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955125_02 11/10

Table of ContentsLegal Statements & Safety Warnings.....................................................................................................................System Requirements...............................................................................................................................................Quick Start Quide.......................................................................................................................................................Operator’s Guide

Understanding the Dashboard ButtonsPopulation........................................................................................................................................Singulation........................................................................................................................................Good Spacing....................................................................................................................................Down Force......................................................................................................................................Skips/Multiples...............................................................................................................................Acre Counters.................................................................................................................................Vacuum...........................................................................................................................................Hex Shaft.........................................................................................................................................Good Ride.......................................................................................................................................Loss per Acre..................................................................................................................................Seed Spacing ..................................................................................................................................Record Memo.................................................................................................................................Speed..............................................................................................................................................Clock..........................................................................................................................................Seed Release Index.........................................................................................................................Coverage Map ...............................................................................................................................Dashboard Mini Chart....................................................................................................................

Measurement Detail ScreensPopulation......................................................................................................................................Singulation......................................................................................................................................Good Spacing..................................................................................................................................Acre Counter Details.......................................................................................................................Vacuum...........................................................................................................................................Good Ride.......................................................................................................................................Loss per Acre...................................................................................................................................Down Force.....................................................................................................................................

Row Detail Screens.......................................................................................................................................Setup & Configuration Guide

Configuring Planter InformationSelecting Planter Make...................................................................................................................Selecting Number of Rows..............................................................................................................Selecting Row Spacing....................................................................................................................Selecting Active Rows.....................................................................................................................Selecting Meter Type......................................................................................................................Selecting Drive Type........................................................................................................................Selecting Down Force System.........................................................................................................Modifying Effective Row Spacing....................................................................................................Modifying Effective Planter Width..................................................................................................

GPS Setup InformationTractor Setup..................................................................................................................................

Pivot Offset................................................................................................................................Center Offset..............................................................................................................................Forward Offset...........................................................................................................................Height Offset..............................................................................................................................

Planter Setup..................................................................................................................................Tansport Wheel Distance...........................................................................................................Seed Exit 1 Distance...................................................................................................................Seed Exit 2 Distance...................................................................................................................

Setting Up Clients, Farms, and FieldsSelecting a Field..............................................................................................................................Field Setup......................................................................................................................................Client/Farm.....................................................................................................................................

5

67

9999

101010101010111111

11,15111212

131313141414141515

161617171717181818

191919192020212122

232323

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Table of ContentsDelete Coverage Map....................................................................................................................Selecting Client or Farm............................................................................................................ Editing Field Name....................................................................................................................Enter a field entrance................................................................................................................Enter Field Number, Tillage, Acres.............................................................................................

Configuring Population TargetsSingle Setting Target.......................................................................................................................Variable Rate Targets......................................................................................................................Specific Row Targets.......................................................................................................................Row Assignments...........................................................................................................................

Configuring Crops and HybridsSelecting Varieties..........................................................................................................................Creating Varieties...........................................................................................................................Edit Crop....................................................................................................................................Delete Crop.....................................................................................................................................Hybrid/Variety Setup......................................................................................................................Add Hybrid......................................................................................................................................

System Setup and ConfigurationGPS Setup..................................................................................................................................RUM’s Setup

Load Sensor Calibration....................................................................................................Display Settings...............................................................................................................................

Dashboard Buttons...........................................................................................................Sound Settings .................................................................................................................Setting Date/Time............................................................................................................Auto Scroll Settings..........................................................................................................Screen Brightness.............................................................................................................Row Failure Setting...........................................................................................................Down Force Mode ...........................................................................................................Units of Measure..............................................................................................................End of Pass Summary........................................................................................................Calibrating the Touch Screen............................................................................................Reboot Display Unit..........................................................................................................Display Modes..................................................................................................................Viewing a Field Summary..................................................................................................

Configuring AlertsCrop Settings..................................................................................................................................Seeds to Average............................................................................................................................Population Limit.............................................................................................................................Population Alarm............................................................................................................................Singulation, Smooth Ride, Spacing, Ground Contact......................................................................Misplaced Seed Limits....................................................................................................................

Configuring Seed Limits Chart..........................................................................................Economics......................................................................................................................................Loss Limits......................................................................................................................................

DiagnosticsInterpreting the Diagnostic Screen.................................................................................................Diagnostic Tools..............................................................................................................................Seed Data.......................................................................................................................................Device Status..................................................................................................................................

Data & SoftwareExporting Data................................................................................................................................Importing Data...............................................................................................................................Configuring Web Access.................................................................................................................Updating Software.........................................................................................................................Deleting Data.................................................................................................................................

2423-2623-2623-2623-26

27272727

2828

29,30282828

19-22

313232323233333333343434343535

363636363637383737

39393939

4040414141

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Table of ContentsInstallation Guide

System OverviewComponents..............................................................................................................................Finishing Kit Selection Chart...........................................................................................................Adapters....................................................................................................................................

Cab InstallationDisplay Unit.....................................................................................................................................Tractor Harness...............................................................................................................................GPS..................................................................................................................................................3rd Party GPS.............................................................................................................................

Smart Connector InstallationJohn Deere.................................................................................................................................Deere-Bauer..............................................................................................................................Kinze..........................................................................................................................................White.........................................................................................................................................

Row Unit Module InstallationDeere and Deere-Bauer..................................................................................................................Kinze...............................................................................................................................................White..............................................................................................................................................

Vacuum & Air Pressure Sensor InstallationDeere & Deere-Bauer.................................................................................................................

Down Force Sensor InstallationJD 7000 MaxEmerge..................................................................................................................JD 7200 & 1700 MaxEmerge II and MaxEmerge Plus................................................................JD XP..........................................................................................................................................Kinze 2000.................................................................................................................................Kinze 3000.................................................................................................................................White 5000 & 6000...................................................................................................................White 8000................................................................................................................................

Troubleshooting GuideError Codes..............................................................................................................................................Troubleshooting Steps............................................................................................................................Wiring Diagrams...................................................................................................................................

Mapping GuideUsing the PC Setup Tool.............................................................................................................................Field Operations Viewer (by Mapshots)....................................................................................................

Driver Installation..................................................................................................................Viewer Installation.................................................................................................................Using the Viewer....................................................................................................................

Precision Planting Viewer (by Farmworks)Software Installation.............................................................................................................Farmworks Tutorials..............................................................................................................

42,4344

45,46

474848

49,50

52-6452-6453-6667-69

717173

74,75

77,7879-8283-8577,7885-8888,9190,91

93,9495-99

100-119

120121

122,123123,124125-133

134-137138-143

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Legal Statement & Safety Warning

This product is warranted for one (1) year from date of purchase. If the system fails on the first planting day of the second season, there may be policy decisions to cover those failures covered on a case by case basis.

Precision Planting is not liable for any failures to the system or planting loss due to decisions made from the information presented on the 20/20 SeedSense.

The display unit contains some high voltage components and should be kept dry and closed. There are no serviceable components in this unit. Do not open this display unit or the Smart Connector. Opening of the covers should be done by, or with guidance from trained personnel.

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System Requirements

The 20/20 system uses both a switched power source and a constant unswitched power source. By using the constant source, the system will maintain power to save data and safely shut down if the ignition is suddenly shut off. By using the switched or keyed source, the 20/20 will turn itself off to keep from draining the battery if the system is left on after the ignition is shut off. If you are only supplying constant power, when you turn on the 20/20 you will only see a blank grey screen. If this happens, you have two options. One, you can correct the problem by fixing the switched power leg of the 12V receptacle, or two, you can move the terminal plug on the 20/20 tractor harness from the white to the red spade. By doing this, your 20/20 will no longer shut itself down automatically when you turn the ignition off, so, if you do not turn the 20/20 off, you risk draining your battery.

Power Supply

1 2

3

Prong 1 - Keyed (switched)

Prong 2 - Battery (unswitched)

Prong 3 - Ground

3 - Prong Power Diagram

To protect the 20/20 from damage, always use a minimum of a 30 Amp fuse or circuit breaker on the power supply circuit.

Fuse Protection

In order to collect accurate and precise data, 20/20 requires 3/4” Dickey John or John Deere three eyed sensors. The 1/2” sensors used on some older planters have only two eyes and do not provide consistent data.

Seed Tube Sensors

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Quick Start GuideStep 1: Cab Installation Begin installing your 2020 SeedSense by mounting the display unit in the cab. Next, connect the display unit to the tractor cable and the tractor cable to power. Now connect the GPS receiver to the tractor cable and mount the GPS receiver to the cab roof. Run the tractor cable out the back of the tractor down to the planter hitch. See pages 47-48.

Step 2: Smart Connector Installation Now that you have installed the cab components, mount the Smart Connector to the planter and connect the tractor cable and planter harness to the Smart Connector. See Page 51 and following.

Step 3: Row Unit Module Installation With the Smart Connector mounted to the planter and connected with the planter harness, go to the row units that you are going to equip with a Row Unit Module (RUM). Mount the RUM on the row unit as described on page 70 and following.

Step 4: Down Force Sensor Installation Next mount the Smart Pin or Smart Link Down Force Sensors on the same rows that have Row Unit Modules installed. See page 76 and following for planter specific mounting instructions.

Step 5: Power Up and Setup Once the 20/20 is installed, flip the power switch on the back of the display unit and allow several seconds before you will see the screen display the boot information. Once the system is powered up and booted up, you will need to configure your planter so that the 20/20 will accurately display information. To do this press SETUP on the right side of the screen and then press the PLANTER button on the left side of the screen under the PLANT tab. Enter your planter’s configuration, specifically MAKE, ROWS, ROW SPACING, and ACTIVE ROWS. Under SETUP, you will also need to press POPULATION and enter a target population. See page 15 and following for planter setup information.

To receive the full value from your 20/20, it is recommended that you fully configure the 20/20 as described in the Setup section of this manual.

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Notes

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Overview of Dashboard Buttons

The dashboard screen pictured at left is the home screen for the 20/20 SeedSense. The dashboard screen displays the current planter average for the measurements taken by the 20/20 SeedSense in an easy to read, easy to navigate format. The columns outlined in white are configurable and can display a variety of measurements.

PopulationThe large black number at the top of the population button indicates the planter average population in thousands of seeds. The rainbow chart displays the planter average (large black diamond) and individual rows (small diamond). The small numbers under the rainbow chart indicate the target population and the alert limits that you set. The two boxes at the bottom display the current low and high rows for population.

SingulationThe large black number at the top of the singulation button indicates the planter average singulation. This is the percentage of seeds properly singulated by your meters. The rainbow chart and the low and high row buttons, like those under population, display rows that vary from the planter average.

Good SpacingThe large black number at the top of the Good Spacing button indicates the percentage of seeds properly spaced according to the set parameters. The default spacing parameter is 4” and can be changed in the setup menu. The rainbow chart and the low and high row buttons show how individual rows vary from the planter average.

Dashboard

Down ForceThe Down Force button displays three values. The low and high row readings display the average weight carried by the gauge wheels on these two rows. Margin displays the average amount of excess weight over what is needed to achieve depth. Use the margin to predict how much down force could be removed and still maintain depth. Ground Contact displays the percentage of time when at least some weight is being carried by the gauge wheels and that proper depth is being achieved.

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Skips and MultiplesThis button breaks down the percentage of improperly singulated seeds showing what percentage are skips and what percentage are multiples.

Overview of Dashboard (Continued)

AcresThis button displays the values for the three acre counters. Acre Counters A and B are individually resettable counters that can be used to track whatever increment of acres you choose. Field Acres tracks acres planted in the current field. They are indicated on this button as A (Acre Counter A), B (Acre Counter B), and F (Field Acres). Press the button for further details on all three acre counters or to reset Acre Counter A or B.

VacuumVacuum displays the vacuum pressure for a vacuum planter equipped with SeedSense vacuum sensors. Up to two readings may be displayed simultaneously as “left” and “right”.

Hex ShaftHex Shaft displays the speed of the hex shaft relative to its expected speed given actual planter speed and target population. This reading may indicate wheel slippage in ground drive systems and radar calibration errors in hydraulic drive systems. It is not a parameter to manage by itself. Rather, it is a tool to diagnose population problems or drivetrain issues.

Good RideThe Good Ride button displays the percent of time when ride quality is sufficient not to interfere with seed spacing. This measurement provides assistance in diagnosing spacing errors. Poor spacing is typically caused by either a bumpy row unit ride or a jerky meter drive system. Good Ride is not a parameter to manage by itself. Rather, it is a tool to diagnose spacing problems.

Loss/acreEach skip, multiple, and misplaced seed is assigned a yield loss. When you input the current price of corn (in the setup menu), “Loss/acre” calculates how much these errors are costing you. The point where “Good” turns to a dollar value and where the button turns yellow and red is configurable in the setup menu.

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Seed SpacingSeed Spacing indicates the average spacing of seeds in the seed trench. It is calculated by dividing a number of seeds by the distance traveled while planting those seeds. It is not an indication of accuracy. Rather, it is an average.

Record MemoRecord Memo allows you to enter a typed memo or record a spoken memo to track a particular anomaly in the field. The memo is given a GPS time and location stamp so that you can locate the place where the memo was recorded.

SpeedThis box displays your planter speed according to the GPS receiver. Above the speed, a satellite dish icon indicates that the receiver is functioning and each bar indicates a satellite in view. For best results, you should see at least one of the longer bars on the right.

Date and Time The Date and Time button displays current date and time information as determined by the GPS receiver. If the GPS receiver is not supplying this information, you may manually enter the correct date or time by pressing the button.

Seed Release Index The SRI button displays the planter average Seed Release Index. Seed Release Index measures the consistency of seed drop. The lower the number, the more consistent the seed drop. SRI readings in the field will be significantly higher than SRI readings on a test stand.

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Large MapPressing the small map or the button LARGE MAP will open a larger coverage map. When operating in this mode, the configurable column is changed by default to include Population, Singulation, and Spacing buttons. These cannot be altered. The large map also includes four zoom options. The magnifying glass with the plus sign zooms in. The magnifying glass with the minus sign zooms out. The magnifying glass with “std” zooms to a standard view with the planter centered in the map. The magnifying glass with “all” zooms out to view the entire field. Because this map covers so much valuable information, it is recommended that this view only be used occasionally to view coverage while operating most of the time in the classic or small map view.


Dashboard Mini Chart (DMC) and Dash ViewThe Dashboard Mini Chart shows a bar chart for one of the measurements of the 20/20 SeedSense. When population is displayed, the top left corner of the DMC displays the active hybrid with a color that corresponds to the rows on which that hybrid is active. If multiple hybrids are active, the hybrid displayed will alternate among the active hybrids every two seconds. The active field is displayed in the top right of the population DMC. Pressing the DASH VIEW button takes you to the Dashboard View page. Here, you can navigate among the three dashboard viewing options (classic, small map, and large map). You may also designate which values are displayed in the configurable columns. Finally, you may also select which chart to view in the Dashboard Mini Chart. Pressing any one of the buttons will return you to the Dashboard screen with the newly selected chart in the DMC. Pressing AUTO SCROLL enables or disables the auto scroll feature. When enabled, the Dashboard Mini Chart automatically scrolls through the various charts for a designated number of seconds. When disabled, the same chart remains displayed until a different chart is manually selected.

Small MapPressing the MAP button allows you to display a coverage map in the area normally occupied by the Good Spacing button. The good spacing value is now displayed as a small green button in the bottom right corner of the map.

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You can also view more detailed information for each measurement displayed on the Dashboard Screen. To see more detailed information on a given measurement, press that measurement’s button on the Dashboard. You will then be able to view a bar chart showing the values for that measurement on each row of your planter. Rows that are performing within acceptable parameters have green bars while yellow and red bars indicate poor performance. You can also move between these screens by using the up and down arrows on the right side of the screen.

Measurement Detail Screens

Population Details The Population Details Screen is accessed by pressing the Population button on the Dashboard. This screen displays a bar chart showing the population being planted by each row. Pressing CHANGE ZOOM LEVEL alters the range of numbers displayed on the left side of the screen.

Singulation Details The Singulation Details Screen is accessed by pressing the Singulation button on the Dashboard. This screen displays a bar chart showing each row’s singulation performance. Bars above the center line indicate multiples while the bars below the lines indicate skips.

Good Spacing DetailsThe Good Spacing Details Screen is accessed by pressing the Good Spacing button on the Dashboard. The top of the screen displays a bar chart showing each row’s spacing performance. At the bottom of the screen is the Live Seeds Display which shows the seeds as they leave the indicated row. The row can be changed by using the up and down arrows on either side of the indicated row number. Green plants indicate properly singulated and spaced plants. Red plants are multiples while yellow plants are misplaced. Red circles with an X indicate a skip.

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Counter Details The Counter Details Screen is accessed by pressing the Field Acres button on the Dashboard. This screen displays information for the Field Acres counter which is tied to the field you are currently planting as well as the independently set Counters A and B. To reset either Counter A or Counter B, press the reset button next to the counter. Each counter counts both acres and units of seed. The Field Counter also breaks down acres and units of seed by hybrid or variety.

Vacuum Details The Vacuum Details Screen is accessed by pressing the Vacuum button on the Dashboard. This screen displays the vacuum pressure reading for each row of your vacuum planter equipped with a 20/20 vacuum sensor. This screen will be especially useful if you have more than two vacuum sensors since the Dashboard button can only display two vacuum readings.

Ride Quality DetailsThe Ride Quality Details Screen is accessed by pressing the Ride Quality button on the Dashboard. This screen displays a bar chart showing the ride quality reading for each row equipped with a Row Unit Module (RUM). This screen also includes a Live Seeds Display just like the one on the Good Spacing page. This allows you to compare ride quality and the actual planting performance of a row unit.

Economic Loss Details The Economic Loss Details screen is accessed by pressing the Loss/acre button on the Dashboard. This screen displays a bar chart showing the economic loss for each row. On this screen the bars have two colors. The red portion of the bar indicates loss due to singulation errors while the yellow portion of the bar indicates loss due to placement errors. This screen also includes a Live Seeds Display just like the one on the Good Spacing page. This allows you to compare economic loss and the actual planting performance of a row unit.

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Down Force Details The Down Force Details screen is accessed by pressing the Down Force button on the Dashboard. This screen displays a bar chart showing the down force margin and ground contact for each row equipped with a Smart Pin or Smart Link Down Force Sensor. Average values are displayed at the bottom of the screen.

You can also view more detailed information for each planter row individually. Row detail screens may be accessed in a variety of ways. First, you can press a low or high row button on the dashboard screen. Second, from a bar chart screen you can press a particular row’s bar and be taken to that row’s detail screen. The third way to access row details from any bar chart or row details screen is to press the Row Details button on the right side and select the row you would like to view.

Row Detail Screens

Each Row Details Screen displays all measurements available for that particular row. Every Row Details Screen will display population, singulation, skips and multiples, speed, Loss/acre, seed placement, and the Live Seeds Display. Only rows equipped with a Row Unit Module will display Good Ride while only rows equipped with a Smart Pin or Smart Link Down Force Sensor will display Down Force information. Rows with a SeedSense vacuum sensor will display a vacuum reading. This view gives you all available information for a given row to help you maximize the performance of each row on your planter. The up and down arrows on the right side of the screen allow you to scroll between row detail screens. Pressing the << or >> buttons will change the seed distance displayed and pressing ||> will pause the screen so you can evaluate any patterns. Pressing Row Details brings up a screen (below) which allows you to choose which row to view next.

SRI Details The SRI Details screen is accessed by pressing the SRI button on the Dashboard. This screen displays a bar chart showing the Seed Release Index value for each row on the planter. The chart can be used to compare the SRI of various rows for diagnosing spacing performance on each row.

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Setup and ConfigurationConfiguring your Planter

Step 1: Planter SetupTo configure your planter in the SeedSense screen, press the SETUP button on the dashboard screen and then select the PLANTER button in the top left of the Plant tab. This screen shows each configuration that can be set for your planter. The planter diagram at the bottom of the screen will change to reflect changes you make in planter setup.

Step 2: Planter MakePress the PLANTER MAKE button. Choose the appropriate make for your planter. Choosing the planter make will define some of the choices available in later selection screens.

Step 3: Number of Planter RowsPress the ROWS button. Choose the number of rows on your planter. Use the arrow at the right side of the screen for more options. Under the selections for John Deere, the DB options refer to the number of rows (i.e. “DB48” refers to a 48 row Deere Bauer not a 48’ Bauer bar). You will enter the total number of rows for your planter and use the active rows feature to define which ones are planting.

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Setup and Configuration (Continued)

Step 4: Row SpacingPress the SPACING button. Choose the spacing for the rows on your planter when all rows are planting. If the appropriate spacing is not available, press OTHER to manually enter the row spacing.

Step 5: Active RowsPress the ACTIVE ROWS button. Define which planter rows will be active. The system defaults to “All”. You may also select from “Left”, “Right”, “Odd”, or “Even” primarily for use on split row planters when only planting on half your rows. You may also select “List” to define specific rows that are planting or not planting, an application primarily used when planting seed corn.

Step 6: Meter TypePress the METER TYPE button. Select the type of meters on your planter from the list. Pressing OTHER allows you to type in a meter type if yours is not in the list provided.

Step 7: Drive TypePress the DRIVE TYPE button. Select your planter drive type from the list. Again, pressing OTHER allows you to manually enter a drive type.

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Step 8: Down Force SystemPress the DOWN FORCE SYSTEM button. Select your down force system from the list or press OTHER to manually enter a different option. Note: The selection “Dual Factory Airbags” refers to the original John Deere pneumatic down force system which used two smaller bags side-by-side for down pressure.

Step 10: Effective Row Spacing and Effective Planter WidthThese values are automatically calculated based on row width, number of rows, and active rows. They can be manually changed by pressing the button and entering a new value.

Step 11: GPS SetupPress the GPS SETUP button on the right side of the screen.

Step 9: Lift Force SystemAfter you have selected your down force system, select your Lift Force System.

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Step 12: GPS Setup – TractorPress the TRACTOR button. This screen allows you to enter measurements on your tractor so that the SeedSense can more accurately display your coverage map. Entering your TRACTOR MAKE and TRACTOR MODEL provide useful troubleshooting information. Press each button to enter the information. At this time, FRONT is the only steering option available.

Step 13: Pivot OffsetPress the PIVOT button. Measure the distance from the rear axle of the tractor to the pivot point. Enter the distance in inches (or centimeters if the display is set to Metric units). Press ENTER.

Step 14: Center Offset Press the CENTER button. Measure the distance to the right or left of the center line of the tractor from your GPS antenna and enter it. Use the flip button to change the orientation of the measurement from right to left. If the antenna is exactly on the center, enter “0”. Press ENTER.

Step 15: Forward OffsetPress the FORWARD button. Measure the distance from the rear axle of the tractor to the location of the GPS antenna and enter it. Press ENTER.

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Step 16: Height OffsetPress the HEIGHT button. Measure the distance from the ground to the GPS antenna and enter it. Press ENTER to return to the Tractor setup screen, verify your entries, and then press ENTER to return to the GPS Setup Selection screen.

Step 17: GPS Setup - Planter - with “Single” frame typePress the PLANTER button. This screen allows you to enter measurements on your planter so that the SeedSense can more accurately display your coverage map.

Step 18: Frame TypePress the FRAME TYPE button in the top left corner. Select the frame type that best fits your planter.

Step 19: Hitch StylePress the HITCH STYLE button in the top right corner. Select the hitch style that best fits your planter.

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Step 20: Planter – with “Dual Rear” frame typeNow you will measure and enter measurement values for your planter. Depending on the frame type selected, there may be as few as two measurements to enter or as many as five.

Step 21: Wheel DistancePress the WHEEL DISTANCE button. With the planter lowered, measure the distance from the pivot point to the lift wheels. Enter the value. Press ENTER.

Step 22: Seed Exit 1Press the SEED EXIT 1 button. Measure the distance from the pivot point to the seed tube exit for all rows (if frame type is “Single”) or for the forward most set of rows (for all other frame types. Enter the value and press ENTER.

Step 23: Seed Exit 1 RowsFor all planter frames other than “Single” you will need to define which planter rows correspond to this measurement. Select from the options available or press LIST to choose specific rows manually.

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Step 24: Seed Exit 2 & Seed Exit 2 RowsFor all planter frames other than “Single” you will be prompted to enter measurements for the other rows on your planter in the same way.

Step 25: Off Center Distance 1For “Dual Front” and “Dual Rear” frame types, you will now enter the off center distance of each bar. For Off Center Distance 1, measure the distance from the pivot point to the center of the rows on the front set of rows. Repeat the measurement for the rear set of rows under Off Center Distance 2.

NOTE: If your planter does not conform to the available frame types, you may use the CUSTOM TABLE SETUP button on the right side of the screen to enter the location of each row on your planter.

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Step 1: Field Setup - Select FieldFrom the dashboard screen, press SETUP, then press the FIELD NAME box under the Plant tab. This screen shows the active client (top left), the active farm (top right), and the fields associated with that farm in a list. The active field has its name in yellow.

Setting up Clients, Farms, and Fields

Step 2: Client Setup - Select ClientPress the CLIENT button in the top left corner to enter the Client Setup screens. To create a client, click the CREATE NEW button. Use the key pad to enter the name of the client and press ENTER. Repeat this process for all clients.

Step 3: Farm Setup - Select FarmPress the FARM button in the top right corner of the Field Setup screen to enter the Farm Setup screens. To create a new farm for the active client, click the CREATE NEW button. Use the keypad to enter the name of the farm and press ENTER. Repeat this process for all farms under the active client and then all farms for other clients.

There are two methods for entering Clients, Farms, and Fields into your SeedSense display. A PC Setup Tool is available for download from our website (www.precisionplanting.com – click the tech support button at the top right of the screen and scroll down to the PC Setup Tool). Instructions for using the setup tool are on the website for download. You may also directly input the information in the display unit.

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Step 4: Create New FieldOnce all clients and farms are configured, click the CREATE NEW button on the right side of the Select Field screen. Use the keypad to enter the name of the field and press ENTER.

Step 5: Field SetupOnce you have named the new field, you will be taken to the field setup screen. The Client and Farm that the field is set up under is displayed at top left. To change the client or farm to which this field is assigned, press this button and select a new client or farm. To edit the name of the field, press the FIELD NAME button. Other information on this screen is optional. Pressing the ENTRANCE, FIELD NUMBER, TILLAGE, and FIELD ACRES buttons allows you to enter the latitude and longitude of the field entrance, the field number (if you use a number in addition to a name), the type of tillage used in the field, and the total field acres. This information is not required for the operation of the system, but is useful in record keeping and troubleshooting.

Step 6: Delete Field If you need to delete a field, press the DELETE FIELD button on the right side of the screen and select YES on the popup screen. This should be used to delete a field that you will no longer be planting in our operation. Data recorded while planting the field is not deleted with this operation.

Step 7: Delete Coverage MapIf you need to delete the coverage map for the field, particularly in a replant situation, press the DELETE COVERAGE MAP button and select YES from the pop up.

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Step 1From the dashboard screen, press the SETUP button and then the FIELD NAME button.

Step 2If the field is under a different client, press the CLIENT button on the Field Setup screen and select the appropriate client.

Step 3Next, select the appropriate Farm from the list of farms under the Client.

Changing Fields

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Step 4Now, select the appropriate Field from the list of fields under the Farm.

Step 5Press the MAKE ACTIVE button on the left side of the screen.

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Setup and Configuration (Continued)Configuring Population Targets

Step 1: Plant TabAs you enter each field, you will need to configure your population targets for the field. This information is not tied to field setup so it cannot be configured for each field in advance. From the dashboard screen, press the SETUP button and then the POPULATION button on the bottom left of the Plant tab.

Step 2: Population SetupSelect your population type from the three black buttons on the right side of the screen. Select SINGLE SETTING if you will be planting only one population for the entire field. Select MULTIPLE SETTINGS if you will be planting multiple populations in the field using hydraulic motors. Select SPECIFIC ROWS if you will be planting different populations on different rows.

Step 3: Population SetupOnce you have selected your population type, enter the population(s) you will be planting. For Single Setting, only SET POINT 1 will be active. Press the button and use the keypad to enter the population target. For Variable Rate, there will be up to eight set points that you can enter. For Specific Rows, there will be four set points. In this setting, you will then press the SET POINT 1 ROWS button to select the rows that will be using set point 1 and so on for each set point with a population assigned.

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Step 1From the dashboard screen, press SETUP and then press the HYBRIDS/VARIETIES button on the bottom right of the Plant tab.

Setup and Configuration (Continued)Configuring Crops and Hybrids

Step 2To create a crop, press the ADD CROP button and use the keypad to enter the name of the crop. Return to the Hybrids/Varieties setup screen.

Step 3To enter a hybrid, press the HYBRID A button and then press the CREATE NEW button on the right side. Use the keypad to enter the name of the hybrid.

Step 4Now enter any other information relevant to the hybrid that you would like to record. Lot Number, Shape, Seeds per Unit, Seeds per Pound, and Pounds per Unit do not have to be entered but provide useful information for record keeping. Once this information is recorded, press ENTER.

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Step 5If you will be planting this hybrid now, select which rows in which it will be used. If you are only entering the hybrid into the list for later use, press NONE.

Changing Crops and Hybrids

Step 1To change crops, select the crop that you want to activate from the list at the top of the screen and press YES from the pop up box.

Step 2To assign or change a hybrid, press HYBRID A. Select the desired hybrid from the list.

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Step 4Select the rows that will be planting this hybrid and press ENTER.

Step 5Repeat this process for Hybrids B – D if needed. Up to four hybrids can be planted and tracked at one time.

Step 3Verify the information for the hybrid being selected and press ENTER.

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Setup and Configuration (Continued)System Setup and Configuration

Step 1: System TabTo setup and configure the SeedSense system for operations, press the SETUP button on the dashboard and then select the SYSTEMS tab.

Type of Pin Cal FactorKinze 2008 Version 125Kinze 2009 Version 65

5/8 Pin 851/2 Pin 85

White Link 65CNH Link 65

Step 2: GPS Setup SelectionThe tractor and planter measurements for GPS coverage can be entered or modified from this screen as well as from the Planter Setup screens as described above.

Step 3: Down Force CalibrationTo setup and configure the SeedSense system for operations, press the SETUP button on the dashboard and then select the SYSTEMS tab.

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Step 4: Display SettingsTo configure your display unit, press the DISPLAY button on the Systems tab.


Step 5: Dashboard ButtonsThis is a second location to configure your dashboard buttons. This can also be done under the DASH VIEW button on the dashboard screen.

Step 6: Sound SettingsPress the SOUND SETTINGS button to set the sound and volume for alerts, alarms, key presses, and recording/playing back memos. To set the sound, press the box at the top and select the sound. To set the volume, use your finger to raise or lower the bar on the volume column for each sound. Press ENTER when done.

Step 7: Date/TimePress the DATE/TIME button to enter your time zone, date, and time. This information is generally automatically provided by the GPS receiver. If no GPS receiver is attached, enter the information here. SEASON START allows you to designate the start of your 12 month growing calendar. Most northern hemisphere operations should be set to January and most southern hemisphere operations should be set to July.

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Step 8: Dashboard Mini Chart Auto ScrollPress the DASHBOARD MINI CHART AUTOSCROLL button. Here you can select which screens are shown when you dashboard mini chart (DMC) is in autoscroll mode. Place an X in the box next to each chart you would like to have displayed in succession by touching the box. You can also set your scroll delay (how long each chart is displayed before moving on to the next) and whether you want the DMC to autoscroll or remain fixed on a single chart until you manually change it under the DASH VIEW button.

Step 9: Screen BrightnessPress the SCREEN BRIGHTNESS button to change the screen brightness setting. You may chose from AUTOMATIC where the display uses a light sensor to automatically adjust the screen brightness or MANUAL where you set the brightness using the bar on the right side of the screen. Use your finger to drag the level bar up or down the column.

Step 10: Row FailurePress ROW FAILURE to set how the display reacts when a single row stops planting. The three options are JUMP TO ROW DETAILS (display goes directly to the Row Details screen for the failing row), JUMP TO DASHBOARD (display goes directly to the dashboard screen where the Dashboard Mini Chart is displaying information on the failed row), or NO ACTION (screen displayed does not change). In all cases, whatever alarm is configured under Sound Settings will still sound.

Step 11: Down Force Mode Press DOWNFORCE MODE to change the display of down force data on the dashboard screen. The Low/High option is the default and displays the actual pin reading for the low and high rows. The Average option displays the average of the pin readings from all active down force sensors on the planter. The Low/High option isrecommended.

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Step 12: Units Press the UNITS button to select ENGLISH or METRIC units of measure for display.


Step 13: Field Summary At the end of each pass that is at least 500 feet in length, the display unit can display a summary of planting information. Press the FIELD SUMMARY button to choose among DISABLED (does not show a summary, values go to dashed lines when planter is raised), LAST PASS (average values for each measurement on the dashboard are displayed for the last pass), or ENTIRE FIELD (average values for each measurement on the dashboard are displayed for the field up to that point)

Step 14: Calibrate Touch Screen Press CALIBRATE TOUCH SCREEN button and follow the prompts on the screen to calibrate the screen to your touch.

Step 15: Reboot DisplayPressing REBOOT DISPLAY will do a hard reboot of your display unit.

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Step 16: Change Mode Press the black MODE button on the right side of the screen to switch between planting and demo modes.


Step 17: Field Summary A summary of the field may be accessed by pressing the FIELD SUMMARY button. This information is the same as what is displayed at the end of a pass but can be accessed at any time.

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Configuring Alerts

Step 1: Alerts TabTo configure alerts for each crop, press the SETUP button and then the ALERTS tab.

Step 2: Seeds to AverageSeeds to Average determines on how many seeds population, singulation, and spacing data is based. Set this to about 1% of the population for the crop (i.e. for corn, 300 seeds – 1% of 30,000 – is a good setting; for beans, 1500 seeds – 1% of 150,000 – Is a good setting).

Step 3: Population LimitPopulation limit defines how far actual population can stray from your population target before the population button turns yellow. The default for corn is 1000 seeds. This means that so long as the actual population is within 1000 seeds of the target, the population button will stay green. For higher population crops, it may be necessary to raise this target to 3000 or 5000.

Step 4: Population Alarm Population alarm defines when a row is considered to be in Row Fail status and the alarm is sounded. The default setting is 80% meaning that when actual population drops below 80% of the target a row fail is declared. This can be raised or lowered as needed.


Step 5The next several buttons (Singulation Limit, Smooth Ride Limit, Spacing Limit, Ground Contact Limit, and SRI limit) define when those buttons turn yellow on the dashboard screen. Enter the percent at which you would like the button to turn yellow. This will depend on accuracy of meters, tillage and ground conditions, etc.

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Step 6: Misplaced Seed Limits The Misplaced Seed Limits button defines seed spacing measurements. The highest of the two numbers defines the distance from its neighbor that defines a seed as misplaced (i.e. if set at 4”, seeds within 4” of their neighbor are considered misplaced) and are assessed their first yield loss. The lower number defines a severely misplaced seed which is assessed further yield loss. Use the chart on page 38 to determine where your limits should be set.

Step 7: Economics/Loss LimitsPress the ECONOMICS/LOSS LIMITS button. This screen defines how economic loss is calculated. Economic loss is only accurate for field corn. The values for Ears per Bushel and Ear Loss are based on research and should only be changed to reflect known local variations from these values. Press the PRICE PER BUSHEL to enter the current price per bushel for use in calculating economic loss. The three limits at the bottom of the screen define how the Loss/Acre button on the dashboard screen displays information. If the loss/acre is less than the Loss Good Limit, the button will be green and display the word GOOD. Once the loss passes the Loss Good Limit, the button remains green but displays the dollar value. Once the loss passes the Loss Alert Limit, the button turns yellow. When the loss passes the Loss Alarm Limit, the Loss/Acre button on the dashboard turns red.

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Row WidthSeed

SpacingMiles per Hour

Misplaced Seed Limits

15 18 20 22 28 30 36 38 40 60 3 4 5 6 7 8 Econ. Min.

209,088 174,240 156,816 142,560 112,011 104,544 87,120 82,535 78,408 52,272 2 26 35 44 53 62 70 NA NA

167,270 139,392 125,453 114,048 89,609 83,635 69,696 66,028 62,726 41,818 2.5 21 28 35 42 49 56 NA NA

139,392 116,160 104,544 95,040 74,674 69,696 58,080 55,023 52,272 34,848 3 18 23 29 35 41 47 1.5", 2.5" 1.5", 2.5"

119,479 99,566 89,609 81,463 64,007 59,739 49,783 47,163 44,805 29,870 3.5 15 20 25 30 35 40 1.5", 2.5" 1.5", 2.5"

104,544 87,120 78,408 71,280 56,006 52,272 43,560 41,267 39,204 26,136 4 13 18 22 26 31 35 1.5", 2.5" 2.0", 3.0"

92,928 77,440 69,696 63,360 49,783 46,464 38,720 36,682 34,848 23,232 4.5 12 16 20 23 27 31 2.0", 3.0" 2.2", 3.5"

83,635 69,696 62,726 57,024 44,805 41,818 34,848 33,014 31,363 20,909 5 11 14 18 21 25 28 2.2", 3.5" 2.5", 4.0"

76,032 63,360 57,024 51,840 40,731 38,016 31,680 30,013 28,512 19,008 5.5 10 13 16 19 22 26 2.5", 4.0" 2.8", 4.5"

69,696 58,080 52,272 47,520 37,337 34,848 29,040 27,512 26,136 17,424 6 9 12 15 18 21 23 2.8", 4.5" 3.2", 5.0"

64,335 53,612 48,251 43,865 34,465 32,167 26,806 25,395 24,126 16,084 6.5 8 11 14 16 19 22 3.2", 5.0" 3.5", 5.5"

59,739 49,783 44,805 40,731 32,003 29,870 24,891 23,581 22,402 14,935 7 8 10 13 15 18 20 3.5", 5.5" 3.8", 6.0"

55,757 46,464 41,818 38,016 29,870 27,878 23,232 22,009 20,909 13,939 7.5 7 9 12 14 16 19 3.8", 6.0" 4.0", 6.5"

52,272 43,560 39,204 35,640 28,003 26,136 21,780 20,634 19,602 13,068 8 7 9 11 13 15 18 4.0", 6.5" 4.5",7.0"

49,197 40,998 36,898 33,544 26,356 24,599 20,499 19,420 18,449 12,299 8.5 6 8 10 12 14 17 4.5",7.0" 4.5",7.0"

46,464 38,720 34,848 31,680 24,891 23,232 19,360 18,341 17,424 11,616 9 6 8 10 12 14 16 4.5",7.0" 4.5",7.0"

44,019 36,682 33,014 30,013 23,581 22,009 18,341 17,376 16,507 11,005 9.5 6 7 9 11 13 15 4.5",7.0" 4.5",7.0"

41,818 34,848 31,363 28,512 22,402 20,909 17,424 16,507 15,682 10,454 10 5 7 9 11 12 14 4.5",7.0" 4.5",7.0"

Population Inches Seeds per Second

Step 1 Select your row width and population on the left half of the table. Step 2 Follow the row to the right to identify your seed spacing in inches. If the seed spacing is 2.5 “ or less, the Singulation and Seed Spacing will not be available. Step 3 Follow the row you have selected over to the MPH columns and select your speed. This number is the seeds per second you are planting. If the seeds per second is greater than 40, Singulation and Seed Spacing will not be available. Step 4 Follow the row to the Economic column. This set of numbers is what you will select for Misplaced Seed Limits. This setting will correspond to an approximate economic loss due to spacing at the population and row spacing you the have selected.Step 5 Selecting the Minimum set of numbers will tighten the allowable tolerance for misplaced seeds. Use this setting to fine tune your planter and identify rows that are not performing as well as others. The Minimum setting does not indicate economic loss. It should be used to compare row to row performance.

You can adjust the sensativity of the “good spacing” indicator by changing the misplaced seeds limits. For example, target spacing for 30” corn may be six inches. But the target for 20” corn or twin row corn would be 12”. Use these limits to match your target spacing with the alert settings in SeedSense. To get to the Misplaced Seed Limits, from the Home screen press Setup, System, Crop Settings, Crop, Misp.Seed Limits. Use this chart to identify the appropriate Misplaced Seed Limits for your planting situation. Singulation and spacing data are not available when average seed-to-seed spacing is equal to or less than the misplaced seed limit. If your seed spacing is 2.5” or less,or your seeds per second is 40 or more, Singulation and Good Spacing will not be available for that setting. (See shaded area)


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Setup and Configuration (Continued)Diagnose Tab

Diagnosing System ComponentsThe Diagnose Tab is the primary location for trouble shooting issues related to the operation of the 20/20 system itself. The schematic on this page shows each component of the 20/20 system including the display, one or more smart connectors (SC1 and 2), up to 64 row units (numbered 1 - up to 64), boxes above the rows indicating the presence of Row Unit Modules, and letters in those boxes indicating the presence of down force sensors (P) and vacuum sensors (V). The devices are color coded. Tapping the screen will display a legend explaining the colors.

Diagnostic Tools Three diagnostic tools are located at the bottom of the screen. SNAPSHOT records measurements for 1000 seeds to create a snapshot of what is occurring in your 20/20 system and planter. This can be sent to Precision Planting for analysis if needed. The SYSTEM LOG records all system activity (power cycles, resets configuration changes, etc.). 20/20 ADVICE provides helpful suggestions in troubleshooting problems on your planter. The first of three black buttons on the right is RESET SMART CONN. Pressing this button breaks and reestablishes communications between the 20/20 components and often is used as a troubleshooting tool for communication issues.

Viewing Seed DataPressing the SEED DATA button displays the Seed Tube Data page. This page shows a seed counter for each row on your planter. This can be used to compare seed data between properly and improperly functioning rows to help determine the problem. To reset the counters to zero, press the RESET button.

Diagnosing Device Status Pressing the DEVICE STATUS button displays the status of the Display Unit, GPS, Smart Connectors, and RUMs. Under Display Unit, Disk Usage and Software Version will be the most commonly looked for items. Diagnosing problems with Smart Connectors and RUMs often involves checking voltages. The Smart Connector is designed to run on 12v but a range of 10 - 14 volts is acceptable. RUMs are designed to run on 8v though a range of 7—9 volts is acceptable. Components will only appear if they are plugged into the system and communicating with the display unit.

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Setup and Configuration (Continued)Data Tab

Features that assist you in importing information into your display unit or exporting information from your dis-play unit are located under the Data Tab. Information is imported and exported through the USB ports on the left side of your monitor. All import and export functions are compatible with using a USB flash disk while some are also compatible with a USB cellular modem. Web Setup covers features related to internet setup via a USB cellular modem. Software Update is the feature that allows you to update your software without cycling power.

Exporting Configuration Data Pressing the EXPORT button opens the Data Export page. Exporting Planting Configuration saves your planter, field, crop, and population settings to your USB drive. To export this data, insert your USB disk into the monitor and press PLANTING CONFIG. Select YES from the box to indicate that you do wish to export this information and then press OK to confirm that the process is complete. Exporting SYSTEM CONFIG (display, sound, and down force settings) follows the same process.WARNING: Exporting a data file to a USB drive will replace any data file of the same type on your USB drive with the data file you are exporting. You cannot store two different planting configuration files on the same USB disk.

Exporting Field Map Data Pressing the FIELD MAP DATA button opens the current season’s field map data. A list of all fields planted will be generated. To export this information, insert your USB drive. To transfer one field to your USB drive, touch the field to highlight it and then press TRANSFER. To transfer all fields, press TRANSFER ALL. Once you have transferred a field, you may either leave it in the system or you may delete it by highlighting it and pressing DELETE. To delete all fields, press DELETE ALL. OLD FIELD MAP DATA stores undeleted field data from previous seasons. To export or delete field map data from previous seasons, press this button and follow the same procedure as for current season data.

Importing Data FilesPressing the IMPORT button under the Data Tab opens the Data Import page. Importing Planting Configuration changes your planter, field, crop and population settings to a configuration created in another display unit or the PC Setup Tool. To import this data, insert your USB drive into the monitor and press PLANTING CONFIG. Select YES from the box to indicate that you do wish to import this information and then press OK to confirm that the process is complete. Importing SYSTEM CONFIG (display, sound, and down force settings) follows the same process. Importing Field Map Data is not a function that is available at this time. See warning on next page.

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WARNING: Importing a configuration file to your display unit will replace any configuration file of the same type on your display unit, not just the part that might have changed. YOU WILL LOSE ANY DATA THAT IS OVERWRITTEN IN THIS PROCESS!

Web Setup Pressing the WEB SETUP button under the Data Tab opens the Web Setup page. Enable Display Sharing allows you, with the use of a USB cellular modem, to connect your 20/20 to the internet and grant access to your display unit to a service technician or farm manager. This process allows the service technician to view and navigate your display unit to help solve problems while you are in the field. It also allows a farm manager to monitor performance during planting. To enable display sharing, connect your USB cellular modem, press the ENABLE DISPLAY SHARING button, select ENABLED. You will then need to give the service technician or farm manager the IP address that the unit displays. Because of the unique IP address, no one will be able to access your display unit without your permission. Pressing ACCESS REMOTE DISPLAY allows the service technician or farm manager to enter the IP address of the display unit they desire to view. The REGISTRATION and CHANGE USER SETTINGS features are not available at this time.

Updating SoftwarePressing the SOFTWARE UPDATE button under the Data Tab opens the Software Update Selection page. Software can be updated in two ways. The first way is to download a software update from precisionplanting.com and saving it to a USB drive. Take the USB drive and insert it into your Display Unit after pressing SOFTWARE UPDATE. Any software updates stored on the USB drive will be displayed. Select the update you would like to run and press ENTER. The second way to update software is to insert a USB modem into your Display Unit. This will connect the Display Unit to Precision Planting. After the modem is inserted, wait a few seconds and then press SOFTWARE UPDATE and follow the same process.

Deleting Data Pressing the DELETE button under the Data Tab opens the Delete screen. From here, select the type of data you would like to delete. Now select the specific information you would like to delete. Once data is deleted in this manner, it cannot be recovered.

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System OverviewThe 20/20 SeedSense monitoring system consists of five main components and corresponding wiring harnesses. These parts include, the Touch screen Display, the 37 pin Smart Connector, the GPS receiver, the Row Unit Module

(RUM), and the Smart Pin down force sensor.

The Monitor

The 8½” touch screen in the cab comes with a metal mounting bracket with a pivoting head. An optional, articulated arm mount (also known as a RAM mount) and a suction cup can also be used. On the left side of the monitor, the top hole is a microphone jack for recording voice information. Below that are two USB ports which are used for data transfer or to plug in a USB accessible mouse. Between the two USB ports is a light sensor that controls screen brightness. On the back of the monitor, the on/off switch is at the lower left hand corner, and the 16 pin AMP receptacle is at

the lower right hand corner.

The Smart Connector

The 37 pin Smart Connector contains the processing hardware to glean the data for the 20/20 system. The Smart Connector has a 37 pin AMP receptacle that will be connected to the planter harness. There is also a 4 pin receptacle that connects to the tractor harness or extension cable. A red and green light indicate programming when it is flashing fast and ok when flashing slow. The Smart Connector can be strapped or bolted to the planter. On larger planters, two Smart Connectors may be required.

The GPS Receiver

The GPS receiver has a magnetic base and should be mounted to the top of the cab for best reception. The GPS receiver collects your mapping position and speed from satellites and incorporates the details into the monitor. The receiver plugs into the tractor harness (supplied by Precision Planting)

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The Row Unit Module (RUM)

The Row Unit Module (or RUM) mounts onto the row unit. Its purpose is to measure the bounce of the row unit and receive the down pressure data and send this information on through the planter har-ness. There are four different wires coming out of the RUM. The two longer wires are the Weather-Pack connectors which connect to the seed tube sensor and the planter harness. Then there are two shorter wires which one is to connect with the down force sensor pin (or link), and the other is to connect a vacuum sensor if needed. (Note: if there is no vacuum sensor on that row, that connector should remain sealed and capped). Three RUMs are included with each 20/20 kit. Normally, one is mounted to a row on each wing and one row of the center sec-tion. Additional RUMs can be added if desired.

The Smart Pin (or Link)The Smart Pin or Smart Link sensor replaces the pivot arm pin or the linkage that supports the depth adjustment lever. The Smart Pin measures the load carried by the gauge wheels and sends the information to the RUM. The Smart Pin must be installed on row units with a RUM attached.

HarnessesThere are 3 harness types: Tractor Harness, Extension Cables and Smart Connector Adapter Cables.

The Tractor Harness receives power from inside the cab and connects to the Monitor, the GPS Receiver, then out the back of the cab to the Smart Connector. The tractor harness delivers power from the cab to the Smart Connector while at the same time receiving data from the Smart Connector and sending it to the Monitor.

The Extension Cables will be used in kits where more length is needed to reach the Smart Connector toward the back of the planter, or if you are running two Smart Connectors

The Smart Connector Adapter Cables are used to reconfigure the Smart Connector wiring when needed for certain planter configurations.

Your 20/20 kit will only include the harnesses needed for your planter model. There may be additional adapter harnesses needed if your planter does not match the standard manufacturers configuration.

System Overview (Continued)

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Harness Selection ChartMAKE MODEL MONITOR ROWS KIT #

SMART CONNECTOR

PLANTER HARNESS

EXT.CABLE

HARNESS ACC.

DOWNFORCE SENSOR

JD 7000 / 7100 Compu-track 4-32 725513 1 1/2” Pin

JD 7000 / 7100 Dickey-john 4-32 725514 1 DJ Adapter 1/2” Pin

JD 1700, 7200 Compu-track 4-32 725516 1 5/8” Pin

JD 1700, 7200 Dickey-john 4-32 725517 1 DJ Adapter 5/8” Pin

JD3 Point

1700/10/20/30(-2003)

SeedStar 4-15 725596 1Grey

MetraPack5/8” Pin

JD3 Point

1700/10/20/30(2003+)

SeedStar 4-15 725597 1White

Metrapack5/8” Pin

JD3 Point

1720 SeedStar 16 725516 1 5/8” Pin

JD1750/60/70/80/90

(-2003)SeedStar 4-15 725518 1 725403

Grey MetraPack

5/8” Pin

JD3 Point

1750/60/70/80/90(2003+)

SeedStar 4-15 725583 1 725403White

Metrapack5/8” Pin

JD 1750/60/70/80/90 SeedStar 16-32 725515 1 725477 5/8” Pin

JD3 Point

1700, 7200 SeedStar 4-32 725516 1 5/8” Pin

DB CT 350 24-32 725516 1 5/8” Pin

DB CT 450 24-36 725520 2 7254112-DJ

Adapter5/8” Pin

DB SeedStar 24-32 725527 1 725468 DJ Adapter 5/8” Pin

DB SeedStar 33-48 725519 21-7254112-725468

2-DJ Adapter

5/8” Pin

DB SeedStar 54 725528 21-7254112-725468

725454725455

DJ Adapter5/8” Pin

Kinze 2000 (-1998) DJ or KM 4-32 725514 1 DJ Adapter 1/2” Pin

Kinze 2000 (1999) KPM 4-32 725521 1 Yes 1/2” Pin

Kinze 3000 KPM 4-32 725522 1 Yes 725411 KZ Link

Kinze 3000 KPM 33+ 725523 2 Yes KZ Link

White 5000/6000 DJ 4-32 725524 1 DJ AdapterWhite 6000

Link

White 8000 DJ 4-32 725598 1 DJ AdapterWhite 8000

Link

White 8000 SM400SE 4-32 725529 1 YesWhite 8000

Link

White 8000GTA console

1, 24-32 725530 1 Yes 725403

White 8000 Link

CNH 1200/1250Early Riser/

DJK4-32 725533 1

CNH Load Sensor

CNH 1200/1250 Univ./600 4-32 725534 1 YesCNH Load

Sensor

CNH 1200/1250 Univ./600 36+ 725510 2 Yes 725411CNH Load

Sensor

GP YP 1225, 1625Seed Man-

ager12-32 725526 2

2- 7254001- 725411

GP Pin

GP 2425, YP40 IntelliAg 24-48 725525 2

1- 7254011- 7254021- 7254112- 725477

GP Pin

GP YP 1225, 1625 IntelliAg 12-32 725531 22- 7254021- 7254112- 725403

GP Pin

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Power Adapters3-Wire Power Adapter Part # 725292

Orange = Switched CircuitRed = Battery CircuitBlack = Ground

This adapter allows you to add a new power receptacle. Always draw power through a 30 Amp or smaller fuse.

Cigarette Lighter Power Adapter Part # 725269

This adapter allows you to draw power from the cigarette lighter. (This is the least recommended source, because it is less secure and is normally not switched with the ignition.)

JD Power Strip Power Part # 725270

This adapter allows you to draw power from a port on a John Deere power strip in the cab.

3-Way Power Splitter Part # 725254

Plug the single 3-prong connector into your 3-prong tractor power and this adapter will supply you with two plugs to use.

Wall Outlet Power Adapter Part # 725256

Want to operate the monitor away from the cab? Plug the 3-prong into a wall outlet and the 16 pin connector into the back of the monitor.

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Jones Adapters

8 Row Planter

10-Spade / 8-Row

Part # 725286

12-Spade / 8-Row

Part # 725287

12 Row Planter

10-Spade / 12-Row

Part # 725288

12-Spade / 12-Row

Part # 725289

16 Row Planter

10-Spade / 16-Row

Part # 725290

12-Spade / 16-Row

Part # 725291

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Mounting the MonitorThe display should be mounted inside the tractor cab in a location accessible to the operator but does not obstruct the driving view.

Option AMounting the Monitor in the cab with standard equipment

Position the mounting bracket to the back of the Monitor (As shown below). Then secure the bracket to the Monitor using the screw shown to the right.

Standard Mounting

Bracket

Monitor

Option BMounting the Monitor in the cab with RAM Mount and Suction Cup

Screw the RAM Mount into the back of the Monitor till secure. Then screw the suction cup base onto the RAM Mount till secure.

Clean glass before applying suction cup. Then push against glass and pump till monitor is safely secured.

Note:-The RAM Mount is more flexible and adjustable than the standard mounting bracket.-The Suction Cup Base is for use when mounting the display to the windshield.

RAM Mount 725236

Suction Cup Base725237

Monitor

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Tractor Harness Installation

The basic tractor harness includes:1. 16 pin connector (Monitor)2. 3 pin connector (Power)3. 4 pin connector (GPS)4. 4 pin connector (Smart Connector) 5. 4 pin connector (2nd Smart Connector or auxiliary modules such as 20/20 Air Force)

Smart Connector

4

Channel A to

Smart Connector

Monitor

2

3

1

5

Second Smart Connector(With more than 32 Rows)

Also used to connect to auxiliary modules such as

20/20 Air Force

Channel B

12 V Power

3 Prong

Power

GPS Receiver

Mount the GPS receiver on the cab roof. It has a magnetic base for easy attachment. For best results, center the receiver on the tractor’s width and position it at least 12”

from other receivers or antennas.

To connect to other GPS receivers see page 49

See next page for more power options

Harness Connectors

4-Pin

37-Pin 16-Pin

3-Prong Power

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Connecting to 3rd Party GPSGeneral Usage

Although 20/20 SeedSense is sold with a magnetic mount consumer-grade GPS receiver, it is also designed to accept GPS input from any GPS receiver conforming to the NMEA 0183 RS232 serial data protocol. Users wanting to connect 20/20 to their existing GPS system should have no trouble, assuming their GPS unit can interface as described below

Required Hardware: • 725599 GPS serial adapter from Precision Planting. • 9 pin serial connection from 3rd party GPS receiver. • (In some installations) one or two 9 pin Null Modem adapter.

Steps to connect to 3rd party GPS for SeedSense only (not RowFlow): 1. Connect the 725268 serial cable’s 4 pin circular connector to the 20/20 tractor harness in place of the GPS unit supplied by Precision Planting.

2. Connect the 725268 serial cable’s 9 pin connector to the appropriate location on the GPS vendor’s harness or unit. (If the GPS vendor supplies a dedicated 9 pin output port, only one of the 9 pin connectors on the 725268 harness will be used. If it is necessary for 20/20 to share the GPS serial data with the vendor’s GPS unit, simply use both 9 pin connectors on the 725268 to allow the 20/20 to sit “inline” with the existing GPS data stream.)

3. Set the GPS vendor’s unit to OUTPUT GPS data at 1 Hz and 4800 baud. 4. Set the GPS vendor’s unit to OUTPUT GPS packets RMC and GGA. 5. In the 20/20 Display Unit, go to the SETUP | System Status | Device Status page, and observe the GPS data parameters. baud should be 4800, Comm Freq should be 1 Hz, and Comm Qlty should be > 50%.

Note: Some installations may require the Null Modem adapter between the 725268 harness and the vendor’s GPS harness. If the steps above do not result in valid GPS data being displayed on the 20/20, remove the Null Modem adapter between the 725268 harness’ 9 pin connector and the vendor’s GPS harness.

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Connecting to 3rd Party GPS (continued)

John Deere GS2 (2600) with Starfire iTc Receiver

Required Hardware:• 727124 GPS adapter from Precision Planting.

Steps to Configure GS2:1. Connect the 727124 the the GPS Reciever.2. Go to the GS2 GPS Configuration page.3. Set the GP output to 1 Hz, and 4800 baud.4. Select GPS strings GGA and RMC.

AutoFarm RTK

Required Hardware:• Cable from AutoFarm that goes from a round 26pin connector to 2 DB9 connectors giving you a Port A and Port B.• 725268 GPS serial adapter from Precision Planting

Steps to Configure AutoFarm RTK:1. Connect the 725268 serial adapter to port A on the AutoFarm 9 pin output connector.2. From the Main Menu on the AutoFarm display select [Setting Menu].3. Select [Configure NMEA Messages] set GGA and RMC to 1 Hz4. Select [Configure User Port] set Port 1 to GPS OUT. Set Baud Rate to 4800

AgLeader Insight with GPS 1000/1100

Required Hardware:• 727131 GPS serial adapter from Precision Planting.

Steps to Configure AgLeader Insight:1. Connect the 725268 serial adapter in line between the existing Insight 9 pin GPS connectors.

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Smart Connector InstallationThe kits displayed below will help you find which configuration to use to install your 20/20 SeedSense.

For Smart Connector Installation on CNH, Great Plains, and Monosem planters, see the instructions included with your SeedSense finishing kit.

Config Kit Number Planter Rows Monitor Page

John Deere

1 725513 JD 7000, 7100 4-32 Computrack 52

2 725514 JD 7000, 7100 4-32 Dickey-John 53

1 725516 JD 7200, 7300, 1700 Series 4-32 Computrack 52

2 725517 JD 7200, 7300, 1700 Series 4-32 Dickey-John 53

3 725518 JD 7200, 1750, 1760, 1770, 1780 4-15 SeedStar –2002 54

3 725583 JD 7200, 1750, 1760, 1770, 1780 4-15 SeedStar 2003+ 54

4 725596 JD 7300, 1700, 1710, 1720, 1730 (3 Pt. Hitch) 4-15 SeedStar –2002 56

4 725597 JD 7300, 1700, 1710, 1720, 1730 (3 Pt. Hitch) 4-15 SeedStar 2003+ 56

5 725516 JD 1720 (3 Pt. Hitch) 16 SeedStar 58

6 725515 JD 7200, 1750, 1760, 1770, 1780, 1790 16-32 SeedStar 59

Deere Bauer

1 725516 DB (37-Pin) 24-32 Computrack 350 52

7 725520 DB (57-Pin) 24-36 Computrack 450 60

8 725527 DB 24-32 SeedStar 61

9 725519 DB 33-48 SeedStar 62

10 725528 DB 54 SeedStar 63

Kinze

2 725514 -1998 KZ 2000 Series 4-32 DickeyJohn / KM 53

11 725521 1999 KZ 2000 Series 4-32 KPM 65

11 725522 KZ 3000 Series 4-32 KPM 65

12 725523 KZ 3000 Series 33+ KPM 66

White

13 725524 White 5000 / 6000 Series 4-32 Dickey-John 67

2 725598 White 8000 Series 4-32 SM100, SM300 53

14 725529 White 8000 Series 4-32 SM400SE 68

15 725530 White 8000 Series 4-32 GTA Console I, II 69

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Configuration 1 Kit #’s 725513725516John Deere - 7000 Series - Computer-Trak - 4-32 rows

1700 Series - Computer-Trak - 4-32 rows Deere Bauer - Computer-Trak 350 - 24-32 rows

Locate the planter harness connector on the planter hitch. If it is a round 37 pin connector that looks like the picture to the right, you are ready to install. If the harness has a 10 or 12 spade rectangular plug, you will need an adapter available from Precision Planting. See page 43 for details.

Plug the 37 pin connector from the planter harness into the back of the Smart Connector.

Plug the 4 pin from the tractor harness (Channel A) into the 4 pin connector at the front of the Smart Connector.

(Optional) Connect the Computrack 37 Pin connector into the front 37 Pin on the Smart Connector if you are going to use your existing monitor.

Now that your Smart connector is in a position where it can be reached from the planter harness as well as the tractor harness you can secure it into place. Make sure that its location is protected from moving parts.

1

2

3

4

Install Steps

Tractor Harness

(Channel A)

Smart Connector

Computrack (Optional)

Planter Harness

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Configuration 2 Kit #’s 725514725517725524725598

John Deere - 7000 Series - Dickey-John - 4-32 rows 1700 Series - Dickey-John - 4-32 rowsWhite - 5000/6000 Series - Dickey-John - 4-32 rows 8000 Series - SM100, SM300 - 4-32 rowsKinze - (-1998) 2000 Series - Dickey-John / KM - 4-32 rows

If you have a Dickey-John or KM monitor, first look at the harness plug coming from your planter. If it is a round 37-pin connector as shown to the right, you are ready to install.If the harness has a 10 or 12 spade rectangular plug, you will need an adapter available from Precision Planting. See page 43 for details.

Connect the DJ Adapter to each end of the Smart Connector (Make sure the labeled end of the DJ Adapter is pointing toward the Smart Connector)

Connect the 37 pin connector from the planter to the correct end of the DJ adapter

From the tractor, attach the 4pin communication wire to the front of the Smart Connector.

(Optional) If your original monitor is going to be used in conjunction with 20/20, attach the 37 pin connector from it to the correct end of the Dickey-John adapter.

Now that your Smart connector is in a position where it can be reached from the planter harness as well as the tractor harness you can secure it into place. Make sure that it’s location is protected from moving parts.

1

2

3

4

Install Steps

5

Tractor Harness

(Channel A)Dickey-John

Monitor

DJ Adapter

Smart Connector

DJ Adapter

DJ Adapter Smart

Connector

DJ Adapter

Labeled toward Smart Connector

Labeled toward Smart Connector

Attach the Dickey-John adapter to the Smart Connector as shown at right.

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Configuration 3 Kit #’s 725518725583John Deere - 7200, 1750, 1760, 1770, 1780 - SeedStar - 4-15 rows

Locate the wedgebox, usually located near the back of the planter. Unplug the planter cable. Connect the correct matching end of the Metrapack cable into the port on the side of the wedgebox. Connect the planter cable that was originally plugged into the wedgebox, into the matching end of the Metrapack cable. Connect the Smart Connector between the two 37 pin connectors on the Metrapack. Attach the 4-pin extension harness #725403 to the receptacle on the front of the Smart Connector. Then run the 4-pin extension cable along the planter bar and up to the planter hitch. You are now ready to hook the extension cable into the Channel A plug of the tractor harness.

1

2

3

4

Install Steps

5

6

John Deere Wedge Box



SeedStar Cable Planter Cable Unplug Planter Cable

1 2

6

John Deere Wedge Box 43

Plug in Metrapack Cable Plug in Planter Cable

John Deere Wedge Box5

Connect the Smart Connector between the two 37 pin connectors on the Metrapack harness.

Next connect the 4 pin connector from the extension cable (725403) to the Smart Connector.

Extension Cable from Tractor harness. (Channel A)

Note: this two prong weather plug is only used on the 2008 20/20 systems.

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Configuration 3 Continued

Route the tractor cable out the back of the cab toward the back of the planter to meet up with the 4-pin extension cable coming from the Smart Connector. (As shown below) See previous page for detailed instructions of installation with the wedgebox.

Note: The Metrapack connectors come in two different configurations. They can be identified by the color of the connection. The gray metrapack harnesses (725518 kits) are for Generation I SeedStar systems which are generally on 2002 and older planters. The white Metrapack harnesses (725583 kits) are for Generation II SeedStar systems and are generally on 2003 and newer planters. If the Metrapack you have does not fit into the wedgebox, you may have ordered the wrong kit, or you are connecting to the wrong wedgebox.

Extension CablePart # 725403


Extension Cable

SeedStar Cable Planter Cable

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Configuration 4 Kit #’s 725596725597John Deere - 7300, 1700, 1710, 1720, 1730 - SeedStar - 4-15 rows

Locate the wedgebox, usually located near the back of the planter. Unplug the planter cable. Connect the correct matching end of the Metrapack cable into the port on the side of the wedgebox. Connect the planter cable that was originally plugged into the wedgebox, into the matching end of the Metra-pack cable. Connect the Smart Connector between the two 37 pin connectors on the Metrapack. Connect the 4-pin connector from the tractor harness (labeled Channel A) to the receptacle on the front of the Smart Connector. (Continued on next page)

1

2

3

4

Install Steps

5

6




SeedStar Cable Planter Cable Unplug Planter Cable

1 2

6

John Deere Wedge Box 43

Plug in Metrapack Cable Plug in Planter Cable

John Deere Wedge Box5

Connect the Smart Connector between the two 37 pin connectors on the Metrapack harness.

Next connect the 4 pin connector from your tractor harness (labeled Channel A) to the Smart Connector.

Extension Cable from Tractor harness. (Channel A)

Note: this two prong weather plug is only used on the 2008 20/20 systems.

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Configuration 4 Continued

Run the 4 pin (labeled Channel A) from the tractor cable out the back of the cab to the Smart Connector. (As shown below) See previous page for detailed instructions of installation with Wedgebox.

Note: The Metrapack connectors come in two different configurations. They can be identified by the color of the connection. The gray metrapack harnesses (725596 kits) are for Generation I SeedStar systems which are generally on 2002 and older planters. The white Metrapack harnesses (725597 kits) are for Generation II SeedStar systems and are generally on 2003 and newer planters. If the Metrapack you have does not fit into the wedgebox, you may have ordered the wrong kit, or you are connecting to the wrong wedgebox.


Extension Cable

SeedStar Cable Planter Cable

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John Deere - 1720 - SeedStar - 16 rows

Look for the 37-pin junction near the center of the planter. It should be located in the harness between the seed tubes and the wedge box.

Note: There may be more than one 37-pin junction on the planter. To tell if you have the correct junction, look at the pin arrangement. There should be a pin for each planter row plus two or four pins for power and ground. For example, if you have a 16 row planter, pin #1 thru -#16 should be populated plus two or four pins for power in the #27- #30 holes. Once you have located the correct 37-pin connector, simply attach the 37-pin male end into the 37-pin female on each side of the Smart Connector.

Connect the 4-pin connector from the tractor harness (labeled Channel A) to the receptacle on the front of the Smart Connector.

1

2

3

Install Steps

4 pin tractor harness

37 pin planter harness

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Configuration 6

John Deere - 7200, 1750, 1760, 1770, 1780, 1790 - SeedStar - 16-32 rows

Kit #’s 725515

Look for the 37-pin junction near the center of the planter. It should be located in the harness between the seed tubes and the wedge box.

Note: There may be more than one 37-pin junction on the planter. To tell if you have the correct junction, look at the pin arrangement. There should be a pin for each planter row plus two or four pins for power. For example, if you have a 16 row planter, pin #1 thru -#16 should be populated plus two or four pins for power in the #27- #30 holes.

Once you have located the correct junction, simply attach the 37-pin male end into the 37-pin female on each side of the Smart Connector.

Then, attach the 4-pin extension harness (725477) to the receptacle on the face of the Smart Connector. Run the 4-pin extension cable along the planter bar and up to the planter hitch.

The extension cable can now be attached to the Channel A plug coming from the tractor harness.

1

2

3

4

Install Steps

Tractor Harness (Channel A)

Extension Cable Part# 725477

The correct 37 pin connection could be

located here or in the center of the planter.

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John Deere - Deere Bauer (57 Pin) - Computrack 450 - 24-32 rows

Connect the DJ Adapter to the 37 pin on both sides of both Smart Connectors.

Connect two 37 pin connectors splitting off from the 57 pin Y-Cable to the DJ Adapters.

Connect the 37 pin connector from the left wing planter harness to the DJ Adapter and the 37 pin connector from the right wing harness.

From the tractor harness, connect the 4 pin cable (labeled Channel A) to the Smart Connector for the left side of the planter and connect the 4 pin connector labeled Channel B to the extension cable (725411) then plug the extension cable into the Smart Connector for the right side of the planter.

1

2

3

4

Install Steps

A B

DJ Adapter

Smart Connector

DJ Adapter

Attach the DJ Adapter to the Smart Connector as

shown below.

Tractor Harness(Channel A) Extension

Cable(725411)

Original57 pin

Y-Cable(Optional)

DJ Adapters

Smart Connectors

Extension Cable

(725411)Channel B

Tractor Harness

Channel A

Left-WingPlanter Harness

Right-Wing

Planter Harness

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John Deere - Deere Bauer - SeedStar - 24-32 rows

Connect the DJ Adapters to the 37 pin receptacles on both sides of both Smart Connector.

Look for the 37-pin junction near the center of the planter. It should be located in the harness between the seed tubes and the wedge box. There may be more than one 37-pin junction on the planter. To tell if you have the correct junction, look at the pin arrangement. There should be a pin for each planter row plus two or four pins for power. For example, if you have a 24 row planter, pin #1 thru -#24 should be populated plus two or four pins for power in the #24- #27 holes.

Once you have located the correct junction, simply attach the 37-pin male end into the 37-pin female on each side of the Smart Connector with DJ adapters.

Attach the 4-pin extension harness (725477) to the receptacle on the face of the Smart Connector.

Run the 4-pin extension cable along the planter bar and up to the planter hitch.

The extension cable can now be attached to theChannel A plug coming from the tractor harness.

1

2

3

Install Steps

5

6

DJ Adapter

Smart Connector

DJ Adapter


shown below.

DJ Adapters

Planter Harness


Extension Cable (Part # 725468)

4

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John Deere - Deere Bauer - SeedStar - 33-48 rows

Connect the DJ Adapters to the 37 pin receptacles on both sides of both Smart Connector.

Look for the 37-pin junctions near the back center of the planter. Each half of the planter will have a 37-pin junction. They should be located in the harnesses between the seed tubes and the wedge box. To tell if you have the correct junction, look at the pin arrangement. There should be a pin for each planter row on that half of the planter plus four pins for power and ground. For example, if you have a 48 row planter, pin #1 thru -#24 should be populated for each row on that half of the planter plus four pins for power in the #24- #27 holes. If the connector has, let’s say, only pin # 9 thru 16 populated, we then know it is the wrong connector. Once you have located the correct junctions, simply attach the 37-pin male end into the 37-pin female on each side of the Smart Connectors with DJ adapters.

Attach a 4-pin extension harness (725468)to the receptacle on the face of each Smart Connector. Run the 4-pin extension cables along the planter bar and up to the planter hitch.

Now you are ready to hook up to the tractor harness. Because this system has two Smart Connectors, you will need to attach the 20’ extension cable (725411) to the Channel B plug of the tractor harness in the cab. Run it out the back of thecab along with the Channel A plug of the tractorharness.

Now, plug the Channel A lead into the extension cable for the left side of the planter, and the extension cable from the Channel B lead to the extension cable for the left side of the planter.

1

2

3

Install Steps

5

6

DJ Adapter

Smart Connector

DJ Adapter

Attach the DJ Adapters to the Smart Connectors

as shown below.

A B

DJ Adapters

Extension Cable (725468)


Channel AChannel B



4

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To begin with, label the Smart Connectors as “A” and “B”. The “A” Smart Connector will be for rows 1-22 on the left side of the planter and the “B” Smart Connector will be for rows 23-54 on the center and right side of the planter.

Now let’s install Smart Connector “A”. First, attach the DJ adapters to the 37 pin plugs on each end of Smart Connector “A”. Make sure to attach the labeled ends toward the Smart Connector. Next, look for the 37-pin junction for the left wing. It will be located in the seed tube harness coming from the left wing near the wedge boxes. To tell if you have the correct junction, look at the pin arrangement. Pins #1- #22 should be populated plus pins #24-#27. Once you have located the correct 37-pin junction, simply attach the 37-pin male end into the 37-pin female on each end of the Smart Connector “A” with DJ adapters.

Now let’s install Smart Connector B. Since this Smart Connector will receive both the center and right side of the planter, the 54 row receiver harness will be used to combine the center and right side seed tube harnesses into one 37-pin plug to go into the Smart Connector. Then the 54 row sender harness will split the rows back up and return them to the corresponding planter harnesses.

First, locate the 37-pin junction for the center 10 row section of the planter. It will be located in the seed tube harness coming from the center section near the wedge box. Pins #1-#10 should be populated plus pins #24-#27. Once you have located the correct 37-pin junction, simply attach connector B of both 54 row harness adapters to the 37-pin plugs of that junction.

Then locate the 37-pin junction of the right wing. It will be located in the seed tube harness coming from the right wing near the wedge box. To tell if you have the correct junction, look at the pin arrangement. Pins #1-#22 should be populated plus pins #24-#27. Once you have located the correct 37-pin junction, simply attach Connector C of both 54 row harness adapters to the 37-pin plugs of that junction.

Next, plug Connector A of each 54 row adapter harness into the corresponding receptacles on Smart Connector “B”.

Now that the Smart Connectors are hooked into the planter harnesses, secure them by nesting or zip tying them into a convenient position.

Then, attach the 4-pin extension harnesses (725477) to the receptacle on the face of each Smart Connector. Run the 4-pin extension cables along the planter bar and up to the planter hitch.

Now you are ready to hook up to the tractor harness. Because this system has two Smart Connectors, you will need to attach the 20’ extension cable (725411) to the Channel B plug of the tractor harness in the cab. Run it out the back of the cab along with the Channel A plug of the tractor harness.

Now, plug the Channel A lead into the extension cable for the left side of the planter, and the extension cable from the Channel B lead to the extension cable for the center and right side of the planter.

1

2

3

Install Steps

5

6

4

10

9

8

7

11

John Deere - Deere Bauer - SeedStar - 54 rows

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Configuration 10 continued

DJ Adapters

Planter Cables connect here

Extension Cable

(725477)

Left 22

RowsWedgebox

Smart Connector “A”

Center 10

Rows

Smart Connector “B”

Right 22

Rows

Wedgebox

725455

Extension Cable

(725477)

Smart Connector

725454

Planter Cables connect here

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Configuration 11 Kit #’s 725521 725522Kinze - (1999) 2000 Series - KPM - 4-32 rows

3000 Series - KPM - 4-32 rows

Replace the seed tube sensors with Dickey-John high rate sensors.

Replace seed tube harness with new parallel circuit harness.

Attach the 37 pin plug from the planter harness into the back of Smart Connector.

Attach the 4 pin plug (Channel A) from the tractor harness to the front of the Smart Connector.

1

2

3

4

Install Steps

When installing the planter harness be sure to install from left to right (when standing behind the planter).

Smart Connector

20/20Tractor Harness

Planter Harness

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Kinze - 3000 Series - KPM - 33+ rows

Replace the seed tube sensors with Dickey-John high rate sensors.

Replace the seed tube harness with new parallel circuit harness.

Attach both 37 pin connectors from the planter harness into the back of each Smart Connector.

Attach the 4 pin plug (Channel A) from the tractor harness to the front of the Smart Connector A,

Connect the Extension Cable to the 4 pin connector (Channel B) from the tractor harness to the front of the Smart Connector B.

1

2

3

4

Install Steps

5

When installing the planter harness be sure to install from left to right (when standing behind the planter).

A B


Extension Cable 725411

Extension Cable 725411

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White - 8000 Series - Dickey-John - 4-32 rows

DJ Adapter

Smart Connector

DJ Adapter


shown below.

Planter Harness

DJ Adapters

Dickey-John20/20

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White - 8000 Series - SM400SE Monitor

If you have a White planter with a SM400SE, you will have to install a new planter harness that by-passes the modular harness system on the planter. The SM400SE will no longer be functional. To install the new harness, first lay it out on the planter with Row 1 on the left hand side as you stand behind the planter. Plug the seed tube sensor on each row into the Weather-Pak plug for that row. Once you have installed the new planter harness, you are ready to install the Smart Connector.

Plug the 37 pin connector from the planter harness into the back port of the Smart Connector.

Plug the 4 pin from the tractor harness (Channel A) into the 4 pin connector at the front of the Smart Connector.

Since the SM400SE is not compatible with the 20/20, the front 37-pin receptacle of the Smart Connector will not be used.

Now that your Smart Connector is in a position where it can be reached from the planter harness as well as the tractor harness you can secure it into place. Make sure that it’s location is protected from moving parts.

1

2

3

4

Install Steps

Tractor Harness

(Channel A)

Smart Connector

New Planter Harness

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White - 8000 Series - GTA Monitor

If you have a White planter with a GTA monitor, you will have to install a new planter harness that intercepts the seed tube data before it enters the GTA planter harness modules. The information will then be fed back into the existing planter harness to feed the GTA monitor. Do not remove the GTA planter harness. To install the new harness, first lay it out on the planter with Row 1 on the left hand side as you stand behind the planter. Next disconnect the seed tube sensors from the old planter harness and connect the male and female plugs to the Weather-Pak connectors on the new harness. Once you have installed the new planter harness you are ready to install the Smart Connector.

Plug the 37-pin female plug from the new planter harness into the back port of the Smart Connector.

Plug the 37-pin male plug from the new planter harness into the front port of the Smart Connector.

Plug the 4 pin plug from the extension cable (725403) into the 4 pin connector on the front of the Smart Connector. Then run the 4 Pin extension cable along the planter bar and up to the planter hitch.

You are now ready to hook the extension cable into the Channel A plug of the tractor cable.

Now that your Smart Connector is in a position where it can be reached from the planter harness as well as the tractor harness or extension cable, you can secure it into place. Make sure that it’s location is protected from moving parts.

1

2

3

4

Install Steps

5

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Row Unit Module Installation

Planter PageJohn Deere

All JD Planters 68Kinze

Kinze 2000 68Kinze 3000 68

WhiteWhite 5000/6000 70

White 8000 70

1

1. RUM2. Ladder3. Carriage Bolt (Use with Deere planters)4. Bolt (Use with Kinze planters)5. Lock Washer6. Nut7. 2 - Small zip-ties 8. 1 - Large zip-tie

Kinze 3000’s will come with a 5/16 x 2 1/4 bolt and a 3/8” to 5/16” bushing. (Packaged with Kinze Link)

Installation for All JD & Kinze 2000 Planters Installation for Kinze 3000 Planters

2 3 4

5

6

7

8

For RUM Installation on CNH, Great Plains, and Monosem planters, see the instructions included with your SeedSense finishing kit.

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RUM Install (All JD & Kinze 2000 Planters)

Row Unit Module

JD XP

JD 7000 & Kinze

JD 1700 & 7200

Look at the RUM to see which tabs to use for your planter.

Use the tabs specified for your planter shown on the example below.

Only remove the tabs that will not be used for your planter.

Note: Not all row units require removal of tabs.

Mount RUM Here

RUM Mounted

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RUM Install (All JD & Kinze 2000) (Continued)

RUM Mounted (Shown Reverse Side)

When the RUM is in position, place the bolt through the hopper panel, the Row Unit Module and the wire ladder & secure the washer and nut.

If a vacuum sensor is needed see page 61 for instructions.

On Kinze 3000 Planters use a 2”-1/4” bolt with a 3/8” - 5/16” bushing to secure the RUM in place. These parts are located in the same package of your kit as the Smart Links.

Disconnect seed tube sensor connectors and plug them into the appropriate RUM connectors. (Male into Female)

Fasten all wiring to wire ladder and secure with zip-tie.

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White 5000/6000Before Installing the RUM make sure you clip the tabs on the back labeled JD XP, 1700 & 7200.

See the picture below to see how to install the RUM. The bolt goes through the metal slot on the RUM and ladder, then secure with nut. Once secure plug the planter harness connector into one of the weather pack connectors on the RUM. Plug the connector from the seed tube sensor into the other weather pack connector on the RUM.

White 6000

White 8000On White 8000 Series planters the RUM will need to be mounted upside down and all the tabs clipped from the back. See the Image below.

Mount upside down

When the RUM is in position, place the bolt through the hopper panel, the Row Unit Module and the wire ladder & secure the washer and nut. If a vacuum sensor is needed see page 71 for instructions.

Disconnect seed tube sensor connectors and plug them into the appropriate RUM connectors. (Male into Female)

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Vacuum Sensor (Optional)The Vacuum sensor must be installed on a row that has a RUM. If the meter lid already has a vac gauge line attached, simply tee into the line with the provided tee fitting. If it does not, you will need to install an elbow into the lid. Install vacuum sensor between the wire ladder and RUM and secure with zip-tie.

1

4

32

5

1. Vacuum Sensor2. Hose Barb & Elbow3. Hose Tee4. 1-Small zip-tie (to secure the small hose) 5. 2-Large zip-ties (to secure Vac Sensor to the RUM Ladder)

Attach the Vac Sensor to the RUM Ladder as shown below and secure with zip tie.

Secure the zip-tie as shown below.

Secure the small hose with the small zip-tie provided.

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Vacuum Sensor Installation (Continued)Next mount the Ladder with the sensor onto to RUM and plug the matching RUM (male) Connector into the matching Vac Sensor (female) Plug.

If you already have a line run to the vac lid use the Tee provided to tap into it.

Locate where on the lid to drill the hole.

Drill a 5/16” hole in the lid as shown and thread in the provided elbow.

Connect the Hose barb to the elbow and attach the tube from the vacuum sensor.

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Down Force Sensor InstallationNow that the RUM is installed lets move to the pin. Look below to find which Down Force sensor came with your kit. Depending on which planter you are setting up, you will use one of the following configurations.

Planter Pin PageJohn Deere

JD 7000 MaxEmerge 1/2” 74

JD 7200, 1700 MaxEmerge II & MaxEmerge Plus

5/8”76

JD 1700 XP 5/8” 80Kinze

Kinze 2000 1/2” 74Kinze 3000 Smart Link 83

WhiteWhite 5000/6000 White 6000 Link 87

White 8000 White 8000 Link 87

These sensors must go on the same rows that have the RUMs installed on them.The pins should only be installed on the left side of the row unit. (When standing behind the

planter)

For Down Force Sensor Installation on CNH, Great Plains, and Monosem planters, see the instructions included with your SeedSense finishing kit.

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JD 7000 MaxEmerge & Kinze 2000 1/2” Smart Pin

1. Remove the pin that holds the depth adjustment lever.

1

3

4

2

2. From the right side, slide the pin through the row unit and depth adjustment lever.

3. Install snap ring on pin protruding through right side of the row unit.

4. Thread ¼” x ½” hex bolt through the nut on bracket and into front hole of depth adjustment positions and tighten. The bracket will have some movement but is constrained in the proper position.

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JD 7000 MaxEmerge & Kinze 2000 1/2” Pin (Continued)

5. Secure the Down Force wire with a zip-tie to prevent any damage or wear to the wire.

77

6

5

6. Route the cable down through the depth adjustment slot.Then run the cable to the right side of the seed tube. Pull the back right corner of the seed tube away from the sidewall and slide the cable between them. Then bring the wire up and over the front right corner of the seed tube and then down and under the seed tube pin.

7. Install the RUM, replacing the bolt shown above with the bolt provided.(See Page 68)

Plug cable into the matching receptacle on RUM.

955125_02 11/10 78

JD 7200, 1700 MaxEmerge Plus 5/8” Smart Pin1. Remove the pin that holds the depth adjustment lever.

2. From the left side, slide the pin with washer through the row unit and depth adjustment lever.

3. On the opposite side insert a washer and secure with snap ring.

Add washer

Add washer

1

2

3

955125_02 11/10 79

JD 7200, 1700 MaxEmerge Plus 5/8” Pin (Continued)

6. Route the cable down through the depth adjustment slot. Under the gusset then run the cable to the right side of the seed tube. Pull the back right corner of the seed tube away from the sidewall and slide the cable between them. Then bring the wire up and over the front right corner of the seed tube and then down and under the seed tube pin.

4. Insert the 1/4” bolt and tighten to secure the top of the clocking bracket into the front left depth adjustment hole.

5. Secure the wire to prevent any wear or damage.Route cable down through depth adjustment opening

6

54

955125_02 11/10 80


To install the cover into position you will need to angle the cover as shown at right. Once you have gotten the bottom into the casting, rotate as shown below and squeeze the two tabs together to fit the cover down into the casting. Once in position simply push till it has been snapped securely in place as shown.

Install the JD Depth Casting Cover on to the casting as shown below.

955125_02 11/10 81


7. Mount the RUM using the bolt provided in the area as shown bottom and plug in the Down force cable. (See Page 68)

(For MaxEmerge Plus and MaxEmerge II only)

Note

If the holes are egg shaped or cracked, drill out to 3/4” and use step bushing

After drilling the holes be sure to use step bushing.

8

9

7

955125_02 11/10 82

JD 1700 XP 5/8” Smart Pin

1. Our Down force pin will replace this existing pivot arm pin. Remove the snap ring and pull out the pin

2. From the left side, slide the pin through the row unit and depth adjustment lever. Install the snap ring on the right side.

3. Thread ¼” x ½” hex bolt through the nut on bracket and into top hole of depth adjustment positions and tighten. The bracket will have some movement but is restrained in the proper position.

1

3

2

955125_02 11/10 83

JD 1700 XP 5/8” Smart Pin (Continued)

5. Route the cable down through the depth adjustment slot and over the gusset. Then run the cable to the right side of the seed tube. Pull the back right corner of the seed tube away from the sidewall and slide the cable between them. Then bring the wire up and over the front right corner of the seed tube and then down and under the seed tube pin.

6. After you have routed the wire back to the RUM, plug the connector from the pin into the matching receptacle on the RUM.

6

5

955125_02 11/10 84

JD 1700 XP 5/8” Smart Pin (Continued)Install the JD Depth Casting Cover on to the casting as shown below.

To install the cover into position you will need to angle the cover as shown at right. Once you have gotten the bottom into the casting, rotate as shown below and squeeze the two tabs together to fit the cover down into the casting. Once in position simply push till it has been snapped securely in place as shown.

955125_02 11/10 85

Kinze 3000 Smart Link

1. Start by removing the left gauge wheel on the row unit. Then remove the cross-bar.

2. Remove the bolt that holds the inner linkage.(This will cause the inner linkage to fall down.)

3. Once the bolt is removed, separate the linkage from the top handle then maneuver the handle out.

4. Next, pull the linkage down and maneuver it out.

Carefully keep the spring and bushing in place.

4

3

2

1

955125_02 11/10 86

Kinze 3000 Smart Link (Continued)5. Once you have completely removed the linkage from the row unit, remove the bushing, roll pin & link.

Replace the Kinze link with the Precision 20/20 Kinze Smart Link.

6. Next, reinsert the roll pin back into place to secure the Kinze Smart Link. Then lift the Kinze Smart Link and reinsert the bushing as shown above. Also make sure that the spring is still on the top of the unit.

7. Once you have reassembled the linkage, you will be ready to reinstall it back onto the row unit.

Kinze LinkRoll PinBushing

Roll PinBushing

20/20 Kinze Smart Link

955125_02 11/10 87

Kinze 3000 Smart Link (Continued)Once the handle is installed, push up on the linkage from the underside to compress the spring, then insert the bolt and secure with nut.

9. Next feed the cable from the Kinze Smart Link back through the center of the linkage.

Next feed the cable up through the area beside the seed tube.

10. Once you have routed the wire around the seed tube, be sure it runs underneath the seed tube pin to help secure it and keep it out of the way.

955125_02 11/10 88

Kinze 3000 Smart Link (Continued)11. Then reinsert the crossbar. Make sure when doing so that the crossbar is correctly inserted into the opposing gauge-wheel.

12. Reattach the gauge-wheel pushing the cross bar into the socket.

955125_02 11/10 89

White 5000, 6000 & 8000 - White LinkFirst locate your planting depth adjustment bolt on the row unit. This is where we will install the down force pin provided.

Once you have located the depth adjustment bolt, remove it from the row by unscrewing it.

Next remove the nut and bolt securing the original link to the row unit and remove the original link.

Once the original link has been removed, install the 20/20 Downforce link using the same nut and bolt in the same position.

955125_02 11/10 90

White 5000, 6000 & 8000 - Link (Continued)

Then screw the depth adjustment bolt through the parallel arms and into the end of the 20/20 Down force Link.

Once you have installed the down force link, it is important to route the cable safely back through the row unit to keep it from getting damaged or worn.

Bring wire up through slot to connect to the RUM

Wire

WireWire

955125_02 11/10 91

Installation Notes

955125_02 11/10 92

Event Code

Component Warning Pop-Up Text Recommendation

100 Display Unit

A problem was detected with the internal memory. The system will continue to

operate but will have less internal space available for field map and snapshot data. Refer to the Device Status screen for more

details.

A lift switch is not detected, AirForce will internally estimate lift. Ensure lift switch is connected. Check for pinched

or cut wire.

101 Display Unit

200 GPSThe GPS data is unreliable due to a lack of

satellites.

300Smart

Connector

The system was unable to update the firmware on the Smart Connectors. After checking the planter harness for damage,

perform a Reset Modules operation from the Diagnostics Tab.

After checking the planter harness for damage, perform a Reset Modules operation from the Diagnostics Tab.

301Smart

Connector

The system was unable to update the firmware on the Row Unit Modules. After checking the planter harness for damage,

perform a Reset Modules operation from the Diagnostics Tab.

After checking the planter harness for damage, perform a Reset Modules operation from the Diagnostics Tab.

302Smart

Connector

A memory failure has been detected on one of the Smart Connectors. To ensure data

integrity, data is not available for the affected rows. Refer to the Diagnostics Tab for more

details.

303Smart

Connector

A Smart Connector low voltage condition has been detected. Refer to the Diagnostics Tab

for more details.

304Smart

Connector

The Smart Connector is unable to supply 8V power to the seed tube sensors. This condition is likely due to damage to the

planter harness. After checking the harness, perform a Reset Modules operation from the

Diagnostics Tab.

After checking the harness, perform a Reset Modules operation from the

Diagnostics Tab.

305Smart

Connector

The Smart Connector has been shut down due to an internal over-voltage condition. To

verify the condition, perform a Reset Modules operation from the Diagnostics Tab. If theproblem persists, replace the

Smart Connector.

To verify the condition, perform a Reset Modules operation from the Di-agnostics Tab. If the problem persists,

replace the Smart Connector.

306Smart

Connector

The Smart Connector has been shut down due to an apparent short circuit in the

planter harness. After checking the harness for damage, perform a Reset Modules

operation from the Diagnostics Tab.


Diagnostics Tab.

Trouble Shooting

The tables below give the cause, warning text, and a recommendation for errors.

955125_02 11/10 93

Event Code

Component Warning Pop-Up Text Recommendation

307Smart

Connector

The Smart Connector has lost communication with the Row Unit Modules.

This may be due to damage to the planter harness. After checking the harness for

damage, perform a Reset Modules operation from the Diagnostics Tab.


Diagnostics Tab.

308Smart

ConnectorUnexpected Smart Connector Reset

407Row Unit Module

A Row Unit Module has experienced multiple unexpected resets. Refer to the

Device Status screen for more details.

411 Load PinsRow __ load sensor is reading a negative load. Lift planter and re-zero all sensors.

Lift planter and re-zero all sensors.

412 Load PinsRow __ load sensor reading is greater than

800 lbs. Verify load sensor calibration factor.Verify load sensor calibration factor.

413 Load Pins Excessive load variation on row __.Check for a pinched load sensor wire

or failed load sensor.

414 Load Pins Low load variation on row __ while planting.Check for a pinched load sensor wire

or failed load sensor.

415 Load PinsRow __ load sensor reading is more than 100

lbs different from other rows. Verify load sensor calibration

factor.

Trouble Shooting (Continued)

955125_02 11/10 94

Screen will not turn on

Step 1: Turn ignition key on.Step 2: Verify that display switch is on (I) (top of switch depressed).Step 3: Does SC have blinking lights?

No:A. Check 12V outlet.

1. Spade #1 to #3 : 12V switched power2. Spade #2 to #3: 12V battery power (If you do not have 12 volts, and you have tractor harness #725499, you can work off spade #1 switched power if you switch the blue spade connector under the plastic wrap from red to white.)3. Spade #3: Ground: Check continuity to frame.

B. Tractor harness 725499: check 15 amp spade fuseC. Check 16 pin plug at display.

1. Pin #1- ground to pin #6- 12volts (battery).2. Pin #1- ground to pin #16- 12v (switched). 3. If the 12V outlet (see above) has power but pin #6 or #16 does not, then check spades and wire harness for loose connection or short and fix or re place the tractor cable.

D. If voltage is > than 15 volts, replace tractor voltage regulator.E. If tractor harness has correct voltage at 16-pin plug, replace display.

Yes: A. Check 12V outlet: Spade #1 to #3: 12V switched power.

1. Wire tractor to get switched power to spade # 12. Find alternate power source to supply 12 volts to Spade #1 and #2 and ground to spade #3.

B. Check #1 spade and wire harness for loose connection or short.C. Check 16 pin plug from display.

1. Pin #1- ground to pin #6- 12volts (battery).2. Pin #1- ground to pin #16- 12volts (switched). 3. Pin #3- Ground: Check continuity to frame.4. If the 12V outlet (see above) has power but pin #6 or #16 does not, the check spades and wire harness for loose connection or short and fix or re place the tractor cable.

D. If voltage is > 15 volts, replace tractor voltage regulator.Pin4 – Power 12V

Step 4: If tractor harness has correct voltage at 16-pin plug, replace display.

If problem persists contact Precision Planting for further assistance.


955125_02 11/10 95

Trouble Shooting (Continued)20/20 is not getting data from planter

Step 1: Go to SETUP, DIAGNOSE , and look at the box labeled SC1.1. Smart Connector 1 (SC1) is GREEN: The Smart Connector has good communication with Display Screen: Proceed to troubleshooting the back of the SC.2. Smart Connector 1 (SC1) is YELLOW: The smart Connector has had communication errors with the Display Screen.

A. This condition will normally correct itself the next time communication is attempted.B. You can also push the Black Reset Modules button to reset the communication. C. Press the Black Device Status button and check Sm Conn 1A.

1. Voltage should be 10.6 - 14 volts 2. Resets are caused by interrupted communication. Check harnesses for damage if Resets are more than 5.3. Errors, Delays and Unresp are all variations of interrupted communication. If these numbers are continuously above 0 % it indicates damaged wires or a malfunctioning SC.

3. Smart Connector 1 (SC1) is RED.A. Verify that SC1 and SC2 (if necessary) are plugged into the correct 4-pin connector on tractor harness or extension cable. (Smart Connector may be plugged in series with AirForce or other modules).

1. Planters with 32 rows or less (except Great Plains and JD Computer-Trak 450) require SC1 only Smart Connector (It may be plugged in series with AirForce or other modules).

a. Tractor Cable 725206: Plug SC1 or the extension cable to SC1 into the 4-pin at the back of the tractor.b. Tractor Cable 725207:

i. If you have the 725208 SeedStar extension cable, plug SC1 into the white 4-pin plug near the back of the planter. Also verify that the 2-pin weather-pack is plugged into the Aux. power at the back of the planter.ii. If you have the 725210 splitter cable, plug SC1 or the extension cable from SC1 into the white 4-pin plug at the back of the tractor.

c. Tractor Cable 725499: Plug SC1 or the extension cable from SC1 into Channel A at the back of the tractor.

2. Planters with 33 or more rows, Computer-Trak 450 and GP YieldPro planters. These planters require two SC’s. The primary (row 1 side) SC1 is plugged in the same as listed above for a 32 row planter. The secondary (right side of planter) SC2 is attached as follows (Smart Connector may be plugged in series with AirForce or other modules):

a. Tractor Cable 725206: Plug the SC2 or the extension cable from SC2 into the 4-pin round to 4-pin square adapter #725440 and plug the adapter into the square 4-pin Deutsch connector at the back of the tractor.b. Tractor Cable 725207:

i. If you have the 725208 SeedStar extension cable, plug SC2 into the black 4-pin plug near the back of the planter. Also verify that the 2-pin weather-pack is plugged into the Aux. power at the back of the planter.ii. If you have the 725210 splitter cable, plug SC2 or the extension cable from SC2 into the black 4-pin plug at the back of the tractor.

955125_02 11/10 96

Trouble Shooting (Continued)iii. Tractor Cable 725499: Plug 20 ft. extension cable into Channel B on the tractor cable and extend out back of tractor to SC2 or extension cable that goes to SC2.

B. Are lights lit up on SC?1. No lights: means SC is not getting power.

a. Check inline fusesi. 725206 and 725207 Tractor Harness: Check two yellow fuse holders. Replace 3 Amp fuses with 15 Amp fuses if software is 3.0 or newer.ii. 725499 Tractor Harness: Check blue 15 amp spade fuse.

b. Remove 4-pin plug from SC and check for power: Pin#1 (ground) to Pin#4 ( power): 12 volts.

i. No voltage: 1. Check continuity from Pin #1of 16-pin display plug to Pin #1 of 4-pin Channel A (ground).2. Check continuity from Pin #6 of 16-pin display plug to Pin #4 of 4-pin Channel A (12 volt power).3. Check tractor harness, extension cables and connections for damage or poor contact and retest at each connection between cables.

ii. Yes: 12 volts1. Plug 4-pin into SC and verify that the lights are not on.2. If Smart Connector is plugged in series with other modules (AirForce or RowFlow) disconnect these modules and see if Smart Connector will work alone.3. Inspect connectors for bent or loose pins.4. Manipulate wires and connections on cables and plugs between 12V outlet and the SC to see if there is an intermittent short.

a. If lights come on momentarily when cables are manipulated, repair or replace faulty cable.b. If lights do not come on replace SC.

2. Red and green lights on SC are on solid means SC is trying to boot up.a. When a SC is first plugged in or reset, the lights will flash fast and then stay solid while the SC is booting up. This should last no more than two minutes after startup or reset.b. If the lights do not change to a slow blinking status, go to the Diagnose Screen and push Reset Modules.

i. If the lights remain solid, unplug the 37-pin connector(s) from the SC and push Reset Modules and watch for the SC on the Diagnose screen to turn green.

1. If lights blink alternately once per second, reconnect the 37-pin connector and push Reset Modules. If the lights continue to blink once per second, then the SC is good. 2. If the lights are still solid, reinstall software in the display screen (the original update may be corrupted).3. If the lights are still solid, replace SC.

955125_02 11/10 97

3. Red and green lights on SC are flashing fast (more than 3 blinks per second) means the SC is not getting good communication with the display.

a. Check cables and connections for damage or loose wires.1. Check for continuity between pin-2 of 4-pin connector and pin-8 &/or pin-10 of 16-pin connector at display.2. Check for continuity between pin-3 of 4-pin connector and pin-7 &/or pin-9 of 16-pin connector at display.

b. If continuity is good, move the SC to Channel B.1. If the SC begins blinking properly, replace Display Unit.2. If the SC continues to blink fast, replace SC.

4. Only one light (red or green) on SC is flashing.a. If only one light is blinking slowly, Reboot Display Unit.b. If still only one light is flashing, replace Smart Connector.

5. Red and green lights on SC are flashing slowly.a. Check Planter Setup screen to verify proper planter configuration.b. Verify that SC is hooked up to proper 4-pin connector from tractor harness or extension cable.c. Proceed to troubleshooting the back of the SC.

Step 2: Troubleshooting the back of the Smart Connector. If The SC on the Diagnose screen is green and the lights on the SC are blinking slowly, the next step is to check for correct output from the back of the SC to the row sensors.

1. First go to the Device Status page and see what the RUM voltage is reading.A. If no voltage is reported, disconnect the 37-pin from the back of the SC.

i. Test voltage between pin #27 (power) and pin #28 (ground). Repeat procedure for pin #29 (power) and pin #28 (ground).

1. If you have Hardware Version 1 (HW Ver on Device Status page under Sm Conn 1A), reset the SC by unplugging the 4-pin on the SC and reconnect it. You will have about 5 seconds to measure the voltage. It should be 8 volts and then drop down to around 3 volts.2. If you have Hardware Version 2 (HW Ver on Device Status page under Sm Conn 1A) the voltage should be around 8 volts and remain there.3. If voltage is < 6.5 volts or > 10 volts, replace Smart Connector.4. If voltage is correct, the SC output is good. Proceed to troubleshooting the planter harness.

Step 3: Troubleshooting the planter harness. If the SC is outputting 8 volts to the planter harness the next step is to check the harness for faults.

1. Check for shorts in the planter harness by testing for continuity between any of the pins in the 37-pin plug of the harness. Beginning with one probe on pin #1, touch the other probe to pin #2, then #3, then#4, etc. Then check pin #2 to each pin until you have crossed each possible pair. If continuity is detected between any pins, there is a short between those wires or the sensor is bad on the corresponding row. 2. Check for shorts between the harness and the frame by touching one probe to the frame of the planter and then touching the other probe to each pin in the 37-pin connector of the harness. If continuity is detected, find the exposed wire from that row.


955125_02 11/10 98

Trouble Shooting (Continued)3. Plug the 37-pin connector into the SC. Go to one row on each half of the planter and unplug the seed tube sensor.

a. Pin B to pin C of the Weather Pack connector of the harness should have approximately 8 volts.b. If reading is < 6.5 volts, either the harness is shorted or a sensor is bad.

4. Unplug the 37-pin from the SC and beginning at one end of the planter, unplug each row sensor and test each wire for breaks in the wires. To easily do this, it is best to have two people. Have one person hold a jumper wire from pin #27 or pin #29 to the corresponding row pin (Pin #27 and #29 are the common power wires for the harness. Depending on the harness configuration, generally, the left half of the planter is powered by #27 and the right half of the planter by #29.On some planters this will be split differently). Then have the second person touch pin A to pin C of the Weather Pack connector of the harness. This should complete the loop and show continuity for each of those wires. Next, jump pin #27 to #28, or #29 to #30 at the 37-pin connector and test for continuity from pin B to pin C of the Weather Pack at the row. Continue this process for each row until a short is found. Once the row is tested. Do not plug the sensor back into the harness. If no faults are found proceed to troubleshooting the sensors.

Step 4: Troubleshooting the seed tube sensors.1. Check the sensors for a short between each pin of the Weather Pack. There should not be any continuity between pins. If continuity is found, replace the sensor.2. Next plug a sensor and RUM into one of the rows. Go to the Diagnose screen and see if that row is showing up. You may have to Reboot Display Unit to clear the system. If the row is showing up, go to Device Status. The RUM voltage should be approximately 8 volts. Begin plugging the sensor into each row one at a time and monitoring the voltage on the Device Status page. If the voltage drops significantly, it indicates that the sensor is bad or the SC is not sending enough x?????.

a. Replace the sensor.b. If the voltage does not correct itself, replace the Smart Connector.

3. Once all the seed tube sensors are plugged in, begin plugging the additional RUMs into the system. After each addition, check the voltage of that RUM in the Device Status. If the voltage drops, replace the RUM.4. Next plug the Down Force Sensors into the RUMs one at a time. Check the RUM voltage. If the voltage drops, replace the sensor.

955125_02 11/10 99

Wiring Diagram

Part Number Description Page Number725200 Monitor 101725201 Smart Connector 102725203 RUM 101725204 5/8” DownForce Pin 119725205 1/2” DownForce Pin 119725206 4 Pin Tractor Harness 106725207 9 Pin Tractor Harness 107725208 SeedStar Cable 108725209 Grey Metrapack 117725210 9-4 Pin Splitter 105725234 DJ Adapter 104725235 Vacuum Sensor 102725254 Power Splitter 103725256 110 Volt Power Adapter 101725265 Kinze Smart Link 119725266 White Smart Link 119725267 5/8” GP DownForce Pin 119725268 GPS Adapter 103725269 Power Port (cig) to 3-Pin 105725270 JD Power Strip Adapter 105725282 White Metrapack 118725292 3-Wire Power Adapter 103725295 White 8000 Smart Link 119725400 GP 30’ & 40’ Harness 113725401 GP 60’ Harness Cable (Left & Center) 114725402 GP 60’ Harness (Right Wing) 116725403 4 Pin Extension Cable 119725411 4 Pin Extension Cable 119725439 Combine Cable 110725454 DB Cable 111725455 DB Cable 112725468 4 Pin Extension Cable 119725477 4 Pin Extension Cable 119725499 Tractor Harness 109

725259 GPS Unit 119

Pinout and wiring diagrams

955125_02 11/10 100

Mon

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Part

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955125_02 11/10 101

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424

Mon

itor

Row

24

25Se

ed S

enso

r Ro

w 2

525

Mon

itor

Row

25

26Se

ed S

enso

r Ro

w 2

626

Mon

itor

Row

26

27(+

) 8 V

olt R

ows

1– 1

627

(+)8

Vol

t Row

s 1

- 16

28G

roun

d Ro

ws

1– 1

628

Gro

und

Row

s 1

- 16

29(+

)8 V

olt R

ows

17–

3229

(+)8

Vol

t Row

s 17

- 32

30G

roun

d Ro

ws

17–

3230

Gro

und

Row

s 17

- 32

31Se

ed S

enso

r Ro

w 2

731

Mon

itor

Row

27

32Se

ed S

enso

r Ro

w 2

832

Mon

itor

Row

28

33Se

ed S

enso

r Ro

w 2

933

Mon

itor

Row

29

34Se

ed S

enso

r Ro

w 3

034

Mon

itor

Row

30

35Se

ed S

enso

r Ro

w 3

135

Mon

itor

Row

31

36Se

ed S

enso

r Ro

w 3

236

Mon

itor

Row

32

37- -

37- -Pa

rt #

7252

01

C BA

Vacu

um S

enso

rPa

rt #

7252

35

A -

Deu

tsch

6 p

in re

cept

acle

PIN

NO

.CO

LOR

FUN

CTIO

N

1Re

d(+

) 5 V

olt (

Aux

)

2G

reen

Aux

Typ

e(2

& 5

10

ohm

res.

)

3W

hite

Vacu

um D

ata

4—

-—

5—

-—

6Bl

ack

Gro

und

(6 &

5 1

0 oh

m re

s.)

C - 4

Pin

AM

P Re

cept

acle

to

20/2

0 D

ispl

ayPI

N N

O.

FUN

CTIO

N

1G

roun

d

2(+

)485

3(-

)485

412

Vol

t Ign

ition

955125_02 11/10 102

3-W

ire

Pow

er A

dapt

erPa

rt #

7252

92

A -

3 Pi

n A

MP

Rece

ptac

lePI

N N

O.

COLO

RFU

NCT

ION

1O

rang

e12

Vol

t Ign

ition

2Re

d12

Vol

t Batt

ery

3Bl

ack

Gro

und

A GPS

Ada

pter

Part

#

7252

68

CA

B

A -

9 Pi

n D

B9 R

ecep

tacl

ePI

N N

O.

COLO

RTO

1—

—

2Br

own

B2

3W

hite

B3

4Re

dB4

5Bl

ack

B5

6G

reen

B6

7 to

9—

Not

use

d

Pow

er S

plitt

erPa

rt #

7252

54

B - 9

Pin

DB9

Plu

gPI

N N

O.

COLO

RFr

om

1—

—

2Br

own

A2

3W

hite

A3

4Re

dA

4

5Bl

ack

A5

6G

reen

& D

RNG

reen

A6

DRN

Clip

ped

at “A

”

7 to

9—

Not

use

d

C - 4

Pin

Plu

gPI

N N

O.

COLO

RFr

om

1Bl

ack

& D

RNBl

ack

B5

DRN

Clip

ped

at “

B”

2W

hite

B3

3 &

4—

Not

Use

d

A -

3 Pi

n A

MP

Plug

PIN

NO

.CO

LOR

FUN

CTIO

NTO

1Bl

ack

12 V

olt I

gniti

onB1

& C

1

2W

hite

12 V

olt B

atter

yB2

& C

2

3G

reen

Gro

und

B3 &

C3

B - 3

Pin

AM

P Re

cept

acle

PIN

NO

.CO

LOR

FUN

CTIO

NFR

OM

1Bl

ack

12 V

olt I

gniti

onA

1

2W

hite

12 V

olt B

atter

yA

2

3G

reen

Gro

und

A3

C - 3

Pin

AM

P Re

cept

acle

PIN

NO

.CO

LOR

FUN

CTIO

NFR

OM

1Bl

ack

12 V

olt I

gniti

onA

1

2W

hite

12 V

olt B

atter

yA

2

3G

reen

Gro

und

A3

B CA

955125_02 11/10 103

DJ Adapter Part #

725234

Planter to Smart Connector 37 Pin AMP

PIN NO. FUNCTION PIN NO.

1 Seed Sensor Row 1 1



4 Seed Sensor Rowv 4 4




















24 (+)8 Volt Rows 1 - 16 27

25 (+)8 Volt Rows 17– 32 29

26 Ground Rows 1 - 16 28

27 Ground Rows 17– 32 30










37 — 37

A BPlanter to Smart Connector 37 Pin AMP

PIN NO. FUNCTION PIN NO.

1 Monitor Row 1 1

2 Monitor Row 2 2

3 Monitor Row 3 3

4 Monitor Row 4 4

5 Monitor Row 5 5

6 Monitor Row 6 6

7 Monitor Row 7 7

8 Monitor Row 8 8

9 Monitor Row 9 9

10 Monitor Row 10 10

















27 (+)8 Volt Rows 1 - 16 24


29 (+)8 V Rows 17 - 32 25








37 - - 37

C D

A B C D

955125_02 11/10 104

JD P

ower

Str

ip A

dapt

erPa

rt #

7252

70

3-Pi

n Po

wer

Ada

pter

(Cig

)Pa

rt #

7252

69

A -

3 Pi

n A

MP

Rece

ptac

lePI

N N

O.

FUN

CTIO

NFR

OM

112

Vol

t Ign

ition

B/C

212

Vol

t Batt

ery

B/A

3G

roun

dB/

B

B - 3

Pin

JD F

emal

e Po

wer

St

rip

Conn

ecto

r

PIN

NO

.FU

NCT

ION

TO

112

Vol

t Batt

ery

A2

2G

roun

dA

3

312

Vol

t Ign

ition

A1

A -

3 Pi

n A

MP

Rece

ptac

lePI

N N

O.

FUN

CTIO

NFR

OM

112

Vol

t Batt

ery

Pow

er P

ort (

cig)

Plu

g En

d

212

Vol

t Batt

ery

Pow

er P

ort (

cig)

Plu

g En

d

3G

roun

dPo

wer

Por

t (ci

g) P

lug

Side

s

9 Pi

n - 4

Pin

Spl

itter

Part

#

7252

10

A -

9 Pi

n A

MP

Plug

PIN

NO

.CO

LOR

FUN

CTIO

NTO

1Bl

ack

Mai

n G

roun

dB1

& C

1

2Bl

ue (Y

ello

w/B

lue)

485

(-) C

hann

el A

B3

3Re

d12

Vol

t Ign

ition

B4 &

C4

4Bl

ack

(Whi

te/B

lack

)48

5 (-

) Cha

nnel

BC3

5—

-—

—

6Ye

llow

(Yel

low

/Blu

e)48

5 (+

) Cha

nnel

AB2

7—

-—

—

8W

hite

(Whi

te/B

lack

)48

5 (+

) Cha

nnel

BC2

9—

-—

—

B - 4

Pin

Cha

nnel

A A

MP

Plug

PIN

NO

.CO

LOR

FUN

CTIO

NTO

1Bl

ack

Mai

n G

roun

dA

1

2Ye

llow

(Yel

low

/Blu

e)48

5 (+

) Cha

nnel

AA

6

3Bl

ue (Y

ello

w/B

lue)

485

(-) C

hann

el A

A2

4Re

d12

Vol

t Ign

ition

A3

C - 4

Pin

Cha

nnel

B A

MP

Plug

PIN

NO

.CO

LOR

FUN

CTIO

NTO

1Bl

ack

Mai

n G

roun

dA

1

2W

hite

(Whi

te/B

lack

)48

5 (+

) Cha

nnel

BA

8

3Bl

ack

(Whi

te/B

lack

)48

5 (-

) Cha

nnel

BA

4

4Re

d12

Vol

t Ign

ition

A3

AB

A ABC

955125_02 11/10 105

A

CB

E

D

4 Pi

n Tr

acto

r H

arne

ssPa

rt #

7252

06

A -

16 P

in D

ispl

ay U

nit A

MP

Plug

PIN

NO

.CO

LOR

FUN

CTIO

NTO

1Bl

ack

Mai

n G

roun

dB3

, D1

& E

1

2—

——

3D

rain

Wire

485

Shie

ld—

4—

——

5—

——

6W

hite

12 V

olt B

atter

yB2

7Bl

ack

(Red

/Bla

ck) P

air

148

5 (-

) Ch

anne

l AD

3

8Re

d (R

ed/B

lack

) Pai

r 1

485

(+)

Chan

nel A

D2

9Bl

ack

(Whi

te/B

lack

) Pai

r 2

485

(-)

Chan

nel B

E3

10W

hite

(Whi

te/B

lack

) Pai

r 2

485

(+)

Chan

nel B

E2

11—

——

12Bl

ack

(Red

/Bla

ck) P

air

1G

PS G

roun

d/Sh

ield

C1

13W

hite

(Whi

te/B

lack

) Pai

r 2

RX F

rom

GPS

C2

14Bl

ack

(Whi

te/B

lack

) Pai

r 2

TX to

GPS

C3

15Re

d (R

ed/B

lack

) Pai

r 1

GPS

5 V

olt

C4

16Re

d12

Vol

t Ign

ition

B1, D

4 &

E4

D -

Chan

nel A

4 P

in A

MP

Plug

PIN

NO

.CO

LOR

FUN

CTIO

NFR

OM

1Bl

ack

Mai

n G

roun

dA

1

2Re

d (R

ed/B

lack

) Pai

r 1

485

(+) C

hann

el A

A8

3Bl

ack

(Red

/Bla

ck) P

air

148

5 (-

) Cha

nnel

AA

7

4Re

d12

Vol

t Ign

ition

A16

B - P

ower

3 P

in A

MP

Plug

PIN

NO

.CO

LOR

FUN

CTIO

NFR

OM

1Re

d12

Vol

t Ign

ition

A16

2W

hite

12 V

olt B

atter

yA

6

3Bl

ack

Mai

n G

roun

dA

1

E - 4

Pin

Cha

nnel

B D

euts

ch P

lug

PIN

NO

.CO

LOR

FUN

CTIO

NFR

OM

1Bl

ack

Mai

n G

roun

dA

1

2W

hite

(Whi

te/B

lack

) Pai

r 2

485

(+) C

hann

el B

A10

3Bl

ack

(Whi

te/B

lack

) Pai

r 2

485

(-) C

hann

el B

A9

4Re

d12

Vol

t Ign

ition

A16

C - 4

Pin

GPS

AM

P Re

cept

acle

PIN

NO

.CO

LOR

FUN

CTIO

NFR

OM

1Bl

ack

(Red

/Bla

ck) P

air

1G

PS G

roun

d/ S

hiel

dA

12

2W

hite

(Whi

te/B

lack

) Pai

r 2

RX

From

GPS

A13

3Bl

ack

(Whi

te/B

lack

) Pai

r 2

TX

to G

PSA

14

4Re

d (R

ed/B

lack

) Pai

r 1

GPS

5 V

olt

A15

955125_02 11/10 106

A

CB

E

D

9 Pi

n Tr

acto

r H

arne

ssPa

rt #

7252

07A

- 16

Pin

Dis

play

Uni

t A

MP

Plug

PIN

NO

.CO

LOR

FUN

CTIO

NTO

1Bl

ack

Mai

n G

roun

dB3

, D1

& E

1

2—

——

3D

rain

Wire

485

Shie

ld—

4—

——

5—

——

6W

hite

12 V

olt B

atter

yB2

7Bl

ack

(Red

/Bla

ck) P

air

148

5 (-

) Ch

anne

l AD

2

8Re

d (R

ed/B

lack

) Pai

r 1

485

(+)

Chan

nel A

D6

9Bl

ack

(Whi

te/B

lack

) Pai

r 2

485

(-)

Chan

nel B

D4

& E

3

10W

hite

(Whi

te/B

lack

) Pai

r 2

485

(+)

Chan

nel B

D8

& E

2

11—

——

12Bl

ack

(Red

/Bla

ck) P

air

1G

PS G

roun

d/Sh

ield

C1

13W

hite

(Whi

te/B

lack

) Pai

r 2

RX F

rom

GPS

C2

14Bl

ack

(Whi

te/B

lack

) Pai

r 2

TX to

GPS

C3

15Re

d (R

ed/B

lack

) Pai

r 1

GPS

5 V

olt

C4

16Re

d12

Vol

t Ign

ition

B1, D

3 &

E4

D -

9 Pi

n A

MP

Rece

ptac

le

PIN

NO

.CO

LOR

FUN

CTIO

NFR

OM

1Bl

ack

Mai

n G

roun

dA

1

2Bl

ue48

5 (-

) Cha

nnel

AA

7

3Re

d12

Vol

t Ign

ition

A16

4Bl

ack

(Whi

te/B

lack

) Pai

r 2

485

(-)

Chan

nel B

A9

5—

——

6Ye

llow

485

(+) C

hann

el A

A8

7—

——

8W

hite

(Whi

te/B

lack

) Pai

r 2

485

(+) C

hann

el B

A10

9—

——

B - P

ower

3 P

in A

MP

Plug

PIN

NO

.CO

LOR

FUN

CTIO

NFR

OM

1Re

d12

Vol

t Ign

ition

A16

2W

hite

12 V

olt B

atter

yA

6

3Bl

ack

Mai

n G

roun

dA

1

E - 4

Pin

Cha

nnel

B D

euts

ch P

lug

PIN

NO

.CO

LOR

FUN

CTIO

NFR

OM

1Bl

ack

Mai

n G

roun

dA

1

2W

hite

(Whi

te/B

lack

) Pai

r 2

485

(+) C

hann

el B

A10

3Bl

ack

(Whi

te/B

lack

) Pai

r 2

485

(-) C

hann

el B

A9

4Re

d12

Vol

t Ign

ition

A16

C - 4

Pin

GPS

AM

P Re

cept

acle

PIN

NO

.CO

LOR

FUN

CTIO

NFR

OM

1Bl

ack

(Red

/Bla

ck) P

air

1G

PS G

roun

d/ S

hiel

dA

12

2W

hite

(Whi

te/B

lack

) Pai

r 2

RX

From

GPS

A13

3Bl

ack

(Whi

te/B

lack

) Pai

r 2

TX

to G

PSA

14

4Re

d (R

ed/B

lack

) Pai

r 1

GPS

5 V

olt

A15

955125_02 11/10 107

A

C B

E

D

Seed

Star

Cab

lePa

rt #

7252

08

A -

9 Pi

n A

MP

Plug

PIN

NO

.CO

LOR

FUN

CTIO

NTO

1D

rain

Wire

Gro

und/

Shie

ld—

2Bl

ack

(Red

/Bla

ck)

485

(-) C

hann

el A

B3 (B

lue)

& D

3 (G

reen

)

3—

—

4W

hite

(Whi

te/B

lack

)48

5 (-

) Cha

nnel

BC3

5—

—

6Re

d (R

ed/B

lack

)48

5 (+

) Ch

anne

l AB2

(Yel

low

) & D

2 (W

hite

)

7—

—

8W

hite

(Whi

te/B

lack

)48

5 (+

) Ch

anne

l BC2

9—

—

D -

4 Pi

n A

uxili

ary

Deu

tsch

Plu

g

PIN

NO

.CO

LOR

FUN

CTIO

NFR

OM

1Bl

ack

Mai

n G

roun

dEB

2W

hite

485

(-)

Chan

nel A

A6

3G

reen

485

(+)

Chan

nel A

A2

4Re

d12

Vol

t Ign

ition

EA

B - 4

Pin

Cha

nnel

A A

MP

Plug

PIN

NO

.CO

LOR

FUN

CTIO

NFR

OM

1Bl

ack

Mai

n G

roun

dEB

2Ye

llow

485

(+)

Chan

nel A

A6

3Bl

ue48

5 (-

) Cha

nnel

AA

2

4Re

d12

Vol

t Ign

ition

EA

E - 2

Pin

Pow

er W

eath

erPa

ck P

lug

PIN

NO

.CO

LOR

FUN

CTIO

NTO

ARe

d12

Vol

t Ign

ition

B4, C

4 &

D4

BBl

ack

Mai

n G

roun

dB1

, C1

& D

1

C - 4

Pin

Cha

nnel

B A

MP

Plug

PIN

NO

.CO

LOR

FUN

CTIO

NFR

OM

1Bl

ack

Mai

n G

roun

dEB

2W

hite

(Whi

te/B

lack

)48

5 (+

) Ch

anne

l BA

8

3Bl

ack

(Whi

te/B

lack

)48

5 (-

) Ch

anne

l BA

4

4Re

d12

Vol

t Ign

ition

EA

955125_02 11/10 108

A

CB

E

D

Trac

tor

Har

ness

Part

#

7254

99A

- 16

Pin

Dis

play

Uni

t A

MP

Plug

PIN

NO

.CO

LOR

FUN

CTIO

NTO

1Bl

ack

Mai

n G

roun

dB3

, D1

&E1

2—

——

3D

rain

Wire

485

Shie

ld—

4—

——

5—

——

6W

hite

12 V

olt B

atter

yB2

7Bl

ack

(Red

/Bla

ck) P

air

148

5 (-

) Ch

anne

l AD

3

8Re

d (R

ed/B

lack

) Pai

r 1

485

(+)

Chan

nel A

D2

9Bl

ack

(Whi

te/B

lack

) Pai

r 2

485

(-)

Chan

nel B

E3

10W

hite

(Whi

te/B

lack

) Pai

r 2

485

(+)

Chan

nel B

E2

11—

——

12Bl

ack

(Red

/Bla

ck) P

air

1G

PS G

roun

d/Sh

ield

C1

13W

hite

(Whi

te/B

lack

) Pai

r 2

RX F

rom

GPS

C2

14Bl

ack

(Whi

te/B

lack

) Pai

r 2

TX to

GPS

C3

15Re

d (R

ed/B

lack

) Pai

r 1

GPS

5 V

olt

C4

16Re

d12

Vol

t Ign

ition

B1 ,

D4

& E

4

D -

4 Pi

n Ch

anne

l A A

MP

Plug

PIN

NO

.CO

LOR

FUN

CTIO

NFR

OM

1Bl

ack

Mai

n G

roun

dA

1

2Re

d (R

ed/B

lack

) Pai

r 1

485

(+) C

hann

el A

A8

3Bl

ack

(Red

/Bla

ck) P

air

148

5 (-

) Cha

nnel

AA

7

4Re

d12

Vol

t Ign

ition

A16

B - P

ower

3 P

in A

MP

Plug

PIN

NO

.CO

LOR

FUN

CTIO

NFR

OM

1Re

d12

Vol

t Ign

ition

A16

2W

hite

12 V

olt B

atter

yA

6

3Bl

ack

Mai

n G

roun

dA

1E

- 4 P

in C

hann

el B

AM

P Pl

ug

PIN

NO

.CO

LOR

FUN

CTIO

NFR

OM

1Bl

ack

Mai

n G

roun

dA

1

2W

hite

(Whi

te/B

lack

) Pai

r 2

485

(+) C

hann

el B

A10

3Bl

ack

(Whi

te/B

lack

) Pai

r 2

485

(-) C

hann

el B

A9

4Re

d12

Vol

t Ign

ition

A16

C - 4

Pin

GPS

AM

P Re

cept

acle

PIN

NO

.CO

LOR

FUN

CTIO

NFR

OM

1Bl

ack

(Red

/Bla

ck) P

air

1G

PS G

roun

d/ S

hiel

dA

12

2W

hite

(Whi

te/B

lack

) Pai

r 2

RX

From

GPS

A13

3Bl

ack

(Whi

te/B

lack

) Pai

r 2

TX

to G

PSA

14

4Re

d (R

ed/B

lack

) Pai

r 1

GPS

5 V

olt

A15

955125_02 11/10 109

Com

bine

Har

ness

Part

#

7254

39

A -

16 P

in D

ispl

ay U

nit

AM

P Pl

ug

PIN

NO

.CO

LOR

FUN

CTIO

NTO

1Bl

ack

Mai

n G

roun

dB3

, D1

&E1

2—

——

3D

rain

Wire

485

Shie

ld—

4—

——

5—

——

6W

hite

12 V

olt B

atter

yB2

7Bl

ack

(Red

/Bla

ck) P

air

148

5 (-

) Ch

anne

l AD

3

8Re

d (R

ed/B

lack

) Pai

r 1

485

(+)

Chan

nel A

D2

9Bl

ack

(Whi

te/B

lack

) Pai

r 2

485

(-)

Chan

nel B

E3

10W

hite

(Whi

te/B

lack

) Pai

r 2

485

(+)

Chan

nel B

E2

11—

——

12Bl

ack

(Red

/Bla

ck) P

air

1G

PS G

roun

d/Sh

ield

C1

13W

hite

(Whi

te/B

lack

) Pai

r 2

RX F

rom

GPS

C2

14Bl

ack

(Whi

te/B

lack

) Pai

r 2

TX to

GPS

C3

15Re

d (R

ed/B

lack

) Pai

r 1

GPS

5 V

olt

C4

16Re

d12

Vol

t Ign

ition

B1 ,

D4

& E

4

B - P

ower

3 P

in A

MP

Plug

PIN

NO

.CO

LOR

FUN

CTIO

NFR

OM

1Re

d12

Vol

t Ign

ition

A16

2W

hite

12 V

olt B

atter

yA

6

3Bl

ack

Mai

n G

roun

dA

1

C - 4

Pin

GPS

AM

P Re

cept

acle

PIN

NO

.CO

LOR

FUN

CTIO

NFR

OM

1Bl

ack

(Red

/Bla

ck) P

air

1G

PS G

roun

d/ S

hiel

dA

12

2W

hite

(Whi

te/B

lack

) Pai

r 2

RX

From

GPS

A13

3Bl

ack

(Whi

te/B

lack

) Pai

r 2

TX

to G

PSA

14

4Re

d (R

ed/B

lack

) Pai

r 1

GPS

5 V

olt

A15

A

CB

955125_02 11/10 110

DB

Cabl

ePa

rt #

7254

54A

- 3

7 P

in A

MP

Plu

gP

IN N

O.

FUN

CTI

ON

FRO

M

1Si

gnal

In R

ow

23

B1

2Si

gnal

In R

ow

24

B2

3Si

gnal

In R

ow

25

B3

4Si

gnal

In R

ow

26

B4

5Si

gnal

In R

ow

27

B5

6Si

gnal

In R

ow

28

B6

7Si

gnal

In R

ow

29

B7

8Si

gnal

In R

ow

30

B8

9Si

gnal

In R

ow

31

B9

10

Sign

al In

Ro

w 3

2B

10

11

Sign

al In

Ro

w 3

3C

1

12

Sign

al In

Ro

w 3

4C

2

13

Sign

al In

Ro

w 3

5C

3

14

Sign

al In

tR

ow

36

C4

15

Sign

al In

Ro

w 3

7

C5

16

Sign

al In

Ro

w 3

8C

6

17

Sign

al In

Ro

w 3

9C

7

18

Sign

al In

Ro

w 4

0C

8

19

Sign

al In

Ro

w 4

1C

9

20

Sign

al In

Ro

w 4

2C

10

21

Sign

al In

Ro

w 4

3C

11

22

Sign

al In

Ro

w 4

4C

12

23

Sign

al In

Ro

w 4

5C

13

24

Sign

al In

Ro

w 4

6C

14

25

Sign

al In

Ro

w 4

7C

15

26

Sign

al In

Ro

w 4

8C

16

27

Left

Po

we

rB

27

& C

27

28

Left

Gro

un

dB

28

& C

28

29

Rig

ht

Po

we

rB

29

& C

29

30

Rig

ht

Gro

un

dB

30

& C

30

31

Sign

al In

Ro

w 4

9C

17

32

Sign

al In

Ro

w 5

0C

18

33

Sign

al In

Ro

w 5

1C

19

34

Sign

al In

Ro

w 5

2C

20

35

Sign

al In

Ro

w 5

3C

21

36

Sign

al In

Ro

w 5

4C

22

37

——

C - 3

7 Pi

n A

MP

Rece

ptac

lePI

N N

O.

FUN

CTIO

NTO

1Se

ed S

enso

r Ro

w 3

3A

11

2Se

ed S

enso

r Ro

w 3

4A

12

3Se

ed S

enso

r Ro

w 3

5A

13

4Se

ed S

enso

r Ro

w 3

6A

14

5Se

ed S

enso

r Ro

w 3

7A

15

6Se

ed S

enso

r Ro

w 3

8A

16

7Se

ed S

enso

r Ro

w 3

9A

17

8Se

ed S

enso

r Ro

w 4

0A

18

9Se

ed S

enso

r Ro

w 4

1A

19

10Se

ed S

enso

r Ro

w 4

2A

20

11Se

ed S

enso

r Ro

w 4

3A

21

12Se

ed S

enso

r Ro

w 4

4A

22

13Se

ed S

enso

r Ro

w 4

5A

23

14Se

ed S

enso

r Ro

w 4

6A

24

15Se

ed S

enso

r Ro

w 4

7A

25

16Se

ed S

enso

r Ro

w 4

8A

26

17Se

ed S

enso

r Ro

w 4

9A

31

18Se

ed S

enso

r Ro

w 5

0A

32

19Se

ed S

enso

r Ro

w 5

1A

33

20Se

ed S

enso

r Ro

w 5

2A

34

21Se

ed S

enso

r Ro

w 5

3A

35

22Se

ed S

enso

r Ro

w 5

4A

36

23 to

26

Not

Use

d

27Le

ft P

ower

A27

28Le

ft G

roun

dA

28

29Ri

ght P

ower

A29

30Ri

ght P

ower

A30

31 to

37

Not

Use

d

B - 3

7 Pi

n A

MP

Rece

ptac

lePI

N N

O.

FUN

CTIO

NTO

1Se

ed S

enso

r Ro

w 2

3A

1

2Se

ed S

enso

r Ro

w 2

4A

2

3Se

ed S

enso

r Ro

w 2

5A

3

4Se

ed S

enso

r Ro

w 2

6A

4

5Se

ed S

enso

r Ro

w 2

7A

5

6Se

ed S

enso

r Ro

w 2

8A

6

7Se

ed S

enso

r Ro

w 2

9A

7

8Se

ed S

enso

r Ro

w 3

0A

8

9Se

ed S

enso

r Ro

w 3

1A

9

10Se

ed S

enso

r Ro

w 3

2A

10

11 to

26

Not

Use

d

27Le

ft P

ower

A27

28Le

ft G

roun

dA

28

29Ri

ght P

ower

A29

30Ri

ght G

roun

dA

30

31 to

37

Not

Use

d

A CB

955125_02 11/10 111

DB

Cabl

ePa

rt #

7254

55A

- 3

7 P

in A

MP

Re

cep

tacl

eP

IN N

O.

FUN

CTI

ON

FRO

M

1Si

gnal

Ou

t R

ow

23

B1

2Si

gnal

Ou

t R

ow

24

B2

3Si

gnal

Ou

t R

ow

25

B3

4Si

gnal

Ou

t R

ow

26

B4

5Si

gnal

Ou

t R

ow

27

B5

6Si

gnal

Ou

t R

ow

28

B6

7Si

gnal

Ou

t R

ow

29

B7

8Si

gnal

Ou

t R

ow

30

B8

9Si

gnal

Ou

t R

ow

31

B9

10

Sign

al O

ut

Ro

w 3

2B

10

11

Sign

al O

ut

Ro

w 3

3C

1

12

Sign

al O

ut

Ro

w 3

4C

2

13

Sign

al O

ut

Ro

w 3

5C

3

14

Sign

al O

ut

Ro

w 3

6C

4

15

Sign

al O

ut

Ro

w 3

7

C5

16

Sign

al O

ut

Ro

w 3

8C

6

17

Sign

al O

ut

Ro

w 3

9C

7

18

Sign

al O

ut

Ro

w 4

0C

8

19

Sign

al O

ut

Ro

w 4

1C

9

20

Sign

al O

ut

Ro

w 4

2C

10

21

Sign

al O

ut

Ro

w 4

3C

11

22

Sign

al O

ut

Ro

w 4

4C

12

23

Sign

al O

ut

Ro

w 4

5C

13

24

Sign

al O

ut

Ro

w 4

6C

14

25

Sign

al O

ut

Ro

w 4

7C

15

26

Sign

al O

ut

Ro

w 4

8C

16

27

Left

Po

we

rC

27

28

Left

Gro

un

dB

28

& C

28

29

Rig

ht

Po

we

rC

29

30

Rig

ht

Gro

un

dB

30

& C

30

31

Sign

al O

ut

Ro

w 4

9C

17

32

Sign

al O

ut

Ro

w 5

0C

18

33

Sign

al O

ut

Ro

w 5

1C

19

34

Sign

al O

ut

Ro

w 5

2C

20

35

Sign

al O

ut

Ro

w 5

3C

21

36

Sign

al O

ut

Ro

w 5

4C

22

37

——

C - 3

7 Pi

n A

MP

Plug

PIN

NO

.FU

NCT

ION

TO

1Si

gnal

Out

Row

33

A11

2Si

gnal

Out

Row

34

A12

3Si

gnal

Out

Row

35

A13

4Si

gnal

Out

Row

36

A14

5Si

gnal

Out

Row

37

A15

6Si

gnal

Out

Row

38

A16

7Si

gnal

Out

Row

39

A17

8Si

gnal

Out

Row

40

A18

9Si

gnal

Out

Row

41

A19

10Si

gnal

Out

Row

42

A20

11Si

gnal

Out

Row

43

A21

12Si

gnal

Out

Row

44

A22

13Si

gnal

Out

Row

45

A23

14Si

gnal

Out

Row

46

A24

15Si

gnal

Out

Row

47

A25

16Si

gnal

Out

Row

48

A26

17Si

gnal

Out

Row

49

A31

18Si

gnal

Out

Row

50

A32

19Si

gnal

Out

Row

51

A33

20Si

gnal

Out

Row

52

A34

21Si

gnal

Out

Row

53

A35

22Si

gnal

Out

Row

54

A36

23 to

26

Not

Use

d

27Le

ft P

ower

A27

28Le

ft G

roun

dA

28

29Ri

ght P

ower

A29

30Ri

ght P

ower

A30

31 to

37

Not

Use

d

B - 3

7 Pi

n Pl

ugPI

N N

O.

FUN

CTIO

NTO

1Si

gnal

Out

Row

23

A1

2Si

gnal

Out

Row

24

A2

3Si

gnal

Out

Row

25

A3

4Si

gnal

Out

Row

26

A4

5Si

gnal

Out

Row

27

A5

6Si

gnal

Out

Row

28

A6

7Si

gnal

Out

Row

29

A7

8Si

gnal

Out

Row

30

A8

9Si

gnal

Out

Row

31

A9

10Si

gnal

Out

Row

32

A10

11 to

26

Not

Use

d

27- -

- -

28Le

ft G

roun

dA

28

29- -

- -

30Ri

ght G

roun

dA

30

31 to

37

Not

Use

d

ACB

955125_02 11/10 112

GP

30-4

0 H

arne

ss C

able

Part

#

7254

00A

- 3

7 P

in A

MP

Plu

gP

IN N

O.

FUN

CTI

ON

TO

1Si

gnal

In R

ow

1D

1

2Si

gnal

In R

ow

2D

2

3Si

gnal

In R

ow

3D

3

4Si

gnal

In R

ow

4D

4

5Si

gnal

In R

ow

5D

5

6Si

gnal

In R

ow

6D

6

7Si

gnal

In R

ow

7D

7

8Si

gnal

In R

ow

8D

8

9Si

gnal

In R

ow

9D

9

10Si

gnal

In R

ow

10

D10

11Si

gnal

In R

ow

11

D11

12Si

gnal

In R

ow

12

D12

13Si

gnal

In R

ow

13

F5

14Si

gnal

In R

ow

14

F6

15Si

gnal

In R

ow

15

F7

16Si

gnal

In R

ow

16

F8

17 t

o 2

6N

ot

Use

d—

27Le

ft P

ow

erF9

28Le

ft G

rou

nd

F10

29 t

o 3

7N

ot

Use

d—

B -

37

Pin

Rec

epta

cle

PIN

NO

.FU

NC

TIO

NTO

1Si

gnal

In R

ow

1D

1

2Si

gnal

In R

ow

2D

2

3Si

gnal

In R

ow

3D

3

4Si

gnal

In R

ow

4D

4

5Si

gnal

In R

ow

5D

5

6Si

gnal

In R

ow

6D

6

7Si

gnal

In R

ow

7D

7

8Si

gnal

In R

ow

8D

8

9Si

gnal

In R

ow

9D

9

10Si

gnal

In R

ow

10

D10

11Si

gnal

In R

ow

11

D11

12Si

gnal

In R

ow

12

D12

13Si

gnal

In R

ow

13

F5

14Si

gnal

In R

ow

14

F6

15Si

gnal

In R

ow

15

F7

16Si

gnal

In R

ow

16

F8

17 t

o 2

6N

ot

Use

d—

27Le

ft P

ow

erF9

28Le

ft G

rou

nd

F10

29 t

o 3

7N

ot

Use

d—

E -

12

Pin

Deu

tsch

Plu

gP

IN N

O.

FUN

CTI

ON

TO

1Pa

ss T

hro

ugh

F1

2Pa

ss T

hro

ugh

F2

3Pa

ss T

hro

ugh

48

5F3

4Pa

ss T

hro

ugh

48

5F4

5Si

gnal

In R

ow

13

B1

3

6Si

gnal

In R

ow

14

B1

4

7Si

gnal

In R

ow

15

B1

5

8Si

gnal

In R

ow

16

B1

6

98

Vo

lt O

ut

B2

7

10

Gro

un

dB

28

11

Pass

Th

rou

ghF1

1

12

Pass

Th

rou

ghF1

2

F -

12

Pin

Deu

tsch

Rec

epta

cle

PIN

NO

.FU

NC

TIO

NFr

om

1Pa

ss T

hro

ugh

E1

2Pa

ss T

hro

ugh

E2

3Pa

ss T

hro

ugh

48

5E3

4Pa

ss T

hro

ugh

48

5E4

5Se

ed S

enso

r R

ow

13

A1

3

6Se

ed S

enso

r R

ow

14

A1

4

7Se

ed S

enso

r R

ow

15

A1

5

8Se

ed S

enso

r R

ow

16

A1

6

98

Vo

lt P

ow

er O

ut

A2

7

10

Gro

un

d

A2

8

11

12

Vo

lt P

ow

erE1

1 &

H4

12

Gro

un

dE1

2 &

H1

C -

12 P

in D

euts

ch P

lug

PIN

NO

.FU

NC

TIO

NTO

1Si

gnal

In R

ow 1

B1

2Si

gnal

In R

ow 2

B2

3Si

gnal

In R

ow 3

B3

4Si

gnal

In R

ow 4

B4

5Si

gnal

In R

ow 5

B5

6Si

gnal

In R

ow 6

B6

7Si

gnal

In R

ow 7

B7

8Si

gnal

In R

ow 8

B8

9Si

gnal

In R

ow 9

B9

10Si

gnal

In R

ow 1

0B

10

11Si

gnal

In R

ow 1

1B

11

12Si

gnal

In R

ow 1

2B

12

D -

12

Pin

Deu

tsch

Rec

epta

cle

PIN

NO

.FU

NC

TIO

NFr

om

1Se

ed S

enso

r Ro

w 1

A1

2Se

ed S

enso

r Ro

w 2

A2

3Se

ed S

enso

r Ro

w 3

A3

4Se

ed S

enso

r Ro

w 4

A4

5Se

ed S

enso

r Ro

w 5

A5

6Se

ed S

enso

r Ro

w 6

A6

7Se

ed S

enso

r Ro

w 7

A7

8Se

ed S

enso

r Ro

w 8

A8

9Se

ed S

enso

r Ro

w 9

A9

10Se

ed S

enso

r Ro

w 1

0A

10

11Se

ed S

enso

r Ro

w 1

1A

11

12Se

ed S

enso

r Ro

w 1

2A

12

G -

4 P

in A

MP

Rec

epta

cle

PIN

NO

.FU

NC

TIO

NTO

1—

—

2(+

) 4

85

H2

3(-

) 4

85

H3

4—

—

H -

4 P

in A

MP

Plu

gP

IN N

O.

FUN

CTI

ON

Fro

m

1G

rou

nd

F12

2(+

) 4

85

G2

3(-

) 4

85

G3

41

2 V

olt

Po

wer

F11

ABC

DE

F

G

H

955125_02 11/10 113

HJ

GI

BA

DF

CE

GP

60 (C

ente

r &

Left

Win

g) H

arne

ss C

able

Part

#

7254

01A

- 3

7 P

in A

MP

Plu

g

PIN

NO

CO

LOR

FUN

CTI

ON

TO

1G

reen

Sign

al In

Fro

m R

ow

1D

1

2B

row

nSi

gnal

In F

rom

Ro

w 2

D2

3B

lue

Sign

al In

Fro

m R

ow

3D

3

4O

ran

geSi

gnal

In F

rom

Ro

w 4

D4

5Ye

llow

Sign

al In

Fro

m R

ow

5D

5

6V

iole

tSi

gnal

In F

rom

Ro

w 6

D6

7G

ray

Sign

al In

Fro

m R

ow

7D

7

8P

ink

Sign

al In

Fro

m R

ow

8D

8

9Ta

nSi

gnal

In F

rom

Ro

w 9

D9

10

Wh

ite/

Blk

Sign

al In

Fro

m R

ow

10

D1

0

11

Red

/Blk

Sign

al In

Fro

m R

ow

11

D1

1

12

Gre

en/B

lkSi

gnal

In F

rom

Ro

w 1

2D

12

13

Ora

nge

/Blk

Sign

al In

Fro

m R

ow

13

F5

14

Blu

e/B

lkSi

gnal

In F

rom

Ro

w 1

4F6

15

Bla

ck/W

hit

eSi

gnal

In F

rom

Ro

w 1

5F7

16

Red

/Wh

ite

Sign

al In

Fro

m R

ow

16

F8

17

Gre

en/W

hit

eSi

gnal

In F

rom

Ro

w 1

7F1

18

Blu

e/W

hit

eSi

gnal

In F

rom

Ro

w 1

8F2

19

Bla

ck/W

hit

eSi

gnal

In F

rom

Ro

w 1

9H

1

20

Wh

ite/

Red

Sign

al In

Fro

m R

ow

20

H2

21

Ora

nge

/Red

Sign

al In

Fro

m R

ow

21

H3

22

Blu

e/R

edSi

gnal

In F

rom

Ro

w 2

2H

4

23

Red

/Grn

Sign

al In

Fro

m R

ow

23

H5

24

Ora

nge

/Grn

Sign

al In

Fro

m R

ow

24

H6

25

Blk

/Wh

t/R

edSi

gnal

In F

rom

Ro

w 2

5H

7

26

Grn

/Blk

/Wh

tSi

gnal

In F

rom

Ro

w 2

6H

8

27

Red

Left

Po

wer

F9

28

Bla

ckLe

ft G

rou

nd

F10

29

Red

Rig

ht

Pow

erJ9

30

Bla

ckR

igh

t G

rou

nd

J10

31

Org

/Blk

/Wh

tSi

gnal

In F

rom

Ro

w 2

7H

9

32

Blu

/Blk

/Wh

tSi

gnal

In F

rom

Ro

w 2

8H

10

33

Blk

/Red

/Grn

Sign

al In

Fro

m R

ow

29

H

11

34

Wh

t/R

ed/G

rnSi

gnal

In F

rom

Ro

w 3

0H

12

35

to

37

—N

ot

Use

d—

B -

37

Pin

AM

P R

ecep

tacl

e

PIN

NO

.C

OLO

RFU

NC

TIO

NTO

1G

reen

Sign

al O

ut

Fro

m R

ow

1C

1

2B

row

nSi

gnal

Ou

t Fr

om

Ro

w 2

C2

3B

lue

Sign

al O

ut

Fro

m R

ow

3C

3

4O

ran

geSi

gnal

Ou

t Fr

om

Ro

w 4

C4

5Ye

llow

Sign

al O

ut

Fro

m R

ow

5C

5

6V

iole

tSi

gnal

Ou

t Fr

om

Ro

w 6

C6

7G

ray

Sign

al O

ut

Fro

m R

ow

7C

7

8P

ink

Sign

al O

ut

Fro

m R

ow

8C

8

9Ta

nSi

gnal

Ou

t Fr

om

Ro

w 9

C9

10

Wh

ite/

Blk

Sign

al O

ut

Fro

m R

ow

10

C1

0

11

Red

/Blk

Sign

al O

ut

Fro

m R

ow

11

C1

1

12

Gre

en/B

lkSi

gnal

Ou

t Fr

om

Ro

w 1

2C

12

13

Ora

nge

/Blk

Sign

al O

ut

Fro

m R

ow

13

E5

14

Blu

e/B

lkSi

gnal

Ou

t Fr

om

Ro

w 1

4E6

15

Bla

ck/W

hit

eSi

gnal

Ou

t Fr

om

Ro

w 1

5E7

16

Red

/Wh

ite

Sign

al O

ut

Fro

m R

ow

16

E8

17

Gre

en/W

hit

eSi

gnal

Ou

t Fr

om

Ro

w 1

7E1

18

Blu

e/W

hit

eSi

gnal

Ou

t Fr

om

Ro

w 1

8E2

19

Bla

ck/W

hit

eSi

gnal

Ou

t Fr

om

Ro

w 1

9G

1

20

Wh

ite/

Red

Sign

al O

ut

Fro

m R

ow

20

G2

21

Ora

nge

/Red

Sign

al O

ut

Fro

m R

ow

21

G3

22

Blu

e/R

edSi

gnal

Ou

t Fr

om

Ro

w 2

2G

4

23

Red

/Grn

Sign

al O

ut

Fro

m R

ow

23

G5

24

Ora

nge

/Grn

Sign

al O

ut

Fro

m R

ow

24

G6

25

Blk

/Wh

t/R

edSi

gnal

Ou

t Fr

om

Ro

w 2

5G

7

26

Grn

/Blk

/Wh

tSi

gnal

Ou

t Fr

om

Ro

w 2

6G

8

27

Red

Left

Po

wer

E9

28

Bla

ckLe

ft G

rou

nd

E10

29

Red

Rig

ht

Pow

erI9

30

Bla

ckR

igh

t G

rou

nd

I10

31

Org

/Blk

/Wh

tSi

gnal

Ou

t Fr

om

Ro

w 2

7G

9

32

Blu

/Blk

/Wh

tSi

gnal

Ou

t Fr

om

Ro

w 2

8G

10

33

Blk

/Red

/Grn

Sign

al O

ut

Fro

m R

ow

29

G

11

34

Wh

t/R

ed/G

rnSi

gnal

Ou

t Fr

om

Ro

w 3

0G

12

35

to

37

—N

ot

Use

d—

C -

12

Pin

De

uts

ch P

lug

PIN

NO

.C

OLO

RFU

NC

TIO

NFR

OM

1G

ree

nSi

gna

l Ou

t Fr

om

Ro

w 1

B1

2B

row

nSi

gna

l Ou

t Fr

om

Ro

w 2

B2

3B

lue

Sign

al O

ut

Fro

m R

ow

3B

3

4O

ran

geSi

gna

l Ou

t Fr

om

Ro

w 4

B4

5Ye

llow

Sign

al O

ut

Fro

m R

ow

5B

5

6V

iole

tSi

gna

l Ou

t Fr

om

Ro

w 6

B6

7G

ray

Sign

al O

ut

Fro

m R

ow

7B

7

8P

ink

Sign

al O

ut

Fro

m R

ow

8B

8

9Ta

nSi

gna

l Ou

t Fr

om

Ro

w 9

B9

10

Wh

ite

/Blk

Sign

al O

ut

Fro

m R

ow

10

B1

0

11

Re

d/B

lkSi

gna

l Ou

t Fr

om

Ro

w 1

1B

11

12

Gre

en

/Blk

Sign

al O

ut

Fro

m R

ow

12

B1

2

955125_02 11/10 114

GP

60 (C

ente

r &

Left

Win

g) H

arne

ss C

able

(Con

tinue

d)Pa

rt #

7254

01

D -

12 P

in D

euts

ch R

ecep

tacl

e

PIN

NO

.CO

LOR

FUN

CTIO

NFR

OM

1G

reen

Sign

al In

Fro

m R

ow 1

A1

2Br

own

Sign

al In

Fro

m R

ow 2

A2

3Bl

ueSi

gnal

In F

rom

Row

3A

3

4O

rang

eSi

gnal

In F

rom

Row

4A

4

5Ye

llow

Sign

al In

Fro

m R

ow 5

A5

6Vi

olet

Sign

al In

Fro

m R

ow 6

A6

7G

ray

Sign

al In

Fro

m R

ow 7

A7

8Pi

nkSi

gnal

In F

rom

Row

8A

8

9Ta

nSi

gnal

In F

rom

Row

9A

9

10W

hite

/Blk

Sign

al In

Fro

m R

ow 1

0A

10

11Re

d/Bl

kSi

gnal

In F

rom

Row

11

A11

12G

reen

/Blk

Sign

al In

Fro

m R

ow 1

2A

12

E - 1

2 Pi

n D

euts

ch P

lug

PIN

NO

.CO

LOR

FUN

CTIO

NFR

OM

1G

reen

/Whi

teSi

gnal

Out

Fro

m R

ow 1

7B1

7

2Bl

ue/W

hite

Sign

al O

ut F

rom

Row

18

B19

3 &

4—

Not

Use

d—

5O

rang

e/Bl

kSi

gnal

Out

Fro

m R

ow 1

3B1

3

6Bl

ue/B

lkSi

gnal

Out

Fro

m R

ow 1

4B1

4

7Bl

ack/

Whi

teSi

gnal

Out

Fro

m R

ow 1

5B1

5

8Re

d/W

hite

Sign

al O

ut F

rom

Row

16

B16

9Re

dLe

ft P

ower

B27

10Bl

ack

Left

Gro

und

B28

11 &

12

—N

ot U

sed

—

11Re

d/Bl

kSi

gnal

In F

rom

Row

11

A11

12G

reen

/Blk

Sign

al In

Fro

m R

ow 1

2A

12

F - 1

2 Pi

n D

euts

ch R

ecep

tacl

e

PIN

NO

.CO

LOR

FUN

CTIO

NFR

OM

1G

reen

/Whi

teSi

gnal

Out

Fro

m R

ow 1

7A

17

2Bl

ue/W

hite

Sign

al O

ut F

rom

Row

18

A19

3 &

4—

Not

Use

d—

5O

rang

e/Bl

kSi

gnal

Out

Fro

m R

ow 1

3A

13

6Bl

ue/B

lkSi

gnal

Out

Fro

m R

ow 1

4A

14

7Bl

ack/

Whi

teSi

gnal

Out

Fro

m R

ow 1

5A

15

8Re

d/W

hite

Sign

al O

ut F

rom

Row

16

A16

9Re

dLe

ft P

ower

A27

10Bl

ack

Left

Gro

und

A28

11 &

12

—N

ot U

sed

—

11Re

d/Bl

kSi

gnal

In F

rom

Row

11

A11

12G

reen

/Blk

Sign

al In

Fro

m R

ow 1

2A

12

G -

12 P

in D

euts

ch P

lug

PIN

NO

.CO

LOR

FUN

CTIO

NFR

OM

1Bl

ack/

Whi

teSi

gnal

Out

Fro

m R

ow 1

9B1

9

2W

hite

/Red

Sign

al O

ut F

rom

Row

20

B20

3O

rang

e/Re

dSi

gnal

Out

Fro

m R

ow 2

1B2

1

4Bl

ue/R

edSi

gnal

Out

Fro

m R

ow 2

2B2

2

5Re

d/G

rnSi

gnal

Out

Fro

m R

ow 2

3B2

3

6O

rang

e/G

rnSi

gnal

Out

Fro

m R

ow 2

4B2

4

7Bl

k/W

ht/R

Sign

al O

ut F

rom

Row

25

B25

8G

rn/B

lk/W

htSi

gnal

Out

Fro

m R

ow 2

6B2

6

9O

rg/B

lk/W

htSi

gnal

Out

Fro

m R

ow 2

7B3

1

10Bl

u/Bl

k/W

htSi

gnal

Out

Fro

m R

ow 2

8B3

2

11Bl

k/Re

d/G

rnSi

gnal

Out

Fro

m R

ow 2

9B3

3

12W

ht/R

ed/G

rnSi

gnal

Out

Fro

m R

ow 3

0B3

4

H -

12 P

in D

euts

ch R

ecep

tacl

e

PIN

NO

.CO

LOR

FUN

CTIO

NFR

OM

1Bl

ack/

Whi

teSi

gnal

In F

rom

Row

19

A19

2W

hite

/Red

Sign

al In

Fro

m R

ow 2

0A

20

3O

rang

e/Re

dSi

gnal

In F

rom

Row

21

A21

4Bl

ue/R

edSi

gnal

In F

rom

Row

22

A22

5Re

d/G

rnSi

gnal

In F

rom

Row

23

A23

6O

rang

e/G

rnSi

gnal

In F

rom

Row

24

A24

7Bl

k/W

ht/R

edSi

gnal

In F

rom

Row

25

A25

8G

rn/B

lk/W

htSi

gnal

In F

rom

Row

26

A26

9O

rg/B

lk/W

htSi

gnal

In F

rom

Row

27

A31

10Bl

u/Bl

k/W

htSi

gnal

In F

rom

Row

28

A32

11Bl

k/Re

d/G

rnSi

gnal

In F

rom

Row

29

A33

12W

ht/R

ed/G

rnSi

gnal

In F

rom

Row

30

A34

I - 1

2 Pi

n D

euts

ch P

lug

PIN

NO

.CO

LOR

FUN

CTIO

NFR

OM

1 &

8—

Not

Use

d—

9Re

dRi

ght P

ower

B29

10Bl

ack

Righ

t Gro

und

B30

11 &

12

—N

ot U

sed

—

J - 1

2 Pi

n D

euts

ch R

ecep

tacl

e

PIN

NO

.CO

LOR

FUN

CTIO

NFR

OM

1 &

8—

Not

Use

d—

9Re

dRi

ght

Pow

erA

29

10Bl

ack

Righ

t Gro

und

A30

11 &

12

—N

ot U

sed

—

955125_02 11/10 115

A B

C

D

E

F

GP

60’ (

Righ

t Win

g) H

arne

ss C

able

Pa

rt #

7254

02A

- 3

7 P

in A

MP

Plu

gP

IN N

O.

FUN

CTI

ON

TO

1Si

gnal

In R

ow

1D

1

2Si

gnal

In R

ow

2D

2

3Si

gnal

In R

ow

3D

3

4Si

gnal

In R

ow

4D

4

5Si

gnal

In R

ow

5D

5

6Si

gnal

In R

ow

6D

6

7Si

gnal

In R

ow

7D

7

8Si

gnal

In R

ow

8D

8

9Si

gnal

In R

ow

9D

9

10Si

gnal

In R

ow

10

D10

11Si

gnal

In R

ow

11

D11

12Si

gnal

In R

ow

12

D12

13Si

gnal

In R

ow

13

F5

14Si

gnal

In R

ow

14

F6

15Si

gnal

In R

ow

15

F7

16Si

gnal

In R

ow

16

F8

17Si

gnal

In R

ow

17

F1

18Si

gnal

In R

ow

18

F2

19 T

o 2

6—

—

27Le

ft P

ow

erF9

28Le

ft G

rou

nd

F10

29 &

37—

—

B -

37

Pin

Rec

epta

cle

PIN

NO

.FU

NC

TIO

NTO

1Si

gnal

Ou

t R

ow

1C

1

2Si

gnal

Ou

t R

ow

2C

2

3Si

gnal

Ou

t R

ow

3C

3

4Si

gnal

Ou

t R

ow

4C

4

5Si

gnal

Ou

t R

ow

5C

5

6Si

gnal

Ou

t R

ow

6C

6

7Si

gnal

Ou

t R

ow

7C

7

8Si

gnal

Ou

t R

ow

8C

8

9Si

gnal

Ou

t R

ow

9C

9

10Si

gnal

Ou

t R

ow

10

C10

11Si

gnal

Ou

t R

ow

11

C11

12Si

gnal

Ou

t R

ow

12

C12

13Si

gnal

Ou

t R

ow

13

E5

14Si

gnal

Ou

t R

ow

14

E6

15Si

gnal

Ou

t R

ow

15

E7

16Si

gnal

Ou

t R

ow

16

E8

17Si

gnal

Ou

t R

ow

17

E1

18Si

gnal

Ou

t R

ow

18

E2

19 T

o 2

6N

ot

Use

d—

27Le

ft P

ow

erE9

28Le

ft G

rou

nd

E10

29 T

o 3

7N

ot

Use

d—

E -

12 P

in D

euts

ch R

ecep

tacl

eP

IN N

O.

FUN

CTI

ON

FRO

M

1Si

gnal

In R

ow

17

B17

2Si

gnal

In R

ow

18

B18

3 &

4N

ot

Use

d—

5Si

gnal

In R

ow

13

B13

6Si

gnal

In R

ow

14

B14

7Si

gnal

In R

ow

15

B15

8Si

gnal

In R

ow

16

B16

98V

olt

Ou

tB

27

10G

rou

nd

B28

11 &

12

No

t U

sed

—

F -

12 P

in D

euts

ch P

lug

PIN

NO

.FU

NC

TIO

NFR

OM

1Se

ed S

enso

r R

ow

17

A17

2Se

ed S

enso

r R

ow

18

A18

3 &

4—

—

5Se

ed S

enso

r R

ow

13

A13

6Se

ed S

enso

r R

ow

14

A14

7Se

ed S

enso

r R

ow

15

A15

8Se

ed S

enso

r R

ow

16

A16

98

Vo

lt O

ut

A27

10G

rou

nd

A28

11 &

12

No

t U

sed

—

C - 1

2 Pi

n D

euts

ch R

ecep

tacl

ePI

N N

O.

FUN

CTIO

NFR

OM

1Si

gnal

In R

ow 1

B1

2Si

gnal

In R

ow 2

B2

3Si

gnal

In R

ow 3

B3

4Si

gnal

In R

ow 4

B4

5Si

gnal

In R

ow 5

B5

6Si

gnal

In R

ow 6

B6

7Si

gnal

In R

ow 7

B7

8Si

gnal

In R

ow 8

B8

9Si

gnal

In R

ow 9

B9

10Si

gnal

In R

ow 1

0B1

0

11Si

gnal

In R

ow 1

1B1

1

12Si

gnal

In R

ow 1

2B1

2

D -

12 P

in D

euts

ch P

lug

PIN

NO

.FU

NCT

ION

FRO

M

1Se

ed S

enso

r Ro

w 1

A1

2Se

ed S

enso

r Ro

w 2

A2

3Se

ed S

enso

r Ro

w 3

A3

4Se

ed S

enso

r Ro

w 4

A4

5Se

ed S

enso

r Ro

w 5

A5

6Se

ed S

enso

r Ro

w 6

A6

7Se

ed S

enso

r Ro

w 7

A7

8Se

ed S

enso

r Ro

w 8

A8

9Se

ed S

enso

r Ro

w 9

A9

10Se

ed S

enso

r Ro

w 1

0A

10

11Se

ed S

enso

r Ro

w 1

1A

11

12Se

ed S

enso

r Ro

w 1

2A

12

955125_02 11/10 116

Gra

y M

etra

pack

Cab

le

Part

#

7252

09A

- 30

Pin

Rec

epta

cle

PIN

NO

.FU

NCT

ION

FRO

M

Y1Se

ed S

enso

r Ro

w 1

C1

Y2Se

ed S

enso

r Ro

w 2

C2

Y3Se

ed S

enso

r Ro

w 3

C3

X1Se

ed S

enso

r Ro

w 4

C4

X2Se

ed S

enso

r Ro

w 5

C5

X3Se

ed S

enso

r Ro

w 6

C6

W1

Seed

Sen

sor

Row

7C7

W2

Seed

Sen

sor

Row

8C8

W3

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955125_02 11/10 119

20/20 SeedSense Setup Tool

There will be a new SeedSense Setup Tool available in Spring 2010. When you have received the instructions for the new Setup Tool place them in this binder after this page for your records.

System Requirements

The SeedSense Setup Tool will function with the Windows 2000, XP, and Vista Operating Systems.

Technical Support

Trained Technical Support personnel are available Monday through Friday from 8:00 AM to 5:00 PM central time. They can be reached in two ways:

1. By Phone: 309-925-5050

2. By E-Mail: [email protected] Additional resources are available on our website (www.precisionplanting.com).

955125_02 11/10 120

Field Operations Viewer

The 20/20 SeedSense Field Operations Viewer is provided by Precision Planting in partnership with MapShots. The Field Operations Viewer gives you the ability to perform basic mapping functions with the field mapping data gathered by your 20/20 SeedSense monitor.

System RequirementsThe Field Operations Viewer will function with the Windows 2000, XP, and Vista operating systems.

Technical SupportTrained Technical Support personnel are available Monday through Friday from 8:00 AM to 5:00 PM central time. They can be reached in two ways:

1. By e-mail ([email protected])

2. By phone (309-925-5050)

Additional resources are available on our website (www.precisionplanting.com) which con-tains many helpful instructional tools that enable you to get the most out of your 20/20 Seed-Sense and the field operations viewer.

955125_02 11/10 121

Field Operations Viewer (Continued)Installation

You will need to download and install two pieces of software: the FODM Windows Driver and the FO Viewer application.

Downloading the FODM Windows Driver 1. Using an internet browser, go to the following website: http://www.mapshots.com/FODM/PrecisionPlanting.asp#1 2. Find the link to the 20/20 Field Operations Device Driver and click on the link as shown below:

3. When you click on the link, a dialog box will pop up. Select “Run” as shown below:

Note: You may receive an “Unknown Publisher” warning. If you do, click “Run” and the installation will continue.

4. When the Driver has been installed, the following dialog box will appear on your screen. Make sure that all other programs are closed and click “Next”.

955125_02 11/10 122

Field Operations Viewer (Continued) 5. When setup is complete, the following dialog box will appear on your screen. Click “Finish” to complete the installation of the FODM Windows Driver.

Downloading the Field Operations Viewer application 1. Using an internet browser, go to the following website: http://www.mapshots.com/FODM/PrecisionPlanting.asp#1

2. Scroll down the page. Find and click on the link to the Field Operations Viewer as shown below:

3. When you click on the link, a dialog box will pop up. Select “Run” as shown below:

Note: You may receive an “Unknown Publisher” warning. If you do, click “Run” and the installation will continue.

955125_02 11/10 123

Field Operations Viewer (Continued) 4. When the Viewer has been installed, the following dialog box will appear on your screen. Make sure that all other programs are closed and click “Next”.

5. You will next be asked to select a destination folder for the application. It is recommended that you accept the default destination and click “Next”.

6. When setup is complete, the following dialog box will appear on your screen. Click “Finish” to complete the installation of the Field Operations Viewer.

955125_02 11/10 124

Field Operations Viewer (Continued)Locating the Viewer

1. To locate the Field Operations Viewer on your computer, click the “Start” button on your Desktop and click on “All Programs” as shown below:

2. Next, choose “FODM” from the programs menu and then “FOViewer” as shown below:

3. Clicking on “FOViewer” as above will launch the application for your use. If you would like to access the Field Operations Viewer from a desktop icon, follow the above steps, but click on “FOViewer” with the right button on your mouse. In the menu that appears, select “Send to” and then “Desktop (create shortcut)”. This will create an FOViewer icon on your desktop. Once this is created, double-clicking the icon will launch the viewer application for your use.

Using the Field Operations Viewer When you launch the Field Operations Viewer (either by finding it in the programs menu or clicking the desktop icon as described above) you will see a welcome screen as shown below. Click “Continue” to enter the viewer.

955125_02 11/10 125

Field Operations Viewer (Continued)

Loading a Field 1. After you click continue from the welcome screen, you will be at the FODD Import Wizard as seen below. On the left side of the screen, click on “Precision Planting” under “Device”. Then, press “Next” at the bottom of the screen.

2. On the left side of the screen, under “Data Source”, browse your computer to locate the folders with your field mapping data. Click on one folder to open it. The files for that field will appear on the right side of the screen under “Available Files”. If these are the files you would like to view, click “Finish” at the bottom of the screen.

955125_02 11/10 126

Field Operations Viewer (Continued)Viewing a Field Map

1. Once your selected field loads, you are ready to view maps of the information that the 20/20 SeedSense gathered during planting. If the field does not appear, see the trouble shooting guide at the end of this section. 2. To manipulate the map itself, the viewer has the capability to zoom in, zoom out, and move the map. These functions are activated by the magnifying glass and hand icons above the map.

3. The magnifying glass with the plus sign inside activates the zoom feature. To zoom in on a specific part of a field, click the zoom button and use your mouse to draw a box around the part of the field you would like to view. To zoom out, click the magnifying glass with the minus sign. The hand icon allows you to move the field around the screen. Click the hand and then click on the field. While holding the mouse button down, you can move the field around the screen.

Using the Viewer 1. The map itself occupies the center and right of the viewer. Below the map, is a color-coded bar that defines the colors that you see on the map. GPS coordinates for the field are also displayed here.

955125_02 11/10 127

Field Operations Viewer (Continued)2. The upper left corner of the screen shows what field you are viewing while the center of the left side of the screen shows you what measurement is being displayed no the map (in this case, singulation).

3. To change the measurement that you are mapping, click on the drop down menu for “Theme”. From this list, you may choose what the map on the screen is displaying.

4. To print a copy of the map you are viewing, click the print icon above the map.

955125_02 11/10 128

Field Operations Viewer (Continued) 5. Once you click the print icon, the below dialog box will appear. Click “OK”

6. Once you click “OK”, the printable map will appear. Click “Print” in the top left corner of the screen.

7. To view a summary of all the data for your field, click the “Properties” tab at the top of the page.

955125_02 11/10 129

Field Operations Viewer (Continued)Exporting Shape Files from the Field Operations Viewer

Field Map Data collected by the 20/20 SeedSense monitor can be exported as a shape file. These shape files can then be opened in field mapping software that requires data in shape file format but does not have a driver to directly access SeedSense data files.

1. Use the Field Operations Viewer instruction sheet to download and install the FODD Windows Driver and Mapshots Field Operations Viewer. Once this software is installed, use the instruction sheet to load a field map in the viewer. 2. Click on the “globe” icon in the top left corner of the Field Operations Viewer.

3. On the export screen, select any data types that you would like to include in the shape file. Most will be selected by default. Click the “OK” button at the bottom of the screen.

955125_02 11/10 130

Field Operations Viewer (Continued) 4. When you click OK above, the “Save As” dialog box will appear. Navigate to the folder in which you would like to save your shape files. Then name the file and press “Save”.

5. Repeat this process for each field. Then open the files in your field mapping software.

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Field Operations Viewer (Continued)Frequently Asked Questions (FAQ):

Q: Why are there grey colors in my map, but not in the color gradient at the bottom of the page?A: Values that are smaller or larger than the color bar range are shown in grey. For intance, assume you are viewing Loss and the displayed range is from 0 to 5 bushels with colors of green (0 bushels) to red (5 bushels). If you have a section in one area of the field that is colored gray, it means the loss in that section of the field was greater than 5 bushels per acre.

If you are displaying more than one field, try selecting only a single fieldmap file. You can do this by clicking the arrow icon in the upper left to expand the field filenames. Then, select an individual field map file. The FOViewer will auto-scale the color bar to fit at least 95% of the data in that particular fieldmap file. (Two standard deviations from the mean)

Q: Why are there features that don’t seem to do anything? For instance the “Linked | Not Linked | Incomplete” sections under my field names and the printer button?A: The FOViewer is based on Mapshots’ EasiSuite Farm Management software. It was initially developed to allow software developers to test their FODD software interfaces. Mapshots has agreed to make it available for use with 20/20 data as well. However, many of the features contained in the full EasiSuite package are not available in the free FOViewer.

Q: Why are the planting parameters repeated with row numbers after them? (For instance, I see Skips, and Skips--1-12, and Skips--23–24)A: The Precision Planting FODD (Windows driver) converts your planting data into groups of rows based on your hybrid configuration in each field. In the situation mentioned, the grower had a hybrid on rows 1-12, and also on rows 13-24. You can view skips as a planter average, or as an average for rows 1-12 or rows 13-24.

Q: Why can’t I print my Summary data?A: Printing is only supported for maps at this time. To access advanced features at this time, you will need to purchase a Farm Management package such as Farmworks, Mapshots EasiSuite, or any other application that supports industry-standard FODM data. (You can always get a copy of the current screen by pressing ALT-PRNTSCRN and then opening a program such as MS-Word and selecting PASTE).

Q: Why doesn’t the total acres count or population in the FOViewer match the value shown on my 20/20 Display Unit while I was planting?A: The value in the FOViewer is a summary of the entire set of data you are mapping. There are several reasons why the value may be different than what you experienced while planting: If you have variable-rate seeding, the summary population value will be an average of the entire field. If the data you are mapping contains more than one field or sections of multiple fields, the summary population value will be an average for all fields shown. The summary values in the FOViewer use a slightly different algorithm than used in the 20/20 Display Unit, and some geographic field conditions may result in a slightly different value. We will continue to refine the algorithms as issues arise.

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Q: Why do some of my field show up as tiny dots that require me to zoom to see the data, while other fields default to a full size map?A: FOViewer automatically zooms to show you ALL the data on one page. If the FieldMap files you are mapping contain multiple fields, or if there are some data points that are far away from your primary field location, FOViewer will zoom out far enough to allow all the data points to be displayed. Instead of selecting the entire field, click the arrow icon in the upper left to expand the field filenames. Then, select an individual field map file.

Q: Why can’t I see my maps?A: If you see a blank white page when selecting fields to map, you may be trying to view data that is beyond the default GPS location setting in the FOViewer. To check your GPS location setting, click on the “Edit Map Preferences” icon in the top middle of the screen. Select the “Projection” tab. You should see coordinate system data that is similar to:

Field Operations Viewer (Continued)

Northern CA, Western OR, WA UTM Zone 10N Western ID, Western MT, NV UTM Zone 11N AZ, UT, Eastern ID, Central MT UTM Zone 12N NM, CO, Eastern WY, Western MT UTM Zone 13N Central TX, KS, NB, Eastern SD, ND UTM Zone 14N Eastern TX, Western IL, LA, AR, MO, IA, MN UTM Zone 15N Eastern IL, AL, KY, TN, IN, Western MI UTM Zone 16N FL, Western GA, SC, NC, VA, Eastern PA, WV UTM Zone 17N Northern East Coast (not including Maine) UTM Zone 18N Maine UTM Zone 19N

Q: What do the Shadow and Mappable items do?A: Shadow displays a “shadow” map of areas where 20/20 recorded data, but the data is not being analyzed on the current map. For instance, when viewing planting data, the shadow option will show the turnarounds where the planter was moving, but not planting.

The filter box includes two parameters that are useful. The other parameters are not enabled in FOViewer. (See the answer to the “features that don’t seem to do anything” question above)Mappable: Maps areas where the planter was seeding.Not Engaged: Maps the areas where the planter was not seeding. (Planting not engaged)<All Others>: Not enabled in FOViewer.

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Precison Planting ViewerPPInstallation

You will need to download and install three pieces of software in the following order.1. Precision Planting Viewer2. FODM Runtime3. Precision Planting FODD

(Note: If installing from the CD, the three installations will be completed at the same time)

Downloading the Precision Planting Viewer1. Using an internet browser, go to the following website: http://www.precisionplanting.com/20-20/technical-support.shtml2. Click on Farmworks Viewer and Instructions on the left-hand side of the page

3. Click on the first of the three links. 4. Either “Run”or “Save”5. Click “Run” when the download is complete

4.

5.

6. Click “Run” if prompted

6.

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Precison Planting Viewer (Continued)7. Select language and click “OK”8. Click “Next” to continue installation9. If you agree to the license agreement, please click “Next”10. Click “Next”

7.

8.

9.10.

11. Select your region and click “Next”12. Click “Next”13. Click “Install”14. Select “Finish”, to restart your computer and complete the installation

11. 12.

13. 14.

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Precison Planting Viewer (Continued)Downloading the FODM Runtime

1. Click on the second of the three links.2. When prompted “Save” the FODMRT to an easy to remember place (i.e. Desktop)3. Find where you saved the file and double click on it

2.3.

4. Click “Run”5. Click “Next” to proceed with the installation process6. Click “Finish” to complete the installation

4.

5.

6.

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Precison Planting Viewer (Continued)Downloading the Precision Planting Field Operation Device Driver (FODD)

1. Click “Run”2. Click “Run” if prompted3. Click “Next” to continue the installation process4. Click “Finish” to complete the installation of the Precision Planting FODD

1. 2.

3.

4.

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Precison Planting Viewer (Continued)Registering your Precision Planting Viewer

1. Double Click on the Precision Planting Viewer icon2. If connected to the internet, select “Get registered immediately with the online registration service” a. If not connected to the internet, please call Farm Works Software at 800.225.28483. Fill out online form and click “Next”4. Click “Finish” to complete the registration process

2.

3. 4.

Getting started using your Precision Planting Viewer1. Choose you measurement system and click “OK”

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Precison Planting Viewer (Continued)Adding Farms and Fields to the Precision Planting Viewer

1. Right click on the Client Name2. Select “New Farm” and enter in the name of the farm3. Right click on the farm select “New Field”4. Select “New Field” and enter the name of the field

1.

2.

3.

4.

Reading your Precision Planting Data into the Precision Planting Viewer1. Click on the “Read Job Data” button2. Within the Read Job Data window, click the “Browse” button3. Search and select your USB Drive4. Select any of the .dat files from the Open window

1.

2.

3.4.

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Precison Planting Viewer (Continued)5. Select the files that you wish to bring in (Use the Shift or Control Keys to select multiple files)

Within the linker boxes, you have the ability to link resources that were recorded in the 20/20 with resources that are currently in the Precision Planting Viewer.

6. This brings up the Linker: Job Types Window, Click “OK”7. This brings up the Linker: Commodities Window, Click “OK”8. This brings up the Linker: Supplies Window, Click “OK”9. This brings up the Linker: Farms Window, Click “OK”10. This brings up the Linker: Fields Window, Click “OK”

5.6.

7. 8.

9. 10.

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Precison Planting Viewer (Continued)Viewing your maps

1. Within the “Jobs” tab, you will see the jobs that were read in2. Place a check in the box next to the job that you wish to view3. Click on the “Map” tab to view your map

1.

2.

4. Select the “Layers” tab at the bottom of the page 5. Highlight “Doubles” to view the map for that attribute

3.

4.

5.

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Printing your maps1. Make sure the map that you wish to print is displayed in the map window and click the “Map Report” button2. Preview map and click the “Print” button

Precison Planting Viewer (Continued)

1.

2.

Printing a Job Report1. Highlight the job that you want to print2. Click the “Print” button at the bottom of the screen

1.

2.

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Precison Planting Viewer (Continued)Writing to the 20/20 SeedSense

1. Click the “Write Job Data” button2. Browse and select your USB drive3. Click “OK”

1.

2.

3.

Checking for Updates1. Click “Help” 2. Select “Check for Updates”3. Download any updates by double clicking on the link next to the file

If you need technical support help on this viewer please contact Farmworks at:Phone: 260-488-3492Email: [email protected]

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IndexActive Rows...17Assigning Rows...29Alarm Setup...32Auto Scroll...33Alerts Tab...36

Calibrate Touch Screen...34Changing Crop...29Clock...11Configure Field...23-26Configure Limits...36Counter Details...14Create Field...23Crop Setup...28

Dashboard...9Dashboard Buttons...32Dashboard Mini Chart...12, 33Data Tab...40Date/Time...32Device Status...39Diagnose Tab...39Diagnostic Tools...39Display Brightness...33Display Options...32Doubles...10Down Force...9, 18, 31, 76Down Force Sensor...31Down Force Sensor Install...76Down Force System...76Drive Type...17

Economic Limits...37Economic Loss...37Error Messages...39Export Configuration Data...40Export Field Map Data...40Error Codes...93, 94

Field Acres...14, 24Field Setup...23Fuses...6

Good Ride...10 ,14Good Spacing...9, 13GPS...18-22, 48-50GPS Adapter...49, 50

Harnesses...44Hex Shaft...10Hybrid Setup...28-30

Importing Data...40

Jones Adapters...46

Legal Safety Warnings...5Loss/acre...10, 14Loss Limits...37

Measurement Detail Screens...13-15Meter Type...17Monitor...42Mounting Monitor...47Mapping...12, 121-143

Notes...8, 92

Population...9, 13, 36

Quick Start Guide...7

Null Modem Adapter...49, 50

Pass Summaries...34, 35Plant Tab...16, 27Planter Setup...16Planter Make...16Planter Width...17Population Setup...27Power Adapters...45Power Supply...6

Record Memo...11Rows...17Row Details...15Row Spacing...17RUM...70RUM Install...71-73

Seed Data...36Seed Release Index...11Seed Tube Sensors...39Select Field...23Singulation...9Skips...10Smart Connector...42, 48Smart Connector Install...53-69Specific Rows...29, 30Sound Setup...32System Requirements...6Systems Tab...31

Table Of Contents...2-4Tractor Harness Install...48Trouble Shooting Guide...93-119

Units of Measurement...34Updating Software...41

Vacuum...74, 75Vacuum Sensor Install...74, 75Variable Rate...27

Web Setup...120Wiring Diagram...100-119

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