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Summary of Contents for APV ISOBUS M2
- Page 1 ISOBUS M2 OPERATING MANUAL PLEASE READ CAREFULLY BEFORE START-UP! Translation of the original operating manual Version: 1.0 EN; item number: 00602-3-531...
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Page 2: Table Of Contents
TABLE OF CONTENTS IDENTIFICATION OF THE DEVICE ....................4 SERVICE ............................4 WARRANTY ........................... 4 SCOPE OF DELIVERY ........................5 Controller ECU ........................5 Wiring harness ........................5 ISOBUS connection cable ....................6 Installation material and other accessories ................6 COMMISSIONING .......................... - Page 3 PROBLEM SOLVING ........................43 SOFTWARE UPDATE ........................44 ACCESSORIES ..........................45 12.1 Extension cable........................45 12.2 Splitter cable APV external ....................45 12.3 Splitter cable APV-APV ...................... 45 12.4 Calibration button ....................... 46 12.5 Sensorfor the linkage chassis .................... 46 12.6...
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Page 4: Identification Of The Device
If, despite of the information in this operating manual, you have questions concerning the handling of this device For questions regarding spare parts To commission service and maintenance tasks Service address: APV - Technische Produkte GmbH Telephone: +43 2913 8001-5500 HEADQUARTERS Fax: +43 2913 8002 Dallein 15 Email: service@apv.at 3753 Hötzelsdorf... -
Page 5: Scope Of Delivery
SCOPE OF DELIVERY NOTE! The items included may vary depending on the implement and its configuration! CONTROLLER ECU Type plate (see point 1) 24-pin plug connector, connection for wiring harness Figure 2 WIRING HARNESS The wiring harness is installed directly on the device and connects the ECU to all of the actuators, sensors, and the connection cable to the ISOBUS socket on the tractor. -
Page 6: Isobus Connection Cable
ISOBUS CONNECTION CABLE The connection cable connects the implement wiring harness to the ISOBUS socket of the tractor. Connection with 16-pin plug connector (number 5 in Figure 3) Connection to the ISOBUS socket of the tractor Figure 4 CAUTION! The ignition must always be switched off before the ISO bus connection cable can be disconnected from the tractor. -
Page 7: Stop Button
In the middle of the status bar, there is the APV logo. If errors occur, the logo will be replaced by the appropriate error message or warning. On the right side of the status bar, there is the symbol for the current working position or the current position of the mounted implement. - Page 8 Figure 7 Description of button functions The Basic settings menu will be exited without saving the changed settings. The Basic settings menu will be exited and the changed settings will be saved. When the settings are changed, the controller restarts. Press and hold this button for 5 seconds to perform a factory reset, i.e.
- Page 9 Selection of the seeding shaft motor or pump (installed in LF600) and its number of pulses per revolution. For the PS TWIN implement type, a second motor can be selected. Note: When selecting the implement type and the seeding shaft motor, the default values are automatically displayed.
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Page 10: Menu Structure
MENU STRUCTURE START MENU This screen appears after the controller has started up. The different menus can be called up from this screen. Figure 8 Description of button functions: In the Work menu, all of the important information for field operation is displayed. Here, the motors can be switched on or off and information such as forward speed, working position and seeding shaft speed is displayed. -
Page 11: Work Menu
In the Diagnostic menu, switching states of the sensors, supply voltage and power consumption of the motors are shown. The Diagnostic menu is described in more detail in point 6.5. WORK MENU Figure 9 Description of button functions Use the +% button to increase the spread rate in 5% increments, up to max. 95%, in operation. - Page 12 Use this button to switch the seeding shaft on or off. If an electric fan is installed it will start running automatically. The seeding shaft will not start turning until after the electric fan is running. If the seeding shaft is activated, the triangle top left on the button lights up green – at deactivation it is grayed-out.
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Page 13: Set Menu
Display of current seeding shaft speed in %. If the seeding shaft is switched off, STOP is displayed and the frame turns red. If the required seeding shaft speed cannot be reached, the bar turns yellow and an alarm is sounded (see point 7 for error messages). -
Page 14: Seed Library
Description of button functions Pre-metering menu: Here, in addition to setting the pre-metering speed, you can also specify whether and for how long automatic pre-metering should be performed. The Pre- metering menu is described in more detail in point 6.3.5. Task Controller menu: Here, all settings for the Task Controller such as mounting the implement, axle, and seeding rail distances as well as switch-on / switch-off times can be entered. - Page 15 Figure 11 Description of button functions Use the ESC button to go back one menu level; in this case, to the Start menu. Description of display elements Memory location Seed type name Spread rate Unit (kg/ha, seeds/m , l/ha)
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Page 16: Seed Menu
6.3.1.1 SEED MENU In this menu, all set parameters that were saved at last use of the seed type are displayed. Figure 12 Description of button functions Use this button to go to the Seed info menu. This is where the sown area, hours, spread quantity and area output are displayed. -
Page 17: Seed Info Menu
Description of display elements Display of the number and the seed type name. Display of the spread rate in kg/ha or seeds/m². Display of the working width of the implement. Display of the working speed. Display of the seeding shaft that is used. Display of the calculated seeding shaft speed in %. -
Page 18: Fill Menu
Use the Delete button to reset the trip counter to 0. Description of display elements Display of the trip counter. The trip counter can be reset by pressing and holding the Delete button (for 2 seconds). Display of the total counter. The total counter can only be set to 0 by deleting the seed type. -
Page 19: Calibration Menu
Description of display elements This is where calculation of the remaining area/distance can be switched on and off. Here, the current fill quantity of the hopper can be entered or displayed. Here, you can set the calculated still possible remaining area/distance at which the fill level message should appear. - Page 20 Description of button functions Use this button to go back one menu level. Either to the Set menu, the seed library or the Seed menu, depending on the point from which you entered the Calibration menu. Here, you can select whether the calibration test will be performed in kg/ha or seeds/m². Press and hold the Start button (for 2 seconds), to start the calibration test.
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Page 21: Calibration Test Results Page
CAUTION! If values are changed in the Calibration menu, a new calibration test must be performed. TIP! For small seed types (e.g. canola, phacelia, poppy, etc.), a calibration time of 2 minutes is recommended. For larger seed types (e.g. wheat, barley, peas etc.), a calibration time of 0.5 minutes is sufficient. -
Page 22: Performing A Calibration Test
This is where the calculated minimum and maximum working speed are shown. 6.3.3.2 PERFORMING A CALIBRATION TEST With the calibration test, the suitable seeding shaft speed is determined for the selected settings (see point 6.3.3). NOTE! A proper calibration test is important, as it is the only way to ensure that your desired spread rate is achieved. - Page 23 If the calculated seeding shaft speed is within the possible motor speeds, the calibration test was successful. If the message "Repeat calibration test" is output this means that the deviation between the calculated spread rate and the weight of the calibrated seed is greater than 20%. If this is the case, the calibration test must always be repeated to ensure a correct spread rate.
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Page 24: Tractor Settings Menu
6.3.4 TRACTOR SETTINGS MENU Figure 19 Use this menu to set the source of the forward speed and of the working position signal. External speed sensors (wheel sensor, radar sensor, GPS sensor) can also be calibrated. When using a speed sensor, it is necessary to calibrate the forward speed (except with the GPS sensor), since the seeding shaft speed is regulated based on the forward speed. -
Page 25: Performing Calibration
Description of display elements Displays the currently measured forward speed. If "N/A" is displayed, the selected speed source is not available. Displays the currently set speed source. The following parameters can be set: ISOBUS Machine Selected: The speed is adopted from the tractor. With this function, signals will be scanned in the following sequence and the most accurate available signal will be selected automatically (the sequence corresponds to signal accuracy): ISOBUS Ground Based, ISOBUS Wheel... -
Page 26: Pre-Metering Menu
Manual calibration If the pulses per 100 meters are known for the respective sensor, this value can be directly entered under the calibration value symbol. Figure 20: calibration value Automatic calibration With automatic calibration, the calibration value is determined automatically while driving a distance of 100 meters. -
Page 27: Task Controller Menu
Description of button functions Use the ESC button to confirm entries and go back one menu level; in this case, to the Set menu. Description of display elements This is where automatic pre-metering can be activated. When it is activated, every time the implement is lowered at the beginning of the field (at transition of the implement into working position), pre-metering will be started with the set speed for the set duration. -
Page 28: Task Controller Menu For Mounted Implements
6.3.6.1 TASK CONTROLLER MENU FOR MOUNTED IMPLEMENTS Figure 25 Description of button functions Use the CANCEL button to discard the values and go back one menu level; in this case, to the Set menu. Use the OK button to apply the set value. Description of display elements This is where the desired mode can be set. -
Page 29: Task Controller Menu For Towed Implements
This is where the time is entered that the seed requires to reach the soil after the seeding shaft is switched on. As a result, the implement can be switched on precisely at the field boundaries. This is where the time is entered that the remaining seed requires to reach the soil after the seeding shaft is switched off. -
Page 30: Empty Hopper
If implement type PS TWIN is selected in the basic settings (see point 5.2), an extended Task Controller menu is available. This is described in point 7.1.2. 6.3.7 EMPTY HOPPER Use this menu to empty the residual seed out of the hopper. CAUTION! CAUTION: Before emptying, the calibration lid must be removed and the calibration bag must be attached (see operating manual for the seeder). -
Page 31: Fan Menu
6.3.8 FAN MENU 6.3.8.1 ELECTRIC FAN / ELECTRIC FAN PLUS Use this menu to set the rotational speed of the electric fan. Figure 28 Description of button functions Use the ESC button to go back one menu level; in this case, to the Start menu. Description of display elements This is where the desired speed for the electric fan can be set. - Page 32 Description of button functions Use the ESC button to go back one menu level; in this case, to the Start menu. Description of display elements This is where the number of pulses sent by the fan speed sensor per revolution can be set. The number of pulses must be selected as specified in the conversion instructions for the sensor.
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Page 33: Info Menu
INFO MENU Use this menu to display 3 different trip counters and a total counter. The trip counters can be reset individually. Figure 30 Description of button functions Use the ESC button to go back one menu level; in this case, to the Start menu. Press and hold the Delete button for 2 seconds to reset the respective day counter to 0. -
Page 34: Diagnostic Menu
DIAGNOSTIC MENU Use this menu to display all of the important information for customer service. This includes the switching states of the sensors, the supply voltage and the current draw of the motors. Figure 31 Description of button functions Use the ESC button to go back one menu level; in this case, to the Start menu. Description of display elements Switching states of the individual sensors: Linkage sensor input... -
Page 35: Special Features Ps Twin
Calibration button input Information concerning the speed sensors: Current forward speed. If "N/A" is displayed the selected speed source is not available. If a wheel sensor, radar sensor or GPS sensor input is used to determine the forward speed, this menu item will be shown in green. Measured voltage and the currents: This is where the supply voltage measured on the control box and the minimum supply voltage since start are displayed. - Page 36 Figure 32 Description of button functions Use the +% button to increase the spread rate of the respective seeding shaft in 5% increments to max. 95%, in operation. Use the % button to reduce the spread rate of the respective seeding shaft in 5% increments, to minimum 85%, in operation.
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Page 37: Task Controller Menu
Use this button to display the Info button, Fan button, and 100% button. Press the button again to return to the view shown in Figure 32. Use the 100% button to reset the spread rates of both seeding shafts to the value determined in the calibration test. -
Page 38: Task Controller Menu For Towed Implements
7.1.2.2 TASK CONTROLLER MENU FOR TOWED IMPLEMENTS Figure 34 Description of display elements This is where the horizontal distances (AI and AII) from the tractor reference point to the trailer axle and the horizontal distance (B) from the tractor reference point to the seed rail are entered. For a towing coupling attachment, the reference point for a towed implement is the center point of the towing coupling pin, for a ball-head attachment,... -
Page 39: Empty Hopper
EMPTY HOPPER The Empty hopper menu is described in point 6.3.7. This menu has been extended for the PS TWIN implement type. This point only provides descriptions of all changed buttons and their functions. CAUTION! Before emptying, the calibration lid must be removed and the calibration bag must be attached (see the PS TWIN operating manual). -
Page 40: Special Features Of The Lf600
Description of button functions If one of these buttons is pressed and held for 2 seconds, the emptying procedure is started for the respective seeding shaft and it rotates at 100%. SPECIAL FEATURES OF THE LF600 The LF600 has a flow sensor, consequently calibration by means of a calibration test is not necessary. In the Seed detail page, the pump capacity utilization is displayed next to the set spread rate. -
Page 41: Warnings
WARNINGS Display Cause Solution Battery voltage too low! The supply voltage is below Minimize consumers (e.g. 10 V. work floodlights). Check battery. Check cabling. Check plug connectors. Check alternator. Battery voltage too high! The supply voltage is too high. Check alternator. -
Page 42: Warnings - Tc "Auto" Mode
WARNINGS ― TC "AUTO" MODE Warnings when the implement is in Task Controller AUTO mode: Display Cause Solution TC units inconsistent! The units for the default values TC units must be checked. from the Task Controller do not match the expected units. ... -
Page 43: Error - Tc Mode "On
Display Cause Solution Only for hydraulic fan / external Fan speed too low! Switch on the hydraulic fan. fan: Increase the fan speed. Seeding shaft I AND/OR II Pulses per revolution active. parameter is set incorrectly, ... -
Page 44: Software Update
(not required for GPS sensor). Check linkage sensor. Perform calibration test. Reduce the fan speed for the hydraulic fan. SOFTWARE UPDATE For a software update, contact Service at APV; contact data is provided in point 2. -
Page 45: Accessories
Use this cable to operate an APV implement and an external implement via the ISOBUS. To do this, the ISOBUS socket is mounted on the APV implement. The two AMP plug connectors are connected between the APV implement and the "ISOBUS connection cable"... -
Page 46: Calibration Button
12.4 CALIBRATION BUTTON The Calibration button is integrated directly in the wiring harness of the pneumatic seeder and is installed on the implement with the integrated magnets. As a result, the calibration test and emptying of the hopper can be performed directly on the implement. Order number: 00410-2-185 Figure 40 12.5 SENSORFOR THE LINKAGE CHASSIS... -
Page 47: Fill Level Sensor For Ps
12.9 FILL LEVEL SENSOR FOR PS The fill level sensor triggers an alarm on the ISOBUS terminal if there is not enough seed in the hopper. Order number: 04000-2-269 Figure 45 CONNECTION DIAGRAMS 13.1 PS 120 TO PS 500 Electric fan: Figure 46... - Page 48 Hydraulic fan: Figure 47 Cross- Number Description Color Function section Implement cable Red-yellow Seeding shaft motor Black PWM seeding shaft Implement cable Red-green Implement cable Black Seeding shaft motor Ground Calibration button Black 0.75 Implement cable 0.75 4.2.1 Motor module Blue 4.2.2 Fan speed sensor...
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Page 49: Ps 300 Twin
Cross- Number Description Color section Function 7.2.1 Motor module Black 7.2.2 Fan speed sensor Black 0.34 Implement cable Blue-yellow 0.75 Calibration button input Calibration button Brown 0.75 Implement cable White-yellow 0.75 Fill level sensor input Fill level sensor I White 0.34 10.1 Implement cable... - Page 50 Hydraulic fan: Figure 49 Cross- Number Description Color section Function Implement cable Red-yellow PWM seeding shaft I Seeding shaft motor I Black Implement cable Red-green PWM seeding shaft II Seeding shaft motor II Implement cable Black Seeding shaft motor I Ground Calibration button Black...
- Page 51 Cross- Number Description Color section Function Fill level sensor I & fill Blue 0.34 level sensor II Encoder I & encoder II Black 0.34 Implement cable Brown 0.75 PWM electric fan Motor module Brown Implement cable Gray-yellow 0.75 7.2.1 Motor module Black Fan status input 7.2.2...
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Page 52: Ps 800 To Ps 1600
13.3 PS 800 TO PS 1600 Figure 50 Cross- Number Description Color section Function Implement cable Red-yellow PWM seeding shaft Seeding shaft motor Black Implement cable Black Seeding shaft motor Ground Calibration button Black 0.75 Implement cable 0.75 Fan speed sensor Brown 0.34 +12 V sensor supply... - Page 53 Cross- Number Description Color section Function Fill level sensor White 0.34 Implement cable White-green 0.75 Spare Implement cable Brown-yellow 0.75 Seeding shaft speed input Encoder Brown 0.34 10.1 Implement cable Brown-green 0.75 Spare Stripping length: 10 mm...
- Page 54 NOTES...
- Page 55 NOTES...
- Page 56 APV – Technische Produkte GmbH Zentrale:: Dallein 15 3753 Hötzelsdorf, Austria Tel.: +43 2913 8001 office@apv.at www.apv.at...
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