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TeeJet 5000 Manual

Multiimplement computer
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Table of Contents

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1.
GENERAL USE
2.
GENERAL FUNCTIONS
3.
SPRAYER
4.
FERTILISER DISTRIBUTOR
5.
DRILL
6.
BALER
7.
SLURRY SPREADER
8.
OTHER IMPLEMENTS
9.
DGPS FUNCTIONS
10.
11.
OVERVIEW
12.
FITTING INSTRUCTIONS

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Summary of Contents for TeeJet 5000

  • Page 1 GENERAL USE GENERAL FUNCTIONS SPRAYER FERTILISER DISTRIBUTOR DRILL BALER SLURRY SPREADER OTHER IMPLEMENTS DGPS FUNCTIONS OVERVIEW FITTING INSTRUCTIONS...

  • Page 2: Table Of Contents

    Contents GENERAL USE........................ 1.1 GENERAL FUNCTIONS ....................2.1 SPRAYER ........................3.1 FERTILISER DISTRIBUTOR, OTHER TYPE ..............4.1 FERTILISER DISTRIBUTOR, OTHER TYPE WITH REG..........4.13 FERTILISER DISTRIBUTOR, BØGBALLE (D, E, DZ & EX) .......... 4.23 FERTILISER DISTRIBUTOR, BREDAL (B2, B3, B4 & B6)..........4.35 FERTILISER DISTRIBUTOR, BREDAL (HYDR.
  • Page 3 A TeeJet 5000 is not just a “TeeJet 5000”, but a product that is under constant development. The computer “version” is displayed on the screen each time the computer is started.
  • Page 4 TeeJet Technologies can therefore not be held responsible for damages incurred, which can be traced to the use of unoriginal or manipulated manuals. Original manuals can be requisitioned at any time from TeeJet Technologies. With regards Mølhavevej 2...

  • Page 5: General Use

    General use GENERAL USE........................ 1.2 CONSTANT KEYS ......................1.3 RETURN KEY......................1.3 TRACTOR INFO KEY....................1.3 CONTRAST ......................1.3 MEMORY KEY......................1.4 HOLD KEY....................... 1.4 DELETE KEY......................1.4 BACKGROUND LIGHT.................... 1.4 NUMERICAL KEYS ....................1.4...

  • Page 6: General Use

    The TeeJet 5000 menu system has, in principal, been built up as a book in which you can page through the different menus. The computer functions are divided into programs.

  • Page 7: Constant Keys

    NOTE: extreme heat or cold may cause the screen to appear black or totally blank. Using the CONTRAST key allows for this to be compensated for, but when the TeeJet 5000 reaches normal operating temperature the screen will again become un-readable.

  • Page 8: Memory Key

    5000 O ENERAL USE PERATORS MANUAL MEMORY KEY The memory keys works as a bookmark. Pressing this key stores the currently selected screen. After moving around through the menus simply pressing the memory key again will return the screen to the previously selected screen.
  • Page 9 PRINT TASK:......................2.9 PRINT ONE: ......................2.9 PRINT ALL:......................2.10 PRINTING TASKS VIA A PC ................. 2.10 CONNECTION OF THE TEEJET 5000 TO THE PC: ..........2.10 SETTING “TERMINAL” UP..................2.11 SETTING “HYPER TERMINAL” UP............... 2.12 RECEIVE TEXT..................... 2.14 EDITING THE TEXT.

  • Page 10: General Functions

    5000 O ENERAL FUNCTIONS PERATORS MANUAL GENERAL FUNCTIONS This chapter deals with the functions that can always be chosen no matter which implement is used. The functions related to a certain implement will be dealt with in the chapter on the implement in question.

  • Page 11: Status Screen

    During operation (driving in the field) with an implement and sensors selected, you must not return to the BASIC MENU or change to another implement. If this is attempted the TeeJet 5000 will display "MENU CHANGE PROHIBITED". This is necessary to avoid incorrect measurements.

  • Page 12: Tractor Functions

    5000 O ENERAL FUNCTIONS PERATORS MANUAL TRACTOR FUNCTIONS SLIP = Wheel slip = Revolutions from the PTO METRE = Distance travelled BATT = Battery voltage SLIP: Wheelslip in per cent. The relation between speed measured on a wheel or an axle and speed measured by radar. This function is active only if a radar is mounted and "ON"...

  • Page 13: Task Function

    The date shown as day: month: year. Date is set in "ENCODE". TASK FUNCTION It is possible to record up to 50 individual tasks in the version 4 TeeJet 5000; these 50 tasks are independent of each other and can be shared between all of the different implements.

  • Page 14: Task Operation

    5000 O ENERAL FUNCTIONS PERATORS MANUAL TASK OPERATION Select the “Task Feature” as follows: Pressing the bottom function key displays the following: The first menu picture in the task feature shows which implement is being used and the number of tasks that already contain data (half filled rectangle).

  • Page 15: Start Task

    5000 O PERATORS MANUAL ENERAL FUNCTIONS START TASK Moving the cursor and using the “Start” function key gives you the possibility to either open a task that has already been worked on, or start a new task. Note: It is only possible to start/open, i.e. a sprayer task when sprayer has been selected as the implement.

  • Page 16: Id No

    5000 O ENERAL FUNCTIONS PERATORS MANUAL ID NO. Pressing the ID NO key allows the operator to encode an ID. Number, this number could, e.g. be a number that identifies a customer or an employee. It does not matter when the ID number is encoded, but the task must be started.

  • Page 17: Delete Task

    5000 O PERATORS MANUAL ENERAL FUNCTIONS DELETE TASK Move the cursor to the task to be deleted and press the “Delete Task” function key. The entire contents for the selected task will now be deleted. NOTE: All tasks that contain data can be deleted regardless of the implement selected for operation, so it is possible to delete tasks for, e.g.

  • Page 18: Print All

    Other similar Windows programs can of course be used if this is desirable CONNECTION OF THE TEEJET 5000 TO THE PC: The TeeJet 5000 PC interface consists of a special serial cable, a 9 to 25 pin adapter and a transformer to connect to the mains power supply.

  • Page 19: Setting "Terminal" Up

    5000 O PERATORS MANUAL ENERAL FUNCTIONS SETTING “TERMINAL” UP. Double click on the “Terminal” icon. You can find the program icons in various places, depending on the way that Windows has been set-up. Refer to the Windows operator manuals for further instruction.

  • Page 20: Setting "Hyper Terminal" Up

    5000 O ENERAL FUNCTIONS PERATORS MANUAL SETTING “HYPER TERMINAL” UP. Click on the “Hyper Terminal” icon. You can find the program icons in various places, depending on the way that Windows95 has been set-up. Refer to the Windows95/98 operator manuals for further instruction. Double click on the “Hypertrm.exe”...
  • Page 21 5000 O PERATORS MANUAL ENERAL FUNCTIONS Choose the Com. Port that corresponds to the serial port being used Figure 5 ”Connect Using” (HyperTerminal) Change the Port settings to the following: Figure 6 “Serial port properties” (HyperTerminal) When you have finished set-up, choose “Save As” in the file menu. A dialogue box is shown where it is possible to save the set-up to a file.

  • Page 22: Receive Text

    PERATORS MANUAL RECEIVE TEXT. The TeeJet 5000 sends a fully formatted text file as a .txt type file. This file is received in “Terminal or Hyper Terminal” and can then be saved wherever you wish. It is recommended to make a folder specifically for the TeeJet 5000 to ease management of these files.

  • Page 23: Editing The Text

    5000 O PERATORS MANUAL ENERAL FUNCTIONS EDITING THE TEXT. Once saved in the PC. It is possible to edit these text files in almost any word processing program that can open .txt files. To ensure correct page layout, etc. We recommend using COURIER type with a size of 10 cpi.

  • Page 24: Data/Delete

    5000 O ENERAL FUNCTIONS PERATORS MANUAL DATA/DELETE This menu comprises of 3 main options: 1. Total counter display (not found elsewhere). Trip counter display 2. Delete counters separately. 3. Delete all trip counters simultaneously. It is not possible to see/select the total counters in the operation menus. Therefore the “DATA/DELETE”...

  • Page 25: Forward Speed Sensor

    5000 O PERATORS MANUAL ENERAL FUNCTIONS FORWARD SPEED SENSOR There are 3 possible speed sensors available in each of the TeeJet 5000 version 4.xx implement programs. WHEEL TRACTOR WHEEL IMPLEMENT (Wheel sprayer, Wheel spreader, etc.) RADAR The best speed sensor for the implement in question is described in each of the implement’s chapters, but the calibration procedure for each sensor type is almost...

  • Page 26: Manual Calibration

    5000 O ENERAL FUNCTIONS PERATORS MANUAL MANUAL CALIBRATION 1. Mark the wheel and the ground. 2. Drive exactly 10 rotations of the wheel (remember to count rotations on the wheel fitted with magnets). Mark the ground again 4. Measure the distance between the 2 marks in centimetres and divide by the number of rotations and the number of magnets fitted on the wheel.

  • Page 27: Automatic Speed Sensor Calibration

    5000 O PERATORS MANUAL ENERAL FUNCTIONS AUTOMATIC SPEED SENSOR CALIBRATION Measure a stretch of 100 metres and drive to the start mark. Press the “CALIB. CALC.” Key twice and the following is displayed: Drive the 100 metres and stop exactly at the stop mark.

  • Page 28: System

    5000 O ENERAL FUNCTIONS PERATORS MANUAL SYSTEM: This function allows, amongst other things, the various inputs and outputs to be tested. Pressing “Select” will display the following: TEST INPUT: Test of all inputs for each implement (sensors). TEST OUTPUT: Test of engine valve etc. for each implement.

  • Page 29: Test Input/Output

    5000 O PERATORS MANUAL ENERAL FUNCTIONS TEST INPUT/OUTPUT Use test input if you suspect defect sensors. There is a counter underneath each “input description” on the left-hand side, that registers the number of times that the input has been activated (the counter is reset each time you leave the TEST INPUT menu).

  • Page 30: Test Input/Output, Sprayer

    5000 O ENERAL FUNCTIONS PERATORS MANUAL TEST INPUT/OUTPUT, SPRAYER TEST INPUT SPRAYER (OTHER TYPE) HOLDER TRAIL 1: Signal from pressure sensor Signal from pressure sensor TRAIL 2: Signal from sprayer Signal from sprayer flowmeter. Turn the paddle flowmeter. Turn the paddle...

  • Page 31: Test Input/Output, Fertiliser Spreader

    5000 O PERATORS MANUAL ENERAL FUNCTIONS TEST INPUT/OUTPUT, FERTILISER SPREADER TEST INPUT OTHER TYPE OTHER TYPE W. REG. TRAIL 1: Signal from shaft speed sensor Signal from RPM sensor fitted to RPM 1 discs. (RPM 1) TRAIL 2: Signal from shaft speed sensor...
  • Page 32 5000 O ENERAL FUNCTIONS PERATORS MANUAL TEST INPUT BREDAL (HYDRAULIC) BREDAL K RAMP TRAIL 1: Signal from RPM sensor fitted to Signal from RPM sensor fitted to the spinning discs. the spinning discs. TRAIL 2: Signal from weigh cells. Signal from weigh cells.
  • Page 33 5000 O PERATORS MANUAL ENERAL FUNCTIONS TEST INPUT RAUCH AERO RAUCH BETA/DELTA TRAIL 1: Not used. Signal from shaft speed sensor (RPM 1). TRAIL 2: Signal from sensor on feed Not used. rollers. TRAIL 4: Signal from speed sensor fitted Speed signal from trailed to trailed machines.
  • Page 34 5000 O ENERAL FUNCTIONS PERATORS MANUAL β TEST INPUT RAUCH AXERA H Signal from shaft speed sensor Signal from RPM sensor fitted to TRAIL 1: (RPM 1). discs. (RPM 1) TRAIL 2: Not used. Signal from floor chain (RPM 2)

  • Page 35: Test Input/Output, Seed Drill

    5000 O PERATORS MANUAL ENERAL FUNCTIONS TEST INPUT/OUTPUT, SEED DRILL TEST INPUT OTHER TYPE NORDSTEN TRAIL 1: Signal from RPM sensor fitted to Signal from RPM sensor fitted to the drill shaft. the drill shaft. TRAIL 2: Signal from RPM sensor fitted to Signal from RPM sensor fitted to the tramlining clutches.
  • Page 36 5000 O ENERAL FUNCTIONS PERATORS MANUAL TEST INPUT LEMKEN SIMBA TRAIL 1: Signal from the RPM sensor Signal from RPM sensor fitted fitted on the drill shaft. on drill shaft 1 TRAIL 2: Signal from the RPM sensor Signal from the RPM sensor...

  • Page 37: Test Input/Output, Baler

    5000 O PERATORS MANUAL ENERAL FUNCTIONS TEST INPUT/OUTPUT, BALER TEST INPUT BALER TRAIL 1: Signal from the bale counter. TRAIL 2: Signal from the RPM 3 sensor or bale weight if fitted. TRAIL 4: Signal from RPM 2 sensor. TRAIL 7: Signal from RPM 1 sensor.

  • Page 38: Test Input/Output, Slurry Spreader

    5000 O ENERAL FUNCTIONS PERATORS MANUAL TEST INPUT/OUTPUT, SLURRY SPREADER TEST INPUT OTHER TYPE HYDRAULIC TRAIL 1: Signal from RPM 1 sensor, i.e. Signal from RPM sensor fitted to distributor or macerator. the distributor. TRAIL 2: Signal from the slurry flowmeter Signal from flowmeter.
  • Page 39 5000 O PERATORS MANUAL ENERAL FUNCTIONS TEST INPUT HORSCH ZUNHAMMER TRAIL 1: Not used. Not used. TRAIL 2: Signal from RPM sensor fitted Signal from RPM sensor fitted on the pump (flow). on the pump (flow). TRAIL 4: Signal from the wheel sensor Signal from the wheel sensor fitted on the slurry spreader.

  • Page 40: Test Input/Output, Other Implement

    5000 O ENERAL FUNCTIONS PERATORS MANUAL TEST INPUT/OUTPUT, OTHER IMPLEMENT TEST INPUT OTHER IMPLEMENT TRAIL 1: Not used. TRAIL 2: Not used. TRAIL 4: Signal from a wheel sensor fitted to an implement. TRAIL 7: Signal from an implement sensor fitted to the implement.

  • Page 41: Diesel Flow Figure

    System settings not available to the user. IMPLEMENT INFO The total time and area that the TeeJet 5000 has been in operation (only registered if area is being counted). “COUNTER OVER XX” shows the amount of time and the total area that the implement has been used over the max. operating speed set by the implement manufacture.

  • Page 42: General Warnings

    GENERAL WARNINGS: The TeeJet 5000 has the following general warnings: WARN. BATT: Displayed when the power supply to the TeeJet 5000 falls to 10V, This warning disappears when the power supply reaches 10V again. WARN. OUTPUT: Displayed when there is a short circuit on a controlling device, i.e.
  • Page 43 Sprayer SPRAYER ........................3.2 SPRAYER (OTHER TYPE) ....................3.3 SPRAYER OPERATION..................3.3 SPRAYER FUNCTIONS: ....................3.4 EXTRA TRACTOR FUNCTIONS IN THE SPRAYER PROGRAM......3.6 BOOM SECTION ON/OFF ..................3.7 FILLING FUNCTION ......................3.7 SPRAYER ENCODE......................3.9 DOSERATE ......................3.9 STEP% ........................3.9 LITRE LEFT ......................

  • Page 44: Sprayer

    5000 O PRAYER PERATORS MANUAL SPRAYER Select sprayer from the basic menu: Move the cursor to “Sprayer” and press the “Select” function key; it is now possible to choose between the 2 sprayer programs. 1. HOLDER DC E5 (special program for Holder sprayers with dose control manifold with motorised valves).

  • Page 45: Sprayer Operation

    5000 O PERATORS MANUAL PRAYER SPRAYER (OTHER TYPE) It is now possible to select between the following functions: OPERATION ENCODE DATA/DELETE TASK OPERATION TASK OPERATION is described in General Functions (section 2) together with the functions that are available in all of the programs (area, time & tractor functions) all of the other functions will be described one by one.

  • Page 46: Sprayer Functions

    5000 O PRAYER PERATORS MANUAL SPRAYER FUNCTIONS: LITRE: The amount of chemical consumed in litres. LITRE LEFT: Litres left in the tank (the amount filled must be encoded before starting). LITRE/MIN: Litres per minute. LITRE: Consumed litres since starting. This function works as a trip counter.
  • Page 47 5000 O PERATORS MANUAL PRAYER WORK PRESS: The working pressure of the sprayer in BAR with 1 decimal (optional pressure sensor must be fitted). TARRING: Zero setting the pressure sensor. WORK PRESS: Pressing this key displays the sprayers pressure in BAR with 1 decimal.

  • Page 48: Extra Tractor Functions In The Sprayer Program

    5000 O PRAYER PERATORS MANUAL AUTO/ MAN: Pressing this key selects automatic or manual application. If manual operation is selected, “MAN” flashes in the lower part of the screen and + and – appear as function keys. Increased application. The application rate is increased as long as this key is pressed.

  • Page 49: Boom Section On/Off

    5000 O PERATORS MANUAL PRAYER METRE START/METRE STOP Manual start or stop of the metre counter. These function keys appear instead of “METRE” when manual control of the metre counter is selected. BOOM SECTION ON/OFF The picture to the left shows a sprayer with 2 sections, where one is open and one is closed.
  • Page 50 1000 lt. Press the “FLOW FIGURE” key in the under-menu. Check that a flow figure has been encoded; if not then encode e.g. 5000 as a start figure. Press the return key to go back to the previous screen.

  • Page 51: Sprayer Encode

    5000 O PERATORS MANUAL PRAYER SPRAYER ENCODE This menu allows the operator to encode the various settings that are necessary for spraying. Each implement has it’s own set of encodements. Encodements such as speed sensor (and its calibration) have their own values under each implement.

  • Page 52: Ha Left

    Check this calibration at regular intervals if the sprayer is fitted with a standard TeeJet AGRO paddlewheel flowmeter. This check is always easy with the TeeJet 5000, as the amount sprayed should be the same as what the TeeJet 5000 displays.

  • Page 53: Boom Width

    NOTE: Remember to adjust the uniform pressure valves. SPEED SENSOR (KM/H) There are 3 different speed sensors to choose from in the TeeJet 5000 v. 4 (if fitted). WHEEL TRACTOR: Speed sensor fitted on the tractor. The sensor can be built into the tractor’s gearbox or rear axle as standard factory fitted or be retrofit on a wheel or drive shaft.

  • Page 54: Pressure Sensor

    “MANUAL” or via the implement sensor “IMPLEM. SENSOR”. SYSTEM B PLUG There are 2 system plugs on the back of the TeeJet 5000. The System A plug is compatible with older TeeJet 5000 versions. The System B plug is for new connections.

  • Page 55: Warnings

    5000 O PERATORS MANUAL PRAYER WARNINGS The following warning can be set in this menu: PTO: Warning ON/OFF and MAX/MIN-limits for revolutions. KM/H: Warning ON/OFF and MAX/MIN-limits for speed. SLIP: Warning ON/OFF and MAX/MIN-limits for wheel slip in %. DOSE: Warning ON/OFF and MAX-deviation in +/-%.
  • Page 56 5000 O PRAYER PERATORS MANUAL 3.14...
  • Page 57 Fertiliser distributor FERTILISER DISTRIBUTOR, OTHER TYPE..............4.1 FERTILISER DISTRIBUTOR, OTHER TYPE WITH REG..........4.13 FERTILISER DISTRIBUTOR, BØGBALLE (D, E, DZ & EX) .......... 4.23 FERTILISER DISTRIBUTOR, BREDAL (B2, B3, B4 & B6) ..........4.35 FERTILISER DISTRIBUTOR, BREDAL (HYDR. B) ............4.47 FERTILISER DISTRIBUTOR, BREDAL (HYDR.
  • Page 59 Fertiliser distributor, Other Type FERTILISER DISTRIBUTOR ................... 4.2 FERTILISER DISTRIBUTOR OPERATION (OTHER TYPE) ........... 4.3 FERTILISER DISTRIBUTOR FUNCTIONS:..............4.3 1. WEIGHING. (DIRECT WEIGHING WITH WEIGH CELLS)........4.3 2. PULSE WEIGHING....................4.6 3. 2 RPM SENSORS ....................4.6 BOOM SECTION ON/OFF ..................4.7 FERTILISER DISTRIBUTOR ENCODE ................

  • Page 60: Fertiliser Distributor, Other Type

    5000 O ERTILISER DISTRIBUTOR THER TYPE PERATORS MANUAL FERTILISER DISTRIBUTOR Select fertiliser distributor from the main menu as follows: 1. Move the cursor, using the arrow keys, to “FERTIL. DISTRIB.” Press the “SELECT” key. 2. Main menu – select fertiliser distributor.

  • Page 61: Fertiliser Distributor Operation (Other Type)

    The function sets for each possibility are described in the following: 1. WEIGHING. (DIRECT WEIGHING WITH WEIGH CELLS). Fertiliser consumption in KG. TARRING: Tarring the weigh cell(s). DRIVE START: Pressing this key stores the present weight in the TeeJet 5000’s memory. RPM 1: Revolutions per minute.
  • Page 62 5000 O ERTILISER DISTRIBUTOR THER TYPE PERATORS MANUAL TARRING: 1. Press “TARRING” with an empty fertiliser distributor, the displayed “KG” will change to 0. 2. Fill the spreader and the weight will be displayed Using weighing: There are 2 possibilities: Start spreading with the weight displayed, and at each weighing the amount left in the spreader can be seen.
  • Page 63 5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR THER TYPE Stop driving and stop the spreader. When you are ready to start spreading, press “DRIVE START” and start spreading until 10% of the hopper size has been spread. NOTE: If you start spreading without pressing “DRIVE START”...

  • Page 64: Pulse Weighing

    3. 2 RPM SENSORS If the spreader is not fitted with either weigh cells or pulse generators, then the TeeJet 5000 can display the shaft speed for another axle instead of KG metering. RPM 1: Shaft speed for axle no. 1.

  • Page 65: Boom Section On/Off

    5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR THER TYPE BOOM SECTION ON/OFF The picture to the left shows a spreader with 2 sections, where one is open and one is closed. The total number of sections is set under encode. When the area override sensor is activated (not counting area) “I”...

  • Page 66: Ha Left

    5000 O ERTILISER DISTRIBUTOR THER TYPE PERATORS MANUAL HA LEFT: Encode the size of the field to be spread here. END TIME, is calculated from this encodement. WEIGHING: Selecting this gives 3 options: WEIGHING: Direct weighing using weigh cells. PULSE WEIGHING: Amount metering using pulse generators.
  • Page 67 5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR THER TYPE Automatic calibration: This calibration takes place at the same time as the normal fertiliser spreader calibration. The principle is, that the computer counts the number of pulses from the pulse generator whilst calibrating. When the spreader has been calibrated, the amount weighed is encoded and the computer calculates the amount spread per pulse.

  • Page 68: Distributor Width

    WHEEL SPREADER If the spreader is fitted with a speed sensor, press the “WHEEL SPREADER” key. The TeeJet 5000 will now receive speed signals from the sensor fitted to the spreader, and gives, as a rule, a very accurate speed-reading.

  • Page 69: System B Plug

    ERTILISER DISTRIBUTOR THER TYPE SYSTEM B PLUG There are 2 system plugs on the back of the TeeJet 5000. The System A plug is compatible with older TeeJet 5000 versions. The System B plug is for new connections. ACTIVE 0 VOLT: The individual sections are opened with 0V.

  • Page 70: Warning Encode

    5000 O ERTILISER DISTRIBUTOR THER TYPE PERATORS MANUAL WARNING ENCODE The following warnings can be set in this menu: It is recommended to turn all warnings, which are not wanted “OFF”. PTO: Warning ON/OFF and MAX/MIN-limits for revolutions. KM/H: Warning ON/OFF and MAX/MIN-limits for speed.
  • Page 71 Fertiliser distributor, Other type with reg. FERTILISER DISTRIBUTOR ..................4.14 FERTILISER DISTRIBUTOR OPERATION ..............4.15 FERTILISER DISTRIBUTOR FUNCTIONS:..............4.15 SECTION ON/OFF: ....................4.16 FERTILISER DISTRIBUTOR ENCODE ................. 4.17 DOSE RATE ......................4.17 KG LEFT........................ 4.17 HA LEFT ........................ 4.17 CALIBRATION ....................... 4.18 DISTRIBUTOR WIDTH..................

  • Page 72: Fertiliser Distributor, Other Type With Reg

    5000 O ERTILISER DISTRIBUTOR THER TYPE WITH REG PERATORS MANUAL FERTILISER DISTRIBUTOR Select fertiliser distributor from the main menu as follows: 1. Move the cursor, using the arrow keys, to “FERTIL. DISTRIB.” Press the “SELECT” key. 2. Main menu – select fertiliser distributor.

  • Page 73: Fertiliser Distributor Operation

    5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR THER TYPE WITH REG FERTILISER DISTRIBUTOR OPERATION FORWARD SPEED: The primary function under fertiliser distributor is forward speed. Forward speed is displayed in KPH with 1 decimal. Forward speed is calculated from the signal from the speed sensor selected in encode (wheel tractor, wheel spreader or radar).

  • Page 74: Section On/Off

    5000 O ERTILISER DISTRIBUTOR THER TYPE WITH REG PERATORS MANUAL Consumption in Kg since the last reset in DATA/DELETE. KG LEFT: KG remaining in the hopper (amount filled must be encoded before start). RPM 1: Shaft speed of axle 1.

  • Page 75: Fertiliser Distributor Encode

    5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR THER TYPE WITH REG FERTILISER DISTRIBUTOR ENCODE This menu allows the operator to encode the various settings that are necessary for spreading. Each implement has it’s own set of encodements. Encodements such as speed sensor (and its calibration) have their own values under each implement.

  • Page 76: Calibration

    5000 O ERTILISER DISTRIBUTOR THER TYPE WITH REG PERATORS MANUAL CALIBRATION Particular attention must be paid to the calibration procedure, as this is the basis for correct operation. The amount is measured via a pulse generator mounted on the sow axle.

  • Page 77: Distributor Width

    5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR THER TYPE WITH REG NOTE! If after some time it is found that the total amount spread is not the same as the computer has calculated, check the machine’s settings, that the calibration and encodements are correct.

  • Page 78: Forward Speed Sensor

    THER TYPE WITH REG PERATORS MANUAL FORWARD SPEED SENSOR The TeeJet 5000 V.4 fertiliser distributor program gives the option of choosing between 3 different speed sensors (Wheel tractor, Wheel spreader, Radar). WHEEL TRACTOR: Speed sensor fitted on the tractor. The sensor can be built into the tractor’s gearbox or rear axle as standard factory fitted or be retrofit on a wheel or drive shaft.

  • Page 79: System B Plug

    ERTILISER DISTRIBUTOR THER TYPE WITH REG SYSTEM B PLUG There are 2 system plugs on the back of the TeeJet 5000. The System A plug is compatible with older TeeJet 5000 versions. The System B plug is for new connections.
  • Page 80 5000 O ERTILISER DISTRIBUTOR THER TYPE WITH REG PERATORS MANUAL 4.22...

  • Page 81: Fertiliser Distributor, Bøgballe (D, E, Dz & Ex)

    Fertiliser distributor, Bøgballe (D, E, DZ & EX) INTRODUCTION......................4.24 BØGBALLE FERTILISER DISTRIBUTOR ..............4.25 FERTILISER DISTRIBUTOR OPERATION ..............4.26 FERTILISER DISTRIBUTOR FUNCTIONS..............4.26 START AND STOP SPREADING................4.27 BOOM SECTION ON/OFF ..................4.27 FERTILISER DISTRIBUTOR ENCODE ................. 4.28 DOSERATE: ......................4.28 CALIBRATION....................

  • Page 82: Introduction

    Maintain the correct application rate regardless of forward speed, plus the ability to alter the application rate in steps depending on the crop’s requirement. The TeeJet 5000 controls the application rate using an actuator to control the gate position on the fertiliser spreader, constant adjustment to maintain the application rate.

  • Page 83: Bøgballe Fertiliser Distributor

    5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR ØGBALLE BØGBALLE FERTILISER DISTRIBUTOR Select fertiliser distributor from the main menu as follows: 1. Move the cursor, using the arrow keys, to “FERTIL. DISTRIB.” Press the “SELECT” key. 2. Main menu – select fertiliser distributor.

  • Page 84: Fertiliser Distributor Operation

    5000 O ERTILISER DISTRIBUTOR ØGBALLE PERATORS MANUAL FERTILISER DISTRIBUTOR OPERATION FORWARD SPEED: The primary function under fertiliser distributor is forward speed. Forward speed is displayed in KPH with 1 decimal. Forward speed is calculated from the signal from the speed sensor selected in encode (wheel tractor, wheel sprayer or radar).

  • Page 85: Start And Stop Spreading

    5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR ØGBALLE +XX%: Percentile increase of the encoded application rate. The size of the steps is altered in encode. -XX%: Percentile reduction of the encoded application rate. The size of the steps is altered in encode.

  • Page 86: Fertiliser Distributor Encode

    5000 O ERTILISER DISTRIBUTOR ØGBALLE PERATORS MANUAL FERTILISER DISTRIBUTOR ENCODE This menu allows the operator to encode the various settings that are necessary for spreading. Each implement has it’s own set of encodements. Encodements such as speed sensor (and its calibration) have their own values under each implement.

  • Page 87: Calibration

    5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR ØGBALLE CALIBRATION Calibrating the spreader is imperative for correct operation of the automatic control function. Great attention must, therefore, be paid to this calibration procedure. CALIBRATION PROCEDURE 1. Fit the calibration equipment to the right-hand side of the spreader.

  • Page 88: Actuator Calibration

    Lower released KG = higher application rate ACTUATOR CALIBRATION The spreader’s actuator and the TeeJet 5000 must be setup together. Calibrating the system does this. Calibrate the system at regular intervals, i.e. each time the spreader has been disconnected from the computer.

  • Page 89: Kg/Left

    5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR ØGBALLE KG/LEFT: The amount filled into the spreader must be encoded here; to be able to see how much fertiliser is left in the hopper. NOTE: If there is some fertiliser left in the hopper before refilling, then this amount must be added to the amount filled thus: Amount left in hopper + filled amount = Kg.

  • Page 90: Forward Speed Calibration

    WHEEL SPREADER If the spreader is fitted with a speed sensor, press the “WHEEL SPREADER” key. The TeeJet 5000 will now receive speed signals from the sensor fitted to the spreader. IMPLEMENT SENSOR Using 1 of the following 3 options, select how the area counter is to be switched on...

  • Page 91: Revs. Sensor

    ERTILISER DISTRIBUTOR ØGBALLE REVS. SENSOR PTO SENSOR: If the TeeJet PTO sensor kit is used (932-983) encode 1. RPM 1 SENSOR: The Bøgballe kit can be extended with a RPM sensor on the spreader discs. The pulses/rev. Should be set to...
  • Page 92 5000 O ERTILISER DISTRIBUTOR ØGBALLE PERATORS MANUAL 4.34...

  • Page 93: Fertiliser Distributor, Bredal (B2, B3, B4 & B6)

    Fertiliser distributor, Bredal (B2, B3, B4 & B6) INTRODUCTION......................4.36 BREDAL FERTILISER DISTRIBUTOR ................4.37 FERTILISER DISTRIBUTOR OPERATION ..............4.38 FERTILISER DISTRIBUTOR FUNCTIONS:..............4.38 CLOSING THE GATE.................... 4.40 SECTION ON/OFF: ....................4.40 FERTILISER DISTRIBUTOR ENCODE ................. 4.40 DOSERATE: ......................4.41 KG/LEFT: .......................

  • Page 94: Introduction

    Maintain the correct application rate regardless of forward speed, plus the ability to alter the application rate in steps depending on the crop’s requirement. The TeeJet 5000 controls the application rate using an actuator to control the gate position on the fertiliser spreader, constant adjustment to maintain the application rate.

  • Page 95: Bredal Fertiliser Distributor

    5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR REDAL BREDAL FERTILISER DISTRIBUTOR Select fertiliser distributor from the main menu as follows: 1. Move the cursor, using the arrow keys, to “FERTIL. DISTRIB.” Press the “SELECT” key. 2. Main menu – select fertiliser distributor.

  • Page 96: Fertiliser Distributor Operation

    5000 O ERTILISER DISTRIBUTOR REDAL PERATORS MANUAL FERTILISER DISTRIBUTOR OPERATION FORWARD SPEED: The primary function under fertiliser distributor is forward speed. Forward speed is displayed in KPH with 1 decimal. Forward speed is calculated from the signal from the speed sensor selected in encode (wheel tractor, wheel sprayer or radar).
  • Page 97 5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR REDAL +XX%: Percentile increase of the encoded application rate. The size of the steps is altered in encode. -XX%: Percentile reduction of the encoded application rate. The size of the steps is altered in encode.

  • Page 98: Closing The Gate

    5000 O ERTILISER DISTRIBUTOR REDAL PERATORS MANUAL CLOSING THE GATE This key is used to close the gate on the Bredal spreader, i.e. driving on the road. This function must only be used when the belt has stopped (override sensor is active). The gate will open automatically when spreading starts again.

  • Page 99: Doserate

    5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR REDAL DOSERATE: The effective spreader width must be encoded under “DISTRIB: WIDTH” before “DOSE RATE” is selected. Some spreaders are fitted with a ½ gear. It is possible to change the calculated gear by pressing the “GEAR+”...
  • Page 100 5000 O ERTILISER DISTRIBUTOR REDAL PERATORS MANUAL Newer spreaders: If the spreader used is not appropriate with the spreader table programmed into the computer, it is possible to encode the scale settings using the spreader table supplied with the spreader.

  • Page 101: Kg/Left

    5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR REDAL KG/LEFT: The amount filled into the spreader must be encoded here; to be able to see how much fertiliser is left in the hopper. NOTE: If there is some fertiliser left in the hopper before refilling, then this amount must be added to the amount filled thus: Amount left in hopper + filled amount = Kg.

  • Page 102: Distributor Width

    5000 O ERTILISER DISTRIBUTOR REDAL PERATORS MANUAL 1. Press the “CALIB. CALC” key and the picture to the left is displayed. 2. With an empty spreader press the “TARRING” key to zero set the weigh cells. 3. Fill the spreader with an exact known amount. The weight should be as large as possible, but must be minimum 50% of the spreaders capacity.

  • Page 103: Forward Speed Sensor

    5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR REDAL FORWARD SPEED SENSOR A speed sensor is fitted to the spreader, this sensor gives the correct number of pulses for controlling the application rate, and this sensor should be selected. If forward speed measurement is not required from the sensor mounted on the spreader, WHEEL TRACTOR or RADAR can be selected.

  • Page 104: Revs. Sensor

    REDAL PERATORS MANUAL REVS. SENSOR PTO SENSOR: If the TeeJet PTO sensor kit is used (932-983) encode RPM 1 SENSOR: The Bredal kit is supplied with a sensor fitted for disc speed, the number of pulses per revolution should be set to 1.

  • Page 105: Fertiliser Distributor, Bredal (Hydr. B)

    Fertiliser distributor, Bredal (HYDR. B) INTRODUCTION......................4.48 BREDAL’S FERTILISER SPREADER ................4.49 FERTILISER SPREADER OPERATION ................ 4.50 FERTILISER SPREADER-FUNCTIONS: ............... 4.50 SPREADER ON/OFF:.................... 4.52 FERTILISER SPREADER ENCODE................4.53 DOSE RATE: ......................4.53 KG/LEFT: ....................... 4.54 HA LEFT ........................ 4.54 P. VALVE CALIBRATION ..................4.55 AUTO/MAN ......................

  • Page 106: Introduction

    - The TeeJet 5000 controls the application rate using a proportional valve that adjusts the amount of oil to a hydraulic pump, which in turn alters the belt speed.

  • Page 107: Bredal's Fertiliser Spreader

    5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR REDAL BREDAL’S FERTILISER SPREADER Select fertiliser distributor from the main menu as follows: 1. Move the cursor, using the arrow keys, to “FERTIL. DISTRIB.” Press the “SELECT” key. 2. Main menu 3. select fertiliser distributor.

  • Page 108: Fertiliser Spreader Operation

    5000 O ERTILISER DISTRIBUTOR REDAL PERATORS MANUAL FERTILISER SPREADER OPERATION FORWARD SPEED (KG/MIN): The primary function under fertiliser distributor is forward speed. Forward speed is displayed in KPH with 1 decimal. Forward speed is calculated from the signal from the speed sensor selected in encode (wheel tractor, wheel sprayer or radar).
  • Page 109 5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR REDAL +XX%: Percentile increase of the encoded application rate. The size of the steps is altered in encode. -XX%: Percentile reduction of the encoded application rate. The size of the steps is altered in encode.

  • Page 110: Spreader On/Off

    5000 O ERTILISER DISTRIBUTOR REDAL PERATORS MANUAL 1. Press “TARRING” for approx. 3 seconds whilst at a standstill, “WEIGHT” will change to 0, which is the same as 0 KG. There are 2 possibilities: A. Start spreading with the weight displayed, and at each weighing the amount left in the spreader can be seen.

  • Page 111: Fertiliser Spreader Encode

    5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR REDAL FERTILISER SPREADER ENCODE This menu allows the operator to encode the various settings that are necessary for spreading. Each implement has it’s own set of encodements. Encodements such as speed sensor (and its calibration) have their own values under each implement.

  • Page 112: Kg/Left

    5000 O ERTILISER DISTRIBUTOR REDAL PERATORS MANUAL The required application rate and spreader setup is encoded thus: 1. Encode the required application rate with the numerical keypad under “DOSE KG/HA”. 2. The “SPECIFIC GRAVITY” is found using the specific gravity tester supplied by BREDAL 3.

  • Page 113: Valve Calibration

    5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR REDAL P. VALVE CALIBRATION The proportional valve and the computer must be set up to work together; the valve needs to be calibrated. This calibration procedure must be carried out the first time the spreader is used and a few times thereafter, i.e. at the start of each season.

  • Page 114: Auto/Man

    5000 O ERTILISER DISTRIBUTOR REDAL PERATORS MANUAL AUTO/MAN Select “MAN” if the spreader is to be emptied at a standstill or at very low speeds. For normal operation select “AUTO”. ”AUTO” is selected as the norm as this is applicable for most purposes.

  • Page 115: Weighing

    5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR REDAL WEIGHING If the spreader is equipped with weigh cells, then set weighing to ON otherwise set this to OFF. WEIGHING ON: If this function is required then the weighing system must be calibrated; this is done as follows: 1.

  • Page 116: Forward Speed Sensor

    REVS. SENSOR Encode the number of pulses per revolution for the individual sensors. PTO SENSOR: If the TeeJet PTO sensor kit is used (932-983) encode 1. RPM 1 SENSOR: The Bredal kit is supplied with a sensor fitted for disc speed, the number of pulses per revolution should be set to 1.

  • Page 117: Warning Encode

    5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR REDAL WARNING ENCODE The following warnings can be set in this menu: It is recommended to turn all warnings, which are not wanted “OFF”. PTO: Warning ON/OFF and MAX/MIN-limits for revolutions. KM/H: Warning ON/OFF and MAX/MIN-limits for speed.
  • Page 118 5000 O ERTILISER DISTRIBUTOR REDAL PERATORS MANUAL 4.60...

  • Page 119: Fertiliser Distributor, Bredal (Hydr. K)

    Fertiliser distributor, Bredal (HYDR. K) INTRODUCTION......................4.62 BREDAL’S LIME SPREADER..................4.63 LIME SPREADER OPERATION ..................4.64 LIME SPREADER-FUNCTIONS: ................... 4.64 SPREADER ON/OFF:.................... 4.66 LIME SPREADER ENCODE ..................4.67 DOSE RATE: ......................4.67 TON LEFT: ......................4.68 HA LEFT ........................ 4.68 P.

  • Page 120: Introduction

    - The TeeJet 5000 controls the application rate using a proportional valve that adjusts the amount of oil to a hydraulic pump, which in turn alters the belt speed.

  • Page 121: Bredal's Lime Spreader

    5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR REDAL BREDAL’S LIME SPREADER Select fertiliser distributor from the main menu as follows: 1. Move the cursor, using the arrow keys, to “FERTIL. DISTRIB.” Press the “SELECT” key. 2. Main menu – select fertiliser distributor.

  • Page 122: Lime Spreader Operation

    5000 O ERTILISER DISTRIBUTOR REDAL PERATORS MANUAL LIME SPREADER OPERATION FORWARD SPEED (KG/MIN): The primary function under fertiliser distributor is forward speed. Forward speed is displayed in KPH with 1 decimal. Forward speed is calculated from the signal from the speed sensor selected in encode (wheel tractor, wheel sprayer or radar).
  • Page 123 5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR REDAL +XX%: Percentile increase of the encoded application rate. The size of the steps is altered in encode. -XX%: Percentile reduction of the encoded application rate. The size of the steps is altered in encode.

  • Page 124: Spreader On/Off

    5000 O ERTILISER DISTRIBUTOR REDAL PERATORS MANUAL 1. Press “TARRING” for approx. 3 seconds whilst at a standstill, “WEIGHT” will change to 0, which is the same as 0 KG. There are 2 possibilities: a) Start spreading with the weight displayed, and at each weighing the amount left in the spreader can be seen.

  • Page 125: Lime Spreader Encode

    5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR REDAL LIME SPREADER ENCODE This menu allows the operator to encode the various settings that are necessary for spreading. Each implement has it’s own set of encodements. Encodements such as speed sensor (and its calibration) have their own values under each implement.

  • Page 126: Ton Left

    5000 O ERTILISER DISTRIBUTOR REDAL PERATORS MANUAL The required application rate and spreader setup is encoded thus: Encode the required application rate with the numerical keypad under “DOSE TON/HA”. The “SPECIFIC GRAVITY” is found using the specific gravity tester supplied by BREDAL Pressing “CALC.

  • Page 127: Valve Calibration

    5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR REDAL P. VALVE CALIBRATION The proportional valve and the computer must be set up to work together; the valve needs to be calibrated. This calibration procedure must be carried out the first time the spreader is used and a few times thereafter, i.e. at the start of each season.

  • Page 128: Auto/Man

    5000 O ERTILISER DISTRIBUTOR REDAL PERATORS MANUAL AUTO/MAN Select “MAN” if the spreader is to be emptied at a standstill or at very low speeds. For normal operation select “AUTO”. ”AUTO” is selected as the norm as this is applicable for most purposes.

  • Page 129: Weighing

    5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR REDAL WEIGHING If the spreader is equipped with weigh cells, then set weighing to ON otherwise set this to OFF. WEIGHING ON: If this function is required then the weighing system must be calibrated; this is done as follows: 1.

  • Page 130: Forward Speed Sensor

    REVS. SENSOR Encode the number of pulses per revolution for the individual sensors. PTO SENSOR: If the TeeJet PTO sensor kit is used (932-983) encode 1. RPM 1 SENSOR: The Bredal kit is supplied with a sensor fitted for disc speed, the number of pulses per revolution should be set to 1.

  • Page 131: Warning Encode

    5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR REDAL WARNING ENCODE The following warnings can be set in this menu: It is recommended to turn all warnings, which are not wanted “OFF”. PTO: Warning ON/OFF and MAX/MIN-limits for revolutions. KM/H: Warning ON/OFF and MAX/MIN-limits for speed.
  • Page 132 5000 O ERTILISER DISTRIBUTOR REDAL PERATORS MANUAL 4.74...

  • Page 133: Fertiliser Distributor, Bredal K Ramp

    Fertiliser distributor, Bredal K Ramp INTRODUCTION......................4.76 BREDAL’S LIME SPREADER..................4.77 LIME SPREADER OPERATION ..................4.78 LIME SPREADER-FUNCTIONS: ................... 4.78 SPREADER ON/OFF:.................... 4.81 LIME SPREADER ENCODE ..................4.82 DOSE RATE: ......................4.82 TON/LEFT: ......................4.83 HA LEFT ........................ 4.83 P. VALVE CALIBRATION ..................4.84 WEIGHING ......................

  • Page 134: Introduction

    - The TeeJet 5000 controls the application rate using a proportional valve that adjusts the amount of oil to a hydraulic pump, which in turn alters the belt and auger speed.

  • Page 135: Bredal's Lime Spreader

    5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR REDAL RAMP BREDAL’S LIME SPREADER 1. Select fertiliser distributor from the main menu as follows: 2. Move the cursor, using the arrow keys, to “FERTIL. DISTRIB.” Press the “SELECT” key. 3. Main menu – select fertiliser distributor.

  • Page 136: Lime Spreader Operation

    5000 O ERTILISER DISTRIBUTOR REDAL RAMP PERATORS MANUAL LIME SPREADER OPERATION FORWARD SPEED: The primary function under fertiliser distributor is forward speed. Forward speed is displayed in KPH with 1 decimal. Forward speed is calculated from the signal from the speed sensor selected in encode (wheel tractor, wheel sprayer or radar).
  • Page 137 5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR REDAL RAMP +XX%: Percentile increase of the encoded application rate. The size of the steps is altered in encode. -XX%: Percentile reduction of the encoded application rate. The size of the steps is altered in encode.
  • Page 138 5000 O ERTILISER DISTRIBUTOR REDAL RAMP PERATORS MANUAL Pressing the “NEXT PAGE” key displays the next functions. OFFSET AUGER: Offset increase/decrease. OFFSET +XX%: Offset increase (only shown if OFFSET AUGER is activated). OFFSET -XX%: Offset decrease (only shown if OFFSET AUGER is activated).

  • Page 139: Spreader On/Off

    5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR REDAL RAMP EMPTY AUGER: the auger is emptied when this key is pressed. The auger will turn with 200 RPM when this key is held down. The auger stops when the key is released.

  • Page 140: Lime Spreader Encode

    5000 O ERTILISER DISTRIBUTOR REDAL RAMP PERATORS MANUAL LIME SPREADER ENCODE This menu allows the operator to encode the various settings that are necessary for spreading. Each implement has it’s own set of encodements. Encodements such as speed sensor (and its calibration) have their own values under each implement.

  • Page 141: Ton/Left

    5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR REDAL RAMP The required application rate and spreader setup is encoded thus: Encode the required application rate with the numerical keypad under “DOSE TON/HA”. The “SPECIFIC GRAVITY” is found using the specific gravity tester supplied by BREDAL Pressing “CALC.

  • Page 142: Valve Calibration

    5000 O ERTILISER DISTRIBUTOR REDAL RAMP PERATORS MANUAL P. VALVE CALIBRATION The proportional valves and the computer must be set up to work together; the valves need to be calibrated. This calibration procedure must be carried out the first time the spreader is used and a few times thereafter, i.e. at the start of each season.

  • Page 143: Weighing

    5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR REDAL RAMP WEIGHING If the spreader is equipped with weigh cells, then set weighing to ON otherwise set this to OFF. WEIGHING ON If this function is required then the weighing system must be calibrated; this is done as follows: 1.

  • Page 144: Distributor Width

    5000 O ERTILISER DISTRIBUTOR REDAL RAMP PERATORS MANUAL DISTRIBUTOR WIDTH: The effective spreading width of the spreader. Method: Press the “DISTRIB. WIDTH” key and the picture to the left is displayed. Encode the effective spreading width in centimetres using the numerical keypad.

  • Page 145: Work Hour On/Off

    REVS. SENSOR Encode the number of pulses per revolution the PTO sensor sends per revolution. If the TeeJet PTO sensor kit is used (932-983) encode 1. WARNING ENCODE The following warnings can be set in this menu: It is recommended to turn all warnings, which are not wanted “OFF”.
  • Page 146 5000 O ERTILISER DISTRIBUTOR REDAL RAMP PERATORS MANUAL 4.88...
  • Page 147 Fertiliser distributor, Rauch Aero RAUCH AERO FERTILISER DISTRIBUTOR..............4.90 FERTILISER DISTRIBUTOR OPERATION ..............4.91 FERTILISER SPREADER FUNCTIONS ................ 4.91 1. AUTOMATIC APPLICATION CONTROL............4.92 2. MANUAL APPLICATION CONTROL..............4.94 FERTILISER DISTRIBUTOR ENCODE ................. 4.95 WORKING WIDTH:....................4.96 FORWARD SPEED SENSOR ................4.96 WHEEL TRACTOR:...................

  • Page 148: Fertiliser Distributor, Rauch Aero

    5000 O ERTILISER DISTRIBUTOR AUCH PERATORS MANUAL RAUCH AERO FERTILISER DISTRIBUTOR 1. Select fertiliser distributor from the main menu as follows: 2. Move the cursor, using the arrow keys, to “FERTIL. DISTRIB.” Press the “SELECT” key. 3. Main menu – select fertiliser distributor.

  • Page 149: Fertiliser Distributor Operation

    5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR AUCH FERTILISER DISTRIBUTOR OPERATION FORWARD SPEED: The primary function under fertiliser distributor is forward speed. Forward speed is displayed in KPH with 1 decimal. Forward speed is calculated from the signal from the speed sensor selected in encode (wheel tractor, wheel sprayer or radar).

  • Page 150: Automatic Application Control

    5000 O ERTILISER DISTRIBUTOR AUCH PERATORS MANUAL 1. AUTOMATIC APPLICATION CONTROL. KG/HA1 KG/HA2 These 3 application rates are set in “ENCODE” and can be selected under “OPERATION”. KG/HA3 Pressing one of these keys displays the encoded required application rate. Not the actual application rate.
  • Page 151 5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR AUCH Area Consumption in KG. KG LEFT: How many KG are left in the hopper at present. Area counter. Worked area since the last reset. NOTE: Total area counter is found in “DATA/DELETE”. Total KG used calculated from forward speed and gate position.

  • Page 152: Manual Application Control

    5000 O ERTILISER DISTRIBUTOR AUCH PERATORS MANUAL 2. MANUAL APPLICATION CONTROL Area. Consumption in KG. KG LEFT: How many KG are left in the hopper at present. Area counter. Worked area since the last reset. NOTE: Total area counter is found in “DATA/DELETE”.

  • Page 153: Fertiliser Distributor Encode

    5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR AUCH Each press of this key increases the speed of the feed rollers by 1 RPM. If the key is held down then the speed of the feed rollers will increase at a suitable speed. The present application rate can be seen at the same time by pressing “KG/HA”.

  • Page 154: Working Width

    The total working width can be seen at the bottom of the display under encode. FORWARD SPEED SENSOR The TeeJet 5000 V.4 fertiliser distributor program gives the option of choosing between 3 different speed sensors (Wheel tractor, Wheel spreader, Radar).
  • Page 155 3. Empty the bucket and the fertiliser calibration procedure is now ready. The TeeJet 5000 is now almost able to control the calibration procedure on its own. Proceed as follows: 1. Press the “CALIB. PROCED.” key and thereafter the “NEW CALIB.” Key.
  • Page 156 The present feed roller RPM and the time in seconds will be displayed during the calibration procedure. To ensure an accurate calibration, the TeeJet 5000 must count minimum 500 pulses before the procedure can be stopped As soon as the computer has counted 500 pulses...

  • Page 157: Step

    5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR AUCH 1. Press the “CALIB. PROCED.” key and the TeeJet5000 displays the picture to the left. It is possible to page through the saved calibration results using the “NEXT PAGE” key. 2. Pressing the “ACCEPT” key uses the selected calibration.

  • Page 158: Pto Sensor

    5000 O ERTILISER DISTRIBUTOR AUCH PERATORS MANUAL PTO SENSOR: The number of pulses per revolution of the PTO is encoded here. WARNING ENCODE The following warnings can be set in this menu: It is recommended to turn all warnings, which are not wanted “OFF”.
  • Page 159 Fertiliser distributor, Rauch Beta/Delta Beta = Axera M, Beta, PK1100, Alpha og MDS11 Delta = Delta og PK1500 RAUCH BETA/DELTA FERTILISER DISTRIBUTOR........... 4.102 FERTILISER DISTRIBUTOR OPERATION ..............4.103 FERTILISER SPREADER FUNCTIONS: ..............4.103 1. AUTOMATIC APPLICATION CONTROL............4.104 2. MANUAL APPLICATION CONTROL............... 4.106 FERTILISER DISTRIBUTOR ENCODE ...............

  • Page 160: Fertiliser Distributor, Rauch Beta/Delta

    5000 O ERTILISER DISTRIBUTOR AUCH ELTA PERATORS MANUAL RAUCH BETA/DELTA FERTILISER DISTRIBUTOR Select fertiliser distributor from the main menu as follows: 1. Move the cursor, using the arrow keys, to “FERTIL. DISTRIB.” Press the “SELECT” key. 2. Main menu - select fertiliser distributor.

  • Page 161: Fertiliser Distributor Operation

    5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR AUCH ELTA FERTILISER DISTRIBUTOR OPERATION FORWARD SPEED: The primary function under fertiliser distributor is forward speed. Forward speed is displayed in KPH with 1 decimal. Forward speed is calculated from the signal from the speed sensor selected in encode (wheel tractor, wheel sprayer or radar).

  • Page 162: Automatic Application Control

    5000 O ERTILISER DISTRIBUTOR AUCH ELTA PERATORS MANUAL 1. AUTOMATIC APPLICATION CONTROL. KG/HA1 KG/HA2 These 3 application rates are set in “ENCODE” and can be selected under “OPERATION”. KG/HA3 Pressing one of these keys displays the encoded required application rate. Not the actual application rate.
  • Page 163 5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR AUCH ELTA STEP%: Step dose rate RPM/POS: RPM for the spinning discs or the position of the actuator, depending on which program has been selected (BETA or DELTA). AUTO/MAN: Changing between automatic or manual operation.

  • Page 164: Manual Application Control

    5000 O ERTILISER DISTRIBUTOR AUCH ELTA PERATORS MANUAL POS.: Actuator position. Reference figure for the gate position (only displayed on this page in the DELTA program). HOPPER CONT.: Amount remaining in tank. POS.: Pressing this key displays the gate position, changes between the left- and right-hand side.
  • Page 165 5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR AUCH ELTA EMPTY HOPPER: To ease emptying the hopper. The gate can be opened completely by pressing this key (only found in the BETA program). RPM: Pressing this key displays the disc speed. The minimum and maximum speed at which an alarm may be given for disc speed is set under “ENCODE”.

  • Page 166: Fertiliser Distributor Encode

    5000 O ERTILISER DISTRIBUTOR AUCH ELTA PERATORS MANUAL FERTILISER DISTRIBUTOR ENCODE This menu allows the operator to encode the various settings that are necessary for spreading. Each implement has it’s own set of encodements. Encodements such as speed sensor (and its calibration) have their own values under each implement.

  • Page 167: Speed Sensor

    AUCH ELTA SPEED SENSOR: The TeeJet 5000 V.4 fertiliser distributor program gives the option of choosing between 3 different speed sensors (Wheel tractor, Wheel spreader, Radar). WHEEL TRACTOR: Speed sensor fitted on the tractor. The sensor can be built into the tractor’s gearbox or rear axle as standard factory fitted or be retrofit on a wheel or drive shaft.

  • Page 168: Fertiliser Calibration

    (previously saved) is selected. If the metered/encoded amounts from the calibration procedure are not accurate enough for the TeeJet 5000, a warning will be given and the calibration procedure must be carried out again. 4.110...

  • Page 169: Step

    5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR AUCH ELTA If there are previously saved calibration results the procedure is as follows: 1. Press the “CALIB. PROCED.” key and the TeeJet5000 displays the picture to the left. It is possible to page through the saved calibration results using the “NEXT PAGE”...

  • Page 170: Warning Encode

    5000 O ERTILISER DISTRIBUTOR AUCH ELTA PERATORS MANUAL WARNING ENCODE The following warnings can be set in this menu: It is recommended to turn all warnings, which are not wanted “OFF”. PTO: Warning ON/OFF and MAX/MIN-limits for revolutions. KM/H: Warning ON/OFF and MAX/MIN-limits for speed.
  • Page 171 Fertiliser distributor, Rauch Axera H RAUCH AXERA H FERTILISER DISTRIBUTOR ............4.114 FERTILISER DISTRIBUTOR OPERATION ..............4.115 FERTILISER SPREADER FUNCTIONS: ..............4.115 1. AUTOMATIC APPLICATION CONTROL............4.116 2. MANUAL APPLICATION CONTROL............... 4.118 FERTILISER DISTRIBUTOR ENCODE ............... 4.119 WORKING WIDTH:....................4.119 SPEED SENSOR:....................

  • Page 172: Fertiliser Distributor, Rauch Axera H

    5000 O ERTILISER DISTRIBUTOR AUCH XERA PERATORS MANUAL RAUCH AXERA H FERTILISER DISTRIBUTOR Select fertiliser distributor from the main menu as follows: 1. Move the cursor, using the arrow keys, to “FERTIL. DISTRIB.” Press the “SELECT” key. 2. Main menu –...

  • Page 173: Fertiliser Distributor Operation

    5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR AUCH XERA FERTILISER DISTRIBUTOR OPERATION FORWARD SPEED: The primary function under fertiliser distributor is forward speed. Forward speed is displayed in KPH with 1 decimal. Forward speed is calculated from the signal from the speed sensor selected in encode (wheel tractor, wheel sprayer or radar).

  • Page 174: Automatic Application Control

    5000 O ERTILISER DISTRIBUTOR AUCH XERA PERATORS MANUAL 1. AUTOMATIC APPLICATION CONTROL. KG/HA1 KG/HA2 These 3 application rates are set in “ENCODE” and can be selected under “OPERATION”. KG/HA3 Pressing one of these keys displays the encoded required application rate. Not the actual application rate.
  • Page 175 5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR AUCH XERA STEP%: Step dose rate. NOTE: Only active in automatic drift. The application rate can be increased or decreased by an encoded percentile amount. The rate can be altered for both sides or the left-hand side or the right-hand side by pressing the “NEXT PAGE”...

  • Page 176: Manual Application Control

    5000 O ERTILISER DISTRIBUTOR AUCH XERA PERATORS MANUAL 2. MANUAL APPLICATION CONTROL Area. Consumption in KG. KG LEFT: How many KG are left in the hopper at present. Area counter. Worked area since the last reset. NOTE: Total area counter is found in “DATA/DELETE”.

  • Page 177: Fertiliser Distributor Encode

    5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR AUCH XERA Each key press increases the application rate. If the key remains pressed then the application rate is increased by a suitable amount. The actual application rate can be seen on the display.

  • Page 178: Speed Sensor

    XERA PERATORS MANUAL SPEED SENSOR: The TeeJet 5000 V.4 fertiliser distributor program gives the option of choosing between 3 different speed sensors (Wheel tractor, Wheel spreader, Radar). WHEEL TRACTOR: Speed sensor fitted on the tractor. The sensor can be built into the tractor’s gearbox or rear axle as standard factory fitted or be retrofit on a wheel or drive shaft.

  • Page 179: Fertiliser Calibration

    (previously saved) is selected. If the metered/encoded amounts from the calibration procedure are not accurate enough for the TeeJet 5000, an warning will be given and the calibration procedure must be carried out again. 4.121...

  • Page 180: Step

    5000 O ERTILISER DISTRIBUTOR AUCH XERA PERATORS MANUAL If there are previously saved calibration results the procedure is as follows: 1. Press the “CALIB. PROCED.” key and the TeeJet5000 displays the picture to the left. It is possible to page through the saved calibration results using the “NEXT PAGE”...

  • Page 181: Pto Sensor

    5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR AUCH XERA PTO SENSOR The number of pulses per revolution for the PTO shaft. WARNING ENCODE The following warnings can be set in this menu: It is recommended to turn all warnings, which are not wanted “OFF”.
  • Page 182 5000 O ERTILISER DISTRIBUTOR AUCH XERA PERATORS MANUAL 4.124...

  • Page 183: Fertiliser Distributor, Reiβl

    Fertiliser distributor, Reiβl FERTILISER DISTRIBUTOR ..................4.126 FERTILISER DISTRIBUTOR OPERATION (REIβL) ............ 4.127 FERTILISER DISTRIBUTOR FUNCTIONS:..............4.127 SECTION ON/OFF: ..................... 4.128 FERTILISER DISTRIBUTOR ENCODE ............... 4.129 DOSE RATE ......................4.129 LOGGING ......................4.129 TON LEFT ......................4.130 HA LEFT ......................4.130 CALIBRATION .....................

  • Page 184: Fertiliser Distributor

    β 5000 O ERTILISER DISTRIBUTOR PERATORS MANUAL FERTILISER DISTRIBUTOR Select fertiliser distributor from the main menu as follows: 1. Move the cursor, using the arrow keys, to “FERTIL. DISTRIB.” Press the “SELECT” key. 2. Main menu – select fertiliser distributor.

  • Page 185: Fertiliser Distributor Operation (Reiβl)

    β 5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR FERTILISER DISTRIBUTOR OPERATION (REIβL) FORWARD SPEED: The primary function under fertiliser distributor is forward speed. Forward speed is displayed in KPH with 1 decimal. Forward speed is calculated from the signal from the speed sensor selected in encode (wheel tractor, wheel spreader or radar).

  • Page 186: Section On/Off

    β 5000 O ERTILISER DISTRIBUTOR PERATORS MANUAL TON: Consumption in tons since the last reset in DATA/DELETE. TON LEFT: Tons remaining in the hopper (amount filled must be encoded before start). RPM 1: Shaft speed of axle 1. TON: Tons consumed, measured via the pulse generator on the floor chain.

  • Page 187: Fertiliser Distributor Encode

    β 5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR FERTILISER DISTRIBUTOR ENCODE This menu allows the operator to encode the various settings that are necessary for spreading. Each implement has it’s own set of encodements. Encodements such as speed sensor (and its calibration) have their own values under each implement.

  • Page 188: Ton Left

    β 5000 O ERTILISER DISTRIBUTOR PERATORS MANUAL TON LEFT The amount filled into the hopper must be encoded here; to be able to see how much fertiliser is left in the hopper. NOTE! If there is some fertiliser left in the hopper before refilling, then this amount must be added to the amount filled thus: Amount left in hopper + filled amount = Kg.

  • Page 189: Manual Calibration

    β 5000 O PERATORS MANUAL ERTILISER DISTRIBUTOR MANUAL CALIBRATION: The CAL. FIG. Can be calculated manually as follows: Volume per revolution x volume weight CALIBRATION FIGURE = Pulses per revolution NOTE! If after some time it is found that the total amount spread is not the same as the computer has calculated, check the machine’s settings, that the calibration and...

  • Page 190: Revs. Sensor

    Encode the number of pulses per revolution for the individual RPM sensors. FORWARD SPEED SENSOR The TeeJet 5000 V.4 fertiliser distributor program gives the option of choosing between 3 different speed sensors (Wheel tractor, Wheel spreader, Radar). WHEEL TRACTOR: Speed sensor fitted on the tractor. The sensor can be built into the tractor’s gearbox or rear axle as standard factory fitted or be retrofit on a wheel or drive shaft.

  • Page 191: Implement Sensor

    SYSTEM B PLUG There are 2 system plugs on the back of the TeeJet 5000. The System A plug is compatible with older TeeJet 5000 versions. The System B plug is for new connections.

  • Page 192: Warning Encode

    β 5000 O ERTILISER DISTRIBUTOR PERATORS MANUAL WARNING ENCODE The following warnings can be set in this menu: It is recommended to turn all warnings, which are not wanted “OFF”. PTO: Warning ON/OFF and MAX/MIN-limits for revolutions. KM/H: Warning ON/OFF and MAX/MIN-limits for speed.
  • Page 193 Seed drill SEED DRILL, OTHER TYPE.................... 5.1 SEED DRILL, NORDSTEN .................... 5.15 SEED DRILL, LEMKEN....................5.31 SEED DRILL, SIMBA ..................... 5.61...

  • Page 195: Seed Drill, Other Type

    Seed drill, Other type DRILL (OTHER TYPE) ..................... 5.2 SEED DRILL OPERATION (OTHER TYPE) ..............5.3 HOLD KEY....................... 5.3 TRAMLINE INDICATOR ..................5.3 TRAMLINE CONTROL..................... 5.4 METHOD A ......................5.4 METHOD B ......................5.5 FORWARD SPEED ....................5.5 METHOD A UNEVEN ....................5.6 METHOD A EVEN ....................

  • Page 196: Drill (Other Type)

    5000 O EED DRILL THER TYPE PERATORS MANUAL DRILL (OTHER TYPE) Select seed drill from the main menu as follows: 1. Move the cursor using the arrow keys to “DRILL” when this is done press the “SELECT” key. 2. Main menu: Drill.

  • Page 197: Seed Drill Operation (Other Type)

    5000 O PERATORS MANUAL EED DRILL THER TYPE SEED DRILL OPERATION (OTHER TYPE) Move between the two pages by pressing “NEXT PAGE”. The amount sown in KG, measured by a sensor fitted on the drill shaft. Calibrating the system is necessary to ensure correct operation and this is done under “ENCODE”.

  • Page 198: Tramline Control

    The bout number is the present bout being driven in the field (counts 1 each time the drill is lifted). The track number is what has been encoded (see “ENCODE”). The TeeJet 5000 has 2 different methods of controlling the tramlines (A and B). The method is selected under “ENCODE”: METHOD A This method is a new and logical method of making tramlines.

  • Page 199: Method B

    5000 O PERATORS MANUAL EED DRILL THER TYPE METHOD B This method is older and better known. Tramlines are made when the present bout is the same as the track number. The operator must know how the field has been started.

  • Page 200: Method A Uneven

    5000 O EED DRILL THER TYPE PERATORS MANUAL METHOD A UNEVEN In the example to the right the encoded rhythm is 3. Two clutches are fitted in the middle of the drill. Tramlines are made in bout number 2 when a rhythm (track number) of 3 is encoded.

  • Page 201: Method A Even

    5000 O PERATORS MANUAL EED DRILL THER TYPE METHOD A EVEN A rhythm of 4 is encoded in this example. A single clutch is fitted on the left- hand side of the seed drill. Tramlines are made in bout numbers 2 and 3 (split), when a rhythm of 4 is encoded.

  • Page 202: Method B Uneven

    5000 O EED DRILL THER TYPE PERATORS MANUAL METHOD B UNEVEN A rhythm of 3 is encoded in this example and there are 2 clutches fitted in the middle of the seed drill. Tramlines are made when the present bout is...

  • Page 203: Method B Even

    5000 O PERATORS MANUAL EED DRILL THER TYPE METHOD B EVEN The tramline cannot be split over 2 bouts in this example with a rhythm of 4 encoded. The first bout can only be sown with one half of the drill open.

  • Page 204: Seed Drill Encodement

    5000 O EED DRILL THER TYPE PERATORS MANUAL SEED DRILL ENCODEMENT This menu allows the operator to encode the various settings that are necessary for sowing. Each implement has it’s own set of encodements. Encodements such as speed sensor (and its calibration) have their own values under each implement.

  • Page 205: Sow-Figure

    5000 O PERATORS MANUAL EED DRILL THER TYPE SOW-FIGURE The seed drill must be ready for calibration before pressing this key (remember to turn the drill shaft a few times to fill the feed rollers). Press the key and the following is displayed.

  • Page 206: Forward Speed Sensor

    THER TYPE PERATORS MANUAL FORWARD SPEED SENSOR The TeeJet 5000 V.4 seed drill program (Other type) gives the option of choosing between 2 different speed sensors (Wheel tractor, Radar). WHEEL TRACTOR The speed signal can come from a sensor fitted in the gear box, or on a drive shaft, or from a sensor fitted on a wheel, depending on the make and model of the tractor used for sowing.

  • Page 207: Revs. Sensor

    PTO SENSOR Encode 1 if the TeeJet PTO sensor kit (932-983) is used. DRILL SENSOR Encode 12 if the TeeJet pulse giver (905-152) or (906-152) is used. Sensors that generate fewer than 4 pulses per revolution cannot be used. CLUTCH SENSOR Encode 12 if the TeeJet pulse (905-152) or (906-152) is used.

  • Page 208: Warning Encode

    5000 O EED DRILL THER TYPE PERATORS MANUAL WARNING ENCODE The following warnings can be set in this menu: It is recommended to turn all warnings, which are not wanted “OFF”. PTO: Warning ON/OFF and MAX/MIN-limits for revolutions. KM/H: Warning ON/OFF and MAX/MIN-limits for speed.
  • Page 209 Seed drill, Nordsten NORDSTEN ELECTRONIC SEED DRILL ..............5.16 FIXED FUNCTIONS....................... 5.17 TRAMLINE CONTROL ..................5.17 TRAMLINE INDICATION ..................5.17 KG/HA........................5.17 HOLD KEY......................5.18 SELECTABLE SEED DRILL FUNCTIONS..............5.18 STEP FUNCTION ....................5.18 MANUAL START/STOP ..................5.19 MANUAL TRACK ADJUSTMENT................5.19 RPM........................

  • Page 210: Seed Drill, Nordsten

    5000 O EED DRILL ORDSTEN PERATORS MANUAL NORDSTEN ELECTRONIC SEED DRILL 1. Select drill from the main menu: 2. Move the cursor using the arrow keys to “DRILL” when this is done press the “SELECT” key. 3. Main menu: Drill.

  • Page 211: Fixed Functions

    The bout number is the present bout being driven in the field (counts 1 each time the drill is lifted). The track number is what has been encoded (see “ENCODE”). The TeeJet 5000 has 2 different methods of controlling the tramlines (A and B). The method is selected under “ENCODE”.

  • Page 212: Hold Key

    5000 O EED DRILL ORDSTEN PERATORS MANUAL HOLD KEY Press if the present bout is not required in the selected rhythm. This function “holds” the present status regardless of how many times the drill is raised. When this function is activated, “HOLD” flashes on the display.

  • Page 213: Manual Start/Stop

    5000 O PERATORS MANUAL EED DRILL ORSTEN Pressing the “NEXT PAGE” key displays the next available functions: MANUAL START/STOP This function is used to start or stop the drill shaft motor manually. “MANUAL START” can only be used if the machine is at a standstill.

  • Page 214: Selecting The Track Rhythm

    ORDSTEN PERATORS MANUAL SELECTING THE TRACK RHYTHM To meet the different needs of different markets, the TeeJet 5000 has 2 methods of controlling the how the tramlines are made. The method to be used is selected under encode. METHOD B...
  • Page 215 5000 O PERATORS MANUAL EED DRILL ORSTEN Example of method B Even: The tramline cannot be split over 2 bouts in this example with a rhythm of 4 encoded. The first bout can only be sown with one half of the drill open.

  • Page 216: Method A

    5000 O EED DRILL ORDSTEN PERATORS MANUAL METHOD A The difference between method A and B uneven rhythm is minimal. The only difference is when tramlines are made. Method A makes tramlines in the middle of the rhythm, see the following example.
  • Page 217 5000 O PERATORS MANUAL EED DRILL ORSTEN Example of Method A Even: A rhythm of 4 is encoded in this example. A single clutch or 1x2 solenoid shutters is fitted on the left-hand side of the seed drill. Tramlines are made in...

  • Page 218: Seed Drill Encodement

    5000 O EED DRILL ORDSTEN PERATORS MANUAL SEED DRILL ENCODEMENT This menu allows the operator to encode the various settings that are necessary for sowing. Each implement has it’s own set of encodements. Encodements such as speed sensor (and its calibration) have their own values under each implement.

  • Page 219: Calibration

    5000 O PERATORS MANUAL EED DRILL ORSTEN CALIBRATION Calibration is essential for correct operation of the system. The accuracy of all seed rates depends on this calibration. Pressing the “CALIB.” Key displays the screen to the left. WARNING: The drill shaft rotates when “CALIB.”...

  • Page 220: Step

    5000 O EED DRILL ORDSTEN PERATORS MANUAL The screen changes once the drill shaft has rotated for the number of seconds encoded: The weight of the released grain is encoded in grams under “WEIGHT”. “CALC.” flashes Pressing “CALC.” Will calculate a new load figure, which is displayed at the top of the screen.

  • Page 221: Track Number

    There is a speed sensor fitted to the seed drill that gives a suitable number of pulses for the TeeJet 5000. With the future in mind the computer is also able to receive signals from a sensor fitted onto a tractor or a radar sensor.

  • Page 222: Work Hour On/Off

    It is also possible to select between clutch monitoring and RPM monitoring (monitoring fan speed on pneumatic machines). PTO SENSOR Encode 1 if the TeeJet PTO sensor kit (932-983) is used. DRILL SENSOR Encode the number of pulses per revolution for the drill shaft sensor, (normally 12).

  • Page 223: Warnings

    5000 O PERATORS MANUAL EED DRILL ORSTEN example: WARNINGS The following warnings are fixed warnings; they cannot be switched off. WARN DOSE AREA Check to see if the drill shaft motor has stopped when this warning is given. Reasons: Foreign bodies are stopping the drill shaft.

  • Page 224: Warn Wheel Drill

    5000 O EED DRILL ORDSTEN PERATORS MANUAL WARN WHEEL DRILL All other alarms require the wheel sensor to be generating pulses. To avoid large bare patches, should the wheel sensor be damaged, and therefore the computer receives no pulses, even if the drill is lowered, the warning WHEEL DRILL will be given after approx.
  • Page 225 Seed drill, Lemken LEMKEN SEED DRILL....................5.32 FIXED FUNCTIONS....................... 5.33 TRAMLINE CONTROL ..................5.33 TRAMLINE INDICATION ..................5.33 KG/HA........................5.33 HOLD KEY......................5.34 SELECTABLE SEED DRILL FUNCTIONS..............5.34 SELECTING THE TRACK RHYTHM ................5.36 METHOD A ......................5.36 METHOD B ......................5.38 METHOD C......................

  • Page 226: Seed Drill, Lemken

    5000 O EED DRILL EMKEN PERATORS MANUAL LEMKEN SEED DRILL 1. Select drill from the main menu: 2. Move the cursor using the arrow keys to “DRILL” when this is done press the “SELECT” key. 3. Main menu: Drill. 4. “ACCEPT” the selected type or choose another type.

  • Page 227: Fixed Functions

    The bout number is the present bout being driven in the field (counts 1 each time the drill is lifted). The track number is what has been encoded (see “ENCODE”). The TeeJet 5000 has 2 different methods of controlling the tramlines (A and B). The method is selected under “ENCODE”.

  • Page 228: Hold Key

    5000 O EED DRILL EMKEN PERATORS MANUAL HOLD KEY Press if the present bout is not required in the selected rhythm. This function “holds” the present status regardless of how many times the drill is raised. When this function is activated, “HOLD” flashes on the display.
  • Page 229 5000 O PERATORS MANUAL EED DRILL EMKEN RPM: Fan Speed. VALVE RPM: Regulating motor speed RPM: Fan speed displayed in revolutions per minute. VALVE RPM: Regulating motor speed displayed in revolutions per minute. Selecting this function display's, both the “desired” motor speed calculated from the actual forward speed, the actual seed rate and the actual regulating motor speed.

  • Page 230: Selecting The Track Rhythm

    5000 O EED DRILL EMKEN PERATORS MANUAL SELECTING THE TRACK RHYTHM To meet the different needs of different markets, the Lemken program has four methods (A, B, C, and D) of controlling the how the tramlines are made. The method to be used is selected under encode.
  • Page 231 5000 O PERATORS MANUAL EED DRILL EMKEN Example of Method A Uneven: In this example, the encoded rhythm is 3. Two clutches or 2x2 solenoid shutters are fitted in the middle of the drill. Tramlines are made in bout number 2 when a rhythm (track number) of 3 is encoded.

  • Page 232: Method B

    5000 O EED DRILL EMKEN PERATORS MANUAL METHOD B This method is the most traditional and the most used method. Tramlines are made when the bout number is the same as the track number. Example of method B Even: The tramline cannot be split over 2 bouts in this example with a rhythm of 4 encoded.
  • Page 233 5000 O PERATORS MANUAL EED DRILL EMKEN Example of method B Uneven: The encoded rhythm in the shown example is 3. 2x2 solenoid shutters are fitted on pneumatic drills or 2 clutches are fitted on the middle of traditional machines.

  • Page 234: Method C

    5000 O EED DRILL EMKEN PERATORS MANUAL METHOD C This method is used with a 6-metre seed drill making 15 metre tramlines. The track number is set to 10 (see track number page 5.55). Example of method C Right: The seed drill is fitted with 2x2 magnetic valves on the right-hand side of the machine and 2x2 magnetic valves fitted on the left-hand side of the machine.
  • Page 235 5000 O PERATORS MANUAL EED DRILL EMKEN Example of method C Left: The seed drill is fitted with 2x2 magnetic valves on the right-hand side of the machine and 2x2 magnetic valves fitted on the left-hand side of the machine.

  • Page 236: Method D

    5000 O EED DRILL EMKEN PERATORS MANUAL METHOD D This method is used with a 4 or 6 metre seed drill making 18 or 27 metre tramlines. The track number is set to 18 (see track number page 5.55). Example of method D Right: The seed drill is fitted with 2x2 magnetic valves on the right-hand side of the machine and 2x2 magnetic valves fitted on the left-hand side of the machine.
  • Page 237 5000 O PERATORS MANUAL EED DRILL EMKEN Example of method D Left: The seed drill is fitted with 2x2 magnetic valves on the right-hand side of the machine and 2x2 magnetic valves fitted on the left-hand side of the machine.

  • Page 238: Method E

    5000 O EED DRILL EMKEN PERATORS MANUAL METHOD E This method is used when the seed drill is 6 metres wide and the implements used to cultivate the crop are 21 metres wide. A fixed rhythm of 14 is used (see TRACK NUMBER page 5.55).
  • Page 239 5000 O PERATORS MANUAL EED DRILL EMKEN Example of method E Left: The seed drill is fitted with 2x2 magnetic valves on the right-hand side of the machine and 2x2 magnetic valves fitted on the left-hand side of the machine.

  • Page 240: Method F

    5000 O EED DRILL EMKEN PERATORS MANUAL METHOD F This method is used when the seed drill is 12 metres wide and the implement used to cultivate the crop is 18 metres wide. A fixed rhythm of 6 is used (see page 5.55)
  • Page 241 5000 O PERATORS MANUAL EED DRILL EMKEN Example of method F left: The seed drill is fitted with 2x2 magnetic valves on the right-hand side of the drill and 2x2 magnetic valves fitted to the left-hand side of the drill.

  • Page 242: Method G

    5000 O EED DRILL EMKEN PERATORS MANUAL METHOD G This method is used when the seed drill is 6 metres wide and the implement used to cultivate the crop is 20 metres wide. A fixed rhythm of 10 is used (see page 5.55)
  • Page 243 5000 O PERATORS MANUAL EED DRILL EMKEN Example of method G Left: The seed drill is fitted with 2x2 magnetic valves on the left-hand side of the seed drill and 1 magnetic valve on the right-hand side of the seed drill.

  • Page 244: Method H

    5000 O EED DRILL EMKEN PERATORS MANUAL METHOD H This method is used when the seed drill is 6 metres wide and the implement used to cultivate the crop is 39 metres wide. A fixed rhythm of 26 is used (see page 5.55) Example of method H Right: The seed drill is fitted with 2x2 magnetic valves on the both sides of the seed drill.
  • Page 245 5000 O PERATORS MANUAL EED DRILL EMKEN Example of method H Left: The seed drill is fitted with 2x2 magnetic valves on both sides of the seed drill. Drilling is started on the left-hand side of the field with the track number set to 1- 26 as shown on the diagram.

  • Page 246: Seed Drill Encodement

    5000 O EED DRILL EMKEN PERATORS MANUAL SEED DRILL ENCODEMENT This menu allows the operator to encode the various settings that are necessary for sowing. Each implement has it’s own set of encodements. Encodements such as speed sensor (and its calibration) have their own values under each implement.

  • Page 247: Calibration

    5000 O PERATORS MANUAL EED DRILL EMKEN CALIBRATION Calibration is essential for correct operation of the system. The accuracy of all seed rates depends on this calibration. Pressing the “CALIB.” Key displays the screen to the left. WARNING: The drill shaft rotates when “PRE.

  • Page 248: Step

    5000 O EED DRILL EMKEN PERATORS MANUAL The screen changes once the drill shaft has rotated for the number of seconds encoded: The weight of the released grain is encoded in grams under “WEIGHT”. “CALC.” flashes Pressing “CALC.” Will calculate a new load figure, which is displayed at the top of the screen.

  • Page 249: Track Number

    There is a speed sensor fitted to the seed drill that gives a suitable number of pulses for the TeeJet 5000. With the future in mind the computer is also able to receive signals from a sensor fitted onto a tractor or a radar sensor.

  • Page 250: Work Hour On/Off

    PTO SENSOR Encode the number of pulses per revolution for the PTO sensor (encode 1 if the TeeJet PTO sensor kit (932-983) is used). WARNINGS The following warnings can be set in this menu: It is recommended to turn all warnings, which are not wanted “OFF”.

  • Page 251: Warn Wheel Drill

    5000 O PERATORS MANUAL EED DRILL EMKEN Pressing the ”HOLD” key for 5 seconds when this display is shown (see page 5.32) allows for programming an application rate alarm. Encode the percentile deviation that is allowed before the warning is given (standard = 5%).

  • Page 252: Normal Start

    5000 O EED DRILL EMKEN PERATORS MANUAL NORMAL START As the motors used for altering the seed rate must be started at a certain level before being able to adjust the seed rate up or down it is necessary to decide at what speed the motors should start.
  • Page 253 5000 O PERATORS MANUAL EED DRILL EMKEN 5.59...
  • Page 254 5000 O EED DRILL EMKEN PERATORS MANUAL 5.60...
  • Page 255 Seed drill, Simba SEED DRILL (SIMBA)....................5.62 SEED DRILL OPERATION .................... 5.63 HOLD KEY......................5.64 TRAMLINE INDICATOR ..................5.64 FORWARD SPEED ....................5.64 TRAMLINE CONTROL....................5.65 METHOD A ......................5.65 METHOD B ......................5.65 METHOD A UNEVEN .................... 5.66 METHOD A EVEN ....................5.67 METHOD B UNEVEN ....................

  • Page 256: Seed Drill, Simba

    5000 O EED DRILL IMBA PERATORS MANUAL SEED DRILL (SIMBA) Select drill from the main menu: 1. Move the cursor using the arrow keys to “DRILL” when this is done press the “SELECT” key. 2. Main menu: Drill. 3. “ACCEPT” the selected type or choose another type.
  • Page 257 5000 O PERATORS MANUAL EED DRILL IMBA SEED DRILL OPERATION The amount sown in KG. KG LEFT: The amount in KG of seed left in the hopper KG/HA: Seed rate in KG/HA The amount sown in KG, measured by a sensor fitted on the drill shaft.

  • Page 258: Seed Drill (Simba)

    5000 O EED DRILL IMBA PERATORS MANUAL FAN: Revolutions per minute for the fan. (if “2 FANS OFF” is selected. See page 5.70) FAN 1: FAN 2: Revolutions per minute for both fans. (if “2 FANS ON” is selected. See page 5.70)

  • Page 259: Tramline Control

    The bout number is the present bout being driven in the field (counts 1 each time the drill is lifted). The track number is what has been encoded (see “ENCODE”). The TeeJet 5000 has 2 different methods of controlling the tramlines (A and B). The method is selected under “ENCODE”: METHOD A This method is a new and logical method of making tramlines.

  • Page 260: Method A Uneven

    5000 O EED DRILL IMBA PERATORS MANUAL METHOD A UNEVEN In the example to the right the encoded rhythm is 3. Two clutches are fitted in the middle of the drill. Tramlines are made in bout number 2 when a rhythm (track number) of 3 is encoded.

  • Page 261: Method A Even

    5000 O PERATORS MANUAL EED DRILL IMBA METHOD A EVEN A rhythm of 4 is encoded in this example. A single clutch is fitted on the left- hand side of the seed drill. Tramlines are made in bout numbers 2 and 3 (split), when a rhythm of 4 is encoded.

  • Page 262: Method B Uneven

    5000 O EED DRILL IMBA PERATORS MANUAL METHOD B UNEVEN A rhythm of 3 is encoded in this example and there are 2 clutches fitted in the middle of the seed drill. Tramlines are made when the present bout is...

  • Page 263: Method B Even

    5000 O PERATORS MANUAL EED DRILL IMBA METHOD B EVEN The tramline cannot be split over 2 bouts in this example with a rhythm of 4 encoded. The first bout can only be sown with one half of the drill open.

  • Page 264: Seed Drill Encodement

    5000 O EED DRILL IMBA PERATORS MANUAL SEED DRILL ENCODEMENT This menu allows the operator to encode the various settings that are necessary for sowing. Each implement has it’s own set of encodements. Encodements such as speed sensor (and its calibration) have their own values under each implement.

  • Page 265: Kg Left

    5000 O PERATORS MANUAL EED DRILL IMBA KG LEFT To see how much seed is left in the hopper, the amount filled into the seed drill must be encoded here. NOTE: If there is some seed left in the hopper before refilling, then this amount must be added to the amount filled thus: Amount left in hopper + filled amount = Kg.

  • Page 266: Row No

    SOW WIDTH The seed drill’s effective working width in Cm. FORWARD SPEED SENSOR The TeeJet 5000 V.4 seed drill program (Simba) gives the option of choosing between three different speed sensors (Wheel tractor, wheel drill, or Radar). WHEEL TRACTOR The speed signal can come from a sensor fitted in the gear box, or on a drive shaft, or from a sensor fitted on a wheel, depending on the make and model of the tractor used for sowing.

  • Page 267: Metre Switch

    It is also possible to select between clutch monitoring and RPM monitoring (monitoring fan speed on pneumatic machines). PTO SENSOR Encode 1 if the TeeJet PTO sensor kit (932-983) is used. DRILL SHAFT SENSOR Encode the number of pulses the sensor fitted to the drill shaft gives per revolution (sensors that generate fewer than 4 pulses per revolution cannot be used).

  • Page 268: Warning Encode

    5000 O EED DRILL IMBA PERATORS MANUAL WARNING ENCODE The following warnings can be set in this menu: It is recommended to turn all warnings, which are not wanted “OFF”. PTO: Warning ON/OFF and MAX/MIN-limits for revolutions. KM/H: Warning ON/OFF and MAX/MIN-limits for speed.
  • Page 269 Baler BALER ..........................6.2 BALER OPERATION ....................... 6.3 BALER FUNCTIONS......................6.3 SWITCHING ALL WARNINGS OFF ................ 6.4 BALER ENCODE ......................6.5 WEIGHING (RPM3) ....................6.5 FORWARD SPEED SENSOR ................. 6.6 REVS. SENSOR ...................... 6.7 WARNINGS ......................6.7 DATE - CLOCK:....................... 6.7...

  • Page 270: Baler

    5000 O ALER PERATORS MANUAL BALER Select baler from the main menu as follows: Move the cursor using the arrow keys to “BALER” when this is done press “SELECT”. The following is displayed: It is now possible to select between the following...

  • Page 271: Baler

    The TeeJet 5000 cannot however record the weight of all the bales baled. If no weighing system is connected to the TeeJet 5000, then RPM will be displayed instead of weight. Select which is to be used under “ENCODE”.

  • Page 272: Switching All Warnings Off

    5000 O ALER PERATORS MANUAL RPM 1: Shaft speed for axle no. 1 (choose when fitting the system). A warning can be set on or off plus the number of pulses per rev. are set under “ENCODE”. RPM 2: Shaft speed for axle no. 1 (choose when fitting the system). A warning can be set on or off plus the number of pulses per rev.

  • Page 273: Baler Encode

    5000 O PERATORS MANUAL ALER BALER ENCODE This menu allows the operator to encode the various settings that are necessary for spreading. Each implement has it’s own set of encodements. Encodements such as speed sensor (and its calibration) have their own values under each implement.

  • Page 274: Forward Speed Sensor

    2 fixed functions under “OPERATION” FORWARD SPEED SENSOR The TeeJet 5000 V.4 baler program gives the option of choosing between 2 different speed sensors (Wheel tractor, Radar). WHEEL TRACTOR...

  • Page 275: Revs. Sensor

    REVS. SENSOR The number of pulses per revolution for the individual shaft speed sensors is encoded here. PTO SENSOR: If the TeeJet PTO sensor is used (932- 983) then encode “1”. RPM1: If the TeeJet sensor set is used (930- 983) then encode “1”.
  • Page 276 5000 O ALER PERATORS MANUAL...
  • Page 277 Slurry spreader SLURRY SPREADER, OTHER TYPE ................7.1 SLURRY SPREADER, HYDRAULIC CONTROL ............7.15 SLURRY SPREADER, HORSCH................... 7.27 SLURRY SPREADER, ZUNHAMMER ................7.41...
  • Page 279 Slurry spreader, Other type SLURRY SPREADER ...................... 7.2 SLURRY SPREADER OPERATION ................7.3 SLURRY SPREADER FUNCTIONS: WITH FLOWMETER ..........7.3 SLURRY SPREADER: WITHOUT FLOWMETER............7.5 SLURRY SPREADER ENCODE..................7.7 DOSERATE ......................7.7 STEP %: ........................7.7 TANK VOLUME ....................... 7.8 FILLED VOLUME.....................

  • Page 280: Slurry Spreader, Other Type

    5000 O LURRY SPREADER THER TYPE PERATORS MANUAL SLURRY SPREADER Select slurry spreader from the main menu as follows: 1. Using the arrow keys move the cursor over “SLURRY SPREADER”. Press “SELECT”. 2. Main menu select slurry spreader 3. Accept the selected type or choose another type.
  • Page 281 5000 O PERATORS MANUAL LURRY SPREADER THER TYPE SLURRY SPREADER OPERATION APPLICATION RATE: The primary function for slurry spreaders is application rate. The application rate is displayed in TON/M3 per hectare. This rate is calculated from the flow through the flowmeter and area measurement (forward speed and working width).
  • Page 282 5000 O LURRY SPREADER THER TYPE PERATORS MANUAL Pressing “NEXT PAGE” displays the next possible functions. +XX%: Step dosage, increase. -XX%: Step dosage, decrease. NORMAL: Return to the required normal application rate. DOSE RATE: Encoding the required application rate. +XX%: Percentile increase of the encoded application rate.
  • Page 283 5000 O PERATORS MANUAL LURRY SPREADER THER TYPE SLURRY SPREADER: WITHOUT FLOWMETER TON/M3: Slurry consumption in ton/m3. RPM 1: Revolutions per minute. TON/M3: The amount of slurry spread since starting. This function works as a trip counter, and can be deleted in “DATA/DELETE”. The total counter is also found here.
  • Page 284 5000 O LURRY SPREADER THER TYPE PERATORS MANUAL DAILY USE OF THE SLURRY PROGRAM WITH A FLOWMETER Once all of the encodements have been accepted, proceed as follows: Start spreading and each time the area override sensor is activated (implement...
  • Page 285 THER TYPE CALCULATING M3/HA OR TON/HA: Each time “EMPTY TANK” is pressed the TeeJet 5000 calculates the amount spread with this tank-full. This makes it possible to find the correct forward speed/PTO RPM and therefore the application rate for the last 1 – 2 loads.
  • Page 286 5000 O LURRY SPREADER THER TYPE PERATORS MANUAL TANK VOLUME Encode the effective size of the tank here. Check, if possible, by weighing a few loads to establish the effective TANK VOLUME. FILLED VOLUME Encode the amount filled into the tank if FX. the tank is only filled half way up.
  • Page 287 4. Read the amount in “DATA/DELETE”. 5. Place the value in the following formula: Old flow figure x the amount spread NEW FLOW FIGURE = The amount read in Data/delete (TeeJet 5000) 6. Encode this new flow figure using the numerical keypad. BOOM WIDTH The working width of the spreader.
  • Page 288 WHEEL SLURRY SPREADER If the slurry spreader is fitted with a speed sensor, then press the “WHEEL SLURRY” key. The TeeJet 5000 will now use this sensor for forward speed measurement. Please refer to chapter 2 for forward speed calibration.
  • Page 289 LURRY SPREADER THER TYPE SYSTEM B PLUG There are 2 system plugs on the back of the TeeJet 5000. The System A plug is compatible with older TeeJet 5000 versions. The System B plug is for new connections. ACTIVE 0 VOLT: The individual sections are opened with 0V.
  • Page 290 5000 O LURRY SPREADER THER TYPE PERATORS MANUAL WARNING ENCODE The following warnings can be set in this menu: It is recommended to turn all warnings, which are not wanted “OFF”. PTO: Warning ON/OFF and MAX/MIN-limits for revolutions. KM/H: Warning ON/OFF and MAX/MIN-limits for speed.
  • Page 291 5000 O PERATORS MANUAL LURRY SPREADER THER TYPE 7.13...
  • Page 292 5000 O LURRY SPREADER THER TYPE PERATORS MANUAL 7.14...

  • Page 293: Slurry Spreader, Hydraulic Control

    Slurry Spreader, Hydraulic control DOSE RATE ......................7.21 STEP %: ........................ 7.21 TANK VOLUME ..................... 7.21 FILLED VOLUME....................7.22 HA LEFT ........................ 7.22 FLOW FIGURE ...................... 7.22 DISTRIBUTOR WIDTH..................7.23 DRIVE FACTOR ....................7.23 RETURN ........................ 7.23 FORWARD SPEED SENSOR ................7.24 WHEEL TRACTOR....................
  • Page 294 THER TYPE PERATORS MANUAL INTRODUCTION The TeeJet 5000 used to control the amount spread using hydraulic control of a ball valve. - Maintain the correct application rate regardless of forward speed, plus the ability to alter the application rate in steps depending on the crop’s requirement.

  • Page 295: Slurry Spreader

    5000 O PERATORS MANUAL LURRY SPREADER THER TYPE SLURRY SPREADER (HYDRAULIC CONTROL) Select slurry spreader from the main menu as follows: 1. Using the arrow keys move the cursor over “SLURRY SPREADER”. Press “SELECT”. 2. Main menu – select slurry spreader 3.

  • Page 296: Slurry Spreader Operation

    5000 O LURRY SPREADER THER TYPE PERATORS MANUAL SLURRY SPREADER OPERATION APPLICATION RATE: The primary function under slurry spreader (hydraulic control) is the application rate in TON/M3 per hectare. This is calculated from the flow through the flowmeter and the area counter (forward speed & working width).
  • Page 297 5000 O PERATORS MANUAL LURRY SPREADER THER TYPE Pressing the “NEXT PAGE” key displays the next functions. +XX%: Step dosage, increase. -XX%: Step dosage, decrease. DOSE RATE NORMAL: Encoding the required application rate or return to normal after using the step key.
  • Page 298 5000 O LURRY SPREADER THER TYPE PERATORS MANUAL AUTO/MAN: Select between automatic or manual operation. If manual operation is selected, MAN will flash in the lower part of the display, + and – will also appear as function keys. Is only displayed if manual operation is selected.

  • Page 299: Doserate

    5000 O PERATORS MANUAL LURRY SPREADER THER TYPE SLURRY SPREADER ENCODE This menu allows the operator to encode the various settings that are necessary for spreading. Each implement has it’s own set of encodements. Encodements such as speed sensor (and its calibration) have their own values under each implement.

  • Page 300: Filled Volume

    5000 O LURRY SPREADER THER TYPE PERATORS MANUAL FILLED VOLUME Encode the amount filled if the tank is only filled, e.g. half way up. Must be encoded when the amount filled differs from the TANK VOLUME. Pressing “FULL TANK” automatically transfers the amount encoded under TANK VOLUME.

  • Page 301: Drive Factor

    4. Read the amount in “DATA/DELETE”. 5. Place the value in the following formula: Old flow figure x the amount spread NEW FLOW FIGURE = The amount read in Data/delete (TeeJet 5000) 6. Encode this new flow figure using the numerical keypad. DISTRIBUTOR WIDTH The working width of the spreader.

  • Page 302: Wheel Tractor

    WHEEL SLURRY SPREADER If the slurry spreader is fitted with a speed sensor, then press the “WHEEL SLURRY” key. The TeeJet 5000 will now use this sensor for forward speed measurement. Please refer to chapter 2 for forward speed calibration...

  • Page 303: Metre Switch

    5000 O PERATORS MANUAL LURRY SPREADER THER TYPE METRE SWITCH Select whether the metre counter is started/stopped manually “MANUAL” or by the selected implement sensor “IMPLEM. SENSOR”. WORK HOUR ON/OFF Select whether the timer function is started/stopped manually via the function key in the operation menu or by the selected implement sensor.

  • Page 304: Warning Encode

    5000 O LURRY SPREADER THER TYPE PERATORS MANUAL WARNING ENCODE The following warnings can be set in this menu: It is recommended to turn all warnings, which are not wanted “OFF”. PTO: Warning ON/OFF and MAX/MIN-limits for revolutions. KM/H: Warning ON/OFF and MAX/MIN-limits for speed.
  • Page 305 Slurry spreader, Horsch SLURRY SPREADER (HORSCH) ................. 7.28 SLURRY SPREADER OPERATION (HORSCH) ............7.29 SLURRY SPREADER FUNCTIONS: WITH FLOW METERING ........7.29 SLURRY SPREADER: WITHOUT FLOWMETER............7.31 SLURRY SPREADER ENCODE..................7.33 DOSERATE ......................7.33 STEP %: ........................ 7.33 TANK VOLUME ..................... 7.34 FILLED VOLUME....................

  • Page 306: Slurry Spreader, Horsch

    5000 O LURRY SPREADER ORSCH PERATORS MANUAL SLURRY SPREADER (HORSCH) Select slurry spreader from the main menu as follows: 1. Using the arrow keys move the cursor over “SLURRY SPREADER”. Press “SELECT”. 2. Main menu select slurry spreader 3. Accept the selected type or choose another type.

  • Page 307: Slurry Spreader Operation (Horsch)

    5000 O PERATORS MANUAL LURRY SPREADER ORSCH SLURRY SPREADER OPERATION (HORSCH) Before the slurry spreader is used a PWM calibration of the proportional valve MUST be carried out. This PWM calibration is normally carried out by the engineer when fitting the system to the slurry spreader. The procedure for this calibration is described in the PWM section under ENCODE.
  • Page 308 5000 O LURRY SPREADER ORSCH PERATORS MANUAL TON/M3 REST: The amount remaining in the tank. This function presupposes encodement of the tank size “TANK VOLUME” in encode. Every time “TANK EMPTY” is pressed, the tank size is transferred to “TON/M3 REST” and the slurry spreader is ready to fill and spread again.
  • Page 309 5000 O PERATORS MANUAL LURRY SPREADER ORSCH SLURRY SPREADER: WITHOUT FLOWMETER TON/M3: Slurry consumption in ton/m3. RPM 1: Revolutions per minute. TON/M3: The amount of slurry spread since starting. This function works as a trip counter, and can be deleted in “DATA/DELETE”. The total counter is also found here.
  • Page 310 5000 O LURRY SPREADER ORSCH PERATORS MANUAL DAILY USE OF THE SLURRY PROGRAM WITH A FLOWMETER Once all of the encodements have been accepted, proceed as follows: Start spreading and each time the area override sensor is activated (implement sensor) the following warning is displayed:...

  • Page 311: Slurry Spreader Encode

    ORSCH CALCULATING M3/HA OR TON/HA: Each time “EMPTY TANK” is pressed the TeeJet 5000 calculates the amount spread with this tank-full. This makes it possible to find the correct forward speed/PTO RPM and therefore the application rate for the last 1 – 2 loads.

  • Page 312: Tank Volume

    5000 O LURRY SPREADER ORSCH PERATORS MANUAL TANK VOLUME Encode the effective size of the tank here. Check, if possible, by weighing a few loads to establish the effective TANK VOLUME. FILLED VOLUME Encode the amount filled into the tank if FX. the tank is only filled half way up.

  • Page 313: Boom Width

    4. Read the amount in “DATA/DELETE”. 5. Place the value in the following formula: Old flow figure x the amount spread NEW FLOW FIGURE = The amount read in Data/delete (TeeJet 5000) 6. Encode this new flow figure using the numerical keypad. BOOM WIDTH The working width of the spreader.

  • Page 314: Wheel Tractor

    WHEEL SLURRY SPREADER If the slurry spreader is fitted with a speed sensor, then press the “WHEEL SLURRY” key. The TeeJet 5000 will now use this sensor for forward speed measurement. Please refer to chapter 2 for forward speed calibration.

  • Page 315: Revs. Sensor

    Encode the number of pulses per revolution given for the individual sensors. SYSTEM B PLUG There are 2 system plugs on the back of the TeeJet 5000. The System A plug is compatible with older TeeJet 5000 versions. The System B plug is for new connections.

  • Page 316: Fill Menu

    5000 O LURRY SPREADER ORSCH PERATORS MANUAL FILL MENU Before the slurry spreader is used a PWM calibration of the proportional valve MUST be carried out. This PWM calibration is normally carried out by the engineer when fitting the system to the slurry spreader. The procedure for this calibration is described in the PWM section under ENCODE.

  • Page 317: Pwm

    The procedure is, however, described below. It is not recommended to carry out this calibration procedure without competent knowledge of power measuring. The procedure is thus: 1. Connect a meter in series between TeeJet 5000 OUT1 output. Max. 100mA Out1 +12V 2.

  • Page 318: Proportional Vave

    5000 O LURRY SPREADER ORSCH PERATORS MANUAL PROPORTIONAL VAVE Select which porportional valve is fitted on the system in this menu. 1. Select type 2. It is now possible to select between the shown valve types. 3. Select valve. 4. Accept.
  • Page 319 Slurry spreader, Zunhammer SLURRY SPREADER (ZUNHAMMER) ................. 7.42 SLURRY SPREADER OPERATION (ZUNHAMMER) ........... 7.43 SLURRY SPREADER FUNCTIONS: WITH FLOW METERING ........7.43 SLURRY SPREADER: WITHOUT FLOWMETER............7.45 BOOM SECTIONS ON/OFF: ................. 7.45 SLURRY SPREADER ENCODE..................7.47 DOSERATE ......................7.47 STEP %: ........................ 7.47 TANK VOLUME .....................

  • Page 320: Slurry Spreader, Zunhammer

    5000 O LURRY SPREADER UNHAMMER PERATORS MANUAL SLURRY SPREADER (ZUNHAMMER) Select slurry spreader from the main menu as follows: 1. Using the arrow keys move the cursor over “SLURRY SPREADER”. Press “SELECT”. 2. Main menu select slurry spreader 3. Accept the selected type or choose another type.
  • Page 321 5000 O PERATORS MANUAL LURRY SPREADER UNHAMMER SLURRY SPREADER OPERATION (ZUNHAMMER) Before the slurry spreader is used a PWM calibration of the proportional valve MUST be carried out. This PWM calibration is normally carried out by the engineer when fitting the system to the slurry spreader. The procedure for this calibration is described in the PWM section under ENCODE.
  • Page 322 5000 O LURRY SPREADER UNHAMMER PERATORS MANUAL TON/M3 REST: The amount remaining in the tank. This function presupposes encodement of the tank size “TANK VOLUME” in encode. Every time “TANK EMPTY” is pressed, the tank size is transferred to “TON/M3 REST” and the slurry spreader is ready to fill and spread again.

  • Page 323: Boom Sections On/Off

    5000 O PERATORS MANUAL LURRY SPREADER UNHAMMER SLURRY SPREADER: WITHOUT FLOWMETER TON/M3: Slurry consumption in ton/m3. RPM 1: Revolutions per minute. TON/M3: The amount of slurry spread since starting. This function works as a trip counter, and can be deleted in “DATA/DELETE”. The total counter is also found here.
  • Page 324 5000 O LURRY SPREADER UNHAMMER PERATORS MANUAL DAILY USE OF THE SLURRY PROGRAM WITH A FLOWMETER Once all of the encodements have been accepted, proceed as follows: Start spreading and each time the area override sensor is activated (implement sensor) the following warning is displayed:...

  • Page 325: Slurry Spreader Encode

    UNHAMMER CALCULATING M3/HA OR TON/HA: Each time “EMPTY TANK” is pressed the TeeJet 5000 calculates the amount spread with this tank-full. This makes it possible to find the correct forward speed/PTO RPM and therefore the application rate for the last 1 – 2 loads.

  • Page 326: Tank Volume

    5000 O LURRY SPREADER UNHAMMER PERATORS MANUAL TANK VOLUME Encode the effective size of the tank here. Check, if possible, by weighing a few loads to establish the effective TANK VOLUME. FILLED VOLUME Encode the amount filled into the tank if FX. the tank is only filled half way up.

  • Page 327: Boom Width

    4. Read the amount in “DATA/DELETE”. 5. Place the value in the following formula: Old flow figure x the amount spread NEW FLOW FIGURE = The amount read in Data/delete (TeeJet 5000) 6. Encode this new flow figure using the numerical keypad. BOOM WIDTH The working width of the spreader.

  • Page 328: Forward Speed Sensor

    WHEEL SLURRY SPREADER If the slurry spreader is fitted with a speed sensor, then press the “WHEEL SLURRY” key. The TeeJet 5000 will now use this sensor for forward speed measurement. Please refer to chapter 2 for forward speed calibration.

  • Page 329: Revs. Sensor

    5000 O PERATORS MANUAL LURRY SPREADER UNHAMMER REVS. SENSOR Encode the number of pulses per revolution given for the individual sensors. FILL MENU Before the slurry spreader is used a PWM calibration of the proportional valve MUST be carried out. This PWM calibration is normally carried out by the engineer when fitting the system to the slurry spreader.

  • Page 330: Pwm

    The procedure is, however, described below. It is not recommended to carry out this calibration procedure without competent knowledge of power measuring. The procedure is thus: 1. Connect a meter in series between TeeJet 5000 OUT1 output. Max. 100mA Out1 +12V 2.

  • Page 331: Proportional Vave

    5000 O PERATORS MANUAL LURRY SPREADER UNHAMMER PROPORTIONAL VAVE Select which porportional valve is fitted on the system in this menu. 1. Select type 2. It is now possible to select between the shown valve types. 3. Select valve. 4. Accept.

  • Page 332: Warning Encode

    5000 O LURRY SPREADER UNHAMMER PERATORS MANUAL WARNING ENCODE The following warnings can be set in this menu: It is recommended to turn all warnings, which are not wanted “OFF”. PTO: Warning ON/OFF and MAX/MIN-limits for revolutions. KM/H: Warning ON/OFF and MAX/MIN-limits for speed.

  • Page 333: Other Implement

    Other Implement OTHER IMPLEMENT....................... 8.2 OTHER IMPLEMENT OPERATION................. 8.3 DIESEL FUNCTIONS:...................... 8.3 OTHER IMPLEMENT ENCODE..................8.4 HA LEFT ........................8.4 WORKING WIDTH....................8.4 FORWARD SPEED SENSOR ................. 8.5 IMPLEMENT SENSOR.................... 8.5 METRE SWITCH ..................... 8.5 WORK HOUR ON/OFF.................... 8.5 PTO SENSOR ......................8.6 WARNINGS ......................

  • Page 334: Other Implement

    5000 O THER IMPLEMENT PERATORS MANUAL OTHER IMPLEMENT Select “OTHER IMPLEMENT” from the main menu as follows: Move the cursor using the arrow keys to “OTHER IMPLEMENT”, when this is done press the “SELECT” key. The following is displayed: It is now possible to select between the following...

  • Page 335: Other Implement Operation

    5000 O PERATORS MANUAL THER IMPLEMENT OTHER IMPLEMENT OPERATION FORWARD SPEED: The primary function for other implement is forward speed. Forward speed is displayed in KPH with 1 decimal. Forward speed is calculated from the signal from the speed sensor selected in encode (wheel tractor, wheel sprayer or radar).

  • Page 336: Other Implement Encode

    5000 O THER IMPLEMENT PERATORS MANUAL OTHER IMPLEMENT ENCODE This menu allows the operator to encode the various settings that are necessary for operation. Each implement has it’s own set of encodements. Encodements such as speed sensor (and its calibration) have their own values under each implement.

  • Page 337: Forward Speed Sensor

    WHEEL IMPLEMENT If the implement is fitted with a speed sensor, then press the “WHEEL IMPLEMENT” key. The TeeJet 5000 will now use this sensor for forward speed measurement. IMPLEMENT SENSOR The implement override sensor starts and stops area measurement.

  • Page 338: Pto Sensor

    5000 O THER IMPLEMENT PERATORS MANUAL PTO SENSOR Encode the number of pulses per revolution for a PTO sensor if fitted. If the TeeJet PTO sensor kit is fitted (932-983) encode 1. WARNINGS The following warnings can be encoded here: PTO: Warning ON/OFF and MAX/MIN-limits for the PTO sensor.
  • Page 339 SELECTING THE DGPS FUNCTIONS................9.3 DGPS STATUS ........................ 9.4 IMPORTANT ........................9.4 DGPS FUNCTIONS ......................9.5 FIELD MEASUREMENT..................9.5 SOIL SAMPLING ..................... 9.7 TASK MODE......................9.8 TEEJET 5000 DATALOG ..................9.8 GPS OFFSET ......................9.9 WARNINGS........................9.9 FILE MANAGEMENT ..................... 9.10...

  • Page 340: Dgps

    Soil sampling with the position of each individual sample point. Data Logging, (recording) of what has actually happened in the field. Job computer. The TeeJet 5000 DGPS version can be used as a job computer in connection with another computer. (switch DGPS to “OFF” as described on the following page.

  • Page 341: Selecting The Dgps Functions

    DGPS functions (main DGPS menu). 5. Returning to this screen at any time and pressing “OFF” will switch the DGPS functions off and the TeeJet 5000 will function as normal. 6. Moving the cursor with the arrow keys to the required function and pressing the “SELECT”...

  • Page 342: Dgps Status

    If positional signals are only being received from eller satellites then ”G” will be displayed. Pressing the STATUS key on the TeeJet 5000 displays the present DGPS Status Latitude. The position is shown in degrees, minutes and ten thousandths of a minute.

  • Page 343: Dgps Functions

    5000 O DGPS PERATORS MANUAL DGPS FUNCTIONS FIELD MEASUREMENT Select the field to be surveyed by entering the field number using the numerical keypad. Press “OK” thereafter. The picture to the left is displayed if the field has been measured before.
  • Page 344 DGPS 5000 O PERATORS MANUAL The picture to the left is displayed once the field has been selected. Drive to the field boundary start point and press ”START”. START: Start field boundary measurement. Drive around the field boundary. Pressing the ”PAUSE” key allows for a break in the field boundary measurement.

  • Page 345: Soil Sampling

    5000 O DGPS PERATORS MANUAL If island survey has been selected the picture to the left will be displayed. START: Start island measurement. DONE: When there are no more islands. ISLAND DONE: When the island is measured. PAUSE: If a break in island measurement is required.

  • Page 346: Task Mode

    TeeJet5000 implement selection screen. Operation of the computer is now as for a standard TeeJet 5000 as described in each individual implement’s section in this manual. In TeeJet 5000 DATALOG MODE all alterations to the application rate will be recorded together with the position onto the PCMCIA card thus enabling the...

  • Page 347: Gps Offset

    DGPS PERATORS MANUAL GPS OFFSET Only displayed if the DataLink module being used has been delivered from TeeJet Technologies after 1/7-2000. Please contact your local dealer for further information. The distance in metres between the DGPS antenna and the position at which the, e.g.

  • Page 348: File Management

    Some PC programs clear the card up each time a task is transferred to the card. However, not all PC programs have this function. There are two types of files generated by the PC program or the TeeJet 5000/DataLink module: File type...

  • Page 349: Fitting Instructions

    Fitting instructions FITTING INSTRUCTIONS TEEJET 5000 VER. 4 ............12.3 GENERAL OVERVIEW ....................12.4 SPARE PARTS ......................12.5 FITTING THE COMPUTER.................... 12.6 FITTING THE JUNCTION BOX..................12.7 POWER SUPPLY......................12.8 FITTING THE FORWARD SPEED SENSOR..............12.9 FITTING THE AREA OVERRIDE SENSOR..............12.11 FITTING THE BREAK-AWAY PLUG................
  • Page 350 5000 O ITTING INSTRUCTIONS PERATORS MANUAL 12.2...

  • Page 351: Fitting Instructions Teejet 5000 Ver. 4

    ITTING INSTRUCTIONS FITTING INSTRUCTIONS TEEJET 5000 VER. 4 The basic TeeJet 5000 (computer + fitting kit) includes the computer, mounting bracket, cables, junction box, 2 sensors, break-away plug, and various parts required for fitting. This system can be expanded with various parts for the tractor, i.e.

  • Page 352: General Overview

    5000 O ITTING INSTRUCTIONS PERATORS MANUAL GENERAL OVERVIEW 12.4...

  • Page 353: Spare Parts

    5000 O PERATORS MANUAL ITTING INSTRUCTIONS SPARE PARTS Pos. TeeJet RESERVEDELE ERSATZTEILE SPARE PARTS PIECES DETACHEES 880-140 Fod profil Halter Holder Support 865-171 Blændplade Blendplatte Cover plate Couvercle 865-170 Blændplade Blendplatte Cover plate Couvercle 198-025 Kabel m/stik Kabel mit Stecker Cable with plug Câble a fiches...

  • Page 354: Fitting The Computer

    5000 O ITTING INSTRUCTIONS PERATORS MANUAL FITTING THE COMPUTER Fit the computer within reach and sight of the driver during operation, preferably to the right of the operator. Ensure that the cable from the mounting bracket is as protected as possible when routing the cable.

  • Page 355: Fitting The Junction Box

    5000 O PERATORS MANUAL ITTING INSTRUCTIONS FITTING THE JUNCTION BOX Fit the junction box under the instrument panel or on the underside of the cab. When fitting the junction box outside the cab, moisture must be taken into consideration. The cable holes in the rubber caps should not be cut any larger than the cable and the cable should be long enough to allow for “DRIP OFF...

  • Page 356: Power Supply

    PERATORS MANUAL POWER SUPPLY The TeeJet 5000 system can, with additions, have a power demand of 4 Amps, when working with control equipment (electromagnetic clutches, motors, etc.). We recommend in such circumstances that the power supply is drawn directly from the battery, but as the computer must switch off when the ignition is switched off, draw the power through a relay controlled via the ignition (see diagram).

  • Page 357: Fitting The Forward Speed Sensor

    PERATORS MANUAL ITTING INSTRUCTIONS FITTING THE FORWARD SPEED SENSOR The TeeJet 5000 system can receive speed signals from 3 different speed sensors, a wheel sensor on the tractor, a wheel sensor on the implement, and radar. Fitting the supplied wheel sensor is recommended on the rear right-hand wheel of the tractor.
  • Page 358 5000 O ITTING INSTRUCTIONS PERATORS MANUAL It is preferable, where it is possible, to fit a speed sensor on the drive shaft of 4 wheel drive tractors. This requires a different sensor than the one supplied as standard with the fitting kit. This possibility is shown in the following diagram.

  • Page 359: Fitting The Area Override Sensor

    5000 O PERATORS MANUAL ITTING INSTRUCTIONS FITTING THE AREA OVERRIDE SENSOR The area override sensor stops the area counter when the implement is not in operation. Most implements use the three-point linkage and are raised/lowered, so the most universal solution is to fit the area override sensor on the lift arms.

  • Page 360: Fitting The Break-Away Plug

    5000 O ITTING INSTRUCTIONS PERATORS MANUAL FITTING THE BREAK-AWAY PLUG The supplied breakaway plug with cable should be fitted next to the existing trailer plug, as shown below. Lift arm movement must be considered when fitting the breakaway plug. CABLE ROUTING Lead the cables from the various sensors and breakaway plug together with existing cables, hydraulic pipes, etc.

  • Page 361: Connections In The Junction Box

    +12V FUSE 4A Blue/Red White/Green MULTI-CABLE FROM THE TEEJET 5000 Connect this cable to connecting block 1. Connect the individual wires according to the colour code on the label. MULTI-CABLE FROM THE BREAK-AWAY PLUG Connect to connecting block 2 (1-7) according to the colour code on the label.
  • Page 362 The following describes how each sensor should be connected for each individual implement. If one of TeeJet Technologies complete implement kits is used, then the correct connections are taken into consideration and the sensors need only be connected as shown in the fitting instructions for the implement.
  • Page 363 ITTING INSTRUCTIONS Motor control and boom compensation can not be connected through the breakaway plug, but should be connected to the system A plug. Complete kits are available for a number of sprayers, please contact TeeJet AGRO. Implement sensor kit TeeJet no.

  • Page 364: Fertiliser Distributor

    BLUE BROWN IMPLEMENT SENSOR BLUE BROWN Using the standard kit for fertiliser distributors from TeeJet Technologies gives a better and neater installation, which is prepared for additions (see the diagram below). Wheel sensor / implement sensor 930-982 Shaft speed sensor kit 930-983 12.16...
  • Page 365 5000 O PERATORS MANUAL ITTING INSTRUCTIONS 12.17...

  • Page 366: Application Control

    5000 O ITTING INSTRUCTIONS PERATORS MANUAL APPLICATION CONTROL The following is an example of a complete kit for automatic application control. The automatic application control kits for fertiliser distributors do not use the 7 pin breakaway plug, but use the system B plug.

  • Page 367: Seed Drill

    IMPLEMENT SENSOR BLUE BROWN Tramline control cannot be connected directly to the breakaway plug. The TeeJet 5000 fitting kit for seed drill must be used. If tramline control is required the fitting kit displayed below should be used. This kit is also prepared for additions.

  • Page 368: Baler

    RPM SENSOR 1 BLUE BROWN BLACK Using the standard kit for balers from TeeJet Technologies gives a better and neater installation, which is prepared for additions. 1: TeeJet 5000 baler monitoring kit. Includes TeeJet no. 910-180 junction box, breakaway plug with cable, 2- RPM sensors and a bale counter.

  • Page 369: Slurry Spreader

    5000 O PERATORS MANUAL ITTING INSTRUCTIONS SLURRY SPREADER SLURRY SPREADER SENSOR WIRE COLOUR PIN NUMBER RPM SENSOR 1 BLUE BROWN BLACK FLOWMETER +12V SIGNAL WHEEL SENSOR BLUE BROWN IMPLEMENT SENSOR BLUE BROWN The following shows an example of equipment for a slurry spreader: 1.
  • Page 370 Display TeeJet 5000 Monitor Enter Tractor-info Mølhavevej 2 Contrast 9440 Aabybro Memory Denmark Hold Tel. +45 9696 2500 Fax. +45 9696 2501 LH AGRO 4000 Delete Display light...

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