Installation and Users Guide

SPRAY-Control S

December 1994 ---------------------
Datei: SPRAY-Control-S_English.DOC [24.11.00]

Contents

1. 1.1. Overview..... 4 Description of the system.... 5
2. 2.1. 2.2. 2.2.1. 2.2.2. 2.2.3. 2.2.4. 2.3. 2.4. 2.4.1. 2.5. 2.5.1. 2.5.2. 3. 3.1. 3.2. 3.2.1. 3.2.2. 3.2.3. 3.2.4. 3.2.5. 3.2.6. 3.2.7. 3.2.7.1. 3.2.7.2. 3.2.8. 3.3. 3.3.1. 3.3.2. 3.3.3. 3.3.4. 3.3.5. 3.3.6. 3.3.7. 3.3.8. 3.3.9. 3.3.10. 3.4. 4. 4.1. 4.2. 5. 6. 7.
Fitting instructions..... 6 Console and computer.... 6 Tractor distributor for tractor without signal socket.. 6 Battery connection cable - computer... 6 Battery connection cable for the switch box/machine adapter.. 6 Sensor X (Distance).... 7 Sensor Y (Working position).... 8 Tractor signal distributor SPRAY-Control S for tractor with signal socket.. 9 Connecting the field sprayer.... 9 Connecting the switch box.... 9 Safety..... 9 Specifications.... 9 Safety regulations.... 9 Operating instructions.... 11 Description of the functions.... 11 Description of the machine data... 11 "Working width" key.... 11 "Km/h sensor" key.... 12 "Impulses/100m" key.... 12 "Number of boom sections" key... 13 "Pre-set rate - l/ha" key.... 13 "Impulses/litre" key..... 14 "Constant/type" key..... 14 Control constant..... 14 Control unit type..... 15 "+ 10%", "- 10%", "100%" key.... 16 Description of the function keys.... 17 "Start function".... 17 "Area" key.... 17 "Total area" key.... 17 "Time" key.... 17 "Distance" key.... 17 "Spray liquid l/min" key.... 18 "Spray liquid l/ha" key.... 18 "Spray liquid l" key.... 18 "Total l" key..... 18 "Performance - ha/h" key.... 18 Operating procedure.... 19 Maintenace.... 19 Computer..... 19 Liquid flow meter.... 19 Guarantee.... 19 Error recovery.... 20 Machine data recorded.... 21

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Copyright Mller-Elektronik GmbH & Co., Salzkotten
Installation and User's Guide SPRAY-Control S (12/94)
Installation and User`s Guide SPRAY-Control S (12/94)

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Overview
[1] [2] [3] [4] [5] SPRAY-Control S computer (art. no.: 302201) Tractor plug (at the back) Connects tractor signal distributor with the tractor-specific sensors. Machine plug on the SPRAY-Control S Connects switch box Machine plug on the switch box. Connection to UNI-Control-S Switch box (art. no.: see price list) Operating panel of the machine attached (e.g. field sprayer) with a connection to the SPRAY Control S Machine signal distributor Combination of the sensor and actuator connections on the machine (actuator = servo component). Sensor X (wheel) 6m (art. no.: 312583) Distance impulse recorder on the field sprayer being trailed Bracket profile slide (art. no.: 312228) Receiver for the SPRAY-Control S computer and the switch box. Leading channel for the SPRAY-Control S and the switch box. Binding screws to secure the computer and the switch box. Bracket S (Art.-No.: 312226 (incl. profile slide [10])) Holds the profile slide. Computer console (art. no.: 312227) Mounted to the tractor cabin. Includes the bracket with profile slide and battery connection for the switch box or the machine adapter. Battery connection cable (art. no.: 312155) for the Switch Box S's voltage supply. Connection to the 12-volt battery. Tractor Signal Distributor S (art. no. see price list) Junction box for the tractor-specific sensors and the battery connection cable. Battery connection cable for the SPRAY-Control S's voltage supply. Sensor Y (Working position) (art. no.: 312089) to record the working position (e.g. at the 3-point hydraulics). Sensor X (cardan shaft / wheel) (art. no.: 312580) to record the forward speed, impulse taken from the cardan shaft or front wheel of the tractor. Radar device (art. no.: 302583) for non-slip speed recording. Plug for tractor signal socket Takes signals from the sensors already installed on the tractor.
[9] [10] [11] [12] [13] [14]
[15] [16] [17] [18] [20] [21] [22]

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Description of the system
The SPRAY-Control S can be used as a fully automatic monitoring instrument on the field sprayer. The device carries out an area related control of the spray rate in relation to the current speed and working width. The current spray rate, speed, the area being treated, total area, the quantity sprayed, as well as the total quantity, working time and the distance travelled are recorded continually. The device consists of the computer (1), the console (10 - 14) and the tractor signal distributor (16) with the cardan shaft/wheel sensor (20) to establish the distance. A radar sensor for the non-slip determination of the speed can be installed. The tractor signal distributor (16) with the connection to the signal socket - tractor (22) has no sensors. The signals are picked up from the tractors signal socket. The field sprayer can be connected to the SPRAY-Control S by means of the switch box via the machine plug. The SPRAY-Control S has other uses as well as an area meter. The Sensor Y (working postion) (18) is connected to the signal distributor (16) with a 3-pin plug.

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2. 2.1.
Fitting instructions Console and computer
The computer console (14) should be mounted on the cabin within view and reach of the driver on the right hand side and in such a way that it is vibration-free and conducts electricity. The distance to the transmitter or antenna should be at least 1 m. The bracket (13) is attached to the consoles tube. The profile slide (10) is mounted on to the bracket. The SPRAY-Control S computer (1) is pushed on to the profile from above and secured with the wing-bolt. The ideal angle for viewing the display lies between 45 and 90 from below. It can be adjusted by swiveling the console.
Note! The computer cabinet (1) must be wired to the tractor chassis via the console (10 - 14). When assembling remove the color from the assembly points.
Tractor signal distributor for tractors without signal sockets
The battery connection cable - computer (17) and the sensors (18 - 21) are connected to the tractor signal distributor (16). The sensor X (20) (cardan shaft/wheel) is supplied as standard. The sensor Y (18) (working position) and the radar device can easily be retro-fitted. The tractor signal distributor (16) is screwed on to the computer console or to another position on the tractor with the mounting plate. The tractor signal distributor is not required when the SPRAY-Control S is only being operated on a trailed field sprayer. The voltage supply is taken from the switch box. The distance impulse is taken from the wheel of the sprayer.

2.2.1.

Battery connection cable - computer (17)
The operating voltage is 12 V and must be taken directly off the battery or from the 12-volt starter. Care should be taken when laying the cable (17) and it should be shortened if necessary. The crimpon ring terminal for the ground line (blue) and the end sleeve for strands for the + line (brown) should be fitted with suitable pliers. The end sleeve for strands for the + line is in the connection clamp of the fuse holder. brown blue = + 12 volt = ground
Note! The batterys minus pole must be connected to the chassis of the tractor

2.2.2.

Battery connection cable for the switch box or machine adapter
The socket is mounted to the computer console with the screws supplied. The power is connected as described in 2.2.1.

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2.2.3.
Sensor X (Determination of the distance) (20)
Installation on a Unimog (Unimog without a signal socket) A tacho adapter is supplied with the Unimog. Dismantle the tachometer shaft from the gearbox and screw the adapter supplied in its place. Apply multi-purpose grease to the shaft with the magnets and insert it with the yoke pointing downwards. Screw the tachometer shaft on to the free end of the adapter. Installation on a 4-wheel drive tractor and on a MB-Trac: Mount the hose clamp with the magnet to the cardan shaft. The sensor should point towards the magnets from a distance of 5 - 10 mm. It should be fitted so that no oscillation occurs.
Installation on tractors without a 4-wheel drive: Fit the magnets to the shell of the wheel at an equal distance apart round the circumference with the V4A screws supplied The number of magnets is determined by the size of the wheel. The distance travelled between two impulses should not exceed 60 cm. Calculation: Circumference of wheel 60 cm = number of magnets e.g. 256 cm 60 cm = 4,27 = at least 5 magnets Fit the sensor to the axle steering bearing with the brackets provided in such a way, that the end of the sensor points towards the magnets. The distance should be 5 - 10 mm.

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2.2.4.
Sensor Y (Working position)
The sensor Y (18) is connected to the tractor signal distributor (16) via the 3-pin socket. From this sensor the working position of e.g. the three-point hydraulics on soil-tilling work or the lifter on beetharvesters is recorded. If there is a switch box, the computer receives its information about the working position via the machine plug (4); the sensor in this case has no function. The magnet is mounted with the V5A bolt supplied to a part of the machine, which changes its position from transport to working position. The sensor is then fixed to a static part of the tractor opposite to the magnet. When in operation, the magnet must be exactly in front of the sensor. The light diode "ACTION" lights up on the computer.
Whenever the part of the machine which is being monitored moves more than 4 cm in front of the magnet switch in working position, a second magnet is fitted in the direction of the movement of the magnet. When the implement is brought into transport position, the magnet should move at least 40 mm away from the magnet switch. Example: Tractor - three-point hydraulics

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Tractor signal distributor SPRAY-Control S for tractors with a signal socket
The installation of the sensor X is in this case not necessary. The SPRAY-Control S is connected to the tractor signal socket via the adapter cable (22). The cabinet is fitted to the computer console as described in paragraph 2.2. The battery connecting cables are connected as described in the paragraphs 2.2.1. and 2.2.2. The signal "working position from the tractor signal socket is only evaluated by the computer when there is no switch box.
Connecting the field sprayer
Field sprayers trailed or mounted to the tractor are connected via the 48-pin machine plug (3 + 4). The computer receives information from the sensors, boom section switches and from the main switch via this plug. The monitoring of the machine is also carried out via this plug.

2.4.1.

Connecting the switch box
The switch box (5) is pushed on to the profile slide, connected to the computer and secured with the wing nut (12).
Note! The machine plug (3) must be securely plugged in to the socket (4).

2.5. 2.5.1.

Safety Specified implementation
The SPRAY-Control S is specified only for agricultural use. Use outwith this area is regarded as unspecified. The manufacturer does not accept liability for damages to persons or property resulting from unspecified use. In such cases all risks are the responsibility of the user. Specified implementation also includes adhering to the operating and maintenance conditions stipulated by the manufacturer. The relevant accident prevention regulations as well as other generally recognized safety, industrial medical and road traffic rules must be adhered to. The manufacturer also accepts no liability in cases where changes have been made to the SPRAY-Control S independently.

2.5.2.

Safety instructions
Before working with electrical equipment or carrying out any welding operations on the tractor or the trailed machines, the battery connection must be interrupted.

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3. 3.1.

Operating instructions Description of the functions
Display The SPRAY-Control S has an 8-digit numerical display. During operation the current speed (km/h) and the spray rate (l/ha) can be read at a glance. The display shows the machine data and the operating data selected The "on" and "off" keys are on the left beside the display. The control lamps "distance impulse" (wheel / cardan shaft / radar), "boom section" and "working position" are on the right. The "boom section" lamp lights up when one or more boom sections are switched off. The "working position" lamp must light up when spraying is in progress. Decimal keyboard The decimal keyboard can be used to carry out the four basic arithmetical functions and to enter machine data. Operating data This keypad can be used to retrieve data required. By pressing the "Enter" and "C" keys simultaneously, the order is started. All numbers except ha and l are set to 0. The operating time entry is started. Machine data This keypad is used to communicate the machine data to the computer. With the "+/-10% keys it is possible to vary the spray rate in degrees of 10% in relation to the preset rate

Description of the machine data
Before the device is ready for operation, the machine data must be entered.

3.2.1.

"Working width" key
This key is used to enter the working width > Press the "working width" key > The value is entered via the decimal keyboard > Press the "enter" key (=)

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3.2.2.
"Km/h sensor" key
The SPRAY-Control S has 3 inputs to record the distance travelled. The sensors X - wheel / cardan shaft and radar - can be connected to the tractor signal distributor and the sensor X (field sprayer wheel) can be connected to the machine signal distributor. The SPRAY-Control S can only evaluate one sensor during an operation process. The "km/h" key is used for the selection. Enter 1 = wheel / cardan shaft sensor 2 = radar 3 = wheel - attached sprayer
For all three inputs the calibration rate "impulses/100 m" can be stored. The sensor selection can be changed during operation. Selecting the sensor (e.g. wheel / cardan shaft) > Press the "km/h - sensor" key > Press "1" > Press the "enter" key (=)

3.2.3.

"Impulses / 100 m" key
This key is used to enter the number of impulses which the installed sensor (see 3.2.2.) communicates to the computer. The entry can be made in two ways: 1. The rate impulses / 100 m is known > Press "impulses / 100 m" key > Enter the rate via the decimal keyboard > Press the "enter" key (=)
Note! Before entering the impulses/100 m, select the sensor required (see 3.2.2.)!
2. The rate impulses / 100 m is not known > Measure and mark out a distance of 100 m on the field > Set the vehicle in start position > Press the " impulses / 100 m" key and the "C" key simultaneously > Drive the 100 m, the computer now counts the impulses > Press the "enter" key (=)
The SPRAY-Control S automatically selects the input, to which the sensor is connected. If more than one sensor is installed (e.g. cardan shaft and wheel - sprayer) the impulses / 100 m from both sensors are registered. The sensor with the highest priority is automatically selected. The "wheel sprayer" sensor has the highest priority, then radar and wheel / cardan shaft.

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3.2.4.
"Number of boom sections" key
This key is used to enter the number of boom sections (max. 12) and the number of nozzles for each boom section. The boom sections are numbered from left to right, as seen from the direction of operation When the entry is being made, the boom section is shown on the left-hand side of the display and the number of nozzles on the right. Procedure: > Press the "number of boom sections" key On the left a 1 (boom section 1) is displayed and on the right the number of nozzles entered If the value is to be changed, enter the new figure via the decimal keyboard Press the "enter" key The value is now stored. On the left a 2 (boom section 2) is displayed. If the figure displayed on the right - number of nozzles - is correct, the boom section 3 can be selected by pressing the "enter" key. This process can be repeated for up to 12 boom sections. After that the total number of nozzles is displayed. If e.g. the field sprayer has 5 boom sections, a 0 is entered when the 6th boom section is displayed. The computer sets the 7th to 12th boom sections automatically to 0. In this case the computer assumes 5 boom sections.

> >

3.2.5.
"Pre-set rate l/ha" key
Here the required spray rate can be communicated to the computer. If the switch is in the automatic position, the electronics monitor the pressure and subsequently the spray rate automatically. The monitoring procedure can be observed via the "+" and "-" displays. If, due to a fault, the pre-set rate is not reached (e.g. empty bin), the horn sounds and the "+" and "" lamps in the 10% keys both light up. Enter the rate "l/ha" > Press the "pre-set rate l/ha" key > Enter the rate (e.g. 260) via the decimal keyboard > Press the "enter" key By pressing the "pre-set rate l/ha" key a second time, the rate entered can be checked.

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3.2.6.
"Impulses / litre" key
The number of impulses, which the liquid flow meter per litre communcates to the computer, can be entered here. The entry can be made in two ways: 1. The rate "impulses / litre is known > Press the "impulses / litre" key > Enter the rate via the decimal keyboard > Press the "enter" key (=) The rate impulses / litre is not known or is to be checked > Fill the tank with water and establish the amount (weigh) > Press the "impulses / litre" and the "C" keys simultaneously > In standing position, switch on the field sprayer and spray a few hundred litres (the computer calculates the impulses from the liquid flow meter) > Establish the amount sprayed (weigh back) > Enter this value via the decimal keyboard > Press the "enter" key (=) The computer has now calculated the " impulses / litre" rate

The impulse count of the liquid flow meter should be checked several times a year, especially before each season.

3.2.7.

"Constant / type" key
This key is used to enter 2 functions. The number before the comma and the 1st position after the comma determine the control constant. The 2nd position after the comma determines the type of control unit.
3.2.7.1. Control constant
A certain deviation from the pre-set rate can occur, depending on the construction and size of the sprayer, so that different control times are required. The computer calculates this control time, with which the control ball valve is regulated. The control time is affected via the control constants. - Control too slow -> enter higher rate - Over-control -> enter lower rate The contol constant is ideally selected, when, in the case of deviation from the pre-set rate, the computer requires one control step to get close to the pre-set rate and a few small control steps for the fine adjustment. The control status can be followed on the one hand by means of the l/ha display and on the other hand from the switching noise of the relay board in the switch box. Control constants from 0.5 to 10 are feasible. See also 3.2.7.2. "Control unit type"

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3.2.7.2. Contol unit type
The 2nd position after the comma communicates the type of control unit to the computer. Example: Control constant 2.5 and control unit type 1 (electrovalve control unit without equal pressure function) > Press "Const./Type" key > Enter value via the decimal keyboard (2.51) > Press the "enter" key (=) The following control unit types are provided for (in the example the control constant 2.5 is assumed) Control constant 2.50 Control unit type Motor valve contol unit or equal pressure control unit without return flow measurement Electrovalve control unit without equal pressure function Equal pressure control unit with return flow measurement High-pressure control unit (fruit-growing) without equal pressure function for Kobold DF24 and Honsberg 1/2" liquid flow meters

2.51 2.52 2.53

Control chest type (last digit)
Motor valve contol unit or equal pressure control unit without return flow measurement The control unit is constructed with motor valves without return flow measurement The liquid flow meter measures only the quantity sprayed above the spray ridge, even when the boom section is switched off. The control unit is constructed with electrovalves and separate equal pressure valves (e.g. Tecnoma-Elektra). The spray liquid, which flows back to the bin via the equal pressure valves when the boom section is switched off, is not recorded by the liquid flow meter.

Electrovalve control unit without equal pressure function The control unit is constructed with electrovalves. The liquid flow meter measures only the quantity sprayed above the spray ridge, even when the boom section is switched off. If one or more boom sections are switched off at the end of the field when the sprayer is switched off, the computer takes a pre-set figure from the control ball valve. The fine adjustment is then carried out after the field sprayer has been switched on.

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Equal pressure control unit with return flow measurement The control unit can be constructed with electrovalves or motor valves. The liquid flow meter also measures the amount which flows back to the bin when a boom section is switched off. The computer takes this into account when calculating the quantity sprayed. Example: Field sprayer with 4 boom sections One boom section is switched off, only of the measured quantity is registered. (1/4 flows back to the bin).
Note! The equal pressure control unit's valves must be set exactly.
High-pressure control unit (fruit-growing) without equal pressure function for Kobold DF24 and Honsberg 1/2" liquid flow meters No correction factor in the lower measuring range of up to 20 l/min. With this setting, the characteristic feature of fan spraying, in fruit-growing is taken into account. When boom sections are switched off, the quantity spread changes and not the the working width.

3.2.8.

"+10%",

"-10%",

"100%" keys
With the "+10% and "-10% keys it is possible during operation to vary the spray rate (e.g. liquid manure) in degrees of 10% in relation to the pre-set rate. The pre-set rate can be set again using the "100%" key. The + 10% and - 10% lamps display the control processes.

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Description of the function keys

3.3.1.

"Start function"
The start function is triggered off by pressing the "=" and the "C" keys simultaneously, i.e the memory for the area, spray liquid, time and distance is set to "0". This action automatically sets the time going. This function has to be carried out before operation begins.

3.3.2.

"Area" key
With this key the area worked after activating the start function (3.3.1.) is displayed. Boom sections, which have been switched off, are automatically taken into account. If the field sprayer is switched off at the main switch (the main switch lamp is out) the area measurement is interrupted.

3.3.3.

"Total area" key
The total area from a season can be determined with this key. Before the season begins, the memory is set to "0" by pressing the "total area" key and the "C" key simultaneously.

3.3.4.

"Time" key
The operation time since activating the start function (3.3.1.) is displayed when this key is pressed. When the computer is switched off, the time recording is stopped. It is restarted automatically as soon as the computer is switched on again. The clock can be stopped during operation. After pressing the "time" key, press it again to stop the clock. It can be restarted by pressing the "time" key yet again.

3.3.5.

"Distance" key
The distance covered since activating the start function (3.3.1.) is displayed with this key.

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3.3.6.
"Spray liquid l/min" key
The spray rate in l/min is displayed when this key is pressed.

3.3.7.

"Spray liquid l/ha" key
This function is displayed during operation. The speed and the current spray rate in l/ha can be read. This allows the operation process to be monitored.

3.3.8.

"Spray liquid l" key
The start function (3.3.1.) sets this counter, as well as the counter for the area, to "0". This means that at the end of the process the area worked and the spray liquid applied on that area can be read.

3.3.9.

"Total l" key
The use of this counter can be allocated freely. If the "C" key is pressed at the same time, the counter is deleted It can be used e.g. to monitor the contents of the tank. After filling the counter is set to "0". The average quantity sprayed can be read during operation.

3.3.10. "Performance - ha/h" key
The average performance per hour is displayed when this key is pressed.

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Operating procedure
After entering the machine data (3.2.1. - 3.2.7.) only the start function (3.3.1.) has to be activated, before work can begin. During operation all values can be retrieved. The 4 basic arithmetical functions can also be carried out during operation. The automatic guarantees exact dosage. Because of the forming of drips, it is important to maintain the pressure for the type of nozzle used. If possible, the same speed should be driven at the time when the field sprayer is switched on and when it is switched off. This is to prevent a short-time underdose or overdose after the field sprayer is switched on. If monitoring is to be carried out manually, the switch "hand/automatic" must be set to "hand" on the switch box. The amount can be regulated with the +/- keys. All values can be retrieved at the end of operation. A new process begins with the "start function" (3.3.1.)
Note! Before putting the field sprayer into operation for the first time, it should be filled with water (not spray liquid). Start operating the field sprayer. Afterwards check the measured and the displayed values.

4. 4.1.

Maintenance Computer
The computer is maintenance-free. It has an internal electrical fuse. During winter it should be stored at room temperature.

Liquid flow meter

The liquid flow meter has to be rinsed with water each time after use. At the end of each season the run of the impeller should be checked, and if necessary replaced. The calibration process should be carried out at the beginning of each season. (see 3.2.6.).

Guarantee

The liquid flow meter is guaranteed for six months. On all other components - computer, speed sensor, ball valve - a guarantee period of 12 months is applicable.

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Error recovery
Error Cause All lamps on the keyboard are lit Voltage supply is too low. up and the horn is sounding continuously. Area is not being measured. "Working width" or "impulses/100 m" have not been entered. No impulses are coming from the distance sensor (the red "drive" lamp is not blinking during the journey. The working position has not been recognized, The "main switch" lamp is not lit. The spray rate l/ha is continually "Impulses/l" have not been displayed at "0". entered. Impulses from the liquid flow meter are not reaching the computer. The spray rate display is not The liquid flow meter is not correct. working properly. The area is not being determine d exactly ( the "spray liquid-l" / "Total-l" key is correct. Remedy Take voltage directly from the battery. Enter value (see 3.2.1. to 3.3.3.). Check sensor X, check the cable to the sensor for damage, if necessary replace the sensor. No contact in the machine plug, check connection (2.5.1.). Main switch - switch box defect, replace. Enter "impulses/l" see 3.2.6. Check wiring! Impeller is stuck in the liquid flow meter (see 4.2.). see 4.2. and 3.2.6.

Check working width and adjust if necessary (see 3.2.1.) Check impulses/100 m and adjust if necessary (s. 3.2.2. and 3.2.3.) The intended spray rate has not The setting motor has been Check the control with the +/been reached. The current wrongly poled. The rate is keys on the switch box. Change quantity is below the pre-set controlled downwards instead of the control motor connections in rate. The horn is sounding (see upwards. the signal distributor machine if also 6.4.). necessary. The pump cannot transport the Increase r.p.m., change to a required amount. lower gear. The filters are blocked. Clean the filter. The spray rate lies above the The control ball valve has been Check the control with the +/pre-set rate. The horn is wrongly poled. The rate is keys on the switch box. Change sounding. controlled upwards instead of the control motor connections downwards. in the signal distributor machine if necessary. The return flow from the control Check the line system. ball valve to the bin cannot take Reduce the pump's power superfluous quantity. (fewer r.p.m, higher gear). The device displays impossible The memory contents have Machine-related values must be data. been falsified, due to a faulty reentered again afterwards. impulse. After switching on HALP 8888 Memory error. Send the device in. or HALP 0000 appears on the display.
No liability is accepted for damages resulting from wrong dosage.

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Maschine data recorded
- Impulses/100 m (soft soil)..____________________ - Impulses/100m (medium soil)..____________________ - Impulses/100 m (firm soil)..____________________ - Working width..____________________ - Factor impulses/litre..____________________ - Control constants...____________________

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Attention! When ordering please pay attention to the note "For single seed planters".

1.3.4 Manure cart

The spray rate from a pump and vacuum tank cart is controlled fully automatically. The current spread rate is measured by a magnetic inductive liquid flow meter. The spread rate from a pump tank cart is controlled automatically by a bypass valve. A cross-section control is carried out with the vacuum tank cart.

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1.3.5 Combine harvester
The area being treated, the working times and the speed are displayed. In addition it is possible to monitor up to 8 shaft speeds from 20 to 10,000 rpm. As soon as the shaft speed drops by more than 10% from the pre-set speed, an alarm signal is set off. For the seives and shaker grain loss can also be monitored. The loss which can be tolerated is programmed. If this value is exceeded an optical and acoustic alarm is released. The equipment with art. no.: is required for the monitoring of the combine harvester.
1.3.6 Self-propelled harvester
The program for the self-propelled harvester corresponds to that of the combine, however, instead of the grain loss display, the rpm of the main shaft is continually displayed.
1.3.7 Universal / Telescope spreader
The UNI-Control S can control the spray rate from sludge spreaders with a hydraulic driven scraper floor fully automatically. The rotation of the hydraulic motor as well as the spread rate can be controlled by a motor-adjustable power control valve. The advantages which apply to the manure cart are also valid here. Sludge can only be classed as environmentally friendly when the permitted quantity is spread evenly on the field intended.

1.3.8 Seed machine

The UNI-Control S can be connected to the ACCORD seed machine monitor ESC by means of a machine adapter. A large choice of rhythms is availble for switching the tram lines. In addition the fan, the seed shaft and the tank contents are monitored. The one-sided switch and the quantity adjustment can be controlled with the UNI-Control S.

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Fitting instructions

Console and computer

The computer console (14) should be mounted on the cabin within view and reach of the driver on the right hand side and in such a way that it conducts electricity. The distance to the transmitter or antenna should be at least 1 m. The bracket (13) is attached to the consoles tube. The profil slide (10) is mounted on to the bracket. The UNI-Control S computer (1) is pushed on to the profile from above and secured with the wing-bolt. The ideal angle for viewing the display from below lies between 45 and 90. It can be adjusted by swiveling the console.

Attention! The computer cabinet must be wired to the tractor chassis via the console. When assembling remove the color from the assembly points.
Tractor distributor for tractors without signal sockets
The battery connection cable - computer (17) and the sensors (18 - 21) are connected to the tractor signal distributor (16). The sensor X (20) (cardan shaft/wheel) is supplied as standard. The sensor Y (18) (working position), the power take-off shaft rotation sensor (19) and the radar device (21) can easily be retro-fitted. The tractor signal distributor (16) is screwed on to the computer console or to another position on the tractor with the mounting plate. The tractor signal distributor is not required when the UNI-Control S is only being operated on an attached field sprayer. The voltage supply is taken from the switch box. The distance impulse is taken from the wheel of the sprayer.
2.2.1 Battery connection cable - computer
The voltage supply must be taken directly from the battery or from the 12-volt starter. Care should be taken when laying the cable (17) and it should be shortened if necessary. The crimpon ring terminal for the ground line and the end sleeve for strands for the + line (brown) should be fitted with suitable pliers. The end sleeve for strands for the + line are in the connection clamp of the fuse holder. The battery connection cable has a 5- ampere fuse. brown = + 12 volts blue = ground
Attention! The batterys minus pole must be connected to the chassis of the tractor

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2.2.2 Battery connection cable for the switch box or machine adapter
The socket is mounted to the computer console with the screws supplied. The power connection is as described in 2.2.1. The battery cable has a 25-ampere fuse.
2.2.3 Sensor X (Establishing the distance) (20)
Fitting to a Unimog (Unimog without a signal socket) A tacho adapter can be supplied with the Unimog. Dismantle the tachometer shaft from the gearbox and screw the adapter supplied in its place. Apply multi-purpose grease to the shaft with the magnets and insert it with the yoke showing downwards. Screw the tachometer shaft on to the free end of the adapter. Fitting to a 4-wheel drive tractor and to a MB-Trac Mount hose clamp with the magnet to the cardan shaft. The sensor should point towards the magnets from a distance of 5 - 10 mm. It should be fitted when no oscillation occurs.

Diagram: 312084.85.1

Fitting to tractors without a 4-wheel drive Fit the magnets to the shell of the wheel at an equal distance apart round the circumference with the V4A screws supplied. The number of magnets is determined by the size of the wheel. The distance travelled between two impulses should not exceed 60 cm. Calculation: Circumference of wheel 60 cm = number of magnets e.g. 256 cm 60 cm = at least 4.27 = magnets Fit the sensor to the axle steering bearing with the brackets provided in such a way, that the end of the sensor points towards the magnets. The distance should be 5 - 10 mm.

Diagram.: 312 084.83.1

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2.2.4 Sensor Y (Working position)
The sensor Y (18) is connected to the tractor signal distributor (16) via the 3-pin socket. From this sensor the working position of e.g. the three-point hydraulics on soil-tilling work or the lifter on beet-harvesters. If there is a switch box or a machine adapter (e.g. field sprayer) the computer receives its information about the working position via the machine plug (4); the sensor is in this case without significance. The magnet is mounted with the V4A bolt supplied to a part of the machine, which changes its position from transport to working position. The sensor is then fixed to a static part of the tractor opposite to the magnet. When in operation, the magnet must be exactly in front of the sensor. The light diode ACTION lights up on the computer.

Diagram 312 090.81.1

Whenever the part of the machine which is being monitored varies in working position by more than 4 cm in front of the magnet sensor, a second is fitted in the direction of the movement of the magnet. When the machine is brought into transport position, the magnet should move at least 40 mm away from the magnet switch. Example: Tractor - three-point hydraulics

Diagram: 312090.82.1

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Tractor signal distributor for tractors with a signal socket
The fitting of the sensors is in this case not necessary. The plug from the tractor signal distributor (16) is plugged into the signal socket (20) on the tractor. The cabinet is fitted to the computer console as described in paragraph 2.2. The battery connecting cables are connected as described in the paragraphs 2.2.1 and 2.2.2. The input Y (working position) is connected by the plug signal socket. An additional sensor (working position) is required when a) the signal "working position" is not provided by the tractor electronics b) the working position is taken from a trailed machine (e.g. beet harvester) With b) make sure that the working position is not switched on via the signal socket. The "working position" line from the plug - "tractor socket" should be interrupted in the tractor distributor. Fitting is carried out as described in paragraph 2.2.2.

Connecting machines

Machines trailed or mounted to the tractor as well as a self-propelled machine (e.g. combine harvester, beet harvester etc.) are connected via the 48-pin machine plug (3,4). The computer receives information from the sensors, boom section switches and from the main switch via this plug. In addition the computer recognizes the type of machine linked up from a machine-specific code. The program allocated to the machine and the machines specific data are called up automatically. The control of the machine is also carried out via the machine plug. Two connection possibilities are provided.
2.4.1 Connecting machines with switch boxes
The switch box is pushed on to the profile slide, connected to the computer and secured with the wing nut (12).
Attention! The machine plug must be securely plugged in to the socket.
2.4.2 Connnecting machines with machine adapters
Securing the machine adapter to the console (10 - 14) is carried out as described in paragraph 2.4.1 (switch box).

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Safety
2.5.1 Specified implementation
The UNI-Control S is specified only for agricultural use. Use outwith this area is regarded as unspecified. The manufacturer does not accept liability for damages to persons or property resulting from unspecified use. In such cases all risks are the responsibility of the user. Specified implementation also includes adhering to the operation and maintenance conditions stipulated by the manufacturer. The relevant accident prevention regulations as well as other recognized safety, industrial medical and road traffic rules must be adhered to. Neither does the manufacturer accept liability in cases where independent modifications have been made to the UNI-Control.
2.5.2 Safety instructions
Before working with electrical equipment or carrying out any welding operations at the tractor or the trailed machines, the battery connection must be interrupted.

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Operating instructions

Description of the functions
Display The UNI-Control has an alphanumerical display of 4 x 20 characters, divided into two areas. The lefthand side with 4 x 12 characters is for operator guidance and the display of information. The right-hand side with 4 x 8 characters describes the softkeys. The function of the 4 softkey can be set via the display for various applications, resulting in a large number of possible functions. Contrast control - Display * Set contrast darker Press "C" key and +10% simultaneously * Set contrast brighter Press "C" key and -10% simultaneously Decimal keyboard The decimal keyboard is used to carry out the four basic calculating methods, to enter machine data and for text (e.g. customers name or plot ) When entering text, the first time a key is pressed the first letter on the key is displayed, the second time the key is pressed the second letter on the key is displayed and the third time the key is pressed the number is displayed. Wait two seconds before the next input to allow the cursor (C) to jump ahead. The cursor can be moved in all directions using the arrow keys. The input is concluded when the enter key (=) is pressed. Function keys As well as the decimal keyboard there are also function keys. During operation other data required can be displayed by pressing a key. After approx. 10 seconds the display switches back automatically to the actual "operation display". Entered data can be deleted by pressing the "C" key. With the "+/-10%" keys it is possible to vary application rates in degrees of 10% in relation to the calibrated rate. The lamp beside the cutting tool symbol shows the working position, while the lamp above it flashes during operation (function display: DRIVE) (A) alphanumerical display = a display showing letters and numbers (B) Softkeys = keys with various functions controlled by the software (program) (C) Cursor = writing mark

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Operating scheme

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The operating scheme is organized like a book. Operating scheme Book UNI-Control _____________________________________________ Contents Menu selection Chapter Data block Pages Display

3.2.1 Menu selection

From each of the 4 data blocks the T1 key is used to go to the menu selection. From there the keys T1 to T4 are used to move directly to a the specific block.

3.2.2 Data blocks

The input and display are divided into 4 blocks. After switching on the computer automatically displays the data block ORDER. If the machine is in working position, the data block OPERATION is displayed. Within a data block it is possible to go on to the next display by pressing the T4 (next) key. Data block ORDER Here the order data is stored, e.g. name of customer, plot, pre-set rate, comments and the number of the machine. With the exception of the pre-set rate, this data together with the data recorded, such as worked area, working time etc is stored when the ordering process is finished. The T2 key is pressed to start the order. The working time is calculated from this time on. At the end of the data block the menu selection is reached automatically by pressing the T4 key. Data block MACHINE Here the machine-specific data is stored, such as working width, impulses/100 m etc. Once all data is entered, the menu selection is automatically displayed. Data block OPERATION Here the data, which is of interest during the operation process, is displayed. If the machine is in working position, the UNI-Control jumps to the data block OPERATION automatically after about 10 seconds. When implementing e.g. the field sprayer, the speed (km/h) and the current application rate (l/ha) are displayed. By pressing the T4 key (next) additional information is displayed, e.g. spray pressure. The order is concluded with the T2 key.

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Data block MACHINE (Ma)
+----------------------------------------(Ma) | | Left: | Displays the impulses/100 m taken from | v /-----------------/-----+ +-------------------------/-----------------/ | | I m p u l s e / 0 m | M e n u | T1 |---> Ms |-------------------------|-----------------|------| | 0 I m p l. | C a l i b r a t | T2 |---------+ m" |-------------------------|-----------------|------| | | 0 G e a r b | | T3 | | |-------------------------|-----------------|------| | | 5 R a d a r | N e x t | T4 |---------------+ +-------------------------\-----------------\ | | | \-----------------\-----+ | | no | | in | | input | | | | | | | | | | | | next | | | | a trailed machine, from the gearbox (cardan-shaft/wheel) or, if fitted , from the radar sensor If one of the sensors is not fitted, the corresponding rate "Impulses/100 must be set to 0. The sensors have varying priorities The input "machine" has the highest priority (e.g. Impulse taken from the wheel of the field sprayer). In that case the input gearbox and radar have significance for the computer. Next priority is the input "Radar".The gearbox has the lowest priority. Right: Press the T1 key for menu selection. Press the T3 key for the calibration Press the T4 key to proceed to the display
Description of the calibration process for Impulses/100m
| | v | +-------------------------------------+ | | | v /-----------------/-----+ | | +-------------------------/-----------------/ | | | | C a l i b r a t i o n | B a c k | T1 |---+ | | |-------------------------|-----------------|------| | | | | D r i v e e x a c t l | y 0 m | T2 | | | | | | | |-------------------------|-----------------|------| | t h e n s t o p a n |d p r e s s | T3 | | | | |-------------------------|-----------------|------| | | | | " i n p u t " | | T4 | | | | +-------------------------\-----------------\ | | | | | \-----------------\-----+ | | | | | | | After 1st impulse | | | | | | | v /-----------------/-----+ | | | the +-------------------------/-----------------/ | | | | | C a l i b r a t i o n | | T1 | | | | |-------------------------|-----------------|------| | | | | I m p l. | | T2 | | | | |-------------------------|-----------------|------| | | | | G e a r b | | T3 | | | | out |-------------------------|-----------------|------| | | | | 0 R a d a r | | T4 | | | | +-------------------------\-----------------\ | | | | recorded | \-----------------\-----+ | | | required | | | | After pressing the input key | | | | | | | |<------------------------------+ | | | v v /-----------------/-----+ | | +-------------------------/-----------------/ | | | | I m p u l s./ 0 m | M e n u | T1 |---> Ms | | |------------------------|------------------|------| | | | 0 I m p l | C a l i b r a t | T2 |---------+ | |------------------------|------------------|------| | | 0 G e a r b | | T3 | | |------------------------|------------------|------| | | 0 R a d a r | N e x t | T4 |-------------->| +-------------------------\-----------------\ | | next | \-----------------\-----+ v

Right: Press the T1 key to interrupt the calibration process. The calibration test can start.
After the first impulse from one of three possible sensors, the display shown on the left appears. The impulses are counted continually. After 100 m you have to stop and to operate the input key "(=)". The calibration test has to be carried on the field. For varying soil conditions,separate calibration tests should be conducted. The rate should be written down and if altered via the keyboard.
Left: After pressing the input key, the recorded rate is displayed Right: Press the T1 key for menu selection. Press the T3 key to repeat the calibration test. Press the T4 key to proceed to the display

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| v | +------------------------------------------+ | v /-----------------/-----+ +-------------------------/-----------------/ | | M a c h i n e | M e n u | T1 |---> Ms |-------------------------|-----------------|------| | W o r k i n g | | T2 | |-------------------------|-----------------|------| | w i d t h : | | T3 | |-------------------------|-----------------|------| next | 1 6. m | N e x t | T4 |---+ +-------------------------\-----------------\ | | \-----------------\-----+ | | | v +-----------------------------------------+ | | | v /-----------------/-----+ | +-------------------------/-----------------/ | | | M a c h i n e | M e n | T1 |---> Ms | |-------------------------|-----------------|------| | | I m p u l s e s / l l | T2 | | |-------------------------|-----------------|------| | | | C a l i b r a t | T3 |---+ | |-------------------------|-----------------|------| | | of | 3 , | N e x t | T4 |---------+ | +-------------------------\-----------------\ | | | | next \-----------------\-----+ | | | | | | | | | +-------------------------------+ | | | | | v /-----------------/-----+ | | process +-------------------------/-----------------/ | | | | C a l i b r a t io n | B a c k | T1 |---------|-->+ |-------------------------|-----------------|------| | | C a l i b r a t e , d e l t e r m i n e | T2 | | |-------------------------|-----------------|------| | | l i q u i d s i n l ,| e n t e r | T3 | | |-------------------------|-----------------|------| | | l i t r e s, p r e s s "| I n p u t " | T4 | | +-------------------------\-----------------\ | | | \-----------------\-----+ | | | After 1st impulse | | | | | v /-----------------/-----+ | +-------------------------/-----------------/ | | | C a l i b r a t io n | | T1 | | shown |-------------------------|-----------------|------| | | I m p u l s e s / l | | T2 | | |-------------------------|-----------------|------| | | I m p. | | T3 | | |-------------------------|-----------------|------| | | | 0. l | | T4 | | | +-------------------------\-----------------\ | | \-----------------\-----+ | | | | | v /-----------------/-----+ | | +-------------------------/-----------------/ the | | C a l i b r a t io n | | T1 | and | |-------------------------|-----------------|------| | | I m p u l s e s / l | | T2 | | |-------------------------|-----------------|------| | | I m p. | | T3 | | |-------------------------|-----------------|------| | 2. l | | T4 | | +-------------------------\-----------------\ | | | \-----------------\-----+ | | | | | v v

Left: After pressing the input key "(=)", computer calculates the "impulses/l" rate and shows it on the display. Right: Press the T1 key for menu selection. Press the T4 key to proceed to the display. The impulse count of the volume indicator should be checked several times a year,especially before each season. Left: The UNI-Control S takes the tank meter and the TANK-Control into account. Tank meter: The number of impulses/litre taken the liquid flow meter have to be here TANK-Control: If the Tank -Control is installed, a should be entered here. Right: Press the T1 key for menu selection. Press the T4 key to proceed to the display.
Left: To calculate the residue in the bin / tank, enter the content and, if required, the limit for an alarm here. Right: Press the T1 key for menu selection. Press the T4 key to proceed to the display. Left: For the computer to monitor the of the sprayer, enter the valid limit for the nozzles here. Right: Press the T1 key for menu selection. Press the T4 key to proceed to the display.
Left: Enter the number of nozzles per boom section via the decimal Seen from the direction of operation, the boom section 1 is on the outside left. Right:

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| 6 | N e x t | T4 |---+ +-------------------------\-----------------\ | | next \-----------------\-----+ | | v v +-------------------------------+ | v /-----------------/-----+ +-------------------------/-----------------/ | | M a c h i n e | M e n u | T1 |---> Ms |-------------------------|-----------------|------| | N o. o f n o z z l. | | T2 | |-------------------------|-----------------|------| | P a r t w i d t h 5 | | T3 | |-------------------------|-----------------|------| | 0 | N e x t | T4 |---+ +-------------------------\-----------------\ | | \-----------------\-----+ | next | +-------------------------------+ | v /-----------------/-----+ +-------------------------/-----------------/ | | M a c h i n e | M e n u | T1 |---> Ms |-------------------------|-----------------|------| | N o. o f n o z z l. | | T2 | |-------------------------|-----------------|------| | | | T3 | |-------------------------|-----------------|------| | | N e x t | T4 |---+ next +-------------------------\-----------------\ | | \-----------------\-----+ | | +-------------------------------+ | v /-----------------/-----+ +-------------------------/-----------------/ | | M a c h i n e | M e n u | T1 |---> Ms |-------------------------|-----------------|------| too | C o n t r o l | | T2 | |-------------------------|-----------------|------| | c o n s t a n t : | | T3 | |-------------------------|-----------------|------| then | 1 , | N e x t | T4 |---+ +-------------------------\-----------------\ | | entered \-----------------\-----+ | field | are | | | | | next v +-------------------------------+ | v /-----------------/-----+ +-------------------------/-----------------/ | | M a c h i n e | M e n u | T1 |---> Ms |-------------------------|-----------------|------| |C o n t r. c h e s t | - > Y e s | T2 |---------+ |-------------------------|-----------------|------| | | w i t h c o n s t. | N o | T3 |---> Ms | |-------------------------|-----------------|------| | connected | p r e s s u r e ? | N e x t | T4 |---> Ms | control +-------------------------\-----------------\ | | \-----------------\-----+ | The | | | | next | | | | +-------------------------------------+ |

Press the T1 key for menu selection. Press the T4 key to proceed to the display
Left: A maximum of 12 boom sections are allowed for. If e.g. 4 boom sections exist, the 5th boom section is set to 0 via the decimal keyboard. Right: Press the T1 key for menu selection. Press the T4 key to proceed to the display.
Left: To confirm the entered values the whole no of nozzles is shown here. Right: Press the T1 key for menu selection. Press the T4 key to proceed to the display.
Left: Enter the control constant via the decimal keyboard. If the control is slow the figure must be increased. In the case of over-control, i.e. with a pre-set rate of 200 l/ha the control goes from 160 l/ha to 230 l/ha and to 180 l/ha etc.then the control constant is too high.The value must be reduced Depending on the sprayer used, figures of 0.5 to 10 feasible. Right: Press the T1 key for menu selection. Press the T4 key to proceed to the display.
Left: Description of the control chest Right: Select the control chest The T2 key confirms that a control chest with equal pressure is The T3 key confirms that it is a chest without equal pressure control (Mller-Elektronik control chest). arrow shows the type of control chest selected Press the T1 key for menu selection. Press the T4 key to proceed to the display

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v /-----------------/-----+ +-------------------------/-----------------/ | | M a c h i n e | M e n u | T1 |---+ shutting |-------------------------|-----------------|------| | | C o n t r. c h e s t | Y e s | T2 |---+ |-------------------------|-----------------|------| | | w. b a c k f l o w | - > N o | T3 |---+ |-------------------------|-----------------|------| | flow | m e a s u r e m e n t ? | N e x t | T4 |---+ +-------------------------\-----------------\ | | chest) \-----------------\-----+ | | v
Right: The T2 key confirms that, after off one or more boom sections, the return flow is being measured via the liquid flow meter (e.g. Holder, Rau control chest) The T3 key confirms that the return is not being measured via the liquid flow meter (e.g. Tecnoma control Press the T2 key with a connection to the ball valve control chest from the firm Jacoby.

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Datablock OPERATION (Op)
+----------------------------------------(Op) | v /-----------------/-----+ Left: +-------------------------/-----------------/ | The current order number is | O r d e r | M e n u | T1 |---> Ms displayed. |-------------------------|-----------------|------| | No : 5 | Y e s | T2 |---+ |-------------------------|-----------------|------| | Right: | t o s t a r t? | N o | T3 |-->| Press the T1 key for menu selection. |-------------------------|-----------------|------| | Press the T2 key to start the order | | | T4 | | together with the working times. | | Press the T3 key if the order is not +-------------------------\-----------------\ be \-----------------\-----+ | started yet. It is possible to continue | driving without the working position. | | | v +-------------------------------+<--- (Op) When the order is started. | | v /-----------------/-----_ +-------------------------/-----------------/ | Left: | 6. 8 k m / h | M e n u | T1 |---> Ms Here interesting data concerning the |-------------------------|-----------------|------| operating process are displayed: | | T e r m i n a t | T2 |---------+ speed, current application rate, |-------------------------|-----------------|------| | adjusted deviation, from the pre-set | 0 l / h a | B i n | T3 |------+ | rate and, with boom/section control, the |-------------------------|-----------------|------| | | remaining boom width. | + % 1 2.0 m | N e x t | T4 |---+ | | +-------------------------\-----------------\ | | | | Right: \-----------------\-----+ | | | Press the T1 key for menu selection. | | | Press the T2 key to confirm the end of | | | the order. | | | Press the T3 key for bin/tank capacity. | | | Press the T4 key for further operation | | | data. | | | +-------------------------------+ | | | | | v /-----------------/-----+ | | +-------------------------/-----------------/ | | | Left: | 5 4. 3 l / m i n | M e n u | T1 |--->Ms| | Displays the current flow in litres |-------------------------|-----------------|------| | | per minute and the pressure. | | | T2 | | | |-------------------------|-----------------|------| | | | 2. 6 b a r | | T3 | | | Right: |-------------------------|-----------------|------| | | Press the T1 key for menu selection. | | N e x t | T4 |--->Op| | Press the T4 key for operation data +-------------------------\-----------------\ | | | \-----------------\-----+ | | | | | | | | | | +----------------------------------+ | | | | | | | Left v /-----------------/-----+ | Displays the current application rate, +-------------------------/-----------------/ | | the rest capacity in the bin/tank and | 0 l / h a | M e n u| T1 |--->Ms | the calculated distance which can still |-------------------------|-----------------|------| | be worked with the rest capacity. | 0 m | | T2 | | The set rate can be adjusted using the |-------------------------|-----------------|------| | +/- 10% keys so that the calculated | 0.h a | B i n | T3 |------+ | amount corresponds with the actual |-------------------------|-----------------|------| | | figures,leaving no residue in the | R e s t l | N e x t | T4 |--->Op| | bin / tank! +-------------------------\-----------------\ | | | \-----------------\-----+ | | | | Right | | Press the T1 key for menu selection. | | Press the T3 key for the filling of the | | bin / tank. v v Press the T4 key for operation data.

+----------------------------------------(Me) | v /-----------------/-----+ +-------------------------/-----------------/ | automatically | M e m o r y : 5 | M e n u | T1 |--->Ms |-------------------------|-----------------|------| | M E Y E R A. B E R G | D e l e t e | T2 |---------+ |-------------------------|-----------------|------| | | M a s c h. N o 1 | N e x t M e m | T3 |---> Me | |-------------------------|-----------------|------| | | | S p r a y e r | N e x t | T4 |---+ +-------------------------\-----------------\ | | | \-----------------\-----+ | | | | | | +-------------------------------+ | | | v /-----------------/-----+ | +-------------------------/-----------------/ | | | M e m o r y : 5 | M e n u | T1 |--->Ms | |-------------------------|-----------------|------| | | 7 , 2 k m | | T2 | | |-------------------------|-----------------|------| | | , h a | | T3 | | |-------------------------|-----------------|------| | | 2 , 0 l | N e x t | T4 |---+ | +-------------------------\-----------------\ | | | \-----------------\-----+ | | | | | | +-------------------------------+ | | | v /-----------------/-----+ | +-------------------------/-----------------/ | | | M e m o r y : 5 | M e n u | T1 |--->Ms | |-------------------------|-----------------|------| | | 6 , h M a c h | | T2 | | |-------------------------|-----------------|------| | | 7 , h T r a c | | T3 | | |-------------------------|-----------------|------| | from | 9 , h O p e r | N e x t | T4 |---+ | started. +-------------------------\-----------------\ | | | \-----------------\-----+ | | | | | | | | | | +-------------------------------+ | | | v /-----------------/-----+ | +-------------------------/-----------------/ | | | M e m o r y : 5 | M e n u | T1 |--->Ms | |-------------------------|-----------------|------| | | C o m m e n t | | T2 | | |-------------------------|-----------------|------| | | L I G H T R A I N | | T3 | | |-------------------------|-----------------|------| | | | N e x t | T4 |--->Me | +-------------------------\-----------------\ | | | \-----------------\-----+ | +-------------------------------------+ | v /-----------------/-----+ | +-------------------------/-----------------/ | M e m o r y : | N e. b l o c k | T1 |---> Or |-------------------------|-----------------|------| | | Y e s | T2 |---> Ms |-------------------------|-----------------|------| | d e l e t e ? | N o | T3 |---> Or |-------------------------|-----------------|------| | | N e x t | T4 |---> Ms key. +-------------------------\-----------------\ | \-----------------\-----+ Left: The last order stored is displayed. Right: Press the T1 key for menu selection. Press the T2 key to delete all orders in the memory. Press the T3 key to display the last order. Press the T4 key to recall the machine and operation data of any individual order.

Right: Press the T1 key for menu selection. Press the T2 key to determine the working position via the tractor Press the T3 key to determine the working position via the tractor

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+-------------------------------------(Op) | | v /-----------------/-----+ +-------------------------/-----------------/ | | 6 , 8 k m / h | M e n u | T1 |---> Ms |-------------------------|-----------------|------| is | | T e r m i n a t | T2 |---> for |-------------------------|-----------------|------| | + % S l i p | 1 / 1 w i d t h | T3 | |-------------------------|-----------------|------| | 3 p i | N e x t | T4 |---+ +-------------------------\-----------------\ | | \-----------------\-----+ | | | | | the | | | | | | | +-------------------------------+ | | | v /-----------------/-----+ +-------------------------/-----------------/ | | C H O P P E R | M e n u | T1 |---> Ms displayed. |-------------------------|-----------------|------| be | / m i n | P r o g r a m m | T2 | |-------------------------|-----------------|------| | E L E V A T O R | P r o g r a m m | T3 | |-------------------------|-----------------|------| | / m i n | N e x t | T4 |---> +-------------------------\-----------------\ | \-----------------\-----+ comparative
Left: The current forward speed and the wheel slip are displayed. A counter provided via the machine plug e.g. bales. Right: T1, T2 and T4 as in field sprayer program Press the T3 key to call up , or depending on the working width. If for example a long wedge is to be worked the width 1/2 can be selected by pressing the key twice, because middle width is equivalent to 1/2 the working width. To reset press the T3 key or exit the working position.
Left: With the T4 key the curent rpm of the monitored shafts are The third and fourth shaft speed can called up by pressing the T4 key repeatedly. Right: Press the T1 key for menu selection. With the T2 and T3 keys the current shaft speed is stored as a speed.
+----------------------------------------(Alarm) | v /-----------------/-----+ +-------------------------/-----------------/ | If the speed drops by more than 10% | A L A R M ! | | T1 |. an alarm signal is set off. |-------------------------|-----------------|------| | S h a f t s l o w d | o w n! | T2 | |-------------------------|-----------------|------| | C H O P P E R | | T3 | |-------------------------|-----------------|------| | / m i n | | T4 | +-------------------------\-----------------\ | \-----------------\-----+