics 2.2.2 Main components of the electronics - EDX 6000-TC Bezeichnung / Erklärung (ET-Nummer) Anschlussstellen / (Nr.) (1) Battery Basic equipment package AMABUS (943402) (2) Basic equipment consists of (NL520) and (NL519) Basic equipment 6mm² AMATRON+ (NL470) !Both for AMATRON (NI064) and AMATRON 3 (942876) AMATRON...

  • Page 33: Main Components Of The Edx 6000-2C Electronics

    Electronics 2.2.3 Main components of the EDX 6000-2C electronics Designation / Explanation (spare part number) Terminals / (No.) (1) Battery (2) Basic equipment Basic equipment package AMABUS (943402) consists of (NL520) and (NL519) Basic equipment 6mm² AMATRON 3 (NL470) !Both for AMATRON (NI064) and AMATRON 3 (942876) AMATRON 3 / AMATRON 3 (NL060) connecting...

  • Page 34: Main Components Of The Edx 6000-2Fc Electronics

    Electronics 2.2.4 Main components of the EDX electronics 6000-2FC Designation / Explanation (spare part number) Terminals / (No.) (1) Battery (2) Basic equipment Basic equipment package AMABUS (943402) consisting of (NL519) and (NL520) Basic equipment 6mm² AMATRON 3 (NL470) !Both for AMATRON 3 (NI064) and AMATRON 3 (942876) (3, 5, 6, 9, 10) Connecting cable through cable duct (961192) and front...

  • Page 35: Main Components Of The Edx 6000-2 Electronics

    Electronics 2.2.5 Main components of the EDX 6000-2 electronics Designation / Explanation (spare part number) Terminals / (No.) (1) Battery (2) Basic equipment Basic equipment package AMABUS (943402) consists of (NL520) and (NL519) Basic equipment 6mm² AMATRON 3 (NL470) !Both for AMATRON (NI064) and AMATRON 3 (942876) Connecting cable to basic computer (NI069)

  • Page 36: Opto-Sensors

    Electronics Opto-sensors 2.3.1 Installation locations of opto-sensors The opto-sensors are designated from left to right in the direction of forward travel. 2.3.2 Adjustment possibilities for the opto-sensors AMATRON 3 menu item Setup  Basic data (Fig. 72/1)  Page 2/3  Adjust photoelectric barriers 1.

  • Page 37: Setting Values In The Diagnostic Input

    Electronics 2.3.3 Setting values in the diagnostic input on page 4/4 1. Inspect of the condition of the individual rows. Possible conditions of the opto-sensors: O.K.  Not monitored  No feedback Continue with Shift key  Info: 1. The value ranges of the individual diodes should be roughly the same.

  • Page 38: Opto-Sensor Check Sequence

    Electronics 2.3.5 Opto-sensor check sequence Gaps Row XY Opto-sensor check Drum Check singling correctly setting loaded? Signal ? Check connectors Opto-sensor Signal Switch on Clean State? moni- monitoring opto-sensor tored No feedback Activate opto-sensor Replace Opto-sensor Signal ? defective opto-sensor EDX BAG0090 03.11...

  • Page 39: Tramline / Single Row Switching

    Electronics Tramline / single row switching With the aid of the tramline / single row control, rows for tramlines can be switched off from left to right or permanently. For this purpose, on each row of holes of the singling drum an ad- justment unit is attached that interrupts the flow of seed into the sin- gling for the coulter.

  • Page 40: Switching Correlations Positioning Units And Mini Job Computer

    Electronics 2.4.3 Switching correlations positioning units and Mini job computer Fig. 78 Fig. 79 The positioning units of the single row / tramline control are controlled via so-called mini job computers. The mini job computers and opto- sensors switched in sequence are supplied via the wiring harness NL460.

  • Page 41: Weighing Technology Edx 6000-Tc

    Electronics Weighing technology EDX 6000-TC 2.5.1 Weighing technology setup The weighing system deter- mines the weight of the tank via three measuring pins. The measuring pins are brought together in a distributor box which is on the right of the main frame when looking in the direction of travel.

  • Page 42: Pin Assignment Distributor Box

    Electronics 2.5.2 Pin assignment distributor box Fig. 82 black black black black brown brown brown brown white white white white Sig+ green green green green Sig- yellow yellow yellow yellow EDX BAG0090 03.11...

  • Page 43: Calibrating The Weighing T Echnology

    Electronics 2.5.3 Calibrating the weighing t echnology 1 Align the implement horizontally. 2 Tare the weight on the display. 3 Fill the tank with at least 2000 kg. (X-weight) 4 Make a note of the displayed weight on the display. (Y-weight) Press the "menu"...

  • Page 44: Sensors

    Electronics Sensors 2.6.1 Sensors used / function of EDX Sensor Installation Sensor description Function Method of operation type* location Fertiliser sowing shaft Inductive Fertiliser Pulse counting sensor right (NH073) sensor (d) metering Fertiliser sowing shaft Inductive Fertiliser Pulse counting sensor left (NH073) sensor (d) metering Reacts to metal (sta-...

  • Page 45: Overview Of Sensor Installation Positions - Edx 9000-Tc

    Electronics 2.6.2 Overview of sensor installation positions - EDX 9000-TC Fig. 83 (1) Potentiometer working position (2) Coulter pressure sensors and actuator motors (travel direction left) (3) Solenoid valves (4) Machine computer - hydraulics (5) Singling drum blower speed sensor (6) Fertiliser spreader shaft sensor (7) Sensor ha/Imp.
  • Page 46 Electronics (2) Coulter pressure sensors and actuator mo- (1) Potentiometer working position tors (travel direction left) (3) Solenoid valves (4) Machine computer - hydraulics (5) Singling drum blower speed sensor (6) Fertiliser spreader shaft sensor (7) Sensor ha/Imp. 100m (8) Star wheel working position sensor (9) Fertiliser blower speed sensor (10) Machine computer –...

  • Page 47: Overview Of Sensor Installation Positions - Edx 6000-Tc

    Electronics 2.6.3 Overview of sensor installation positions - EDX 6000-TC Fig. 84 (1) Solenoid valves and hydraulics machine computer (2) Fertiliser spreader shaft sensor (integrated into motor) (3) Sensor ha/Imp. 100m (4) Blower speed sensor (5) Potentiometer working position (6) Machine computer – base and remote scraper bar adjustment (option) (7) Fertiliser AMFÜME sensor (8) Remote scraper bar adjustment (option)
  • Page 48 Electronics (2) Fertiliser spreader shaft sensor (integrated (1) Hydraulic solenoid valves into motor) (3) Sensor ha/Imp. 100m (4) Blower speed sensor (6) Hydraulics machine computer (5) Potentiometer working position EDX BAG0090 03.11...

  • Page 49: Overview Of Sensor Edx 6000-2C Installation Positions

    Electronics 2.6.4 Overview of sensor EDX 6000-2C installation positions Fig. 85 (1) Fertiliser spreader shaft sensor (integrated into motor) (2) Sensor ha / Radar (3) Blower speed sensor (4) Sensor working position (5) Machine computer – base and remote scraper bar adjustment (option) (6) Fertiliser AMFÜME sensor (7) Remote scraper bar adjustment (option)

  • Page 50: Installation Location Of Blower Speed Sensor - Edx 6000-Tc

    Electronics (2) Machine computer – base and remote (1) Capacitive fertiliser fill-level sensor scraper bar adjustment (4) Servo motors of the remote coulter pressure (3) Inductive sensor working position adjustment unit with pressure sensors 2.6.5 Installation location of blower speed sensor - EDX 6000-TC On the EDX 6000-TC, only one fan with speed sensor is installed for transport of the fertiliser and to generate the pressure in the singling drum...

  • Page 51: Installation Location Of Blower Speed Sensor - Edx 6000-2C

    Electronics 2.6.6 Installation location of blower speed sensor - EDX 6000-2C On the EDX 6000-2C, only one fan with speed sensor is installed for transport of the fertiliser and to generate the pressure in the singling drum (Fig. 86). Fig. 87 2.6.7 Installation location of ha sensor (radar) - EDX 6000-TC A radar has been installed in the EDX 6000-TC...

  • Page 52: Installation Location Of Pressure Sensor / Amfüme Seed

    Electronics 2.6.8 Installation location of pressure sensor / AMFÜME seed Fig. 90 (1) Remote scraper bar adjustment (option) (2) Seed AMFÜME sensor (3) Metering unit pressure sensor These sensors are each located on the right- hand and left-hand metering unit. Fig.

  • Page 53: Working Position Sensor (As) Edx 9000-Tc & Edx 6000-Tc

    Electronics 2.6.10 Working position sensor (AS) EDX 9000-TC & EDX 6000-TC • On the EDX 9000-TC and EDX 6000-TC, the NH022 potentiometer is used as a work- ing position sensor (Fig. 90). • 4 voltages can be assigned to the working position sensor (Fig.

  • Page 54: Working Position Sensor (As) Edx 6000-2

    Electronics 2.6.11 Working position sensor (AS) EDX 6000-2 • With the EDX 6000-2, the potentiometer NH117 is used as a working position sensor (Fig. 92). • 4 voltages can be assigned to the working position sensor (Fig. 93). • Factory setting for coulter end stop 4.1V (1) Threshold working position: 3.6 V (2) Threshold fertiliser metering (activating the starting ramp): 3.9 V...

  • Page 55: Drive Of The Fertiliser Metering Unit + Speed Sensor Edx 6000-2C

    Electronics 2.6.13 Drive of the fertiliser metering unit + speed sensor EDX 6000-2C Fig. 96, Drive of the fertiliser metering unit on the EDX 6000-2C. This motor, as with the motors of the singling drum, are operated via PWM. A speed monitor is integrated into the motor housing.

  • Page 56: Testing Sensors

    Electronics Testing sensors Testing analog sensors (potentiometers, pressure sensors): The plugs of the analog sensors have 3 pins. Pins 1 and 2 are responsible for the supply voltage. Pin 3 is the signal line. Testing the supply voltage: Disconnect the plug from the sensor. Ensure that there is a voltage of between 10.5 V and 13 V between pins 1 and 2 of the AMP plug, depending on the position on the machine (distance from the power source).

  • Page 57: Overview For Testing The Sensors

    Electronics 2.7.1 Overview for testing the sensors Sensor Spare Testing the supply voltage Testing the signal line description part number Digital inductive sensors Fertiliser sowing shaft sensor right Fertiliser sowing shaft sensor left Disconnect the plug from the sen- Insert a jumper between pins 1 and 3. In Fertiliser blower speed NH073 sor.

  • Page 58: Changing To The Setup Menu

    Electronics 2.7.2 Changing to the setup menu Changing to the setup menu is performed in the same way on all machines, illustrated here for the EDX. To change to the setup menu, press button (Fig. 98) and confirm the following warn- ing message with “ESC”.

  • Page 59: Explanations Of Diagnostics Function Of Amatron 3

    Electronics 2.7.4 Explanations of diagnostics function of AMATRON 3 Diagnostic input To test an input (sensor), switch on the computer and press the key. Confirm the message that is then displayed with ESC. To enter the Diagnostic input, now press the key top left In the menu that appears all of the computer's sensors will be dis- played.

  • Page 60: Testing Sensors Using The Diagnostic Menu

    Electronics To test a variable output (e.g. speed of the singling drums), pro- ceed as follows: 1. Switch to the diagnostic menu 2. Change to the page “Diagnosis PWM" 3. Increase the output value (e.g. speed “+”) 4 At 8% to 16% (standard singling) or respectively 10% to 18% (16-row singling), the singling drums should start to turn.

  • Page 61: Explanation Of Terms - Diagnostic Input

    Fig. 104/… (1) Potentiometer of remote scraper bar ad- justment on left (only with electronic ad- justment) (2) Potentiometer of remote scraper bar ad- justment on left (only with electronic ad- justment and EDX 9000-TC) Fig. 104 EDX BAG0090 03.11...

  • Page 62: Explanation Of Terms - Diagnostic Output

    Electronics 2.7.7 Explanation of terms – Diagnostic output EDX 9000-TC EDX 6000-TC Valve 1 Excavated material Excavated material Valve 2 Star wheel/lower Valve 3 Right track marker Right track marker Valve 4 Left track marker Left track marker Valve 5...

  • Page 63: Amatron 3

    Electronics AMATRON 3 2.8.1 Setting values for AMATRON 3 Menu level Page Possible inputs EDX 9000-TC / EDX 6000- Implement type TC / EDX 6000-2 Configure the row deactiva- (ON/OFF) tion Coulter pressure remote (ON/OFF) control Fertiliser coulter remote (ON/OFF)

  • Page 64: Detecting The Software Versions Of The Machine

    Electronics 2.8.2 Detecting the software versions of the machine All version numbers of the Job Calculator are shown in the lower left corner of the Setup menu. The Job Calculator program is divided into 3 parts (Fig. 107). (1) Control and control loop program for hy- draulic computer (2) Languages (3) Control and control loop program for basic...

  • Page 65: Displaying The Terminal Version

    Electronics 2.8.3 Displaying the terminal version AMATRON There are 2 ways to display the terminal version. 1. With the terminal switched off, remove the grey 20-pin connector that goes to the ma- chine, from the basic equipment, and switch the terminal on. 2.

  • Page 66: Troubleshooting Chart

    Electronics 2.8.4 Troubleshooting chart Message Type Cause Remedial action Drive faster; speed calculation is wrong Insufficient fertiliser Metering unit speed Message (pulse per 100 m); insufficient target quantity metering speed not allowed of fertiliser Fertiliser metering Metering unit speed Drive slower; speed calculation is wrong; Message speed too high not allowed...
  • Page 67 Electronics In spite of speed Check the connection to the geared motor; Seed singling does detection revolution Alarm test manual activation of the motor in the not respond of the singling drum diagnostics menu is not detected Check connection of motor and sensor; check the position of the sensor;...
  • Page 68 Electronics Potentiometer of The voltage value of Check the sensor in the diagnostics menu; scraper bar has the analogue sensor Alarm check the position of the sensor; failed, left (1), right (left) is outside of check sensor connections and plug contacts 0.5 ...

  • Page 69: Cable Harness

    Electronics Cable harness 2.9.1 Pin assignment of electric plugs Spare Area of appli- part Picture PIN Colour Assignment cation number Earth Sensors 12V+ Signal NF104 Standard sensor and Earth NF025 potentiometers Light (right/left) Lighting Turn signals (right/left) Earth 12V+ Sensors Signal 1 Signal 2 Pressure control...

  • Page 70: Contact Assignment Of 42-Pin Amp Plug

    Electronics 2.9.2 Contact assignment of 42-pin AMP plug View from the wiring harness side View from the machine computer side Is used on the machine computer for the hydraulics, and on the ma- chine computer for the base. EDX BAG0090 03.11...

  • Page 71: Wiring Harness For Hydraulics Nl268 Edx 9000 -Tc

    Electronics 2.9.3 Wiring harness for hydraulics NL268 EDX 9000 –TC PIN/42 → 4 11 12 16 30 32 31 33 34 35 36 37 39 Voltage statuses Connection/PIN↓ Sensor Ground Voltage Power Supply  Working +12 V 10.5 V – 13 V ...

  • Page 72: Wiring Harness For Base Nl268 Edx 9000-Tc

    Electronics 2.9.4 Wiring harness for base NL268 EDX 9000-TC PIN/42 → 19 20 21 22 23 24 42 Voltage statuses Connection/PIN↓ Voltage Power Ground  Supply Valve 1 (lift-out unit) +12 V 10.5 V – 13 V  Valve 2 (V22)

  • Page 73: Wiring Harness For Pressure Adjustment Nl459 Edx 9000-Tc

    Electronics 2.9.5 Wiring harness for pressure adjustment NL459 EDX 9000-TC Pin/42→ 3 15 17 28 29 30 31 32 33 34 35 36 38 41 42 Voltage statuses Connection/PIN ↓ Sensor Ground Supply voltage 10.5 V  – 13 V...

  • Page 74: Kabelbaum Druckverstellung Nl269 / Nl270

    Electronics 2.9.6 Kabelbaum Druckverstellung NL269 / NL270 Optional fertiliser coulter / seeding coulter remote adjustment Pin/42→ 8 9 10 18 29 40 42 Voltage statuses Connec- tion/PIN/10↓  Pressure control Voltage Power Supply + / - (2) motor 10.5 V – 13 V + / - (2) Seeding coulter ...

  • Page 75: Wiring Harness For Base Nl462 Edx 6000-Tc

    Electronics 2.9.7 Wiring harness for base NL462 EDX 6000-TC PIN/42 → Voltage statuses Connection / PIN↓ Ground  Sensor Voltage Power Supply 10.5 V – 13 V Fill level +12 V  (Seed) Signal  Ground  Voltage Power Supply Pres.

  • Page 76: Wiring Harness For Hydraulics Nl292 Edx 6000-Tc

    Electronics 2.9.8 Wiring harness for hydraulics NL292 EDX 6000-TC PIN/42 → 19 21 22 28 29 30 31 32 33 34 35 36 37 42 Voltage statuses Connection / PIN↓ Voltage Power Ground  Sensor fill Supply level +12 V 10.5 V –...

  • Page 77: Wiring Harness For Base Nl463 Edx 6000-2C

    Electronics 2.9.9 Wiring harness for base NL463 EDX 6000-2C PIN/42 → Voltage statuses Connection / PIN↓ Ground Voltage Power  Sensor Supply +12 V  Fill level 10.5 V – 13 V (Seed) Signal  Ground  Voltage Power Supply Metering unit +12 V ...

  • Page 78: Wiring Harness For Base Nl469 Edx 6000-2

    Electronics 2.9.10 Wiring harness for base NL469 EDX 6000-2 PIN/42 → Voltage statuses Connection / PIN↓ Ground Voltage Power  Sensor Supply +12 V Fill level  10.5 V – 13 V (Seed) Signal  Ground Voltage Power  Supply Metering unit +12 V ...

  • Page 79: Faults In The Area Of The Electro-Hydraulics

    Electronics 2.10 Faults in the area of the electro-hydraulics On an EDX 9000-TC, 6 solenoid valves are installed, and on an EDX 6000-TC 3 solenoid valves are installed. In order to ensure that these are OK, check their power consumption and resistance.

  • Page 80: Installation Location - Pressure Adjustment Of The Coulter Edx 9000-Tc

    Electronics 2.10.3 Installation location - pressure adjustment of the coulter EDX 9000-TC Fig. 113/... (1) Pressure adjustment motor - fertiliser coul- ter (optional) (2) Pressure adjustment motor - seeding coul- ter (optional) (3) Boom pressure (manual) Fig. 113 Fig. 114/...

  • Page 81: Hydraulic

    Hydraulic Hydraulic Hydraulic circuit of the EDX 9000-TC Fig. No. / valve Controller Actuator Location Fig. 115/2 Rear frame electric Fig. 116 Star wheel electric Right track marker electric Left track marker electric Transport position - right track marker Electric / emergency actuation...
  • Page 82 Hydraulic Fig. 117: Switching valve 0180 with machine in folded out state Shortly before reaching the end position of the rear frame into the folded in state, the pin of the rear frame stop engages with the valve so that the valve opens.
  • Page 83 Hydraulic The individual hydraulic functions of the AMAZONE EDX 9000-TC are shown below in a table. It shows in each case the tractor-side actuation of these functions, where necessary, and how the respective valves have to be switched so that the function can be performed correctly.
  • Page 84 Hydraulic Insert track markers and star wheel Selection AMATRON 3: Track marker preselection Fold out the selected track markers and lower the star wheel Actuation: Controller 1 or 1 cable strap yellow 1st action: Star wheel extends 2nd action: Option can be selected in the AMATRON 3 Options: Track markers barred Both track markers extend (shown in hydraulic circuit diagram)
  • Page 85 Hydraulic Lifting the machine (e.g. at the end of the field for turning) Selection AMATRON 3: Working menu, no special selection Raising the rear frame, track markers (if active) and star wheel Actuation: Controller 1 or 2 cable straps yellow 1st action: Star wheel lifts 2nd action: Active track marker(s) fold(s) in 3rd action: Rear frame is raised...
  • Page 86 Hydraulic Fold in Selection AMATRON 3: Fold in machine open closed closed closed open open Opens during the process energised de-energised de-energised de-energised driven driven 1. Raise rear frame for folding in Actuation: Controller 1 or 2 cable straps yellow 1st action: Rear frame is raised Hydraulic circuit diagram 10: Raising rear frame Note: When the rear frame is raised far enough, "Fold in/out position attained"...

  • Page 87: Hydraulic Circuit Of The Edx 6000-Tc

    Hydraulic Hydraulic circuit of the EDX 6000-TC Fig. No. / valve Controller Actuator Location Fig. 119/2 Rear frame electric Fig. 120 Left track marker electric Right track marker electric Fig. 119/1 0140 Lamp folding mechanical Fig. 122 Coulter pressure switching 0270 mechanical valve...
  • Page 88 Hydraulic Switching valve 0140 with machine in folded out state Shortly before the rear frame reaches the end position in the folded in state, the pin of the rear frame stop is pressed into the valve so that the valve opens. (1) Switching valve (2) Pin (3) Stop on the rear frame...
  • Page 89 Hydraulic The individual hydraulic functions of the AMAZONE EDX 6000-TC are shown below in a table. It shows in each case the tractor-side actuation of these functions, where necessary, and how the respective valves have to be switched so that the function can be performed correctly.
  • Page 90 Hydraulic Insert track markers Selection AMATRON 3: Track markers (see AMATRON 3 operating manual, page 35) Actuation: Controller 1 or 1 cable strap yellow 1st action: Track markers are actuated, depending on the option Options: Track markers barred Both track markers extend (shown in hydraulic circuit diagram) Left track marker extends Right track marker extends Track markers extend alternately...
  • Page 91 Hydraulic Obstacle function Selection AMATRON 3: Track marker obstacle function (see AMATRON 3 operating manual, page 36) Actuation: Select option in the AMATRON 3/controller 1 or 2 yellow cable straps Valve V1 must be closed. V1 is thus driven. Only the track marker concerned is hence folded in and can be folded out again after passing the obstacle.

  • Page 92: Hydraulic Circuit Of The Edx 6000-2C

    As opposed to the EDX 9000-TC and EDX 6000- TC, all hydraulic functions are operated directly by the tractor hydrau- lic system without the aid of electromagnetic valves.
  • Page 93 Hydraulic 6.: The pressure set by the pressure reducing valves is channeled into the bottom side of the piston for fertiliser coulter pressure. The set pressure for the seed coulter is routed into the piston rod side. 7.: The displaced oil of both coulter pressure cylinders is routed back into the free return together through the unlockable check valves position 3 in block 0090.
  • Page 94 Hydraulic 1.: The oil flow opens the unlockable check valve with position 6 in block 0090 (GD553) and thus re- leases the return of the piston bottom side of the track marker cylinder. 2.: The track marker change valve is open in the flow direction to the track marker cylinders in both switch positions.

  • Page 95: Repair Instructions

    Folding in the machine in the event of failure of the AMATRON 3 EDX 9000-TC For this, valves V5 and V6 have an emergency actuation function. In the event of failure, this must be actuated in order to fold in the track markers.

  • Page 96: Hydraulic Circuit Diagrams Edx 9000-Tc

    Hydraulic Hydraulic circuit diagrams EDX 9000-TC Overview (1) Lift the booms out of the catching sockets and fold the lighting to working position (2) Folding out the booms (Part 1) (3) Folding out the booms (Part 2) (4) Lowering the rear frame to working position...
  • Page 97 Hydraulic 0220 GD465 Throttle check valve 0230 GA158 Right track marker 2 0240 GA216 Metering unit height adjustment right 0250 GA216 Metering unit height adjustment right 0260 GA164 Fertiliser coulter pressure right 0270 GA164 ED coulter pressure right 0280 GD465 Throttle check valve - folding 0290 GA159...

  • Page 110: Hydraulic Circuit Diagrams Edx 6000-Tc

    Hydraulic Hydraulic circuit diagrams EDX 6000-TC As an option, the machine EDX 6000-TC can be equipped with on- board hydraulics. From the point of view of the hydraulic system, the blower drive (13) and the coulter pressure adjustment (14) have to be considered separately (see attached hydraulic circuit diagrams).
  • Page 111 Hydraulic 0140 GD372 Switching valve - lighting folding 0150 GD431 Non-return valve 0160 934123 Lighting folding 0170 GA168 Right track marker 0180 GA164 Fertiliser coulter pressure right 0190 GA164 ED coulter pressure right 0200 GA159 Boom folding 0210 GD465 Throttle check valve - folding 0220 GD465 Throttle check valve - folding...

  • Page 125: Hydraulic Diagrams Edx 6000-2C

    Hydraulic Hydraulic diagrams EDX 6000-2C The EDX 6000-2C machine can optionally be equipped with an on- board hydraulic system. On the hydraulic system side the blower drive (13) and the coulter pressure adjustment (14) must be consid- ered separately. See the provided hydraulic diagrams) Maintenance and service (1) Folding out the booms (2) Machine in folded out position...
  • Page 126 Hydraulic 0160 GD371 Folding pressure accumulator 0170 912301 Augur motor 0180 963200 Ball valve, augur control 0190 GA168 Track marker, right side 0210 GA164 Fertiliser coulter pressure right 0220 GA164 ED coulter pressure right 0230 GA159 Boom folding 0240 GD480 Tube breakage safety device 0250 GD465...
  • Page 137 Hydraulic EDX BAG0090 03.11...
  • Page 138 Notes EDX BAG0090 03.11...
  • Page 139 Notes EDX BAG0090 03.11...
  • Page 140 Tel.: + 49 (0) 5405 501-0 D-49202 Hasbergen-Gaste Telefax: + 49 (0) 5405 501-234 Germany e-mail: amazone@amazone.de http:// www.amazone.de Branch factories in: D-27794 Hude • D-04249 Leipzig • F-57602 Forbach • Subsidiaries in England and France Factories for mineral fertiliser spreaders, field sprayers, seed drills, soil tillage implements...

This manual is also suitable for:

Edx 6000-tcEdx 6000-2Edx 6000-2cEdx 6000-2fc

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