TeeJet 5000 Manual Download

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ENERAL FUNCTIONS

5000

PERATORS MANUAL

2.22

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
flowmeter. Turn the paddle
wheel by hand or let the
sprayer spray.

TRAIL 4:

Signal from the wheel sensor
fitted on a trailed sprayer.

Signal from the wheel sensor
fitted on a trailed sprayer

TRAIL 7:

Signal from the sprayer’s
open/close function (main
on/off switch or manual main
valve).

TRAIL 8:

Signal from filling flowmeter.
Turn the paddle wheel by
hand or fill the sprayer.

TRAIL 15:

Not used.

TRAIL 16:

Not used

Not used.

BOM 1 – 12

Shows, which of the
encoded boom sections, are
open or closed.

TEST OUTPUT
OUT 1:

Signal that controls the
pressure, and hence
increases the application
rate. Pressure will increase
as long as the key is
activated.

OUT 2:

Signal that controls the
pressure, and hence
decreases the application
rate. Pressure will decrease
as long as the key is
activated.

OUT 3:

Not used.

OUT 4:

Signal to the fill alarm or
valve, in conjunction with
automatic fill flow.

POT 1 – 2

Not used.

Summary of Contents for 5000

Page 1: ...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 ...

Page 2: ...AL HYDR K 4 61 FERTILISER DISTRIBUTOR BREDAL K RAMP 4 75 FERTILISER DISTRIBUTOR RAUCH AERO 4 89 FERTILISER DISTRIBUTOR RAUCH BETA DELTA 4 101 FERTILISER DISTRIBUTOR RAUCH AXERA H 4 113 FERTILISER DISTRIBUTOR REIβL 4 125 SEED DRILL OTHER TYPE 5 1 SEED DRILL NORDSTEN 5 15 SEED DRILL LEMKEN 5 31 SEED DRILL SIMBA 5 61 BALER 6 1 SLURRY SPREADER OTHER TYPE 7 1 SLURRY SPREADER HYDRAULIC CONTROL 7 15 SLUR...

Page 3: ...n t be confused by the constantly changing pictures and text on the screen this will soon become second nature for you when operating the TeeJet 5000 Be selective avoid using too many functions to start with i e warnings These functions can always be selected when at a later date you feel more confident with the computer A TeeJet 5000 is not just a TeeJet 5000 but a product that is under constant ...

Page 4: ... apply to or from a PC program or PC equipment not delivered by the seller Faults that may arise from the buyers negligence to react to warnings and fault messages from the product or which can be traced to negligence and or absent constant control of the work carried out in comparison to the planned job 7 2 When implementing any new equipment the buyer must take great care and pay attention Any d...

Page 5: ...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: ...ers describe the functions available for all implements In the SYSTEM menu all sensors can be tested in TEST INPUT and the outputs to valves actuators etc in TEST OUTPUT This is described in chapter 2 The SYSTEM DATA menu has special encodements to which the operator has no access The required operating language can be selected in LANGUAGE The TeeJet 5000 standard fitting kit for one tractor inclu...

Page 7: ...ONSUMPTION PER HOUR WORK EFFICIENCY AREA REMAINING AREA Press the RETURN KEY to revert to previous screen CONTRAST Pressing this key allows the screen contrast dark light to be adjusted This ensures that the information on the screen can be seen under all conditions NOTE extreme heat or cold may cause the screen to appear black or totally blank Using the CONTRAST key allows for this to be compensa...

Page 8: ...yer HOLD KEY This key has different functions depending on the implement selected Hold key on seed drill Fill flow menus for sprayers Start and stop for certain fertiliser distributors DELETE KEY The delete key is used together with the numerical keys for encoding It deletes the selected value Also used for zeroing the pulse counters in TEST INPUT BACKGROUND LIGHT This key is used for switching th...

Page 9: ... SETTING HYPER TERMINAL UP 2 12 RECEIVE TEXT 2 14 EDITING THE TEXT 2 15 DATA DELETE 2 16 FORWARD SPEED SENSOR 2 17 WHEEL TRACTOR 2 17 WHEEL IMPLEMENT 2 17 RADAR 2 17 MANUAL CALIBRATION 2 18 AUTOMATIC SPEED SENSOR CALIBRATION 2 19 SYSTEM 2 20 TEST INPUT OUTPUT 2 21 TEST INPUT OUTPUT SPRAYER 2 22 TEST INPUT OUTPUT FERTILISER SPREADER 2 23 TEST INPUT OUTPUT SEED DRILL 2 27 TEST INPUT OUTPUT BALER 2 2...

Page 10: ...values FUNCTION KEYS Using the 4 FUNCTION KEYS and the RETURN KEY allows you to page through all the functions of the computer in a clear and systematic manner The actual function of each of the 4 function keys is shown on the display to the left of the key Pressing one of the keys may change all of the keys to a new function see the examples below BASIC MENU The display shown is the first page of...

Page 11: ...ave an encode menu the status screen will automatically appear All the encoded values are displayed Check and accept all the values on the status screen before proceeding by using the RETURN KEY NB Before start remember to zero all relevant counters area litre diesel counter etc in DATA DELETE if required You can select the following functions no matter which implement is chosen Some of the functi...

Page 12: ...s started and stopped by the implement sensor or manually by pressing METRE Chosen under encode BATT Battery voltage supply for the computer AREA FUNCTIONS HA H Travelling efficiency HA Area HA LEFT Remaining area HA H Travelling efficiency The size of the area worked at the present speed and with the present implement working width HA Area counter Worked area in hectares since zeroing NB A total ...

Page 13: ...sk feature is not required it is possible use the trip total counters to record data in the version 4 TeeJet 5000 If the Task Feature is required then a task number must be selected before work commences All trip counters area time and quantity will be reset automatically when a new task number is selected The main functions in the Task Feature are as follows Start task Stop task See task Delete t...

Page 14: ...on 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 The number of empty tasks available in the memory are also displayed the empty rectangle Pressing the Start Task function key displays the following ...

Page 15: ... i e a sprayer task when sprayer has been selected as the implement This means that only the tasks that relate to the implement used are displayed in the Start Task menu All trip counters area time and quantity will continue from the previous values if an existing task has been selected All trip counters for the task are set to zero if a new task is started The following is displayed after startin...

Page 16: ...key will stop the present task it is possible to open the task again at any time as long as the task is still in the computer s memory NOTE It is not possible to exit the implement menu if a task is active The computer displays the following message MENU CHANGE NOT PROHIBITED and shows which task should be stopped before the implement menu can be changed SEE TASK Pressing the See Task function key...

Page 17: ...le to delete tasks for e g slurry spreader even if the implement chosen for operation is a sprayer PRINT TASK Pressing the Print Task function key displays the following PRINT ONE Move the cursor to the task to be printed and press the Print Task function key The contents of the selected task will be printed NOTE All tasks that contain data can be printed regardless of the implement selected for o...

Page 18: ... 2 programs that you can use for transfer and printing tasks Write or Word pad are word processing programs that come with Windows 3 xx or Windows 95 98 Terminal or Hyper Terminal are communication programs that can amongst other things be used to import text files via the PC s serial port Other similar Windows programs can of course be used if this is desirable CONNECTION OF THE TEEJET 5000 TO TH...

Page 19: ...n shot of settings terminal preferences Windows Terminal Figure 2 Screen shot of settings communications set up Windows Terminal 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 The program suggests trm as the file type Next time you wish to transfer data all you have to do is open this file and all the settings...

Page 20: ...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 icon Figure 3 Screen shot of Hyper Terminal Select a name and an icon for this connection Then choose the correct serial port for your PC Figure 4 New Connection ...

Page 21: ...yperTerminal 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 The program suggests ht as the file type Next time you wish to transfer data all you have to do is open this file and all the settings will be correct Choose the Com Port that corresponds to the serial port being used ...

Page 22: ...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 Figure 7 Screen shot of transfers receive text file Windows Terminal Figure 8 Screen shot of transfers capture text Hyper Terminal Figure 9 Screen shot of sprayer task ...

Page 23: ...NCTIONS 2 15 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: ... counter If DELETE TRIP is pressed all trip counters will be zeroed deleted simultaneously The functions are TIME Trip counter for consumed time since last zeroing TIME Total counter for consumed time since last zeroing HA Trip counter for worked area since the last reset HA Total counter for area since last zeroing METRE Travelled metres since the last reset Deleted as the total counter DIESEL Fu...

Page 25: ... normal speed sensors if the distance per pulse is not greater than 100 cm Wheel circumference divided by number of magnets Manual speed calibration must be used if the distance driven per pulse is greater than 100 cm fitting more magnets to the wheel may solve this problem and allow the automatic calibration procedure to be used WHEEL IMPLEMENT Certain implements are fitted with a speed sensor th...

Page 26: ...nets fitted on the wheel The result is the distance per pulse and can be encoded in centimetres with 3 decimals see the following formula Example The distance between the 2 marks is 52 80 metres 5280 centimetres The wheel has turned 10 times The wheel is fitted with 4 magnets 5280 Distance between marks in cm 10 Wheel rotations x 4 Magnets 132 000 cm Distance per pulse The calculated figure is enc...

Page 27: ...e to the start mark 2 Press the CALIB CALC Key twice and the following is displayed 3 Drive the 100 metres and stop exactly at the stop mark 4 If the computer has received enough pulses CALC WHEEL will be displayed Press this key and the calibration procedure is finished The calculated value is displayed at the top of the screen ...

Page 28: ... each implement sensors TEST OUTPUT Test of engine valve etc for each implement SYSTEM DATA The operator has no access to this function It contains important system data which must not be changed LANGUAGE Select the required language here DIESEL FLOW FIGURE Encode the flow figure for the optional diesel flowmeter It is necessary to encode a diesel flow figure as the diesel flow pulse differs from ...

Page 29: ...LO Page through the screens by pressing NEXT PAGE total 4 screens RADAR Signal from the radar when driven slowly forward PTO Signal from the PTO axle when turning WHEEL TRACTOR Signal from the wheel sensor when driven slowly forward DIESEL Signal from the diesel flowmeter when diesel is being used IMPLEM Signal from the implement sensor when raised e g the lift switch or a sensor fitted on the lif...

Page 30: ...urn the paddle wheel by hand or fill the sprayer TRAIL 15 Not used Not used TRAIL 16 Not used Not used BOM 1 12 Shows which of the encoded boom sections are open or closed Shows which of the encoded boom sections are open or closed TEST OUTPUT OUT 1 Signal that controls the pressure and hence increases the application rate Pressure will increase as long as the key is activated Signal that controls...

Page 31: ... the regulating device OUT 2 Not used Signal to the regulating device OUT 3 Not used Not used OUT 4 Not used Not used POT 1 2 Not used Not used TEST INPUT BØGBALLE E EX D DZ BREDAL TRAIL 1 Signal from shaft speed sensor Signal from RPM 1 sensor TRAIL 2 Not used Signal from weigh cells TRAIL 4 Speed signal from trailed implement Signal from speed sensor fitted to the driving wheel TRAIL 7 Not used ...

Page 32: ... sensor fitted to the belt hydraulic motor TRAIL 8 Not used Signal from RPM sensor fitted to the auger hydraulic motor TRAIL 15 Not used Not used TRAIL 16 Not used Not used BOM 1 12 Error is displayed as no boom interface is connected Error is displayed as no boom interface is connected TEST OUTPUT OUT 1 Completely opens the proportional valve when the key is released the valve shuts Completely op...

Page 33: ...AIL 8 Not used Not used TRAIL 15 Not used Not used TRAIL 16 Not used Not used BOM 1 12 Error is displayed as no boom interface is connected Error is displayed as no boom interface is connected TEST OUTPUT OUT 1 Fully opens the reg Valve momentarily and the feed rollers rotate at full speed The valve shuts and the feed rollers stop instantly when the key is released Signal to close the gate left OU...

Page 34: ...ment Area override ON OFF from the spreader TRAIL 8 Not used Not used TRAIL 15 Not used Not used TRAIL 16 Not used Not used BOM 1 12 Error is displayed as no boom interface is connected Signal from individual boom sections via system B boom section compensation if used TEST OUTPUT OUT 1 Signal to close the gate left Signal to the regulating device OUT 2 Signal to open the gate left Signal to the r...

Page 35: ...l from sensor fitted to the seed drill TRAIL 7 Area override on off signal from sensor fitted to seed drill i e marking system or when the drill is raised Area override signal from sensor fitted to seed drill TRAIL 8 Not used Signal from RPM sensor fitted to the fan or to the left clutch depending on drill model TRAIL 15 Not used Signal from the hopper level sensor empty hopper TRAIL 16 Not used S...

Page 36: ...l sensor fitted in the seed hopper empty tank Signal from the hopper level sensor fitted in the seed hopper empty tank TRAIL 16 Not used Signal from the RPM sensor fitted on fan 2 BOM 1 12 Not used BOOM 2 Signal from the RPM sensor fitted to drill shaft 2 BOOM 8 Signal from the RPM sensor fitted on fan 2 BOOM 1 3 7 9 12 Not used TEST OUTPUT OUT 1 Signal that controls the tramlining for the left si...

Page 37: ...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 TRAIL 8 Not used TRAIL 15 Not used TRAIL 16 Not used BOM 1 12 Not used TEST OUTPUT OUT 1 Not used OUT 2 Not used OUT 3 Not used OUT 4 Not used POT 1 2 Not used ...

Page 38: ... Area override on off signal from sensor fitted on the slurry spreader Area override on off signal from sensor fitted on the slurry spreader TRAIL 8 Not used Signal from the RPM sensor fitted to the pump TRAIL 15 Not used Not used TRAIL 16 Not used Not used BOM 1 12 Signal from boom section switches via system B plug if used Signal from boom section switches via system B plug if used TEST OUTPUT O...

Page 39: ...al from the filling mechanism TRAIL 15 Not used Not used TRAIL 16 Not used Not used BOM 1 12 Signal from the boom section switches via the system B plug boom compensation if this is used BOOM 1 5 Signal from the boom section switches via the system B plug boom compensation if this is used BOOM 6 Alarm no slurry flow BOOM 7 Alarm High pressure BOOM 8 Alarm tank valve closed BOOM 9 Alarm fill pipe i...

Page 40: ...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 TRAIL 8 Not used TRAIL 15 Not used TRAIL 16 Not used BOM 1 12 Not used TEST OUTPUT OUT 1 Not used OUT 2 Not used OUT 3 Not used OUT 4 Not used POT 1 2 Not used ...

Page 41: ...mulate function to ON select the operation screen for the required implement and enter in a speed using the numeric keypad Speed simulation can be cancelled in 2 different ways 1 Drive the machine forward As soon as a pulse from the wheel sensor is given speed simulate will be cancelled 2 Encode the simulated speed as 0 after 8 seconds select System and switch Speed Simulate OFF GPS SYSTEM Select ...

Page 42: ...hort circuit on a controlling device i e clutches motor etc This warning disappears when there is no longer a short circuit 3 WARN DATA ERROR Displayed when a fault occurs in encodements and counters This warning can be removed by pressing the RETURN key Check all encodements if the problem persists please contact your local dealer 4 WARN ACTUATOR ERROR Displayed when a problem occurs with an actu...

Page 43: ...LLING FUNCTION 3 7 SPRAYER ENCODE 3 9 DOSERATE 3 9 STEP 3 9 LITRE LEFT 3 9 HA LEFT 3 10 FLOW FIGURE 3 10 BOOM WIDTH 3 11 DRIVE FACTOR 3 11 REGULATION DELAY 3 11 UNIFO PRESS 3 11 SPEED SENSOR KM H 3 11 IMPLEMENT SENSOR 3 11 PRESSURE SENSOR 3 12 TANK VOLUME 3 12 METRE SWITCH 3 12 SYSTEM B PLUG 3 12 PTO SENSOR 3 12 WORK HOUR ON OFF 3 12 WARNINGS 3 13 DATE CLOCK 3 13 ...

Page 44: ...ER TYPE used for all other sprayer types If the correct sprayer type is shown in Selected type menu press Accept Select another sprayer type by pressing SELECT TYPE then move the cursor to the required type and press the SELECT key The 2 programs look the same but the Holder program contains certain settings that can only be used with the Holder sprayer It is therefore important that Other Type is...

Page 45: ...een accepted the following is displayed APPLICATION RATE The primary function under sprayer is application The application rate is shown in litres per hectare based on the flow through the flow meter and the area meter speed and working width So driving forward or speed simulation and flow through the flow meter is necessary to get a reading NB The correct flow figure forward speed calibration and...

Page 46: ...wmeter Should not be confused with the pump capacity 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 XX Percentile increase of the encoded application rate The size of the steps is altered in encode XX Percentile decrease of the encoded applica...

Page 47: ...y is pressed at any other time Pressing the NEXT PAGE key displays the next functions REST DOS Rest dosage using the amount in the sprayer REST METRE Remaining distance with the amount in the sprayer REST DOSAGE Displays the application rate needed to finish the field with the chemical remaining in the tank Calculated from the amount left in the tank and the remaining area REST METRE Displays the ...

Page 48: ...line at which the sprayer ran empty This function works in conjunction with REDUCE TRACK M which appears when the sprayer is switched off This function works in the following way Each time the sprayer is switched on again when starting a new tramline the METRE IN TRACK counter starts from 0 The computer remembers how far in the tramline has been driven if the sprayer is shut somewhere in the middl...

Page 49: ...ld key selects the filling function The amount to be filled in the sprayer can be seen FILL VOLUME The amount to be filled in to the sprayer calculated from LITRE LEFT HA LEFT TANK VOLUME and the required application rate FILLED VOLUME The amount metered by the flowmeter LITRE LEFT Calculated LITRE LEFT in the sprayer NOTE If the calculated LITRE LEFT is not the same as the actual amount left in t...

Page 50: ...us screen 4 Encode an amount in FILL VOLUME that is approx twice as much as you expect to fill into the tank 5 Select START FILLING in the under menu 6 Fill the sprayer with an exact known amount through the filling flowmeter 1000 Lt In this example Fill the sprayer under normal working conditions same pressure time etc 7 Select FLOW FIGURE again move the cursor to TANK LIT and encode the exact kn...

Page 51: ...t an alarm to sound with incorrect application rates The application rate is encoded in whole litres per hectare The maximum application rate that can be encoded is 9999 l ha NOTE The required application rate can also be encoded in the SPRAYER OPERATION screen STEP Encode the size of the steps for the STEP function This value is the same for both and The maximum step size is 99 LITRE LEFT To see ...

Page 52: ...LOW key 7 The new flow figure has now been calculated NOTE Greater accuracy can be achieved by weighing the sprayer before and after spraying or by conducting a jug test and comparing the flow in L MIN Pressing the flashing CALC FLOW key will always calculated a new flow figure Method 2 Manual 1 Fill in min 600 litres the more the better 2 Zero the LITRE counter in DATA DELETE 3 Spray 500 litres 4...

Page 53: ...t 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 NOTE Wheelslip will give inaccurate speed readings WHEEL SPRAYER Speed sensor fitted to...

Page 54: ...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 ACTIVE 0 VOLT Boom sections are opened with 0V ACTIVE 12 VOLT Boom sections are opened with 12V ON OFF ON The System B plug is used OFF The System B plug is not used PTO SENSOR Encode th...

Page 55: ...IP Warning ON OFF and MAX MIN limits for wheel slip in MIS DOSE Warning ON OFF and MAX deviation in LITRE LEFT Warning ON OFF and amount of litres min at which warning is wanted WORK PRESS Warning ON OFF and MAX MIN limits for the working pressure of the sprayer NB It is recommended to turn all warnings which are not wanted OFF DATE CLOCK Set the date and time in this menu HOURS MINUTES YEAR MONTH...

Page 56: ...SPRAYER TEEJET 5000 OPERATORS MANUAL 3 14 ...

Page 57: ...DZ EX 4 23 FERTILISER DISTRIBUTOR BREDAL B2 B3 B4 B6 4 35 FERTILISER DISTRIBUTOR BREDAL HYDR B 4 47 FERTILISER DISTRIBUTOR BREDAL HYDR K 4 61 FERTILISER DISTRIBUTOR BREDAL K RAMP 4 75 FERTILISER DISTRIBUTOR RAUCH AERO 4 89 FERTILISER DISTRIBUTOR RAUCH BETA DELTA 4 101 FERTILISER DISTRIBUTOR RAUCH AXERA H 4 113 FERTILISER DISTRIBUTOR REIβL 4 125 ...

Page 58: ......

Page 59: ... 2 PULSE WEIGHING 4 6 3 2 RPM SENSORS 4 6 BOOM SECTION ON OFF 4 7 FERTILISER DISTRIBUTOR ENCODE 4 7 HA LEFT 4 8 WEIGHING 4 8 WEIGHING 4 8 PULSE WEIGHING 4 8 RPM 2 4 9 DISTRIBUTOR WIDTH 4 10 FORWARD SPEED SENSOR 4 10 WHEEL TRACTOR 4 10 WHEEL SPREADER 4 10 RADAR 4 10 IMPLEMENT SENSOR 4 10 METRE SWITCH 4 10 SYSTEM B PLUG 4 11 WORK HOUR ON OFF 4 11 REVS SENSOR 4 11 WARNING ENCODE 4 12 DATE CLOCK 4 12 ...

Page 60: ...or 3 ACCEPT or SELECT TYPE 4 Select type 5 It is now possible to choose between the displayed types 6 Select fertiliser distributor type 7 Accept 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 tract...

Page 61: ... MEASUREMENT The worked area is displayed in Ha Area is displayed with 2 decimals from 0 to 99 99 ha And thereafter with 1 decimal from 100 to 999 0 ha NOTE A total counter for area can also be found in DATA DELETE FERTILISER DISTRIBUTOR FUNCTIONS Three different function sets can be displayed in this menu The following can be selected in ENCODE WEIGHING PULSE WEIGHING RPM 2 The function sets for ...

Page 62: ...amount left in the spreader can be seen Each time TARRING is pressed the displayed KG will be 0 It is now possible to see how much has been used negative weighing It is not possible to see how much fertiliser is left in the spreader NOTE The actual weight is stored in the memory when DRIVE START is pressed This value is used together with area measurement to calculate KG HA The accuracy of this ca...

Page 63: ...his key calculates the application rate since the last calculation It is possible to continue weighing spreading once this key has been pressed DRIVE END Press this key when you have stopped spreading or when the spreader is to be filled The application rate since the last calculation is calculated when this key is pressed The amount is also registered in the KG counter If the task function is bei...

Page 64: ...a pulse generator fitted to the feed roller Presupposes system calibration amount per pulse KG LEFT The amount left in the spreader Presupposes encodement of the amount filled into the spreader before spreading starts encode RPM 1 Shaft speed for axle no 1 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 ...

Page 65: ...ings 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 Always check these encodements in the status screen each time you change implements KG LEFT This function is only available if PULSE WEIGHING has been selected The amount filled into the spreader must be encoded here to...

Page 66: ...mpty spreader to zero set the weight 3 Fill the spreader with a known amount As large an amount as possible gives the best result must be min 50 of the spreader s capacity Move the cursor to CALIB WEIGHT and encode the amount filled into the spreader using the numerical keypad 4 Press the flashing CALC LOAD FIG key The system is calibrated The calculated LOAD FIGURE is shown at the top of the scre...

Page 67: ...or to WEIGHT using the arrow keys Encode the amount released in grams using the numerical keypad NOTE The pulse counter must have counted a number of pulses 4 Press the flashing CALC key and the calibration procedure is finished The CAL FIGURE is displayed at the top of the screen Note this figure if the system is used with other pulse weighing systems Manual calculated calibration figure This met...

Page 68: ...for fertiliser spreading 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 RADAR Working in crops that are blowing in the wind or working in areas with surface water can affect the accuracy of the radar we recommend using a ...

Page 69: ...ctions ACTIVE 0 VOLT The individual sections are opened with 0V ACTIVE 12 VOLT The individual sections are opened with 12V ON OFF ON The system B plug is used OFF The system B plug is not used 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 REVS SENSOR Encode the number of pulses per revol...

Page 70: ...wheel slip in KG LEFT Warning ON OFF and amount of kg min at which warning is wanted this warning is only available if PULSE WEIGHING has been selected RPM 1 Warning ON OFF and MAX MIN limits for shaft speed Encode in RPM RPM 2 Warning ON OFF and MAX MIN limits for shaft speed Encode in RPM only available if RPM has been selected NB The encoded limits must exceed the limits encoded If a warning is...

Page 71: ... FERTILISER DISTRIBUTOR ENCODE 4 17 DOSE RATE 4 17 KG LEFT 4 17 HA LEFT 4 17 CALIBRATION 4 18 DISTRIBUTOR WIDTH 4 19 STEP 4 19 DRIVE FACTOR 4 19 UNIFORM PRESSURE 4 19 PULS REV 4 19 FORWARD SPEED SENSOR 4 20 WHEEL TRACTOR 4 20 WHEEL SPREADER 4 20 RADAR 4 20 IMPLEMENT SENSOR 4 20 WORK HOUR ON OFF 4 20 METRE SWITCH 4 20 SYSTEM B PLUG 4 21 WARNING ENCODE 4 21 DATE CLOCK 4 21 ...

Page 72: ...ributor 3 ACCEPT or SELECT TYPE 4 Select type 5 It is now possible to choose between the displayed types 6 Select fertiliser distributor type 7 Accept 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 ...

Page 73: ...ht per pulse plus correctly entered working width are essential for accurate operation FERTILISER DISTRIBUTOR FUNCTIONS XX Step dosage Increase XX Step dosage Reduction DOSE RATE NORMAL Encoding the required application rate or return to normal after using the step key XX Percentile increase of the encoded application rate The size of the steps is altered in encode XX Percentile reduction of the e...

Page 74: ... LEFT The amount remaining in the hopper Presupposes encoding the amount filled before start done in encode RPM 1 Shaft speed of axle no 1 Pressing the NEXT PAGE key displays the last available functions RPM 2 Shaft speed of axle no 2 sow axle Pressing the NEXT PAGE key displays the first available functions SECTION ON OFF The picture to the left shows a spreader with 2 sections encoded where one ...

Page 75: ...ment Always check these encodements in the status screen each time you change implements DOSE RATE The required application rate is encoded in KG HA KG 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 Am...

Page 76: ...spreader for calibration 1 The picture to the left is displayed when CALIB PROCED has been selected 2 NO OF PULSES must be 0 before the calibration procedure is continued If the number is higher then press the RETURN key and select CALIB PROCED again 3 Pressing the RPM 2 key allows you to adjust the speed of the motor that drives the regulating device pressing the key increases the chain speed and...

Page 77: ...imetres section 1 is the left hand side of the machine NOTE All unused sections must be encoded as 0 The total working width can be seen at the bottom of the display whilst encoding STEP Encode the size of the steps for the STEP function This value is the same for both and The maximum step size is 99 DRIVE FACTOR The speed at which the regulating system adjusts to the correct position Min 1 and Ma...

Page 78: ...eading RADAR Signal from a radar fitted on the tractor This type of sensor gives a very accurate speed reading on hard surfaces but a high crop and reflecting surfaces water can give an inaccurate reading Please refer to chapter 2 for speed sensor calibration IMPLEMENT SENSOR The implement sensor area override is the sensor that starts and stops the area counter There are 3 possibilities in this p...

Page 79: ...owing 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 SLIP Warning ON OFF and MAX MIN limits for wheel slip in MIS DOSERATE Warning ON OFF and MAX difference in KG LEFT Warning ON OFF and amount of Kg min at which warning is wanted RPM 1 Warning ON...

Page 80: ...FERTILISER DISTRIBUTOR OTHER TYPE WITH REG TEEJET 5000 OPERATORS MANUAL 4 22 ...

Page 81: ...TOP SPREADING 4 27 BOOM SECTION ON OFF 4 27 FERTILISER DISTRIBUTOR ENCODE 4 28 DOSERATE 4 28 CALIBRATION 4 29 ACTUATOR CALIBRATION 4 30 KG LEFT 4 31 HA LEFT 4 31 DISTRIBUTOR WIDTH 4 31 STEP 4 31 FORWARD SPEED CALIBRATION 4 32 WHEEL TRACTOR 4 32 RADAR 4 32 WHEEL SPREADER 4 32 IMPLEMENT SENSOR 4 32 METRE SWITCH 4 32 WORK HOUR ON OFF 4 32 REVS SENSOR 4 33 WARNING ENCODE 4 33 DATE CLOCK 4 33 ...

Page 82: ...t 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 Visible and audible warnings given for incorrect rates forward speed PTO KG left etc NOTE The computer must be calibrated with the spreader to ensure correct operation This calibration must take place the first time the compu...

Page 83: ...ibutor 3 ACCEPT or SELECT TYPE 4 Select type 5 It is now possible to choose between the displayed types 6 Select fertiliser distributor type 7 Accept 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 t...

Page 84: ... radar AREA MEASUREMENT The worked area is displayed in Ha Area is displayed with 2 decimals from 0 to 99 99 ha And thereafter with 1 decimal from 100 to 999 0 ha NOTE a total counter for area can also be found in DATA DELETE FERTILISER DISTRIBUTOR FUNCTIONS KG HA Application rate in KG HA KG Fertiliser consumption in Kg KG LEFT Total KG remaining in the hopper the amount must be encoded before st...

Page 85: ...ssing this key will return the application rate to normal DOSE RATE Pressing this key allows the application rate to be altered directly from the operation screen see also DOSE RATE in encode Pressing the NEXT PAGE key displays the next functions RPM 1 Shaft speed of axle 1 START AND STOP SPREADING Pressing this key starts and stops the fertiliser spreader BOOM SECTION ON OFF The picture to the le...

Page 86: ...ry 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 Always check these encodements in the status screen each time you change implements DOSERATE Encode the effective working width before encoding the application rate The required application rate is encoded in KG HA ...

Page 87: ... and the picture to the left is displayed 5 Press the START key and the spreaders handle opens automatically 6 The handle will open to 4 5 for the E and EX models and 3 5 for the D DZ models 7 After 30 seconds the handle will close and the amount released can be weighed 8 Encoded the amount released in RELEASED KG and press the END TEST key the spreader is calibrated 9 Remove the calibration equip...

Page 88: ...TUATOR 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 Before calibration The handle s stop must be set and tightened exactly on the scale s last figure Ensure that the handle stop cannot move whilst calibrating CALIBRATING 1 P...

Page 89: ... the amount filled thus Amount left in hopper filled amount Kg left HA LEFT Encode the size of the field to be spread here END TIME is calculated from this encodement DISTRIBUTOR WIDTH The effective spreading width of the spreader Method 1 Press the DISTRIB WIDTH key and the picture to the left is displayed 2 Encode the effective spreading width using the numerical keypad STEP Encode the size of t...

Page 90: ...ind or working in areas with surface water can affect the accuracy of the radar we recommend using a speed sensor fitted to the tractor under these circumstances 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...

Page 91: ...N OFF and MAX MIN limits for speed SLIP Warning ON OFF and MAX MIN limits for wheel slip in KG LEFT Warning ON OFF and amount of kg min at which warning is wanted RPM 1 Warning ON OFF and MAX MIN limits for shaft speed Encode in RPM NB The encoded limits must exceed the limits encoded If a warning is required when an axle stops 0 RPM then set the minimum limit to 1 NOTE ALARM DOSE RATE When the sp...

Page 92: ...FERTILISER DISTRIBUTOR BØGBALLE TEEJET 5000 OPERATORS MANUAL 4 34 ...

Page 93: ...ERTILISER DISTRIBUTOR FUNCTIONS 4 38 CLOSING THE GATE 4 40 SECTION ON OFF 4 40 FERTILISER DISTRIBUTOR ENCODE 4 40 DOSERATE 4 41 KG LEFT 4 43 HA LEFT 4 43 WEIGHING 4 43 DISTRIBUTOR WIDTH 4 44 STEP 4 44 FORWARD SPEED SENSOR 4 45 IMPLEMENT SENSOR 4 45 METRE SWITCH 4 45 WORK HOUR ON OFF 4 45 REVS SENSOR 4 46 WARNING ENCODE 4 46 DATE CLOCK 4 46 ...

Page 94: ...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 Visible and audible warnings given for incorrect rates forward speed PTO KG left etc NOTE The computer must be calibrated with the spreader to ensure correct operation This calibration must take place the first time the compute...

Page 95: ...utor 3 ACCEPT or SELECT TYPE 4 Select type 5 It is now possible to choose between the displayed types 6 Select fertiliser distributor type 7 Accept 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 tra...

Page 96: ...radar AREA MEASUREMENT The worked area is displayed in Ha Area is displayed with 2 decimals from 0 to 99 99 ha And thereafter with 1 decimal from 100 to 999 0 ha NOTE a total counter for area can also be found in DATA DELETE FERTILISER DISTRIBUTOR FUNCTIONS KG HA Application rate in KG HA KG Fertiliser consumption in Kg KG LEFT Total KG remaining in the hopper the amount must be encoded before sta...

Page 97: ...ee also DOSE RATE in encode Pressing the NEXT PAGE key displays the next functions WEIGHT Weighing in KG using weigh cells fitted on the spreader TARRING Tarring the weigh cells RPM 1 Shaft speed of axle 1 Using weighing if the system is fitted with weigh cells Calibrating the weigh cells is a condition for correct operation The calibration procedure is described under ENCODE Press TARRING whilst ...

Page 98: ...ION ON OFF This picture is displayed during spreading I When the area override sensor is activated not counting area I is displayed and all sections will disappear 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 o...

Page 99: ...red application rate and spreader settings are encoded as follows 1 The required application rate is encoded by moving the cursor to DOSE KG HA Use the numerical keypad 2 Encode the specific gravity found using the specific gravity tester from Bredal 3 Pressing CALC CALIB calculates the settings for scale gear and PTO When DOSERATE has been selected the screen cannot be left until CALIB CALC has b...

Page 100: ... numerical keypad ACTUATOR CALIBRATION The system comprising of the computer and an actuator must be calibrated to fit the spreader This calibration must be done at regular intervals during the season i e each time the spreader is connected to the computer Before calibration Move and tighten the scale stop to its highest setting Ensure that the scale stop cannot move during the calibration procedu...

Page 101: ...hopper before refilling then this amount must be added to the amount filled thus Amount left in hopper filled amount Kg left HA LEFT Encode the size of the field to be spread here END TIME is calculated from this encodement 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 b...

Page 102: ...he numerical keypad 4 Press the flashing CALC LOAD FIG key The system has now been calibrated The calculated figure is displayed at the top of the screen note this figure if the system is to be used with other weigh cells in the future NOTE The weigh cell calibration should be checked at regular intervals DISTRIBUTOR WIDTH The effective spreading width of the spreader Method 1 Press the DISTRIB WI...

Page 103: ...be selected Please refer to chapter 2 for forward speed sensor calibration IMPLEMENT SENSOR Using 1 of the following 3 options select how the area counter is to be switched on and off LIFT FERTILISER DISTRIBUTOR PTO The selected sensor is shown at the top of the display METRE SWITCH Select whether the metre counter is started stopped manually MANUAL or by the selected implement sensor IMPLEM SENSO...

Page 104: ...o 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 SLIP Warning ON OFF and MAX MIN limits for wheel slip in KG LEFT Warning ON OFF and amount of kg min at which warning is wanted RPM 1 Warning ON OFF and MAX MIN limits for shaft speed Encode in RPM NB The encoded limits must exceed the limits encoded I...

Page 105: ...EADER 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 4 56 DISTRIBUTOR WIDTH 4 56 WEIGHING 4 57 WEIGHING ON 4 57 STEP 4 57 FORWARD SPEED SENSOR 4 58 WHEEL TRACTOR AND RADAR 4 58 METRE SWITCH 4 58 WORK HOUR ON OFF 4 58 REVS SENSOR 4 58 WARNING ENCODE 4 59 DATE CLOCK 4 59 FLOW FACTOR 4 59 GEAR 4 59 ...

Page 106: ...s requirement 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 Visible and audible warnings given for incorrect rates forward speed PTO KG left etc NOTE The computer must be calibrated with the spreader to ensure correct operation This calibration must take place the first time the comput...

Page 107: ...tributor 4 ACCEPT or SELECT TYPE 5 Select type 6 It is now possible to choose between the displayed types 7 Select fertiliser distributor type 8 Accept 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...

Page 108: ...REA MEASUREMENT The worked area is displayed in Ha Area is displayed with 2 decimals from 0 to 99 99 ha And thereafter with 1 decimal from 100 to 999 0 ha NOTE a total counter for area can also be found in DATA DELETE FERTILISER SPREADER FUNCTIONS KG HA RPM 1 Application rate in KG HA The shaft speed from sensor fitted to the spreader if MAN has been selected under encode KG Fertiliser consumption...

Page 109: ...OSE RATE in encode Pressing the NEXT PAGE key displays the next functions RPM 1 Weighing in KG using weigh cells fitted on the spreader only displayed if WEIGHING ON is selected under encode RPM BELT Tarring the weigh cells this key must be held down for approx 3 seconds only displayed if WEIGHING ON is selected under encode Pressing the NEXT PAGE key displays the next functions WEIGHT Weighing in...

Page 110: ... TARRING is pressed for approx 3 seconds with something in the spreader the displayed KG will be 0 It is now possible to see how much has been used negative weighing It is not possible to see how much fertiliser is left in the spreader SPREADER ON OFF This key is used as the on off switch for the spreader It is also possible to start stop the spreader using an external switch This picture is displ...

Page 111: ...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 Always check these encodements in the status screen each time you change implements DOSE RATE The effective working width of the spreader must be encoded under DISTRIB WIDTH before DOSE RATE is selected ...

Page 112: ... DOSE RATE along with the specific gravity and the distributor width gives The scale setting The correct gear on the spreader NOTE The settings must be re calculated under DOSE RATE each time the working width of the spreader has been altered 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...

Page 113: ...s normal operating temperature before the calibration procedure is carried out Ensure that the spreader belts can run without hindrance IMPORTANT The tractor hydraulic system must not supply more than 70 Litres per minute Calibration 1 Press START with an empty spreader the hydraulic motor runs to full speed and falls slowly thereafter The actual belt speed is shown as RPM whilst the calibration p...

Page 114: ...le for most purposes Manual operation The rate in kg min must be encoded when MAN has been selected Encode the required kg min using the numerical keypad Pressing CALC CALIB Calculates the correct settings for the spreader DISTRIBUTOR WIDTH The effective spreading width of the spreader Method 1 Press the DISTRIB WIDTH key and the picture to the left is displayed 2 Encode the effective spreading wi...

Page 115: ...preader with an exact known amount The weight should be as large as possible but must be minimum 50 of the spreaders capacity Using the arrow keys move the cursor to CALIB WEIGHT and encode the amount filled with the numerical keypad 4 Press the flashing CALC LOAD FIG key The system has now been calibrated The calculated figure is displayed at the top of the screen note this figure if the system i...

Page 116: ...er to chapter 2 for speed sensor calibration 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 REVS SENSOR Encode the number of pulses per revolution for the ind...

Page 117: ...coded limits must exceed the limits encoded If a warning is required when an axle stops 0 RPM then set the minimum limit to 1 DATE CLOCK Set the date and time in this menu HOURS MINUTES YEAR MONTH DAY FLOW FACTOR Please refer to the documentation supplied with the spreader for information regarding the FLOW FACTOR If the flow factor must be altered press and hold the HOLD key for approx 5 seconds ...

Page 118: ...FERTILISER DISTRIBUTOR BREDAL HYDR B TEEJET 5000 OPERATORS MANUAL 4 60 ...

Page 119: ... 64 SPREADER ON OFF 4 66 LIME SPREADER ENCODE 4 67 DOSE RATE 4 67 TON LEFT 4 68 HA LEFT 4 68 P VALVE CALIBRATION 4 69 AUTO MAN 4 70 DISTRIBUTOR WIDTH 4 70 WEIGHING 4 71 WEIGHING ON 4 71 STEP 4 71 FORWARD SPEED SENSOR 4 72 WHEEL TRACTOR AND RADAR 4 72 METRE SWITCH 4 72 WORK HOUR ON OFF 4 72 REVS SENSOR 4 72 WARNING ENCODE 4 73 DATE CLOCK 4 73 ...

Page 120: ...equirement 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 Visible and audible warnings given for incorrect rates forward speed PTO KG left etc NOTE The computer must be calibrated with the spreader to ensure correct operation This calibration must take place the first time the computer ...

Page 121: ...utor 3 ACCEPT or SELECT TYPE 4 Select type 5 It is now possible to choose between the displayed types 6 Select fertiliser distributor type 7 Accept 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 tra...

Page 122: ...REA MEASUREMENT The worked area is displayed in Ha Area is displayed with 2 decimals from 0 to 99 99 ha And thereafter with 1 decimal from 100 to 999 0 ha NOTE a total counter for area can also be found in DATA DELETE LIME SPREADER FUNCTIONS TON HA RPM 1 Application rate in TON HA The speed of a RPM sensor fitted to the spreader if MAN has been selected under encode TON Lime consumption in tons TO...

Page 123: ...OSE RATE in encode Pressing the NEXT PAGE key displays the next functions RPM 1 Weighing in KG using weigh cells fitted on the spreader only displayed if WEIGHING ON is selected under encode RPM BELT Tarring the weigh cells this key must be held down for approx 3 seconds only displayed if WEIGHING ON is selected under encode Pressing the NEXT PAGE key displays the next functions WEIGHT Weighing in...

Page 124: ... TARRING is pressed for approx 3 seconds with something in the spreader the displayed KG will be 0 It is now possible to see how much has been used negative weighing It is not possible to see how much fertiliser is left in the spreader SPREADER ON OFF This key is used as the on off switch for the spreader It is also possible to start stop the spreader using an external switch This picture is displ...

Page 125: ...s check these encodements in the status screen each time you change implements DOSE RATE The effective working width of the spreader must be encoded under DISTRIB WIDTH before DOSE RATE is selected Some spreaders are fitted with a gear It is possible to alter the calculated gear by pressing the GEAR key A new calculation must take place if the calculated gear has been altered If the calculated sca...

Page 126: ...ed DOSE RATE along with the specific gravity and the distributor width gives The scale setting The correct gear on the spreader NOTE The settings must be re calculated under DOSE RATE each time the working width of the spreader has been altered TON LEFT The amount filled into the spreader must be encoded here to be able to see how much lime is left in the hopper NOTE If there is some lime left in ...

Page 127: ...s normal operating temperature before the calibration procedure is carried out Ensure that the spreader belts can run without hindrance IMPORTANT The tractor hydraulic system must not supply more than 70 Litres per minute Calibration 1 Press START with an empty spreader the hydraulic motor runs to full speed and falls slowly thereafter The actual belt speed is shown as RPM whilst the calibration p...

Page 128: ...le for most purposes Manual operation The rate in kg min must be encoded when MAN has been selected Encode the required kg min using the numerical keypad Pressing CALC CALIB Calculates the correct settings for the spreader DISTRIBUTOR WIDTH The effective spreading width of the spreader Method 1 Press the DISTRIB WIDTH key and the picture to the left is displayed 2 Encode the effective spreading wi...

Page 129: ...preader with an exact known amount The weight should be as large as possible but must be minimum 50 of the spreaders capacity Using the arrow keys move the cursor to CALIB WEIGHT and encode the amount filled with the numerical keypad 4 Press the flashing CALC LOAD FIG key The system has now been calibrated The calculated figure is displayed at the top of the screen note this figure if the system i...

Page 130: ...er to chapter 2 for speed sensor calibration 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 REVS SENSOR Encode the number of pulses per revolution for the ind...

Page 131: ...Warning ON OFF and MAX MIN limits for speed SLIP Warning ON OFF and MAX MIN limits for wheel slip in RPM 1 Warning ON OFF and MAX MIN limits for revolutions Encode as RPM TON LEFT Warning ON OFF and amount in tons minimum at which warning is wanted NB The encoded limits must exceed the limits encoded If a warning is required when an axle stops 0 RPM then set the minimum limit to 1 DATE CLOCK Set t...

Page 132: ...FERTILISER DISTRIBUTOR BREDAL HYDR K TEEJET 5000 OPERATORS MANUAL 4 74 ...

Page 133: ...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 4 85 WEIGHING ON 4 85 DISTRIBUTOR WIDTH 4 86 STEP 4 86 FORWARD SPEED SENSOR 4 86 WHEEL TRACTOR AND RADAR 4 86 METRE SWITCH 4 86 WORK HOUR ON OFF 4 87 REVS SENSOR 4 87 WARNING ENCODE 4 87 DATE CLOCK 4 87 OFFSET 4 87 ...

Page 134: ...equirement 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 Visible and audible warnings given for incorrect rates forward speed PTO KG left etc NOTE The computer must be calibrated with the spreader to ensure correct operation This calibration must take place the first time the...

Page 135: ...butor 4 ACCEPT or SELECT TYPE 5 Select type 6 It is now possible to choose between the displayed types 7 Select fertiliser distributor type 8 Accept 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 tr...

Page 136: ...dar AREA MEASUREMENT The worked area is displayed in Ha Area is displayed with 2 decimals from 0 to 99 99 ha And thereafter with 1 decimal from 100 to 999 0 ha NOTE A total counter for area can also be found in DATA DELETE LIME SPREADER FUNCTIONS TON HA RPM 1 Application rate in TON HA TON Lime consumption in tons TON LEFT Tons remaining in the hopper the amount must be encoded before starting XX ...

Page 137: ...igh cells fitted on the spreader only displayed if WEIGHING ON is selected under encode TARRING Tarring the weigh cells this key must be held down for approx 3 seconds only displayed if WEIGHING ON is selected under encode RPM BELT Belt speed in RPM Using weighing if the system is fitted with weigh cells Calibrating the weigh cells is a condition for correct operation The calibration procedure is ...

Page 138: ...nction is used to alter the standard auger speed The auger speed is determined by a curve in relation to the application rate The auger speed is altered when the application rate is altered and changing the OFFSET changes the relation between auger speed and the application rate RPM AUGER Pressing this key displays the auger speed in RPM Pressing the NEXT PAGE key displays the next functions MANUA...

Page 139: ...uger stops when the key is released Pressing the NEXT PAGE key displays the first available functions SPREADER ON OFF This key is used as the on off switch for the spreader It is also possible to start stop the spreader using an external switch This picture is displayed when spreading I When the area override sensor is activated not counting area I is displayed and all sections will disappear ...

Page 140: ...s check these encodements in the status screen each time you change implements DOSE RATE The effective working width of the spreader must be encoded under DISTRIB WIDTH before DOSE RATE is selected Some spreaders are fitted with a gear It is possible to alter the calculated gear by pressing the GEAR key A new calculation must take place if the calculated gear has been altered If the calculated sca...

Page 141: ...ed DOSE RATE along with the specific gravity and the distributor width gives The scale setting The correct gear on the spreader NOTE The settings must be re calculated under DOSE RATE each time the working width of the spreader has been altered TON LEFT The amount filled into the spreader must be encoded here to be able to see how much lime is left in the hopper NOTE If there is some lime left in ...

Page 142: ...indrance The auger should be full before calibration to avoid vibration IMPORTANT The tractor hydraulic system must not supply more than 70 Litres per minute Calibration 1 Press CALIB BELT with an empty spreader the hydraulic motor runs to full speed and falls slowly thereafter The speed of the hydraulic motor is shown on the display during calibration A warning will be given if the belt does not ...

Page 143: ...ess 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 Using the arrow keys move the cursor to CALIB WEIGHT and encode the amount filled with the numerical keypad 4 Press the flashing CALC LOAD FIG key The system has now been calibrated The calculated figure is display...

Page 144: ... the same for both and The maximum step size is 99 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 WHEEL TRACTOR AND RADAR If forward speed measurement is not required from the sensor mounted on the spreader WHEEL TRACTOR or RADAR can be selected Please refer to chap...

Page 145: ...mended 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 SLIP Warning ON OFF and MAX MIN limits for wheel slip in TON LEFT Warning ON OFF and amount of kg min at which warning is wanted NB The encoded limits must exceed the limits encoded If a warning is required when an axle stops 0 RPM then set the...

Page 146: ...FERTILISER DISTRIBUTOR BREDAL K RAMP TEEJET 5000 OPERATORS MANUAL 4 88 ...

Page 147: ...TIC 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 4 96 WHEEL SPREADER 4 96 RADAR 4 96 FERTILISER CALIBRATION PROCEDURE 4 96 STEP 4 99 KG LEFT 4 99 HA LEFT 4 99 METRE SWITCH 4 99 WORK HOUR ON OFF 4 99 PTO SENSOR 4 100 WARNING ENCODE 4 100 DATE CLOCK 4 100 ...

Page 148: ...stributor 4 ACCEPT or SELECT TYPE 5 Select type 6 It is now possible to choose between the displayed types 7 Select fertiliser distributor type 8 Accept 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 tim...

Page 149: ...ber of sections can be changed in ENCODE The figure to the right indicates which calibration is being used RPM FOR FEED ROLLERS AND REGULATION The speed of the feed rollers is displayed this speed expresses the application rate An arrow to the left of the screen shows whether the feed roller speed is increasing or decreasing I When the area override sensor is activated not counting area I is displ...

Page 150: ...d DOSERATE If the required application rate can not be achieved WRONG SPREADER WIDTH If the spreader width being used is not the same as the spreader used when calibrating Pressing the NEXT PAGE key displays the next functions XX Step dosage increase XX Step dosage decrease NORMAL Return to the selected application rate XX Percentile increase of the encoded application rate The size of the steps i...

Page 151: ... found in DATA DELETE KG REST Total KG remaining in the hopper the amount must be encoded before start Pressing the NEXT PAGE key displays the next functions HOPPER CONT Amount remaining in the hopper AUTO MAN Select manual or automatic application control HOPPER CONT The calculated amount remaining in the hopper the amount filled into the hopper must be encoded before starting AUTO MAN Pressing t...

Page 152: ... gate position This function presupposes correct calibration NOTE Total KG counter is found in DATA DELETE KG REST Total KG remaining in the hopper the amount must be encoded before start Pressing the NEXT PAGE key displays the next functions AUTO MAN Pressing this key changes between automatic and manual application control During manual operation MAN flashes at the bottom of the display Pressing...

Page 153: ...e speed of the feed rollers will decrease at a suitable speed The present application rate can be seen at the same time by pressing KG HA KG HA The present application rate calculated from the forward speed working width plus the present speed of the feed rollers FERTILISER DISTRIBUTOR ENCODE This menu allows the operator to encode the various settings that are necessary for spreading Each impleme...

Page 154: ... of sensor will as a rule give a very accurate speed reading RADAR Signal from a radar fitted on the tractor This type of sensor gives a very accurate speed reading on hard surfaces but a high crop and reflecting surfaces water can give an inaccurate reading Please refer to chapter 2 for speed sensor calibration FERTILISER CALIBRATION PROCEDURE The computer allows you to save up to 3 different cal...

Page 155: ...fore is that the fertiliser from all of the sections open must be captured and weighed during the calibration procedure 2 Open the hydraulic valve and move the main on off switch to on for a short time to fill the feed rollers 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 follow...

Page 156: ...the weight of the bucket Encode the amount released with 2 decimals using the numerical keypad displayed at the top of the screen 6 Press the CALC G PULSE key and the computer calculates the amount released per pulse and displays the amount at the top of the screen If you are satisfied with the result of the calibration pressing the ACCEPT key will allow you to save the calibration in 1 of 3 posit...

Page 157: ... 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 left KG LEFT can be set as an alarm HA LEFT Encode the size of the field to be spread here END TIME is calculated from this encodement METRE SWITCH Select whethe...

Page 158: ...not wanted OFF 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 KG LEFT Warning ON OFF and amount of kg min at which warning is wanted NB The encoded limits must exceed the limits encoded If a warning is required when an axle stops 0 RPM then set the minimum limit to 1 DATE CLOCK Set the ...

Page 159: ...UNCTIONS 4 103 1 AUTOMATIC APPLICATION CONTROL 4 104 2 MANUAL APPLICATION CONTROL 4 106 FERTILISER DISTRIBUTOR ENCODE 4 108 WORKING WIDTH 4 108 SPEED SENSOR 4 109 WHEEL TRACTOR 4 109 WHEEL SPREADER 4 109 RADAR 4 109 FERTILISER CALIBRATION PROCEDURE 4 109 FERTILISER CALIBRATION 4 110 STEP 4 111 KG LEFT 4 111 HA LEFT 4 111 METRE SWITCH 4 111 WORK HOUR ON OFF 4 111 WARNING ENCODE 4 112 DATE CLOCK 4 1...

Page 160: ...ser distributor 3 ACCEPT or SELECT TYPE 4 Select type 5 It is now possible to choose between the displayed types 6 Select fertiliser distributor type 7 Accept 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 ar...

Page 161: ... right indicates which calibration is being used REQUIRED APPLICATION RATE The second function is the required application rate If there is a difference between the right and the left hand side this will also be displayed An arrow is displayed on the left of the screen indicating which way the regulating device is moving NOTE Different application rates for the two sides can only be achieved via t...

Page 162: ... incorrect operation application the following automatic warnings may be displayed DOSERATE If the required application rate can not be achieved Pressing the NEXT PAGE key displays the next functions HA Area KG Consumption in KG KG REST How many KG are left in the spreader at present HA Area counter Worked area since the last reset NOTE Total area counter is found in DATA DELETE KG Total KG used c...

Page 163: ...e lower part of the display NORMAL Pressing the NORMAL key returns the application rate to normal regardless of how many steps the rate has been increased or decreased by NOTE The step dose rate screen is left by pressing the return key RPM This function is displayed in the DELTA Program Pressing this key displays the speed of the spinning discs The minimum and maximum disc speed can be set as a w...

Page 164: ...CATION CONTROL HA Area KG Consumption in KG KG LEFT How many KG are left in the hopper at present HA Area counter Worked area since the last reset NOTE Total area counter is found in DATA DELETE KG Total KG used calculated from forward speed and gate position This function presupposes correct calibration NOTE Total KG counter is found in DATA DELETE KG REST Total KG remaining in the hopper the amo...

Page 165: ...MAN flashes at the bottom of the display Pressing the NEXT PAGE key displays the next functions Increased application rate Decreased application rate POS Actuator position gate opening 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 Each key press decreases th...

Page 166: ...such as speed sensor and its calibration have their own values under each implement Always check these encodements in the status screen each time you change implements WORKING WIDTH The working width for the spreader being used Each spreader section is encoded individually in centimetres section 1 is on the left hand side of the machine NB All unused sections must be encoded as 0 The total working...

Page 167: ...ccurate speed reading on hard surfaces but a high crop and reflecting surfaces water gives an inaccurate reading Please refer to chapter 2 for speed sensor calibration FERTILISER CALIBRATION PROCEDURE The computer allows you to save up to 3 different calibrations e g different fertiliser types Each calibration represents the individual test plus 3 fixed but user defined application rates i e 150 k...

Page 168: ...merical keypad Encodement range 3 0 30 0 KPH 4 Start the machine and let it run at the recommended speed 5 Press the START key and the computer is ready for CALIBRATION TEST 1 6 Switch the main on off switch to ON The TeeJet 5000 will count seconds under the test To ensure accurate calibration use as much fertiliser as possible 7 When a suitable amount has been released switch the spreader off 8 W...

Page 169: ...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 left KG LEFT can be set as an alarm HA LEFT Encode the size of the field to be spread here END TIME is calculated from...

Page 170: ...ET Pressing the HOLD key for approx 5 seconds before accepting the selected fertiliser distributor type allows you to encode an OFFSET value This OFFSET value is used to alter the applied amount in comparison to the calibrated amount Example After calibration it is shown when spreading that the spread amount varies in comparison to the calibration This problem occurs because the spinner discs suck...

Page 171: ...TROL 4 116 2 MANUAL APPLICATION CONTROL 4 118 FERTILISER DISTRIBUTOR ENCODE 4 119 WORKING WIDTH 4 119 SPEED SENSOR 4 120 WHEEL TRACTOR 4 120 WHEEL SPREADER 4 120 RADAR 4 120 FERTILISER CALIBRATION PROCEDURE 4 120 FERTILISER CALIBRATION 4 121 STEP 4 122 KG LEFT 4 122 HA LEFT 4 122 METRE SWITCH 4 122 WORK HOUR ON OFF 4 122 PTO SENSOR 4 123 WARNING ENCODE 4 123 DATE CLOCK 4 123 OFFSET 4 123 ...

Page 172: ... distributor 3 ACCEPT or SELECT TYPE 4 Select type 5 It is now possible to choose between the displayed types 6 Select fertiliser distributor type 7 Accept 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 ...

Page 173: ...right indicates which calibration is being used REQUIRED APPLICATION RATE The second function is the required application rate If there is a difference between the right and the left hand side this will also be displayed An arrow is displayed on the left of the screen indicating which way the regulating device is moving NOTE Different application rates for the two sides can only be achieved via th...

Page 174: ...ser to be spread Pressing the NEXT PAGE key displays the next functions HA Area KG Consumption in KG KG REST How many KG are left in the spreader at present HA Area counter Worked area since the last reset NOTE Total area counter is found in DATA DELETE KG Total KG used calculated from forward speed and gate position This function presupposes correct calibration NOTE Total KG counter is found in D...

Page 175: ...o normal regardless of how many steps the rate has been increased or decreased by NOTE The step dose rate screen is left by pressing the return key AUTO MAN Pressing this key changes between automatic and manual application control During manual operation MAN flashes at the bottom of the display Pressing the NEXT PAGE key displays the next available functions POS Actuator position Reference figure...

Page 176: ... remaining in the hopper the amount must be encoded before start Pressing the NEXT PAGE key displays the next functions EMPTY HOPPER Pressing this key opens the gate completely to enable the hopper to be emptied AUTO MAN Changing between automatic or manual operation EMPTY HOPPER To ease emptying the hopper The gate can be opened completely by pressing this key AUTO MAN Pressing this key changes b...

Page 177: ...osition changes between the left and right hand side 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 Always check these encodements in the status screen each time you change impleme...

Page 178: ...itted on the tractor This type of sensor gives a very accurate speed reading on hard surfaces but a high crop and reflecting surfaces water gives an inaccurate reading Please refer to chapter 2 for speed sensor calibration FERTILISER CALIBRATION PROCEDURE Three fixed application rates can be encoded and the calibration procedure can be done when this key is pressed A new calibration must be carrie...

Page 179: ...cal keypad Encodement range 3 0 30 0 KPH 4 Start the machine and let it run at the recommended speed 5 Press the START key and the computer is ready for CALIBRATION TEST 1 6 Switch the main on off switch to ON The TeeJet 5000 will count seconds under the test To ensure accurate calibration use as much fertiliser as possible 7 When a suitable amount has been released switch the spreader off 8 Weigh...

Page 180: ...e 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 left KG LEFT can be set as an alarm HA LEFT Encode the size of the field to be spread here END TIME is calculated from t...

Page 181: ...te and time in this menu HOURS MINUTES YEAR MONTH DAY OFFSET Pressing the HOLD key for approx 5 seconds before accepting the selected fertiliser distributor type allows you to encode an OFFSET value This OFFSET value is used to alter the applied amount in comparison to the calibrated amount Example After calibration it is shown when spreading that the spread amount varies in comparison to the cali...

Page 182: ...FERTILISER DISTRIBUTOR RAUCH AXERA H TEEJET 5000 OPERATORS MANUAL 4 124 ...

Page 183: ... DOSE RATE 4 129 LOGGING 4 129 TON LEFT 4 130 HA LEFT 4 130 CALIBRATION 4 130 AUTOMATIC CALIBRATION 4 130 MANUAL CALIBRATION 4 131 DISTRIBUTOR WIDTH 4 131 STEP 4 131 DRIVE FACTOR 4 131 REVS SENSOR 4 132 FORWARD SPEED SENSOR 4 132 WHEEL TRACTOR 4 132 WHEEL SPREADER 4 132 RADAR 4 132 IMPLEMENT SENSOR 4 133 WORK HOUR ON OFF 4 133 METRE SWITCH 4 133 SYSTEM B PLUG 4 133 WARNING ENCODE 4 134 DATE CLOCK ...

Page 184: ...r 3 ACCEPT or SELECT TYPE 4 Select type 5 It is now possible to choose between the displayed types 6 Select fertiliser distributor type 7 Accept 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 tracto...

Page 185: ... per pulse plus correctly entered working width are essential for accurate operation FERTILISER DISTRIBUTOR FUNCTIONS XX Step dosage Increase XX Step dosage Reduction DOSE RATE NORMAL Encoding the required application rate or return to normal after using the step key XX Percentile increase of the encoded application rate The size of the steps is altered in encode XX Percentile reduction of the enc...

Page 186: ...EFT The amount remaining in the hopper Presupposes encoding the amount filled before start done in encode RPM 1 Shaft speed of axle no 1 Pressing the NEXT PAGE key displays the last available functions TON MIN Consumption flow in tons per minute Pressing the NEXT PAGE key displays the first available functions SECTION ON OFF The picture to the left shows a spreader with 2 sections encoded where on...

Page 187: ... other minute Registration of data will only take place if the spreader is operating area override sensor not activated and the consumption is minimum 0 1 ton per minute Pressing the LOG DATA key displays the data that has been registered this key is only displayed if there is registered data NOTE These registrations can NOT be deleted and data is logged from position 1 again when the memory is fu...

Page 188: ...ration The principle works by counting the number of pulses given from the sensor during spreader calibration When the calibration is finished the amount released is weighed and encoded the computer can now calculate the amount released per pulse Procedure Prepare the spreader for calibration 1 The picture to the left is displayed when CALIB PROCED has been selected 2 NO OF PULSES must be 0 before...

Page 189: ...d CAL FIG by the amount in percent that the present application varies from the required application Lower CAL FIG higher application DISTRIBUTOR WIDTH The working width for the spreader used Each spreader section is encoded individually in centimetres section 1 is the left hand side of the machine NOTE All unused sections must be encoded as 0 The total working width can be seen at the bottom of t...

Page 190: ...ctor 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 NOTE Wheelslip will give inaccurate speed readings WHEEL SPREADER Speed sensor fitted to trailed spreaders This type of sensor will as a rule give a very accurate speed reading RADAR Signal from a radar fitted on the tractor This type of sensor gives a very accur...

Page 191: ...tion key in the operation menu or by the selected implement sensor METRE SWITCH Select whether the distance counter is started stopped manually via the function key in the operation menu or by the selected 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 AC...

Page 192: ... limits for speed SLIP Warning ON OFF and MAX MIN limits for wheel slip in MIS DOSERATE Warning ON OFF and MAX difference in TON LEFT Warning ON OFF and amount of ton min at which warning is wanted RPM 1 Warning ON OFF and MAX MIN limits for shaft speed Encode in RPM NB The encoded limits must exceed the limits encoded If a warning is required when an axle stops 0 RPM then set the minimum limit to...

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 194: ......

Page 195: ... 5 METHOD A UNEVEN 5 6 METHOD A EVEN 5 7 METHOD B UNEVEN 5 8 METHOD B EVEN 5 9 SEED DRILL ENCODEMENT 5 10 KG LEFT 5 10 HA LEFT 5 10 TRACK NUMBER 5 10 SOW FIGURE 5 11 ROW NO 5 11 ROWS IN TRACK 5 11 SOW WIDTH 5 11 FORWARD SPEED SENSOR 5 12 WHEEL TRACTOR 5 12 RADAR 5 12 IMPLEMENT SENSOR 5 12 METRE SWITCH 5 12 WORK HOUR ON OFF 5 12 REVS SENSOR 5 13 WARNING ENCODE 5 14 DATE CLOCK 5 14 ...

Page 196: ...ype 5 It is now possible to choose between the displayed types 6 Select the drill type 7 ACCEPT NOTE NORDSTEN ELECTR Is only for NORDSTEN drill with electronic gearboxes 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 progr...

Page 197: ...ft in the hopper the amount filled in must be encoded before work commences KG HA Seed rate in KG HA RPM RPM of an axle when this has been selected TRACK 1 Moves one step forward in the tramline rhythm TRACK 1 Moves one step backwards in the tramline rhythm 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 ...

Page 198: ...s A and B The method is selected under ENCODE METHOD A This method is a new and logical method of making tramlines If the tramlines are to be made on uneven bouts 3 5 7 or 9 then the tramlines will always be made in the middle bout Two clutches are fitted to the middle of the drill See the drawing for METHOD A UNEVEN If the tramlines are to be made on even bouts 2 4 6 or 8 then the tramlines are s...

Page 199: ...mber is the same as the encoded track number See the drawing METHOD B UNEVEN If the tramlines are to be made on even bouts 2 4 6 or 8 then the operator must drive around the field with only one half of the seed drill open This is necessary as the tramlines cannot be split over 2 bouts The clutches are fitted in the middle of the seed drill and the tramlines are made in one bout See the drawing MET...

Page 200: ... NB Tramlines are made in bout number 2 when a rhythm track number of 3 is encoded Note where in the first 3 bouts around the field the present bout should A be counted and where the bout should not be counted After each trip around the field the machine drives in the opposite direction Bout counting can be controlled by using either the HOLD key or by using the TRACK keys ...

Page 201: ...made in bout numbers 2 and 3 split when a rhythm of 4 is encoded Note where in the first 4 bouts around the whole field the bouts should be counted A and where bouts should not be counted all other corners After each trip around the field the machine is turned around and is driven in the opposite direction Bout counting can be controlled by using either the HOLD key or by using the TRACK keys ...

Page 202: ...the middle of the seed drill NB Tramlines are made when the present bout is the same as the encoded rhythm track number Note where in the first 3 bouts around the whole field the bouts should be counted A and where bouts should not be counted all other corners Bout counting can be controlled by using either the HOLD key or by using the TRACK keys ...

Page 203: ... Once this is done the tramlines can be made with clutches fitted to the middle of the drill NB Tramlines are made when the present bout number is the same as the encoded rhythm track number Note where in the first 4 bouts around the whole field the bouts should be counted A and where bouts should not be counted all other corners Bout counting can be controlled by using either the HOLD key or by u...

Page 204: ...per 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 left HA LEFT Encode the size of the field to be sown before work commences This encodement is also used to calculate end time TRACK NUMBER Encode the tramline rhythm here Example...

Page 205: ...nual calibration is finished weigh the amount released 4 Using the arrow down key move the cursor to WEIGHT and encode the weight of the released amount using the numerical keypad 5 Press the flashing CALC Key The computer divides the weight released by the number of pulses counted and the calibration procedure is finished The calculated value is displayed at the top of the screen note this figure...

Page 206: ...ill be displayed at the top of the screen IMPORTANT Working in areas with surface water can affect the accuracy of the radar we recommend using a speed sensor fitted to the tractor under these circumstances Please refer to chapter 2 for forward speed calibration IMPLEMENT SENSOR The implement override sensor starts and stops area counting and counts bouts Pressing this key gives the following opti...

Page 207: ...t 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 Sensors that generate fewer than 4 pulses per revolution cannot be used If you require monitoring of e g a fan on a pneumatic seed drills select RPM at the bottom ...

Page 208: ...ons KM H Warning ON OFF and MAX MIN limits for speed SLIP Warning ON OFF and MAX MIN limits for wheel slip in KG LEFT Warning ON OFF and amount of kg min at which the warning is wanted D SHAFT Warning ON OFF if the drill shaft stops turning HOPPER Warning ON OFF for empty seed hopper CLUTCH Warning ON OFF for if the clutches used for tramlining stop working DATE CLOCK Set the date and time in this...

Page 209: ...TMENT 5 19 RPM 5 19 SELECTING THE TRACK RHYTHM 5 20 METHOD B 5 20 METHOD A 5 22 SEED DRILL ENCODEMENT 5 24 DOSE RATE 5 24 CALIBRATION 5 25 STEP 5 26 KG LEFT 5 26 HA LEFT 5 26 SOW WIDTH 5 26 TRACK NUMBER 5 27 ROW NO 5 27 ROWS IN TRACK 5 27 FORWARD SPEED SENSOR 5 27 IMPLEMENT SENSOR 5 27 MANUAL START 5 27 METRE SWITCH 5 27 WORK HOUR ON OFF 5 28 REVS SENSOR 5 28 WARNINGS 5 29 WARN DOSE AREA 5 29 WARN...

Page 210: ...pe 6 It is now possible to choose between the displayed types 7 Select the drill type 8 ACCEPT NOTE NORDSTEN ELECTR Is only for NORDSTEN drill with electronic gearboxes 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 progra...

Page 211: ... methods of controlling the tramlines A and B The method is selected under ENCODE TRAMLINE INDICATION The second fixed function indicates on the display whether tramlines are being made or not Tramlines are not being made Tramlines are being made KG HA The third function is the seed rate The seed rate is displayed in KG HA Seed rate Two arrows are displayed to the left of the display These arrows ...

Page 212: ...ft Calibrating the system is necessary to ensure correct operation and this is done under ENCODE KG LEFT The amount in KG of seed left in the hopper the amount filled in must be encoded before work commences Pressing the NEXT PAGE key displays the next available functions STEP FUNCTION XX Percentile increase of the encoded seed rate The size of the steps is altered in ENCODE XX Percentile reductio...

Page 213: ... drill shaft for the number of seconds encoded under ENCODE max 20 seconds Pressing the MANUAL STOP key stops the drill shaft from rotating instantly This function can be used on pneumatic seed drills where the seed route is so long that the tubes are not empty before the drill is raised The seed drill must be raised each time MANUAL STOP has been used MANUAL TRACK ADJUSTMENT TRACK 1 Moves one ste...

Page 214: ...he bout number is the same as the track number 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 Tramlines are made when the bout number is the same as the encoded rhythm track number Note where the bouts should be counted A and where bouts should not be counted...

Page 215: ... done the tramlines can be made with either 2x2 solenoid shutters or 2 clutches fitted to the middle of the drill NB Tramlines are made when the present bout number is the same as the encoded rhythm track number Note where in the first 4 bouts around the whole field the bouts should be counted A and where bouts should not be counted all other corners Bout counting can be controlled by using either...

Page 216: ...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 Note where in the first 3 bouts around the field the present bout should A be counted and the bout should not be counted After each trip around the field the machine drives in the opposite direction Bout c...

Page 217: ... Tramlines are made in bout numbers 2 and 3 split when a rhythm of 4 is encoded Note where in the first 4 bouts around the whole field the bouts should be counted A and where bouts should not be counted all other corners After each trip around the field the machine is turned around and is driven in the opposite direction Bout counting can be controlled by using either the HOLD key or by using the ...

Page 218: ...me you change implements DOSE RATE The required seed rate in kilo per hectare with 1 decimal is encoded here Before the system can be calibrated it is necessary to encode the total working width of the seed drill If the encoded sow width is 0 the program will automatically change to sow width encodement remember that the effective sow width is encoded in centimetres pressing return changes the scr...

Page 219: ...10 seconds when CALIB Has been pressed to ensure that the feed rollers are full of seed Remember to empty the calibration tray bucket again before proceeding This screen is now displayed LOAD FIG The previous load figure NO OF PULSES The pulses are counted during calibration NO OF CALIB Shows the number of calibrations The drill shaft will rotate for 10 seconds when the CALIB Key is pressed The nu...

Page 220: ...rings the ENCODE menu back STEP The size of the steps this percentile value is the same for both and 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 left HA LEFT Encode the size o...

Page 221: ...he amount when tramlines are being made FORWARD SPEED SENSOR 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 Please refer to chapter 2 for forward speed calibration IMPLEMENT SENSOR The implement override sensor is us...

Page 222: ...oring 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 CLUTCH SENSOR Select whether it is a traditional seed drill clutch monitoring or whether it is a pneumatic seed drill fan monitoring Select RPM and encode 1 pulse per rev i...

Page 223: ...ARN 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 The encoded seed rate is outside of the regulating area The battery power is too low To avoid bare patches in the field it is necessary to raise the drill and back to the place at which sowing stopped ...

Page 224: ...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 SLIP Warning ON OFF and MAX MIN limits for wheel slip in KG LEFT Warning ON OFF and amount of kg min in the hopper at which the warning is wanted D SHAFT Warning ON OFF if the drill shaft stops turning HOPPER Warning ON OFF for empty seed hopper RPM Warning ON OFF and MIN...

Page 225: ...5 40 METHOD D 5 42 METHOD E 5 44 METHOD F 5 46 METHOD G 5 48 METHOD H 5 50 SEED DRILL ENCODEMENT 5 52 DOSE RATE 5 52 CALIBRATION 5 53 STEP 5 54 KG LEFT 5 54 HA LEFT 5 54 SOW WIDTH 5 54 TRACK NUMBER 5 55 ROW NO 5 55 NUMBER OF RETURNS 5 55 ROWS IN TRACK 5 55 FORWARD SPEED SENSOR 5 55 MANUAL START 5 55 METRE SWITCH 5 55 WORK HOUR ON OFF 5 56 PTO SENSOR 5 56 WARNINGS 5 56 WARN DOSE AREA 5 56 WARN WHEE...

Page 226: ...hoose another type 5 Select type 6 It is now possible to choose between the displayed types 7 Select the drill type 8 ACCEPT 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 ot...

Page 227: ...ethods of controlling the tramlines A and B The method is selected under ENCODE TRAMLINE INDICATION The second fixed function indicates on the display whether tramlines are being made or not Tramlines are not being made Tramlines are being made KG HA The third function is the seed rate The seed rate is displayed in KG HA seed rate Two arrows are displayed to the left of the display These arrows in...

Page 228: ...sor fitted on the drill shaft Calibrating the system is necessary to ensure correct operation and this is done under ENCODE KG LEFT The amount in KG of seed left in the hopper the amount filled in must be encoded before work commences Pressing the NEXT PAGE key displays the next available functions XX Step increase XX Step decrease NORMAL Returns to normal seed rate XX Step increase of the desired...

Page 229: ...ly MANUAL START can only be used if the machine is at a standstill The display will change to MANUAL STOP as soon as the computer receives a signal from a forward speed sensor Manual start can be used in difficult conditions i e corners etc and ensures total coverage of the field Pressing the key turns the drill shaft for a number of seconds each key press turns the drill shaft for the number of s...

Page 230: ...ncoded 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 bout numbers 2 and 3 split when a rhythm of 4 is encoded Note where in the first 4 bouts around the whole field the bouts should be counted A and where bouts should not be counted all other corners After each trip around the field the machine is turned around and ...

Page 231: ...le of the drill Tramlines are made in bout number 2 when a rhythm track number of 3 is encoded Note where in the first 3 bouts around the field the present bout should A be counted and the bout should not be counted After each trip around the field the machine drives in the opposite direction Bout counting can be controlled by using either the HOLD key or by using the TRACK keys ...

Page 232: ...irst bout can only be sown with one half of the drill open Once this is done the tramlines can be made with either 2x2 solenoid shutters or 2 clutches fitted to the middle of the drill NB Tramlines are made when the present bout number is the same as the encoded rhythm track number Note where in the first 4 bouts around the whole field the bouts should be counted A and where bouts should not be co...

Page 233: ...or 2 clutches are fitted on the middle of traditional machines Tramlines are made when the bout number is the same as the encoded rhythm track number Note where the bouts should be counted A and where bouts should not be counted all other corners in the first 3 bouts around the whole field Bout counting can be controlled by using either the HOLD key or by using the TRACK keys ...

Page 234: ...fitted on the left hand side of the machine Drilling is started on the right hand side of the field as shown on the diagram One half of the drill must be closed for the first bout Thereafter the track number should be changed to 9 10 and tramlines are made when the actual track number is 2 4 7 and 9 Note where the bouts should be counted A and where bouts should not be counted all other corners in...

Page 235: ...e left hand side of the field as shown on the diagram One half of the drill must be closed for the first bout Thereafter the track number should be changed to 9 10 and tramlines are made when the actual track number is 2 4 7 and 9 Note where the bouts should be counted A and where bouts should not be counted all other corners in the first 3 bouts around the whole field Bout counting can be control...

Page 236: ...and side of the machine and 2x2 magnetic valves fitted on the left hand side of the machine Drilling is started on the right hand side of the field as shown on the diagram with a track number of 1 18 Tramlines are made when the actual track number is 3 7 12 and 16 Note where the bouts should be counted A and where bouts should not be counted all other corners in the first 4 bouts around the whole ...

Page 237: ...e of the machine Drilling is started on the left hand side of the field as shown on the diagram with a track number of 1 18 Tramlines are made when the actual track number is 3 7 12 and 16 Note where the bouts should be counted A and where bouts should not be counted all other corners in the first 4 bouts around the whole field Bout counting can be controlled by using either the HOLD key or by usi...

Page 238: ...lves on the right hand side of the machine and 2x2 magnetic valves fitted on the left hand side of the machine Drilling is started on the right hand side of the field as shown on the diagram with a track number of 11 14 Tramlines are made when the actual track number is 2 6 9 and 13 Note where the bouts should be counted A and where bouts should not be counted all other corners in the first 4 bout...

Page 239: ...e of the machine Drilling is started on the left hand side of the field as shown on the diagram with a track number of 11 14 Tramlines are made when the actual track number is 2 6 9 and 13 Note where the bouts should be counted A and where bouts should not be counted all other corners in the first 4 bouts around the whole field Bout counting can be controlled by using either the HOLD key or by usi...

Page 240: ...de of the drill Drilling is started on the right hand side of the field as shown on the diagram One half of the drill must be closed for the first bout Thereafter the track number should be set to 6 6 and tramlines are made on the left side of the drill Tramlines are made when the present track number is 1 3 4 6 Note where tracks should be counted A and where tracks should not be counted all other...

Page 241: ... diagram One half of the drill must be closed for the first bout Thereafter the track number should be set to 6 6 and tramlines are made on the right side of the drill Tramlines are made when the present track number is 1 3 4 6 Note where tracks should be counted A and where tracks should not be counted all other corners in the first 3 bouts around the whole field Track counting can be controlled ...

Page 242: ...side of the field with the track number set to 1 10 as shown on the diagram After the first bout around the field change direction to drive the other way around the filed do this for the third and fourth bout also Tramlines are made when the present track number is 2 5 6 and 9 Only one magnetic valve is activated on tracks 5 6 Note where tracks should be counted A and where tracks should not be co...

Page 243: ...irst bout around the field change direction to drive the other way around the filed do this for the third and fourth bout also Tramlines are made when the present track number is 2 5 6 and 9 Only one magnetic valve is activated on tracks 5 6 Note where tracks should be counted A and where tracks should not be counted all other corners in the first 4 bouts around the field Track counting can be con...

Page 244: ...t to 1 26 as shown on the diagram After the first bout around the field change direction to drive the other way around the filed do this for the third and fourth bout also Tramlines are made when the present track number is 4 10 17 and 23 Note where tracks should be counted A and where tracks should not be counted all other corners in the first 4 bouts around the field Track counting can be contro...

Page 245: ...to drive the other way around the filed do this for the third and fourth bout also Tramlines are made when the present track number is 4 10 17 and 23 Note where tracks should be counted A and where tracks should not be counted all other corners in the first 4 bouts around the field Track counting can be controlled by using either the HOLD key or by using the TRACK keys 1 26 2 26 3 26 4 26 5 26 6 2...

Page 246: ...e you change implements DOSE RATE The required seed rate in kilo per hectare with 1 decimal is encoded here Before the system can be calibrated it is necessary to encode the total working width of the seed drill If the encoded sow width is 0 the program will automatically change to sow width encodement remember that the effective sow width is encoded in centimetres pressing return changes the scre...

Page 247: ...r 10 seconds when PRE CALIB Has been pressed to ensure that the feed rollers are full of seed Remember to empty the calibration tray bucket again before proceeding This screen is now displayed LOAD FIG The previous load figure NO OF PULSES The pulses are counted during calibration NO OF CALIB Shows the number of calibrations The drill shaft will rotate for 10 seconds when the CALIB Key is pressed ...

Page 248: ...ings the ENCODE menu back STEP The size of the steps this percentile value is the same for both and 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 left HA LEFT Encode the size of...

Page 249: ...ded here If the seed drill is not fitted with a return to tank then this should be set to 0 ROWS IN TRACK Encode the number of rows that are shut when tramlines are being made This encodement is necessary for correct KG metering If the sown amount is not reduced when making tramlines encode 0 NB Pneumatic seed drills do not reduce the amount when tramlines are being made FORWARD SPEED SENSOR There...

Page 250: ...LEFT Warning ON OFF and amount of kg min in the hopper at which the warning is wanted D SHAFT Warning ON OFF if the drill shaft stops turning HOPPER Warning ON OFF for empty seed hopper RPM Warning ON OFF and MIN MAX limits for fan RPM NB If the warning for RPM is on then the computer will not allow sowing to commence before it receives signals from the fitted RPM sensor If the warning is off then...

Page 251: ...te the forward speed limits given during a seed calibration standard value for newer machines no gearbox 150 RPM for older machines with gearbox 300 RPM 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 wi...

Page 252: ...e at what speed the motors should start This is encoded as a forward speed The motor will start with the RPM required to sow at the given forward speed To encode the forward speed at which the motor should start at do as follows 1 When this is shown in the display see page 5 xx press and hold the HOLD key for 5 seconds 2 Select START KM H and encode the forward speed that the motor should start at...

Page 253: ...TEEJET 5000 OPERATORS MANUAL SEED DRILL LEMKEN 5 59 ...

Page 254: ...SEED DRILL LEMKEN TEEJET 5000 OPERATORS MANUAL 5 60 ...

Page 255: ...HOD A EVEN 5 67 METHOD B UNEVEN 5 68 METHOD B EVEN 5 69 SEED DRILL ENCODEMENT 5 70 FAN NUMBER SELECTION 5 70 KG LEFT 5 71 HA LEFT 5 71 TRACK NUMBER 5 71 SOW FIGURE 5 71 ROW NO 5 72 ROWS IN TRACK 5 72 SOW WIDTH 5 72 FORWARD SPEED SENSOR 5 72 WHEEL TRACTOR 5 72 WHEEL DRILL 5 72 RADAR 5 72 IMPLEMENT SENSOR 5 72 METRE SWITCH 5 73 WORK HOUR ON OFF 5 73 REVS SENSOR 5 73 WARNING ENCODE 5 74 DATE CLOCK 5 ...

Page 256: ...s now possible to choose between the displayed types 6 Select the drill type 7 ACCEPT NOTE NORDSTEN ELECTR Is only for NORDSTEN drill with electronic gearboxes 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 t...

Page 257: ... amount in KG of seed left in the hopper the amount filled in must be encoded before work commences KG HA Seed rate in KG HA Pressing the NEXT PAGE key displays the next available functions D SHAFT Drill shaft speed TRACK 1 Moves one step forward in the tramline rhythm TRACK 1 Moves one step backwards in the tramline rhythm D SHAFT Revolutions per minute for both drill shafts TRACK 1 Moves one ste...

Page 258: ...e encoded working width by pressing this key Pressing the NEXT PAGE key displays the first available functions HOLD KEY Press this key 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 TRAMLINE INDICATOR No tramlines are made Tramlines are mad...

Page 259: ...e tramlines are split between the 2 middle bouts The field must be sown up and down as there is only 1 clutch fitted on one side of the seed drill See the drawing for METHOD A EVEN The tramlines are displayed for this method thus 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 star...

Page 260: ...B Tramlines are made in bout number 2 when a rhythm track number of 3 is encoded Note where in the first 3 bouts around the field the present bout should A be counted and where the bout should not be counted After each trip around the field the machine drives in the opposite direction Bout counting can be controlled by using either the HOLD key or by using the TRACK keys ...

Page 261: ...de in bout numbers 2 and 3 split when a rhythm of 4 is encoded Note where in the first 4 bouts around the whole field the bouts should be counted A and where bouts should not be counted all other corners After each trip around the field the machine is turned around and is driven in the opposite direction Bout counting can be controlled by using either the HOLD key or by using the TRACK keys ...

Page 262: ...e middle of the seed drill NB Tramlines are made when the present bout is the same as the encoded rhythm track number Note where in the first 3 bouts around the whole field the bouts should be counted A and where bouts should not be counted all other corners Bout counting can be controlled by using either the HOLD key or by using the TRACK keys ...

Page 263: ...nce this is done the tramlines can be made with clutches fitted to the middle of the drill NB Tramlines are made when the present bout number is the same as the encoded rhythm track number Note where in the first 4 bouts around the whole field the bouts should be counted A and where bouts should not be counted all other corners Bout counting can be controlled by using either the HOLD key or by usi...

Page 264: ...nts Encodements such as speed sensor and its calibration have their own values under each implement Always check these encodements in the status screen each time you change implements FAN NUMBER SELECTION 1 Press and hold the HOLD key for min 5 seconds when the above screen is displayed see page 5 32 2 Move the cursor to FAN 2 and it is now possible to select whether the drill is equipped with 1 o...

Page 265: ...l shaft a few times to fill the feed rollers Press the key and the following is displayed NB All counters used for calibration are zero set when this screen is displayed Never turn the drill shaft until you are completely ready to calibrate the drill NO OF PULSES must be 0 before starting calibration 1 Select the SOW FIGURE menu If any pulses have been counted press the RETURN key and select SOW F...

Page 266: ...tted 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 WHEEL DRILL If a speed sensor is fitted on the seed drill then use this sensor as the sensor will give a suitable number of pulses RADAR If the tractor is fitted with radar then select RADAR and forward speed will be measured from the radar Radar and the number...

Page 267: ...ensor REVS SENSOR Encode the number of pulses the sensors fitted to the drill shaft give per revolution 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 ...

Page 268: ...revolutions KM H Warning ON OFF and MAX MIN limits for speed SLIP Warning ON OFF and MAX MIN limits for wheel slip in KG LEFT Warning ON OFF and amount of kg min at which the warning is wanted D SHAFT Warning ON OFF if the drill shaft stops turning HOPPER Warning ON OFF for empty seed hopper FAN Warning ON OFF and MAX MIN limits for revolutions DATE CLOCK Set the date and time in this menu HOURS M...

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: ...ess SELECT The following is displayed 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 271: ... should be selected if the baler is not fitted with a weighing mechanism RPM is displayed instead of weight BALER FUNCTIONS The TeeJet 5000 when used with a baler fitted with a weight system large bales weighs each bale individually 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 wei...

Page 272: ... ENCODE UNITS The number of bales counted is displayed in OPERATION as a trip counter A total counter is found under DATA DELETE both counters are deleted in DATA DELETE TARRING Pressing this key zero sets the weighing system the weight must be empty The weighing system must be calibrated as described in the ENCODE section SWITCHING ALL WARNINGS OFF Pressing the HOLD key switches all warnings off ...

Page 273: ...odements such as speed sensor and its calibration have their own values under each implement Always check these encodements in the status screen each time you change implements WEIGHING RPM3 Selecting this encodement gives you 2 options 1 WEIGHING 2 RPM3 WEIGHING bale weight A new function key is displayed when weighing is selected CALIB CALC CALIBRATION Pressing this key displays the following ...

Page 274: ...to see the shaft speed of an axle RPM 3 Regardless of which of these 2 functions has been selected it will always be displayed as one of the 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 The speed signal can come from a sensor fitted in the gear box or on a dr...

Page 275: ...ode 1 RPM3 If the TeeJet sensor set is used 930 983 then encode 1 WARNINGS PTO Warning ON OFF and MAX MIN limits for revolutions KM H Warning ON OFF and MAX MIN limits for forward speed SLIP Warning ON OFF and MAX MIN limits for wheel slip in RPM1 Warning ON OFF and MAX MIN limits for revolutions Encode as RPM RPM2 Warning ON OFF and MAX MIN limits for revolutions Encode as RPM RPM3 Warning ON OFF...

Page 276: ...BALER TEEJET 5000 OPERATORS MANUAL 6 8 ...

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 278: ......

Page 279: ...SPREADER ENCODE 7 7 DOSERATE 7 7 STEP 7 7 TANK VOLUME 7 8 FILLED VOLUME 7 8 HA LEFT 7 8 FLOW FIGURE 7 8 BOOM WIDTH 7 9 DRIVE FACTOR 7 9 UNIFORM PRESSURE 7 9 FORWARD SPEED SENSOR 7 10 WHEEL TRACTOR 7 10 RADAR 7 10 WHEEL SLURRY SPREADER 7 10 IMPLEMENT SENSOR 7 10 METRE SWITCH 7 10 SYSTEM B PLUG 7 11 WORK HOUR ON OFF 7 11 REVS SENSOR 7 11 WARNING ENCODE 7 12 DATE CLOCK 7 12 ...

Page 280: ...type or choose another type 4 Select type 5 It is now possible to choose between the displayed types 6 Select the slurry spreader type 7 Accept 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 func...

Page 281: ... or radar NOTE Remember to reset all counters in DATA DELETE before starting SLURRY SPREADER FUNCTIONS WITH FLOWMETER The metered amount can be displayed in either TON or M3 cubic metres These options are selected in encode under DOSERATE TON M3 Slurry consumption in ton or M3 TON M3 REST The amount left in the tank TON M3 MIN Consumption per minute TON M3 The amount of slurry spread since startin...

Page 282: ...f the steps is altered in encode NORMAL Only displayed if the step feature has been used Normal application rate Regardless of how many steps the application rate has been increased decreased by pressing this key will return the application rate to normal DOSE RATE Pressing this key allows the application rate to be altered directly from the operation screen see also DOSE RATE in encode Pressing t...

Page 283: ... BOOM SECTIONS SECTION WIDTH When working with 2 boom sections the boom section that is encoded as section 2 can be switched on or off by pressing SECTION WIDTH Area measurement and flow will now be calculated correctly for the section that is still on Conditions for manual section width Only 2 sections must be encoded and the part of the boom to be switched off must be encoded as section 2 BOOM S...

Page 284: ...e encoded under TANK VOLUME will be automatically transferred to TON M3 LEFT DAILY USE OF THE SLURRY PROGRAM WITHOUT 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 When this screen is displayed you have the following options If the machine is turnin...

Page 285: ...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 Always check these encodements in the status screen each time you change implements DOSERATE Encode the required application rate if automatic application control equipment is fitted or if a warning is required for incorrect appl...

Page 286: ...FLOW ON OFF Without flowmeter Set flow to OFF and the application rate is calculated after each load With flowmeter Set to ON and the flowmeter must be calibrated CALIBRATION NOTE Encode a start value of 500 Automatic calibration 1 Fill the slurry spreader to the top so that you know the exact amount 2 Encode the amount in FILLED VOLUME 3 Empty the tank completely but be sure to stop emptying as s...

Page 287: ...der If the system is fitted with control valves for each section then the individual section width must be encoded here left boom section 1 If the spreader does not have individual sections then encode the whole spreader width as section 1 all other sections must be encoded as 0 DRIVE FACTOR The speed at which the regulating valve adjusts to maintain the correct application rate Min 1 and Max 500 ...

Page 288: ...n areas with surface water can affect the accuracy of the radar we recommend using a speed sensor fitted to the tractor under these circumstances 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 IMPLEMENT SENSOR Thi...

Page 289: ... System B plug is for new connections ACTIVE 0 VOLT The individual sections are opened with 0V ACTIVE 12 VOLT The individual sections are opened with 12V 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 REVS SENSOR Encode the number of pulses per revolution given for the individual sensors ...

Page 290: ...ons KM H Warning ON OFF and MAX MIN limits for speed SLIP Warning ON OFF and MAX MIN limits for wheel slip in MIS DOSERATE Warning ON OFF and max difference in RPM 1 Warning ON OFF and MAX MIN limits for shaft speed Encode in RPM NB The encoded limits must exceed the limits encoded If a warning is required when an axle stops 0 RPM then set the minimum limit to 1 DATE CLOCK Set the date and time in...

Page 291: ...TEEJET 5000 OPERATORS MANUAL SLURRY SPREADER OTHER TYPE 7 13 ...

Page 292: ...SLURRY SPREADER OTHER TYPE TEEJET 5000 OPERATORS MANUAL 7 14 ...

Page 293: ...OLUME 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 7 24 RADAR 7 24 WHEEL SLURRY SPREADER 7 24 IMPLEMENT SENSOR 7 24 METRE SWITCH 7 25 WORK HOUR ON OFF 7 25 REVS SENSOR 7 25 WARNING ENCODE 7 26 DATE CLOCK 7 26 ...

Page 294: ...lus the ability to alter the application rate in steps depending on the crop s requirement The TeeJet 5000 controls the application rate using a proportional valve that adjusts the amount of oil to a hydraulic cylinder which in turn adjusts the position of a valve Visible and audible warnings given for incorrect rates forward speed PTO tons m3 left etc NOTE The computer must be calibrated with the...

Page 295: ...ry spreader 3 Accept the selected type or choose another type 4 Select type 5 It is now possible to choose between the displayed types 6 Select the slurry spreader type 7 Accept The following is displayed It is now possible to choose between the displayed functions Each function will be described one by one in the following sections The task function is described in section 2 along with all of the...

Page 296: ...wheel slurry spreader or radar NB Remember to reset the counters in DATA DELETE before starting SLURRY SPREADER FUNCTIONS The amounts metered can be displayed in TON or M3 cubic metre This can be selected in encode under DOSE RATE TON M3 Consumption in ton m3 slurry TON M3 LEFT the amount remaining in the tank TON M3 MIN Consumption per minute TON M3 The amount of slurry spread since starting This...

Page 297: ... Pressing this key allows the application rate to be altered directly from the operation screen see also DOSE RATE in encode Pressing the NEXT PAGE key displays the next functions DISTRIB RPM of the distributor PUMP RPM of the pump FULL TANK When the tank is full DISTRIBUTOR The RPM of the distributor is displayed The number of pulses per revolution is encoded under REVS SENSOR in ENCODE PUMP The ...

Page 298: ...erical key that corresponds to the boom section is pressed for approx 3 seconds the boom section is opened or closed If the spreader has 5 boom sections giving a total working width of 16 metres the boom sections can be encoded as follows Sections 1 and 5 50 centimetres Sections 2 and 4 150 centimetres Section 3 1200 centimetres It is now possible to reduce the spreading width from 16M to 15M by c...

Page 299: ...coded here Encode the required application rate in TONS or M3 cubic metres per hectare If TON HA is selected then the specific gravity of the slurry must also be encoded Moving the cursor to SPECIFIC GRAVITY and then encoding the value using the numerical keypad does this The maximum application rate that can be encoded is 99 9 Pressing the M3 TON key changes between TON or M3 STEP Encode the size...

Page 300: ... is calculated from this encodement FLOW FIGURE CALIBRATION NOTE Encode a start value of 1000 Automatic calibration 1 Fill the slurry spreader to the top so that you know the exact amount 2 Encode the amount in FILLED VOLUME 3 Empty the tank completely but be sure to stop emptying as soon as the tank is empty as air going through the flowmeter can cause false readings 4 Encode 0 00 using the numer...

Page 301: ...tion width boom compensation must be encoded here left boom section 1 If the spreader does not have individual sections then encode the whole spreader width as section 1 all other sections must be encoded as 0 DRIVE FACTOR DRIVE FACTOR The speed at which the regulating valve adjusts to maintain the correct application rate Min 1 and Max 500 Normal 25 If the spreader takes too long to find the requ...

Page 302: ...NT Working in crops that are blowing in the wind or working in areas with surface water can affect the accuracy of the radar we recommend using a speed sensor fitted to the tractor under these circumstances 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...

Page 303: ...ed 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 REVS SENSOR Encode the number of pulses per revolution given for the individual sensors ...

Page 304: ...its for speed SLIP Warning ON OFF and MAX MIN limits for wheel slip in MIS DOSERATE Warning ON OFF and max difference in RPM DISTRIBUTOR Warning ON OFF and MAX MIN limits for shaft speed Encode in RPM RPM PUMP Warning ON OFF and MAX MIN limits for shaft speed Encode in RPM NB The encoded limits must exceed the limits encoded If a warning is required when an axle stops 0 RPM then set the minimum li...

Page 305: ...33 DOSERATE 7 33 STEP 7 33 TANK VOLUME 7 34 FILLED VOLUME 7 34 HA LEFT 7 34 FLOW FIGURE 7 34 BOOM WIDTH 7 35 UNIFORM PRESSURE 7 35 FORWARD SPEED SENSOR 7 36 WHEEL TRACTOR 7 36 RADAR 7 36 WHEEL SLURRY SPREADER 7 36 IMPLEMENT SENSOR 7 36 METRE SWITCH 7 36 WORK HOUR ON OFF 7 36 REVS SENSOR 7 37 SYSTEM B PLUG 7 37 FILL MENU 7 38 REG BREAK 7 38 PWM 7 39 PROPORTIONAL VAVE 7 40 WARNING ENCODE 7 40 DATE C...

Page 306: ...d type or choose another type 4 Select type 5 It is now possible to choose between the displayed types 6 Select the slurry spreader type 7 Accept 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 fu...

Page 307: ... and spread to see this function NOTE To ensure correct operation the flowmeter must be calibrated the correct wheel circumference and the correct working width must be encoded FORWARD SPEED Forward speed is displayed in kilometres per hour with 1 decimal Forward speed is calculated using the sensor selected under encode wheel tractor wheel spreader or radar NOTE Remember to reset all counters in ...

Page 308: ...ATE Encoding the required application rate 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 NORMAL Only displayed if the step feature has been used Normal application rate Regardless of how many steps the application rate has been increased decreased b...

Page 309: ... works as a trip counter and can be deleted in DATA DELETE The total counter is also found here RPM 1 The shaft speed of an axle is displayed here Normally the RPM of the distributor macerator BOOM SECTIONS ON OFF The picture shows that the spreader has 2 sections and only one is open The total number of sections must be encoded in DISTRIB WIDTH I When the override sensor is activated not measurin...

Page 310: ... encoded under TANK VOLUME will be automatically transferred to TON M3 LEFT DAILY USE OF THE SLURRY PROGRAM WITHOUT 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 When this screen is displayed you have the following options If the machine is turning...

Page 311: ...e 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 Always check these encodements in the status screen each time you change implements DOSERATE Encode the required application rate if automatic application control equipment is fitted or if a warning is required for incorrect applic...

Page 312: ...LOW ON OFF Without flowmeter Set flow to OFF and the application rate is calculated after each load With flowmeter Set to ON and the flowmeter must be calibrated CALIBRATION NOTE Encode a start value of 500 Automatic calibration 1 Fill the slurry spreader to the top so that you know the exact amount 2 Encode the amount in FILLED VOLUME 3 Empty the tank completely but be sure to stop emptying as so...

Page 313: ...mount 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 If the system is fitted with control valves for each section then the individual section width must be encoded here left boom section 1 If the spreader does not have individual sections then encode the whole spreader width as ...

Page 314: ...g a speed sensor fitted to the tractor under these circumstances 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 IMPLEMENT SENSOR This sensor starts and stops the area counter A pressure sensor should be fitted on ...

Page 315: ... 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 ACTIVE 0 VOLT The individual sections are opened with 0V ACTIVE 12 VOLT The individual sections are opened with 12V ...

Page 316: ...the spreader to fill 2 Press the and keys to adjust the required pump speed 3 The pump speed will change and the actual RPM is displayed 4 When the required pump speed has been reached press the RETURN key REG BREAK This menu allows for selection between regulation stop ACTIVE or regulation stop INACTIVE by the implement sensor If INACTIVE is selected the slurry will run via the return to the tank...

Page 317: ...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 12V Out1 2 Pressing the and keys alters the PWM value and the power can be measured on the meter 3 When the power is 100 mA Must not exceed 100 mA press CALIB CALC and the pro...

Page 318: ...rn 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 SLIP Warning ON OFF and MAX MIN limits for wheel slip in MIS DOSERATE Warning ON OFF and max difference in RPM 1 Warning ON OFF and MAX MIN limits for shaft speed Encode in RPM NB The encoded limits must exceed the limits encoded If a warning is required w...

Page 319: ... OFF 7 45 SLURRY SPREADER ENCODE 7 47 DOSERATE 7 47 STEP 7 47 TANK VOLUME 7 48 FILLED VOLUME 7 48 HA LEFT 7 48 FLOW FIGURE 7 48 BOOM WIDTH 7 49 UNIFORM PRESSURE 7 49 FORWARD SPEED SENSOR 7 50 WHEEL TRACTOR 7 50 RADAR 7 50 WHEEL SLURRY SPREADER 7 50 IMPLEMENT SENSOR 7 50 METRE SWITCH 7 50 WORK HOUR ON OFF 7 50 REVS SENSOR 7 51 FILL MENU 7 51 PWM 7 52 PROPORTIONAL VAVE 7 53 WARNING ENCODE 7 54 DATE ...

Page 320: ...cted type or choose another type 4 Select type 5 It is now possible to choose between the displayed types 6 Select the slurry spreader type 7 Accept 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...

Page 321: ...ive and spread to see this function NOTE To ensure correct operation the flowmeter must be calibrated the correct wheel circumference and the correct working width must be encoded FORWARD SPEED Forward speed is displayed in kilometres per hour with 1 decimal Forward speed is calculated using the sensor selected under encode wheel tractor wheel spreader or radar NOTE Remember to reset all counters ...

Page 322: ...RATE Encoding the required application rate 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 NORMAL Only displayed if the step feature has been used Normal application rate Regardless of how many steps the application rate has been increased decreased ...

Page 323: ...n works as a trip counter and can be deleted in DATA DELETE The total counter is also found here RPM 1 The shaft speed of an axle is displayed here Normally the RPM of the distributor macerator BOOM SECTIONS ON OFF The picture shows that the spreader has 2 sections and only one is open The total number of sections must be encoded in DISTRIB WIDTH I When the override sensor is activated not measuri...

Page 324: ...e encoded under TANK VOLUME will be automatically transferred to TON M3 LEFT DAILY USE OF THE SLURRY PROGRAM WITHOUT 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 When this screen is displayed you have the following options If the machine is turnin...

Page 325: ...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 Always check these encodements in the status screen each time you change implements DOSERATE Encode the required application rate if automatic application control equipment is fitted or if a warning is required for incorrect appl...

Page 326: ...FLOW ON OFF Without flowmeter Set flow to OFF and the application rate is calculated after each load With flowmeter Set to ON and the flowmeter must be calibrated CALIBRATION NOTE Encode a start value of 500 Automatic calibration 1 Fill the slurry spreader to the top so that you know the exact amount 2 Encode the amount in FILLED VOLUME 3 Empty the tank completely but be sure to stop emptying as s...

Page 327: ... 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 If the system is fitted with control valves for each section then the individual section width must be encoded here left boom section 1 If the spreader does not have individual sections then encode the whole spreader width a...

Page 328: ...ng a speed sensor fitted to the tractor under these circumstances 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 IMPLEMENT SENSOR This sensor starts and stops the area counter A pressure sensor should be fitted on...

Page 329: ... when fitting the system to the slurry spreader The procedure for this calibration is described in the PWM section under ENCODE It is possible to use a fixed displacement pump for filling the slurry spreader When the fill signal and the implement signals are active the pump will run at a pre encoded speed 1 Set the spreader to fill 2 Press the and keys to adjust the required pump speed 3 The pump ...

Page 330: ... 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 12V Out1 2 Pressing the and keys alters the PWM value and the power can be measured on the meter 3 When the power is 100 mA Must not exceed 100 mA press CALIB CALC and the pr...

Page 331: ...MANUAL SLURRY SPREADER ZUNHAMMER 7 53 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: ...d MAX MIN limits for revolutions RPM 1 Warning ON OFF and MAX MIN limits for shaft speed Encode in RPM PLC Warning ON OFF for PLC warnings There are 4 PLC warnings given for the following No slurry flow High pressure Tank valve closed Fill pipe in NB The encoded limits must exceed the limits encoded If a warning is required when an axle stops 0 RPM then set the minimum limit to 1 Besides these war...

Page 333: ...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 8 6 DATE CLOCK 8 6 ...

Page 334: ... this is done press the SELECT key The following is displayed 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 335: ...ayed with 2 decimals from 0 to 99 99 ha And thereafter with 1 decimal from 100 to 999 0 ha NOTE a total counter for area can also be found in DATA DELETE DIESEL FUNCTIONS DIESEL Fuel consumption in litres D HA Fuel consumption in litres per hectare D T Fuel consumption in litres per hour DIESEL Diesel consumption since the last reset This function works as a total counter and can be reset deleted ...

Page 336: ...t s own set of encodements Encodements such as speed sensor and its calibration have their own values under each implement Always check these encodements in the status screen each time you change implements HA LEFT Encode the size of the field to be spread here END TIME is calculated from this encodement WORKING WIDTH The effective working width of the implement encoded in centimetres ...

Page 337: ...are blowing in the wind or working in areas with surface water can affect the accuracy of the radar we recommend using a speed sensor fitted to the tractor under these circumstances 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 st...

Page 338: ... 983 encode 1 WARNINGS The following warnings can be encoded here PTO Warning ON OFF and MAX MIN limits for the PTO sensor KM H Warning ON OFF and MAX MIN limits for forward speed SLIP Warning ON OFF and MAX MIN limits for wheel slip NOTE It is recommended to switch all un required warnings to OFF DATE CLOCK Set the date and time in this menu HOURS MINUTES YEAR MONTH DAY ...

Page 339: ...ION 9 2 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: ...e 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 The TeeJet 5000 will control the implement when application set points are received from the other computer via the serial connection For further information regarding data transfer and mapping in general please consult the user m...

Page 341: ...00 will function as normal 6 Moving the cursor with the arrow keys to the required function and pressing the SELECT key will display the function 7 Each function will be described later in this section The picture to the left is displayed the next time the TeeJet 5000 is switched on Communication between the DataLink module and the TeeJet 5000 is being established If DGPS functions are not require...

Page 342: ...housandths of a minute H Altitude The height in metres from sea level NAV MODE Tells the operator whether there is only signals from satellites GPS or if reference signals are also being received DGPS NO OF SATELLITES The number of satellites that signals are being received from PDOP The distance between the satellites that signals are being received from DOSERATE The application rate decided by t...

Page 343: ...isplayed if the field has been measured before CONTINUE Continue with the previously surveyed field OVERWRITE The existing field measurements are overwritten ABORT Abort the present survey CONTINUE Pressing this key continues the field survey OVERWRITE Pressing this key overwrites the previously measured field and starts the field from new ABORT Pressing this key returns the screen to SELECT DGPS ...

Page 344: ...rement Pressing RE START resumes boundary measurement When the boundary is finished pressing BORDER DONE displays the following picture If there are any islands in the field i e lime pits trees etc These can be measured and added to the field survey ISLAND SURVEY Selects the island measurement function If there are islands in the field then pressing ISLAND SURVEY will display the island measuremen...

Page 345: ...shed press this key PAUSE Pressing this key allows for a break in island measurement Drive back to the position that island measurement was stopped before pressing RE START It is possible to measure more islands by driving to the island boundary and pressing the START key SOIL SAMPLING Select SOIL SAMPLING from the main DGPS menu Select which field the samples are to be taken from the field number...

Page 346: ...ssing the RETURN key When a task has been selected the TeeJet 5000 will change to the normal operating screen for the correct implement NOTE Two new function keys will appear in the operation screen for the implement One of the keys allows the operator to switch between DGPS and manual application rate The other key displays the required application rate according to the present task application m...

Page 347: ...be encoded If the implement is in front of the DGPS antenna then a GPS OFFSET should be encoded WARNINGS The following warnings can be displayed This alarm is given when there is no communication between the TeeJet 5000 and the DataLink module The warning can be given by switching the DataLink module off or that the PCMCIA data card was NOT inserted before the DataLink module was started Pressing ...

Page 348: ...le File type Description inp Input file Files with this suffix are created by the TeeJet 5000 DataLink module with field boundary measurement soil sampling data logging and the automatic data logging that takes place whenever a task from the data card is carried out out Output file Files with this suffix are created by the PC program and contain task information These files are placed in the DATEN...

Page 349: ...THE BREAK AWAY PLUG 12 12 CABLE ROUTING 12 12 CONNECTIONS IN THE JUNCTION BOX 12 13 MULTI CABLE FROM THE TEEJET 5000 12 13 MULTI CABLE FROM THE BREAK AWAY PLUG 12 13 DIESEL FLOWMETER 12 13 RADAR 12 13 POWER SUPPLY 12 13 IMPLEMENT SENSOR 12 13 PTO SENSOR RPM 12 13 SPEED SENSOR 12 13 BREAK AWAY PLUG CONNECTIONS 12 14 SPRAYER 12 14 FERTILISER DISTRIBUTOR 12 16 MONITORING 12 16 APPLICATION CONTROL 12 ...

Page 350: ...FITTING INSTRUCTIONS TEEJET 5000 OPERATORS MANUAL 12 2 ...

Page 351: ...ing This system can be expanded with various parts for the tractor i e PTO sensor for measuring PTO shaft speed diesel flowmeter for fuel consumption and radar for exact forward speed measurement The system can be expanded with kits for almost all implements depending upon requirements Fitting kits for the most common manufacturers and implement types are available as standard kits Fitting instruc...

Page 352: ...FITTING INSTRUCTIONS TEEJET 5000 OPERATORS MANUAL 12 4 GENERAL OVERVIEW ...

Page 353: ...rik M8 m lås Mutter M8 mit verschluβ Nut M8 with lock Ecrou bloquant M8 16 843 175 Bøjle Bügel Bracket Garniture 17 844 205 Trapezmøtrik Trapezmutter Trapeze nut Ecrou trapézoidale 18 866 012 Plastboks Kunststofbox Plastic box Boitier en plastique 18a 900 499 Samleprint Sammelplatine Junction print Circuit imprimé 18b 166 632 Sikring Sicherung Fuse Fusible 19 192 150 Strømkabel Powerkabel Power ca...

Page 354: ... MANUAL 12 6 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: ...t 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 POINTS before entering the junction box see diagram below ...

Page 356: ...rs 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 Place the relay under the instrument panel or a similarly protected position The fuse should be positioned by the battery to ensure protection of the whole powe...

Page 357: ...ight hand wheel of the tractor See the diagram below The distance between the magnet and the speed sensor should not exceed 5mm If the wheel circumference exceeds 250 cm then 2 magnets must be fitted When using automatic application control the wheel circumference should not exceed 100 cm if this is the case then more magnets should be added NOTE The magnets must be fitted with equal distance betw...

Page 358: ...ibility is shown in the following diagram If the drive shaft solution is required then a bi polar sensor must be used This sensor is different than the supplied sensor and should be ordered separately The distance between the sensor and the magnets must be 2 3 mm when using this type of sensor and the 2 magnets must have opposite poles facing the sensor i e one magnet with the yellow spot facing t...

Page 359: ...lution is to fit the area override sensor on the lift arms The sensor can be fitted in other positions PTO handle hydraulic cylinder handles etc as long as there is a mechanical movement of min 50 mm The distance between the sensor and the magnet must not exceed 5 mm An electrical signal from i e electrically controlled lift arms sprayer switch box etc can be used as an area override sensor The si...

Page 360: ... 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 to the junction box Attach the cables with the supplied cable binders Be careful not to route the cables near moving parts sharp edges and areas with high temperatures etc ...

Page 361: ...V 11 Blue 12 V 10 Grey Pink Wheel 12 Brown 0 V P o w e r 11 White 12V 12 Blue Red White Green 0V 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 DIESEL FLOWMETER Connect to connecting block ...

Page 362: ...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 Breakaway plug for the implement seen from the fitting side SPRAYER SPRAYER SENSOR WIRE COLOUR PIN NUMBER BLUE 5 FLOWMETER BROWN ...

Page 363: ...able for a number of sprayers please contact TeeJet AGRO Implement sensor kit TeeJet no 930 982 Speed sensor kit TeeJet no 930 982 Flowmeter 20 200 l min TeeJet no 902 986 Break away plug male TeeJet no 178 601 Fitting kits for flowmeters should be ordered separately to fit the sprayer in question The following shows a tailor made kit for automatic application control and boom compensation Hardi E...

Page 364: ...N 5 BLACK 1 RPM SENSOR 2 BLUE 6 OR BROWN 5 WEIGHING MODULE BLACK 2 SPEED SENSOR BLUE 4 BROWN 5 IMPLEMENT SENSOR BLUE 7 BROWN 5 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 1 Wheel sensor implement sensor 930 982 2 Shaft speed sensor kit 930 983 ...

Page 365: ...TEEJET 5000 OPERATORS MANUAL FITTING INSTRUCTIONS 12 17 ...

Page 366: ...S MANUAL 12 18 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: ...g 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 1 TeeJet 5000 seed drill kit Includes junction box and breakaway plug with cable TeeJet no 921 180 2 RPM sensor for the drill shaft 2 core TeeJet no 905 152 3 Empty hopper level sensor TeeJet no 904 152 4 Implement sensor T...

Page 368: ...5 BLACK 4 RPM SENSOR 1 BLUE 6 BROWN 5 BLACK 7 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 junction box breakaway plug with cable 2 RPM sensors and a bale counter TeeJet no 910 180 2 RPM sensor kit TeeJet no 930 983 3 Bale weighing module to be ordered depending on baler...

Page 369: ...PM SENSOR 1 BLUE 6 BROWN 5 BLACK 1 FLOWMETER 12V 6 0V 5 SIGNAL 2 WHEEL SENSOR BLUE 4 BROWN 5 IMPLEMENT SENSOR BLUE 7 BROWN 5 The following shows an example of equipment for a slurry spreader 1 Junction box 6 RPM sensor 2 Connecting cable 7 Reg Valve 3 Pressure sensor 8 Actuator 4 Flowmeter 9 Motor control 5 Speed sensor ...

Page 370: ...M LH AGRO 4000 Display Enter Contrast Memory Hold Delete Display light Tractor info TeeJet 5000 Monitor Mølhavevej 2 9440 Aabybro Denmark Tel 45 9696 2500 Fax 45 9696 2501 ...

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