*OMPFP12264* OPERATOR'S MANUAL OMPFP12264 ISSUE F2 (ENGLISH) CALIFORNIA Proposition 65 Warning

Transcription

1 John Deere Implement Detection *DCY* *OMPFP12264* OPERATOR'S MANUAL John Deere Implement Detection OMPFP12264 ISSUE F2 (ENGLISH) CALIFORNIA Proposition 65 Warning Diesel engine exhaust and some of its constituents are known to the State of California to cause cancer, birth defects, and other reproductive harm. If this product contains a gasoline engine: WARNING The engine exhaust from this product contains chemicals known to the State of California to cause cancer, birth defects or other reproductive harm. The State of California requires the above two warnings. Additional Proposition 65 Warnings can be found in this manual. John Deere Ag Management Solutions European Edition PRINTED IN U.S.A. *OMPFP12264*

2 Introduction Foreword This Operator's Manual contains information specific to the operation of the John Deere Implement Detection system. Machines equipped with the John Deere Implement Detection system (Controller) are accompanied by a manual containing standard machine operations. READ THIS MANUAL carefully to understand how to operate the John Deere Implement Detection system and the machine properly. Pay special attention to the safety information. This is important for the safe operation of the vehicle. NOTE: For further information, contact your approved John Deere Dealer. OUCC002,00037AE NOV11-1/1 Trademarks List of trademarks used through out this Operator s Manual. GreenStar GreenStar Display StarFire AutoTrac Parallel Tracking itec Pro Trademarks Trademark of Deere and Company Trademark of Deere and Company Trademark of Deere and Company Trademark of Deere and Company Trademark of Deere and Company Trademark of Deere and Company OUCC002,00037AF DEC11-1/1 PN=2

3 Contents Page Safety Recognize Safety Information Understand Signal Words Follow Safety Instructions Practice Safe Maintenance Handle Electronic Components and Brackets Safely Read the Operator's Manual Introduction Controller Software Version Theory of Operation Implement Detection System Functional Requirements Connect the John Deere Implement Detection System Operation John Deere Implement Detection General John Deere Implement Detection Setup John Deere Implement Detection Run John Deere Implement Detection Summary John Deere Implement Detection Access Manager Specifications EC Declaration of Conformity Original Instructions. All information, illustrations and specifications in this manual are based on the latest information available at the time of publication. The right is reserved to make changes at any time without notice. COPYRIGHT 2012 DEERE & COMPANY Moline, Illinois All rights reserved. A John Deere ILLUSTRUCTION Manual i PN=1

4 Contents ii PN=2

5 Safety Recognize Safety Information This is a safety-alert symbol. When you see this symbol on your machine or in this manual, be alert to the potential for personal injury. Follow recommended precautions and safe operating practices. T81389 UN 07DEC88 DX,ALERT SEP98-1/1 Understand Signal Words A signal word DANGER, WARNING, or CAUTION is used with the safety-alert symbol. DANGER identifies the most serious hazards. DANGER or WARNING safety signs are located near specific hazards. General precautions are listed on CAUTION safety signs. CAUTION also calls attention to safety messages in this manual. TS SEP88 DX,SIGNAL MAR93-1/1 Follow Safety Instructions Carefully read all safety messages in this manual and on your machine safety signs. Keep safety signs in good condition. Replace missing or damaged safety signs. Be sure new equipment components and repair parts include the current safety signs. Replacement safety signs are available from your John Deere dealer. There can be additional safety information contained on parts and components sourced from suppliers that is not reproduced in this operator's manual. Learn how to operate the machine and how to use controls properly. Do not let anyone operate without instruction. Keep your machine in proper working condition. Unauthorized modifications to the machine may impair the function and/or safety and affect machine life. If you do not understand any part of this manual and need assistance, contact your John Deere dealer. TS201 UN 23AUG88 DX,READ JUN09-1/ PN=5

6 Safety Practice Safe Maintenance Understand service procedure before doing work. Keep area clean and dry. Never lubricate, service, or adjust machine while it is moving. Keep hands, feet, and clothing from power-driven parts. Disengage all power and operate controls to relieve pressure. Lower equipment to the ground. Stop the engine. Remove the key. Allow machine to cool. Securely support any machine elements that must be raised for service work. Keep all parts in good condition and properly installed. Fix damage immediately. Replace worn or broken parts. Remove any buildup of grease, oil, or debris. On self-propelled equipment, disconnect battery ground cable (-) before making adjustments on electrical systems or welding on machine. On towed implements, disconnect wiring harnesses from tractor before servicing electrical system components or welding on machine. TS218 UN 23AUG88 DX,SERV FEB99-1/1 Handle Electronic Components and Brackets Safely Falling while installing or removing electronic components mounted on equipment can cause serious injury. Use a ladder or platform to easily reach each mounting location. Use sturdy and secure footholds and handholds. Do not install or remove components in wet or icy conditions. If installing or servicing a RTK base station on a tower or other tall structure, use a certified climber. If installing or servicing a global positioning receiver mast used on an implement, use proper lifting techniques and wear proper protective equipment. The mast is heavy and can be awkward to handle. Two people are required when mounting locations are not accessible from the ground or from a service platform. TS249 UN 23AUG88 DX,WW,RECEIVER AUG10-1/1 Read the Operator's Manual Before attempting to operate the John Deere Implement Detection System, fully read the Operator's Manual to understand components and procedures required for safe and proper operation. OUCC002,00037C NOV11-1/ PN=6

7 Introduction Controller Software Version ZX UN 07DEC11 IMPORTANT: Before you can start working with John Deere Implement Detection, make sure your John Deere Dealer has updated the Controller with the appropriate Software. If this screen appears, contact your John Deere Dealer. John Deere Implement Detection controller is not compatible with any other ISO or John Deere Controller. Therefore it is not recommended to mount the Controller on a NH3 digger equipped with Rate Controller, a GreenStar Sprayer, SeedStar Seeder John Deere Air Cart or any other ISO implement. OUCC002, DEC11-1/1 Theory of Operation The Implement Detection system automatically detects and loads the relevant implement data once connected to a display. The display is then able to pre-populate the machine data and make them available for the GreenStar documentation and guidance purposes. Theory of Operation: 1. Implement gets connected to a display. 2. Data out of implement controller are read out and stored on the display. 3. The user changes any of the implement settings using a John Deere GreenStar Display. 4. No matter which GS2630 display the implement is connected to, it will always auto-populate the implement settings with the correct values. OUCC002, DEC11-1/ PN=7

8 Introduction Implement Detection System Functional Requirements GreenStar display or any ISO compliant display mounted in tractor. Special Implement Detection kit made of one controller (A) and one wiring harness (B) installed on implement. If applicable, an implement mounted height switch (C). If applicable, a John Deere GPS receiver mounted on the implement. NOTE: Special kit and height switch are available through regular parts channel. Contact your John Deere Dealer. A Controller B Wiring Harness C Switch ZX UN 01DEC11 ZX UN 01DEC11 OUCC002, DEC11-1/1 Connect the John Deere Implement Detection System Connect implement controller wiring harness to the ISOBUS connector (A). A ISOBUS Connector ZX UN 30SEP09 OUCC002, DEC11-1/ PN=8

9 John Deere Implement Detection General Once connected to the ISOBUS, after a short time for uploading the graphic files, the implement detection button (A) is displayed. Press Implement Detection button (A) to: Access the Implement Detection Run page in case the detected implement is the same as the last one connected to the system (see John Deere Implement Detection Run section). Automatically start the Implement Detection setup wizard in case the detected implement is a first connection to the system (see John Deere Implement Detection Setup section). A Implement Detection button Operation ZX UN 01DEC11 OUCC002, DEC11-1/ PN=9

10 John Deere Implement Detection Setup ZX UN 01DEC11 A Next Page At first connection, the Implement Detection Setup page appears: Follow the instructions then press Next Page button (A) to start Implement setup process. Continued on next page OUCC020, MAR12-1/ PN=10

11 ZX UN 01DEC11 A Implement Type B Connection Type C Implement Silhouette D Implement Model E Implement Name F Next Page G Help H Cancel Step 1/10 - Setup: Input the required fields to define the implement. Use drop-down menu (A) to select the appropriate implement type. - Tillage - Planter/Seeder - Fertilizer - Sprayer IMPORTANT: If the setup process is carried out to define a new implement type, the following warning message appears Implement Type Changed - Changing the implement type will clear the configuration. Press Accept button to continue the setup process. Use drop-down menu (B) to select the appropriate connection type to the tractor. - Rear Pivot Drawbar - Rear Rigid 3-pt - Rear Pivot 2-pt NOTE: Depending on the implement type and the connection selected, the relevant implement silhouette (C) is displayed. If necessary, use field (D) to input the implement model. If necessary, use field (E) to input the implement name. Press Next Page button (F) to go to setup next step. If necessary, press Help button (G) to get information about the relevant step field input (see table hereafter). If necessary, press Cancel button (H) to abort setup process. Continued on next page OUCC020, MAR12-2/ PN=11

12 The following warning message then appears: Setup Canceled The configuration will be reset to the previous settings. Press accept to return to the RUN page. If Accept button (A) is pressed, as no complete setup was previously carried out, then all data input at this stage are lost. ZX UN 05DEC11 A Accept Implement Type Connection Type Implement Model Implement Name Implement Setup Step 1/10 Input Field Help Description The type specifies the main class your implement belongs to. Based on this setting implement specific functionality will be enabled. Currently the supported implements are Tillage, Planter-Seeder, Sprayer and Spreader. Describes how the implement connects mechanically to the tractor. Currently supported connection types are: Rear Pivot Drawbar, Rear Pivot 2-pt and Rear Rigid 3-pt. Helps to distinguish between several implements in case of having a fleet of different implement models. The specific name of the implement as it is referred to on the farm. Continued on next page OUCC020, MAR12-3/ PN=12

13 ZX UN 01DEC11 A Implement B Toggle Button C Required Fields D Next Page E Previous Page F Cancel G Help Step 2/10 - Offsets: Input the required dimensions to define the offsets (if applicable). NOTE: Depending on the implement type and the connection selected, the relevant implement silhouette (A) for offset input is displayed. Press Toggle button (B) to select the correct position of the implement relative to the tractor center-line. Input the required dimensions in fields (C). Press Next Page button (D) to go to setup next step. Dimension A Dimension B Tillage Press Previous Page button (E) to go back to previous step. If necessary, press Cancel button (F) to abort setup process (see Step 1/10). If necessary, press Help button (G) to get information about the relevant step field input (see tables hereafter). Step 2/10 Input Field Help Drawbar, 2pt Pivot, Wagon Hitch In-line distance from the connection point or pivot point to the implement's first working point (e.g. first line of tines). In-line distance from the first working point to the last working point (e.g. last line of tines). Basically the implement's working length. Continued on next page OUCC020, MAR12-4/ PN=13

14 Dimension C Dimension D Dimension A Dimension B Dimension C Dimension D Dimension A Dimension B Dimension C Dimension D Dimension A Dimension B Dimension C Dimension D Dimension A Dimension B Dimension C Dimension D Dimension A Dimension B Tillage Tillage Planter/Seeder Planter/Seeder Spreader Spreader Step 2/10 Input Field Help Continued on next page Drawbar, 2pt Pivot, Wagon Hitch Lateral distance from the center point of the tractor to the center point of the implement's working width. In-line distance from the connection point or pivot point to control point of the implement. Control point is the point the implement rotates around - usually the center of all transport wheels or the axle when implement is raised; when in ground control point is usually the middle of the implement. Step 2/10 Input Field Help 3pt Hitch In-line distance from the connection point or pivot point to the implement's first working point (e.g. first line of tines). In-line distance from the first working point to the last working point (e.g. last line of tines). Basically the implement's working length. Lateral distance from the center point of the tractor to the center point of the implement's working width. In this configuration this measurement is always zero. Step 2/10 Input Field Help Drawbar, 2pt Pivot, Wagon Hitch In-line distance from the connection point or pivot point to the implement's first working point (e.g. first line of drop point of seed). In-line distance from the first working point to the last working point (e.g. last drop point of seed). Basically the implement's working length. Lateral distance from the center point of the tractor to the center point of the implement's working width. In-line distance from the connection point or pivot point to control point of the implement. Control point is the point the implement rotates around - usually the center of all transport wheels or the axle when implement is raised; when in ground control point is usually the middle of the implement. Step 2/10 Input Field Help 3pt Hitch In-line distance from the connection point or pivot point to the implement's first working point (e.g. first line of drop point of seed). In-line distance from the first working point to the last working point (e.g. last drop point of seed). Basically the implement's working length. Lateral distance from the center point of the tractor to the center point of the implement's working width. In this configuration this measurement is always zero. Step 2/10 Input Field Help Drawbar, 2pt Pivot, Wagon Hitch In-line distance from the connection point or pivot point to the implement's first working point. Point where spreaded material (e.g. fertilizer) first hits the ground. In-line distance from the first working point to the center of the spreaded area. In this configuration this measurement is always zero. In-line distance from the connection point or pivot point to control point of the implement. Control point is the point the implement rotates around - usually the center of all axles. Step 2/10 Input Field Help 3pt Hitch In-line distance from the connection point or pivot point to the implement's first working point. Point where spreaded material (e.g. fertilizer) first hits the ground. In-line distance from the first working point to the center of the spreaded area. OUCC020, MAR12-5/ PN=14

15 Dimension C Dimension D Dimension A Dimension B Dimension C Dimension D Dimension A Dimension B Dimension C Dimension D Spreader Sprayer Sprayer Step 2/10 Input Field Help Step 2/10 Input Field Help 3pt Hitch In this configuration this measurement is always zero. In this configuration this measurement is always zero. Drawbar, 2pt Pivot, Wagon Hitch In-line distance from the connection point or pivot point to the implement's first working point. The point where sprayer nozzles are mounted. In this configuration this measurement is always zero. In this configuration this measurement is always zero. In-line distance from the connection point or pivot point to control point of the implement. Control point is the point the implement rotates around - usually the center of all axles. Step 2/10 Input Field Help 3pt Hitch In-line distance from the connection point or pivot point to the implement's first working point. The point where sprayer nozzles are mounted. In this configuration this measurement is always zero. In this configuration this measurement is always zero. In this configuration this measurement is always zero. Continued on next page OUCC020, MAR12-6/ PN=15

16 ZX UN 01DEC11 A Required Fields B Implement C Next Page D Previous Page E Cancel F Help Step 3/10 - Widths: Input the required dimensions to define the implement widths. Input the required width dimensions in fields (A). NOTE: Depending on the implement type and the connection selected, the relevant implement silhouette (B) for offset input is displayed. Press Next Page button (C) to go to setup next step. Press Previous Page button (D) to go back to previous step. If necessary, press Cancel button (E) to abort setup process (see Step 1/10). If necessary, press Help button (F) to get information about the relevant step field input (see tables hereafter). Dimension A Dimension B Dimension A Dimension B Tillage Planter/Seeder Step 3/10 Input Field Help Description Working width: The actual width of the soil tilled by the implement. Physical width: This offset is measured from the leftmost to the rightmost point of the implement. Basically the actual physical width of the implement when in operating position. Step 3/10 Input Field Help Description Working width: The actual width of the soil planted by the implement. Physical width: This offset is measured from the left most to the right most point of the implement. Basically the actual physical width of the implement when in operating position. Continued on next page OUCC020, MAR12-7/ PN=16

17 Dimension A Dimension B Dimension A Dimension B Spreader Sprayer Step 3/10 Input Field Help Description Working width: The actual width of the soil being treated by the implement. Physical width: This offset is measured from the left most to the right most point of the implement. Basically the actual physical width of the implement when in operating position. Step 3/10 Input Field Help Description Working width: The actual width of the soil being treated by the implement. Physical width: This offset is measured from the left most to the right most point of the implement. Basically the actual physical width of the implement when in operating position. Continued on next page OUCC020, MAR12-8/ PN=17

18 ZX UN 01DEC11 A GPS YES/NO B Toggle button C Required Fields D Implement E Next Page F Previous Page G Cancel H Help Step 4/10 - GPS Offsets: Input the required dimensions to define the GPS offsets (if applicable). Use drop-down menu (A) to indicate if the implement is equipped with a GPS (YES or NO). If GPS is installed, press Toggle button (B) to select the correct position of the GPS relative to the tractor center-line. Input the required GPS offsets in fields (C). IMPORTANT: Make sure implement is in working position before measuring the offsets. E.g. seeder / planter / tillage tools need to be unfolded and in the ground before measuring the offsets. NOTE: Depending on the implement type and the connection selected, the relevant implement silhouette (D) for offset input is displayed. Press Next Page button (E) to go to setup next step. Press Previous Page button (F) to go back to previous step. If necessary, press Cancel button (G) to abort setup process (see Step 1/10). If necessary, press Help button (H) to get information about the relevant step field input (see table hereafter). Dimension A Dimension B GPS Offsets Step 4/10 Input Field Help Description In line distance from connection point or pivot point to GPS Receiver. Lateral distance from the center point of the tractor to the center point of the GPS Receiver. Continued on next page OUCC020, MAR12-9/ PN=18

19 Dimension C Dimension D GPS Offsets Step 4/10 Input Field Help Description Height of the GPS Receiver: This value is measured from the ground to the bottom of the yellow dome of the StarFire Receiver. Height of the connection point, e.g. drawbar, measured from the ground. Continued on next page OUCC020, MAR12-10/ PN=19

20 ZX UN 14MAR12 A Track Spacing B Turn Radius C In Ground Turn Radius D Maximum Operation Speed E Next Page F Previous Page G Cancel H Help Step 5/10 - Guidance Data: Out of the following data, enter the onces wished to be used for operation Track Spacing (A). Used for AutoTrac and Parallel Tracking. Turn Radius (B). Used for itec Pro In Ground Turn Radius (C). Used for AutoTrac. Maximum Operation Speed (D). If a value is entered here, a warning will appear if tractor is running to fast. Press Next Page button (E) to go to setup next step. Track Spacing Turn Radius Tillage Press Previous Page button (F) to go back to previous step. If necessary, press Cancel button (G) to abort setup process (see Step 1/10). If necessary, press Help button (H) to get information about the relevant step field input (see tables hereafter). Step 5/10 Input Field Help Drawbar, 2pt Pivot, Wagon Hitch The desired track spacing this implement should work with. For Tillage this is usually a little less than the working width of the implement to produce overlap on purpose. This assures that no land is left untilled. This measurement is used for itec Pro. Caution: It might depend on the tractor as well as on the implement! Measure the tightest turn, that can be performed without any damage to either tractor or implement. Continued on next page OUCC020, MAR12-11/ PN=20

21 In Ground Turn Radius Maximum Operation Speed Track Spacing Turn Radius In Ground Turn Radius Maximum Operation Speed Tillage Tillage Step 5/10 Input Field Help Drawbar, 2pt Pivot, Wagon Hitch This measurement is used for AutoTrac. Measure the tightest turn that can performed, without any damage to the implement, when implement is in the ground. A warning message on the display will appear, if: 1. the operator exceeds the speed entered and 2. recording is active. Step 5/10 Input Field Help 3pt Hitch The desired track spacing this implement should work with. For Tillage this is usually a little less than the working width of the implement to produce overlap on purpose. This assures that no land is left untilled. This measurement is used for itec Pro. In this configuration this measurement is the turn radius of the tractor, when implement is raised. This measurement is used for AutoTrac. Measure the tightest turn that can performed, without any damage to the implement, when implement is in the ground. A warning message on the display will appear, if: 1. the operator exceeds the speed entered and 2. recording is active Planter/Seeder Track Spacing Turn Radius In Ground Turn Radius Maximum Operation Speed Planter/Seeder Track Spacing Turn Radius In Ground Turn Radius Maximum Operation Speed Spreader, Sprayer Track Spacing Turn Radius In Ground Turn Radius Maximum Operation Speed Step 5/10 Input Field Help Drawbar, 2pt Pivot, Wagon Hitch The desired track spacing this implement should work with. For planting/seeding this is usually the working width of the implement. This measurement is used for itec Pro. Caution: It might depend on the tractor as well as on the implement! Measure the tightest turn, that can be performed without any damage to either tractor or implement. This measurement is used for AutoTrac. Measure the tightest turn that can performed, without any damage to the implement, when implement is in the ground. A warning message on the display will appear, if: 1. the operator exceeds the speed entered and 2. recording is active Step 5/10 Input Field Help 3pt hitch The desired track spacing this implement should work with. For planting/seeding this is usually the working width of the implement. This measurement is used for itec Pro. In this configuration this measurement is the turn radius of the tractor, when implement is raised. This measurement is used for AutoTrac. Measure the tightest turn that can performed, without any damage to the implement, when implement is in the ground. A warning message on the display will appear, if: 1. the operator exceeds the speed entered and 2. recording is active Step 5/10 Input Field Help Drawbar, 2pt Pivot, Wagon Hitch The desired track spacing this implement should work with. For spraying/spreading this is usually the working width of the implement. This measurement is used for itec Pro. Caution: It might depend on the tractor as well as on the implement! Measure the tightest turn, that can be performed without any damage to either tractor or implement. In this configuration this measurement is always zero. A warning message on the display will appear, if: 1. the operator exceeds the speed entered and 2. recording is active Continued on next page OUCC020, MAR12-12/ PN=21

22 Spreader, Sprayer Track Spacing Turn Radius In Ground Turn Radius Maximum Operation Speed Step 5/10 Input Field Help 3pt hitch The desired track spacing this implement should work with. For spraying/spreading this is usually the working width of the implement. This measurement is used for itec Pro. In this configuration this measurement is the turn radius of the tractor. In this configuration this measurement is always zero. A warning message on the display will appear, if: 1. the operator exceeds the speed entered and 2. recording is active Continued on next page OUCC020, MAR12-13/ PN=22

23 ZX UN 14MAR12 A Recording Source B Manual C Implement Switch D Implement Switch inverted E Current Recording State F Next Page G Previous Page H Cancel I Help Step 6/10 - Recording Source: Input the required Recording Source. Use Recording Source drop-down menu (A) to indicate which recording source must be used: - Manual recording source (B). - Implement Switch (C). - Implement Switch inverted (D). NOTE: If a compatible John Deere Tractor is connected, these sources are supported in addition: PTO, 3pt Hitch and SCV. Press Next Page button (F) to go to setup next step. Press Previous Page button (G) to go back to previous step. If necessary, press Cancel button (H) to abort setup process (see Step 1/10). If necessary, press Help button (I) to get information about the relevant step field input (see table hereafter). Current Recording State (E) : On or Off. This shows wether the machine is recording or not (for example, could be the current position of the implement switch). Continued on next page OUCC020, MAR12-14/ PN=23

24 Recording Source Current Recording State Recording Source Step 6/10 Input Field Help Description The currently supported recording sources for all tractors are: Manual, Implement Switch or Implement Switch Inverted. If a compatible John Deere Tractor is connected, these sources are supported in addition: PTO, 3pt Hitch and SCV. Shows the if the recording would be on or off to help determine, which switch state needs to be selected for recording on. Continued on next page OUCC020, MAR12-15/ PN=24

25 ZX UN 05DEC11 A Spraying Rate B Next Page C Previous Page D Cancel E Help Step 7/10 - Application Data: Depending on the implement type, input the required data (if applicable). Spraying Rate (A), Tillage Depth, Planting / Seeding Rate, or Fertilizing Rate. Press Next Page button (B) to go to setup next step. Press Previous Page button (C) to go back to previous step. Spraying Rate Tillage Depth Application Data If necessary, press Cancel button (D) to abort setup process (see Step 1/10). If necessary, press Help button (E) to get information about the relevant step field input (see table hereafter). Step 7/10 Input Field Help Description Enter the desired spraying rate. This value is used for Documentation only and will not affect the actual spraying rate of the implement. Enter the desired working depth of the implement. This value is used for Documentation only and will not affect the actual tillage depth of the implement. Continued on next page OUCC020, MAR12-16/ PN=25

26 Planting / Seeding Rate Fertilizing Rate Application Data Step 7/10 Input Field Help Description Enter the desired seeding/planting rate. Select the desired unit "count per area" or "mass per area" depending if you are documenting the amount of seeds placed per area or the weight of seeds placed per area. These values are used for documentation only and will not affect the actual rate seeded/planted by the implement. Enter the desired fertilizing rate. Select the desired rate unit "mass per area" or "volume per area" depending if you are documenting in volume or weight. These values are used for Documentation only and will not affect the actual fertilizing rate of the implement. Continued on next page OUCC020, MAR12-17/ PN=26

27 ZX UN 14MAR12 A Service Interval Unit B Service Intervals C Total Implement Hours D Total Implement Area Step 8/10 - Hour Meter: Input the required times to define the hour meter. Select the desired Service Interval unit (A) between Area or Hours. Input the desired Service Interval (B). That is, if you want to change tines or rinse the tank every 100 hours set it to 100 hours. Input the Total Implement Hours (C). Input the Total Implement Area (D). Press Next Page button (E) to go to setup next step. E Next Page F Previous Page G Cancel H Help Press Previous Page button (F) to go back to previous step. If necessary, press Cancel button (G) to abort setup process (see Step 1/10). If necessary, press Help button (H) to get information about the relevant step field input (see table hereafter). Continued on next page OUCC020, MAR12-18/ PN=27

28 Service Interval Total Implement Hours Total Implement Area Hour/Area Meter Step 8/10 Input Field Help Description Setup the service interval (area or hours) for this implement. E.g. if you want to change tines or rinse the tank every 100 hours set it to 100 hours. Enter the total operating hours the implement has worked before John Deere implement detection was mounted on the implement. This value is zero, in case this is a new implement. Enter the total operating area the implement has worked before John Deere implement detection was mounted on the implement. This value is zero, in case this is a new implement. Continued on next page OUCC020, MAR12-19/ PN=28

29 ZX UN 01DEC11 A Next Page B Previous Page C Cancel Step 9/10 - Summary: For verification purposes, the summary displays the list of all values for the actual implement. General - Implement Type - Implement Model - Implement Name - Connection Type Offsets - Offset Front - Offset Back - Offset Lateral (left/right) - Offset Rotation Point Widths - Working Width - Physical Width GPS Offsets - GPS Receiver Back - GPS Receiver Lateral (left/right) - GPS Receiver Height - Connector Height Press Next Page button (A) to go to setup next step. Press Previous Page button (B) to go back to previous step. If necessary, press Cancel button (C) to abort setup process (see Step 1/10). Continued on next page OUCC020, MAR12-20/ PN=29

30 ZX UN 01DEC11 Step 10/10 - Summary: End of setup process. Guidance - Track Spacing - Turn Radius - In Ground Turn Radius - Maximum Operation Speed Hour Meter - Service Timer Interval - Total implement Hours Recording - Recording Source (Manual, Implement Switch Closed, Implement Switch Open) - Current Recording Source (On/Off) Press Accept button (A) if no further setup input is required. The following warning message then appears: Settings will be saved and the controller will restart. Press Previous Page button (B) to go back to previous step. If necessary, press Cancel button (C) to abort setup process (see Step 1/10). After restart, the Implement Detection Run page is displayed (see Implement Detection Run section). A Accept B Previous Page Continued on next page C Cancel ZX UN 05DEC11 OUCC020, MAR12-21/ PN=30

31 OUCC020, MAR12-22/ PN=31

32 John Deere Implement Detection Run ZX UN 14MAR12 A Implement Detection B Working Width C Service D Service Interval E Due in F Reset Service Interval G Implement Totals H Implement Hours I Implement Area The Implement Detection application supports the split screen and Multiple Run Pages functionalities. To setup Implement Detection Run page layout, refer to Layout Manager section of 2630 GreenStar Display Operator s Manual. NOTE: Depending on the selected layout type, some information may or may not be displayed. Standard RUN Page display: The Implement Detection Run page provides an overview of the following implement information entered in the setup process (see John Deere Implement Detection Setup section): Implement Detection (A). Implement type and name are displayed here. Implement working width (B). Service (C) provides Service Interval (D) and Due in service (E) display. Implement Detection Standard Run Page J Application Data K Recording Source L Current Recording State M Manual Recording Continued on next page N Run O Summary P Setup Q Access Implement Totals (G) provides Implement Hours (H) and Implement Area (I) display. Press Reset Service Interval button (F) to reset all service intervals. Depending on implement type, Application Data (J) displays either Tillage Depth, Fertilizing Rate, Seeding / Planting Rate or Spraying Rate values. Recording Source can be selected thanks to tear-down menu (K). Current Recording State (L) shows the current recording source state in addition to the red recording button. This is also helpful to determine to which position the implement switch needs to be set for recording on. Manual Recording button (M) appears if Manual Recording Source (K) is selected. Press Manual Recording button (M) to start and stop recording. NOTE: Run button (N) takes the operator to this very page. OUCC020, MAR12-1/ PN=32

33 Press Summary button (O) to display a list of all values for the actual implement (see John Deere Implement Detection Summary section). Press Setup button (P) to start a new setup process (see John Deere Implement Detection Setup section). Press Access button (Q) to go to the Access Manager page (see John Deere Implement Detection Access Manager section). Continued on next page OUCC020, MAR12-2/ PN=33

34 Available Split Screens ZX UN 14MAR12 A Implement Detection B Application Data Implement Detection Split Run Page C Manual Recording E Current Recording State D Recording Source Using Layout manager on John Deere GreenStar 2630 Display, home pages can be customized. Refer to the 2630 GreenStar Display Operator s Manual for further instructions. Depending on the customization of home page, the Implement Detection Run page may provide some implement information entered in the setup process (see John Deere Implement Detection Setup section): Implement Detection (A). Implement type and name are displayed here. Depending on implement type, Application Data (B) displays either Tillage Depth, Fertilizing Rate, Seeding / Planting Rate or Spraying Rate values. Manual Recording button (C) appears if Manual Recording Source (D) is selected. Press Manual Recording button (C) to start and stop recording. Recording Source can be selected thanks to tear-down menu (D). Current Recording State (E) shows the current recording source state in addition to the red recording button. This is also helpful to determine to which position the implement switch needs to be set for recording on. OUCC020, MAR12-3/ PN=34

35 John Deere Implement Detection Summary ZX UN 01DEC11 A Run B Next Page When Summary button (A) is pressed from the Implement Detection - Run page (see John Deere Implement Detection Run section), two Implement Detection - Summary pages display: On Page 1/2: General - Implement Type - Implement Model - Implement Name - Connection Type Offsets - Offset Front - Offset Back - Offset Lateral (left/right) - Offset Rotation Point Widths - Working Width - Physical Width GPS Offsets - GPS Receiver Back - GPS Receiver Lateral (left/right) - GPS Receiver Height - Connector Height Press Next Page button (B) to access the page 2/2 or press Run button (A) to go back to John Deere Implement Detection Run page section. Continued on next page OUCC002, DEC11-1/ PN=35

36 ZX UN 01DEC11 A Run B Previous Page On Page 2/2: Guidance - Track Spacing - Turn Radius - In Ground Turn Radius - Maximum Operation Speed Hour Meter - Service Timer Interval - Total implement Hours Recording - Recording Source (Manual, Implement Switch Closed, Implement Switch Open) - Current Recording Source (On/Off) Press Previous Page button (B) to go back to the page 1/2 or press Run button (A) to go back to John Deere Implement Detection Run page section. OUCC002, DEC11-2/ PN=36

37 John Deere Implement Detection Access Manager ZX UN 09DEC11 A Current Access Level B Change Password Access Manager is used to manage user access to any information entered in the setup wizard. Setup steps can be locked or input disabled for the operator to simplify the user experience and reduce accidental settings changes. Use drop-down menu (A) to select the Current Access Level. Changing from Owner to Operator will activate all the locks. Once functions are locked for Operator Mode, a password is required to enter Owner Mode and access those functions. Contact your John Deere Dealer in case of password requirement. Scroll down the drop-menu to lock or unlock the desired setup input. The settings on the access manager are: Setup* Offsets* Widths* GPS Receiver* Recording Source* Total Implement Hours* Service Interval** Application Rate** Track spacing** Turn radii** Maximum operation speed** IMPORTANT: * If locked, the input boxes in the relevant setup screen are grayed out and marked with a little padlock sign. ** The individual setting can be locked instead of the entire setup screen. Press Change Password button (B) to enter desired password. OUCC002,000380B DEC11-1/ PN=37

38 Specifications EC Declaration of Conformity The person named below declares that Deere & Company Moline, Illinois U.S.A Product: John Deere Implement Detection fulfills all relevant provisions and essential requirements of the following directives: DIRECTIVE NUMBER CERTIFICATION METHOD Electromagnetic Compatibility Directive 2004/108/EC Self certified, per Annex II of the Directive Name and address of the person in the European Community authorized to compile the technical construction file: Brigitte Birk Deere & Company European Office John Deere Strasse 70 Mannheim, Germany D Place of declaration: Kaiserslautern, Germany Date of declaration: 9 January 2012 Manufacturing unit: John Deere Intelligent Solutions Group Name: Aaron Senneff Title: Engineering Manager, John Deere Intelligent Solutions Group DXCE01 UN 28APR09 OUCC002, JAN12-1/ PN=38

39 Index Page C Connection F Functional requirements I Implement Detection Access manager General Run Setup Summary Introduction Connection Functional requirements Theory of operation O Operation Access manager General Run Setup Summary T Theory of operation Index-1 PN=1

40 Index Index-2 PN=2

41 John Deere Service Keeps You On The Job John Deere Parts We help minimize downtime by putting genuine John Deere parts in your hands in a hurry. That s why we maintain a large and varied inventory to stay a jump ahead of your needs. TS100 UN 23AUG88 DX,IBC,A JUN90-1/1 The Right Tools Precision tools and testing equipment enable our Service Department to locate and correct troubles quickly... to save you time and money. TS101 UN 23AUG88 DX,IBC,B JUN90-1/1 Well-Trained Technicians School is never out for John Deere service technicians. Training schools are held regularly to be sure our personnel know your equipment and how to maintain it. Result? Experience you can count on! TS102 UN 23AUG88 DX,IBC,C JUN90-1/1 Prompt Service Our goal is to provide prompt, efficient care when you want it and where you want it. We can make repairs at your place or at ours, depending on the circumstances: see us, depend on us. JOHN DEERE SERVICE SUPERIORITY: We'll be around when you need us. TS103 UN 23AUG88 DX,IBC,D JUN90-1/1 IBC-1 PN=41

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