Monosem DM-4600 Operator's Manual

TABLE OF CONTENTS
OPERATOR’S MANUAL
DM-4600
1001 Blake St.
Edwardsville, KS 66111
(913) 438-1700
www.monosem-inc.com
OPERATOR’S MANUAL
NOTES:
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Table of Contents
System Overview .......................................................................................................................... 4
Specifications ............................................................................................................................ 5
Installation ........................................................................................................................... 6-7
Quick Start ................................................................................................................................ 8-13
Implement Setup....................................................................................................................... 8
Sensor Setup ........................................................................................................................... 8-9
Target Rates ............................................................................................................................. 10
Accessories and Options .................................................................................................. 11-12
Speed Setup ....................................................................................................................... 12-13
Monitor Operations ..................................................................................................................... 14
Home Screen ...................................................................................................................... 14-15
Dash View ........................................................................................................................... 16-17
Singulation Screen .................................................................................................................. 18
MPH Indicator .......................................................................................................................... 19
Internal GPS Status .................................................................................................................. 20
Lift Switch Configuration / Hopper Type Sensor Setup ...................................................... 21
VAC/Pressure Sensor Setup .............................................................................................. 22-23
Flow meter installation .......................................................................................................... 24-27
Master Flow Sensor.................................................................................................................. 28
Post Season Storage ............................................................................................................... 29
Harness Pinouts ...................................................................................................................... 30-32
Parts and Accessories ........................................................................................................... 33-34
Warranty ....................................................................................................................................... 36
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INTRODUCTION
System Overview
The DM-4600 Planter Monitor is designed for maximum performance in the field and is easy to install and use. The system is capable of monitoring up to 32 rows and provides not only seed population, but also will display area, and has capabilities of monitoring liquid flow with Monosem Visu-Flo Technology”.
7” Color Touch Screen DM-4600 1-32 Row Monitoring Built in GPS Speed option Bar graphs Setup assist for easy programming Adjustable accumulating time RAM 1 1/2” Ball Mount Adjustable Back light Day/Night Mode Adjustable Audible Alarm Optional Visual Alarm Light View Home or Dashboard View Seed population or GPM View 20 sec. Row History Visu-Flo Option Optional Lift Switch 2 Hopper Level, 2 RPM, 2 Vac. Opt. Section grouping
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SPECIFICATIONS
Power
10–16 VDC, 3.5 A maximum
Operating
-20°C to 70°C (-4°F to 158°F)
Storage temperature
-40°C to 85°C (-40°F to 185°F)
Size
24.1 cm W x 18 cm H x 6.8 cm D (9.5" W x 7" H x 2.7" D)
Weight
3.58 kg (7.9 lb) for 32-row DM-4600 system
Wire Harnesses
The DM-4600 includes detachable harnesses to supply the unit's power (fused) and sensor inputs (to hitch).
Connectors on the back for GPS Antenna, USB and Radar (4 pin)
Sensors
Compatible with Monosem and other major brands of seed sensors.
Standard mounting
RAM Mount 1
½
” Ball Mounting
Alarm adjustment
Four levels audible alarm with mute onscreen selection. Optional external light available.
Backlight adjustment
Five increments plus Day/Night mode
OPERATOR’S MANUAL
SAFETY NOTICES
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Optional RAM Base Mount Part Number: 301108
INSTALLATION
Your DM-4600 comes with a RAM 1 ½” Mounting Ball. Any RAM Mount 1 ½” fixtures will adapt to your monitor.
Install the RAM-238-U 1 ½” Ball supplied with your console by removing the two screws from the rear of the unit and use them to attach the ball.
Any RAM configuration may be used to attach your console to a convenient location in your cab. If you need a base mount, see the above for the optional 301108 base. See your local dealer for brackets and arms that are available, or visit
www.agdirectusa.com to purchase online.
MONITOR AND POWER CONNECTIONS (Harness 301104)
Route the power leads of the main harness to the battery. Allow some slack to tie the harness off to a secure location in the cab to provide strain relief and for the protection of the harness.
The monitor operates on 12 VDC only. The red (Fused) lead should be connected to the positive battery terminal and the black lead should be connected to the negative battery terminal.
There is a short two pin Deutsch connector at the monitor end of the power cord. This is for connecting the optional Visual Alarm Light (Part No. 301109)
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DM-4600 CONSOLE MAIN HARNESS (Harness 301106)
Route the main harness to the rear of the tractor. Attach the connector to the bottom of the monitor with a ¼” nut driver. Tie the harness securely in the cab as a strain relief.
The 301106 harness will attach to your planter with a 37 pin AMP CPC style connector. This connector is pinned to match standards used by Monosem.
If you are using an external speed source such as a radar or external GPS, connect it to the 4 pin AMP connector on the back of the monitor. (Adapters are available for most common radar and GPS connectors)
If you are using the internal GPS, attach the antenna to the coax connector on the back of the monitor.
Once your implement is connected, you are ready to operate your monitor.
INTERNAL GPS
The DM-4600 comes with the onboard GPS enabled.
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The first screen on an original startup will take you directly to the Setup Assistant screen shown at right. You will find a list of required parameters on the left and red boxes that need to be filled in on the right.
Touch the Sensors on Row box and this pop up screen will appear. Choose from any combination of Seed or Flow inputs. Select No Sensors if only using the monitor for an acre counter.
Selecting Flow 1 or Flow 2 will offer an additional option of individual row flow meters or a single master flow meter. After the desired configuration
is set, touch “OK” in top
right of pop up screen. (Ref Master flow meter set up on pg. 28)
QUICK START Turn monitor on by depressing the On/Off Switch on the right end panel.
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OPERATOR’S MANUAL
Continue by entering the number of rows, row spacing and implement width. The Implement Name may be personalized using the pop-up keyboard. Select the Next Page to continue to Sensor Configuration.
From the display assignments screen, you can change types of sensors manually or configure skip row setups. To open a configuration box, touch on one of the rows in this screen. This will bring up the planter matrix where changes can be entered.
Touch any of the vertical bars in the above screen to bring up the manual assignment screen. Here you can touch an input and change sensors or skip rows. Screen at right shows a 12 row seed monitor with 12 flow meters and two different flow rates. The funnel is for flow blockage sensors often used on air seeders.
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Section assignments may be entered in this screen. If you have a planter or liquid system that is setup
with section shutoff’s, you
can configure the rows to match so the monitor will recognize the shutoffs and not report continuous row failures. Select section number at top, then touch the row pad to add it to that section.
The product sensors screen is where target rates are entered and limits are assigned. For seeds, set the desired value and default is +/- 20%. You may change percentages or enter absolute numbers.
If one or more flow inputs are selected, you must select the flowmeter part number (found on your flowmeters) and then enter the desired GPA along with the limits. The calibration number is auto generated. If you have two flow inputs, you will scroll to flow 2 setup where you will repeat the above steps.
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OPERATOR’S MANUAL
If you have RPM, VAC/Pressure, Lift Switch or Hopper Level sensors, you will need to scroll to those setups where you will enter the required information similar to what you have done in seed and flow sensor setup. (Ref Accessory Sensor set up on pg.21 and pg.22)
Alarm setup screens are next. With the first one you set the volume followed by a screen where alarms for accessory sensors may be disabled or enabled.
The Display setup is where the screen brightness and Day/Night Mode are set. Conversion units may be set to English or Metric. Show IO Numbers when enabled will show the actual input pin number on the bar graph row indicators. This is normally set to No.
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Sensitivity is the amount of averaging time used to calculate rates. The longer times may show more accuracy, but changes will come less often. This is normally set to Low or Medium.
The Speed Input screen is where you select what will be your primary source of speed. You can select Manual where you enter a number for the speed you are driving; Radar is used when an external Radar or GPS device is plugged into the 4 pin port on the back of the monitor. The third choice is the Internal GPS when enabled. Speed Input Alarms may be set for over speed.
When using an external Radar or GPS, you will need to calibrate the device. This is done by driving a 400 foot course. It is suggested that you do 4 runs and the monitor will store and average them for you. Flag your course and as you pass the first flag, press Start.
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OPERATOR’S MANUAL
When you pass the second flag, press End. A calibration number will appear in the Run # box. Continue to do three more runs to get an accurate number. The monitor will average the numbers and press Save to keep the calibration number. Speed derived by this calibration will be quite accurate.
Exit the Setup Assistant and go to the Home screen. This brings up the Bar Graph Screen. The Bar Graph Screen will give you a visual indication of each row and showing over or under rates compared to average. There is an information screen that will show Min­Max-Ave as well as other information
Speed/Area Mode provides a very simple screen that calculates the acres covered. Selection and Configuration of this mode is very similar to selection and configuration of other Seed/Flow implements. In the Setup Screen select an Implement then press on the associated Sensors on Row Icon area. This will
bring up the new “Select
the Implement Configuration” dialog box. In this dialog select the check box at the bottom,
the check box text is “No Sensors”.
After selecting an Implement with No Sensors, the Setup screens will be reduced to other setup requirements. You may navigate to the Area/Speed screen by pressing the Home Button at the top of the Monitor. In the Area/Speed screen you will get a count of Acres. This count can be Started or Stopped with the Enable/Disable buttons. You may also reset the Acre count at any time.
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By selecting Seeds, Flow 1 or Flow 2, you bring up a menu box shown at the right end of the screen. Shown at right are the three types of screens you may see for any product.
The first selection gives the option of selecting a row and parking on it. The second shows Min-Max-Avg for the product and the last shows a 20 second moving line graph history of a selected row.
OPERATING YOUR MONITOR
Once your monitor is configured, you may choose to work from one of the screens on the previous page.
Getting around the Home Screen….
The three buttons at the top left select the screen. Here we are looking at the Home or Bar Graph Screen. Seeds and Flow bring up the appropriate Dash View while Setup takes you back to the setup mode. Speed is displayed to the right and the indicator showing the type of speed input is displayed. Above figure showing Radar or External GPS input.
Next, you will find the Information Box and the View Selection buttons. Shown above is a monitor set for Seed and Flow with two rates. The Avg. View button is selected showing the Average of each of the applications, Seeds, Flow 1 and Flow 2.
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Alarm indicator
The bar graphs will change color when the limits are exceeded either over or under as shown below.
Limits exceeded:
The alarm may be temporarily silenced by holding down the individual row until it changes color. The small alarm bell will have a circle/red X over it showing that the row has been silenced. It may be returned to normal operation by holding the row down again.
THE DASH SCREEN - SEEDS
The Seeds Dash Screen gives a quick overview of the operation. Shown at left is Population in Seeds/Acre with the Average, the Minimum (Row Number) and Maximum (Row Number).
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Next is Spacing in inches with Average, Minimum (Row Number) and Maximum (Row Number).
Across the top you will find the acre counters. There are three acre counter memories in the system and they may be started, stopped or reset by holding the button down for three seconds to bring up a Start/Stop and Reset button.
On the center right is the Acre/Hr. reading and the Singulation screen showing skips and multiples.
The Seed Dash Board now allows the user to configure the 3 tiles on the bottom right as RPM, Vacuum, Pressure or toggling Vac/Pressure. Simply press on the Tiles and a dialog box will appear with possible Tile assignments.
With the VAC and Pressure capabilities, Tiles are available on the Seed and Flow Dashboards. Tile Assignments will be saved for future power up cycles. All configurable Tiles in the Dash boards are now identified with a small peel flip icon in the lower right corner of the Tile.
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THE DASH SCREEN – FLOW
OPERATOR’S MANUAL
The Flow Dash Screen is similar to the seeds screen. Shown at left is the Flow Rate. It will Show GPA Average, Minimum (Row Number) and Maximum (Row Number). If you have two Flows selected, there will be a second column for Flow 2.
Across the top you will find the acre counters. There are three acre counter memories in the system and they may be started, stopped or reset by holding the button down for three seconds to bring up a Start/Stop and Reset button. Shown above, a triangle shows acres counting, whereas a square indicates counter has stopped.
Center right shows Acre/Hour rate followed by a calculated Field Flow 1 and Total Flow
1. Both of these may be started/stopped or cleared by holding the button down for three seconds.
On the bottom row you will see the current average GPM flow rate (This will toggle between Flow 1 and Flow 2 if you have both) and finally, you have Field Flow 2 and Total Flow 2 which may be started/stopped or cleared by holding the button down for three seconds.
The center lower 2 tiles can be configured with existing Acres/Hr, Flow GPM and the new Pressure or Vac sensor values. Simply press on the Tiles and a dialog box will appear with possible Tile Assignments.
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THE SINGULATION SCREEN
The Singulation Screen provides row by row Singulation conditions. To enter this screen navigate to the Seed Dashboard and press on the Singulation cell, you will be taken to the Row Singulation screen.
After entering the screen you will have a view very similar to the Home Screen. The screen has a console or statistics area, a view select area and a graphical area. The view select area lets you chose from 3 different console statistics, Row Select, Max Value, and Overall average. The Row Select shows the Singulation, Skips and Double of the selected row, these values represent a percentage singulation. Press on the Row Graphical area to select which Row to view. The Max Value shows the Row number and Max value in percent of Skips and Multiples. The Row count value is a count of all rows that are exhibiting Skips and Multiples. The Overall Average view contains the values normal scene on the Seed Dashboard screen.
For each row graphical object you can see the present Skips and Multiple percentages. Skips are shown in yellow above the center line and Multiples are shown in Red below the center line. If neither of these colors show for a given Row this would indicate 100 % singulation.
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Shown at right are the three Speed Input icons along with the MPH Reading. At the top, the icon shows Radar or external GPS Speed input hooked to the 4 pin connector on the rear of the monitor. If you have internal GPS enabled, you will see the second bar graph screen showing lock and signal strength. The final screen is manual speed where you enter a speed by incrementing with the gold boxes. To toggle from one input to another, hold down the icon for 2-3 seconds and a dialog box will appear.
The screen shot above shows 12.2% Skips on Row 1 as shown in yellow. The Multiples are at 24.5 and are shown in Red.
MPH INDICATOR
In the upper right of the Home Screen, you will find an indicator showing the MPH input and a speed reading. By holding down this section of the screen for a few seconds, you can bring up a dialog box to change input icons.
INTERNAL GPS STATUS
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Zero Satellites
7 to 9 Satellites
1 to 3 Satellites
10 or more Satellites
4 to 6 Satellites
The far right indicator is blank or clear which means the GPS does not have a lock on any satellites. In this condition the GPS cannot determine the location, therefore Speed cannot be determined.
The far right indicator is blue which means the GPS has a Lock on the satellites. In this condition the GPS can determine the location, and therefore Speed can be determined.
The far right indicator is red which means the GPS has a WAAS Lock on the satellites. In this condition the GPS can determine the location, and therefore Speed can be determined. The WAAS lock provides the GPS solution with the highest accuracy.
The Internal GPS status is provided in the ICON located in the upper right corner of the monitor display. This upper right corner area is described more fully in the MPH INDICATOR section of the DM-4600 Operators Manual on page 15.
The GPS ICON indicates the Signal Strength and GPS Lock Status. The ICON is made up of 5 bars, the left 4 bars indicate the Signal Strength and the tall bar on the far right indicates the GPS Lock Status.
The Signal Strength is a measure of how many Satellites are being tracked by the GPS sensor. The following table explains the 5 possible Signal Strength conditions:
The GPS Lock status is indicated by the color of the far right status bar. This status is truly independent of the other 4 Satellite Strength status bars, however there is a correlation between them. To establish a GPS lock the GPS sensor must be tracking several satellites, to establish a GPS WAAS lock the GPS sensor typically requires even more satellites. The following table provides the GPS Lock Status indicators with typical Satellite Strengths:
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LIFT SWITCH CONFIGURATION
The Lift switch may now be configured to be Normally Open or Normally Closed to accommodate different lift switches
HOPPER TYPE SENSOR SETUP
Hopper Type to Setup/Implement/Sensor/Hopper screen, allowing user to select Active Low or Active High Hopper Sensors.
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VAC/PRESSURE SENSOR SETUP
VAC/Pressure setup, you may setup 2 sensors as either VAC or Pressure sensors. Depending on your selection the setup screen will modify itself to ask for associated information.
To select the desired Sensor type Press on the Sensor Selection button. This button will provide a selection dialog box as follows. The list includes Off, Raven – Pressure, Dickey John – Pressure, Dickey John – Vacuum and John Deere – Vacuum.
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The Raven- Pressure Sensor requires a calibration. You may press the “Calibrate” purple button to calibration your sensor. When you do this the following screen will provide you with more steps.
If you Press the “Calibrate Now” button the system will show the following screen while it performs the Calibrate function.
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FLOW METER INSTALLATION
A plumbing diagram for a typical system used on a planter for the pop up/side by side
fertilizer has been included. Starting with the product tank that is normally mounted on the planter frame each of the components used in the system will be discussed regarding their function and installation.
#1 Leading out of the tank a main shutoff valve should be in place to cut product flow to the entire system.
#2 The next component on the diagram is a filter which is critical for keeping foreign material out of the pumping system that would cause plugs or blockages to occur. It is recommended for an application rate of 5 gallons per acre or less to use an 80 mesh filter screen. Application rates higher than 5 gallons per acre can be applied with a 50 mesh screen filter. A finer screen is used at lower application rates to keep the small flow meters from plugging. The filter should be placed before the pump to allow for proper filtering of the fertilizer being applied.
#3 The pump is the next item in line after the filter. There are many types of pumps that are commonly used for liquid fertilizer application. Piston, squeeze, hydraulic and 12V DC type pumps have all been used with this system. All these pumps work well as long as they are properly sized for the specific application rate that is being applied.
#4 After the pump a cleanout port is shown that would be used for rinsing out the system after the season is over. It may also be used for rinsing if you are going to be out of the field and will not be using the system for an extended period of time. The cleanout port will also be useful in flushing out the system if blockages should occur due to contamination problems in the fertilizer system. The clean out port consists of a valve and a garden hose adapter for hooking up the rinsing system.
#5 Following the cleanout port is the distribution manifold followed by the individual row flow meters. The flow meters can be grouped together after the manifold or distributed on the bar individually closer to each opener.
#6 An optional bracket (Part No. 6675) is available for purchase that holds up to 8 flow meters. This will help keep track of which flow meter is going to which row plus it helps in making a neat, safe, and organized installation of the flow meters. Each precision flow meter is made with 2 sizes of hose barbs on each end of the flow meter housing. These barbs are ¼” and 3/8” which makes adapting to your planter plumbing system easy.
#7 After the flow meters a check valve/orifice plate assembly is recommended. A 2 psi check valve works well for most systems. The lines will stay filled with liquid and leakage on the ends will be prevented when the unit is raised. Properly sized orifice plates will make the application rate accurate and consistent from row to row.
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There are some important items to observe when getting ready to install the precision flow meters in the system. On both the inlet and outlet end of the flow meter, there are
two different sized hose barbs. The smaller is designed to use ¼” ID hose, and the larger barb closer to the center of the meter is designed to accept 3/8” ID hose. The first step
in installing the flow meters is determining which barb will work best to adapt to the size and type of plumbing on the planter/applicator. The flow meters are supplied with two
2” pieces of ¼” tubing plus 2 clamps. The tubing is provided as a way to easily transition
to the existing plumbing. If the planter/applicator uses 3/8” hose in the system, you can simply slide it on and clamp it to the flow meter on the larger barb.
Also available are flowmeters designed to use John Guest fittings. They are manufactured with 3/8” push on fittings making any necessary maintenance very quick and easy to do. The same specifications apply to the flowmeters using either type of connections, the Hose Barb or John Guest fittings. To order the correct flowmeters, use the part numbers on page 26 and include a HB or JG after the number, depending on the style that you prefer.
Another important feature of the flow meter is a direction arrow showing how material should flow through the meter. It is made into the housing on the opposite side of where the cable goes into the meter. It is very critical that the flow meters are installed following this direction of flow indicator. Inaccurate or inconsistent readings will occur if they are installed backward.
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Part Number
GPM Range
Pulses Per/Gallon
Gal/ Per Acre
approx.
6663
.013 - .132
57200
2 - 4
6664
.032 - .400
24500
5 - 15
6667
.053 – 1.189
12550
13 - 20
6665
.08 - 2.65
4350
16 - 70
6668
1.32-3.96
3136
50-120
Flow Direction
⅜” Hose Barb
¼” Hose Barb
⅜” Male John Guest
Please note on the cable close to the harness connector the tag that shows the part number for the flow meter you have. There are 5 different flow meters offered, and they all look the same from the outside. Each precision flow meter has different operating range so it is important that they be chosen correctly for your application. Below is a chart showing the operating specifications of each flow meter.
Flow Meter Specifications:
The Precision Flow Meters can be installed anywhere between the distribution manifold and the Check Valve/orifice assembly. The main things to take into consideration are the safety and ease of access to the flow meters. The flow meter must be installed into each row so the most logical place to mount the meters would be in a grouping close to the output of the manifold. A bracket (P/N 6675) is available to hold 8 flow meters in a 9” space. All the fertilizer lines can be ran neat & orderly from the manifold to the flow meter and from the flow meter to the row. This will also make the wiring harness less complex as the length of wire required to hook the flow meters up will not be very long and all the connections will be in one location close to this grouping.
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It is also recommend that once you have commenced planting and the lines and the flow meters have been filled with fertilizer that they remain fully charged until finished planting for the season. This will help insure that crusting/plugging does not occur and that the flow meter turbine will remain free once planting begins again. This is the reason we want the check valves installed in the system as this will insure the lines stay fully charged once the pumping stops. If – for example planting is delayed due to rain the check valves will insure that the lines remain fully charged and you will not be required to flush out the system. PLEASE NOTE: One exception to this rule is if you have micro nutrients mixed in with your fertilizer and the planter is going to be setting for more than a couple of days flushing of the system is recommended as the ingredients may settle and may cause problems once planting starts again. Once again if you have made plans for flushing of the system and planting is delayed we would recommend, you go ahead and flush the system to insure no problems will occur on startup.
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MASTER FLOW
This Flow Sensor configuration would replace Nozzle flows Sensors on each Planter Row with 1 Master Flow Sensor for 1 Product for the entire planter. A Master Flow Sensor can be selected for Flow 1 and / or Flow 2. This Master Flow sensor is indicated with an Inline sensor icon as seen in the following image.
To accommodate configuring of the Master Flow sensor a Implement Configuration screen was developed. In this screen you can select Flow type for each flow setup. The flow type would be the normal Per Row of the Master Flow sensor.
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The Master Flow indicator on the Home screen represents the entire product applied to the Implement and therefore will appear differently than normal Row based products. The Display Assignments screen will also show the Master Flow Icon if selected.
Master Flow Meter calibration number is read in pulses per gallon. This calibration number is typically displayed on the flow meter with a tag. Raven flow meters output in pulses per 10 gallon, resulting in the calibration number needing converted Ex: 710/10 = 71 pulses per gallon.
Post Season Storage for the Monosem Visu-Flo Flow Meters
Within 2 to 3 days of finishing for the season we strongly recommend a total cleansing of the system with water. You will need to clean and rinse the fertilizer residue out of the system adequately so it will not cause issues on start up for the next season. The more thorough job you do now will pay you dividends as the amount of fertilizer left in system will cause potential sources for blockages next time the system is used. Once you have rinsed the system clean you will need to winterize your system. It is recommended that a good quality RV antifreeze rated to - 50 is utilized so that freezing will not occur and cause major damage and avoidable expense to your system components. Simply run enough RV Antifreeze through your system to replace the water that was
used to rinse your system. Be extra conscientious to FLUSH any area that may trap the water (low spots etc). Make sure you use enough RV Antifreeze to completely fill your system components with the antifreeze.
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DM-4600 Console Connector
Pin #
Description
A1
Row 25 (orange/green)
A2
Row 26 (black/wh/red)
A3
Row 27 (green/bk/white)
B1
Row 28 (orange/bk/white)
B2
Row 29 (blue/bk/white)
B3
Row 30 (black/red/green)
C1
Row 31 (white/red/green)
C2
Row 32 (red/black/green)
C3
RPM 1 (brown)
D1
RPM 2 (blue)
D2
VAC 1 frequency input (orange)
D3
VAC 2 frequency input (yellow)
E1
Hopper Level 1 Signal (green)
E2
Hopper Level 2 Signal (white)
E3 - F1
No Connection
F2
8 V Sensor Power (red)
F3
8 V Sensor Power (black)
DM-4600 Power In/ Alarm Out
Pin #
Description
1
12 VDC IN (red)
2
-12VDC IN (black)
3
Visual Alarm Out (rd/wh)
4
Visual Alarm Return (bk/wh)
18 Pin Console Pinout
4 Pin Console pinout
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TABLE OF CONTENTS
DM-4600 Console Connector
Pin #
Description
A1
Row 1 (green)
A2
Row 2 (white)
A3
Row 3 (brown)
B1
Row 4 (blue)
B2
Row 5 (orange)
B3
Row 6 (yellow)
C1
Row 7 (violet)
C2
Row 8 (grey)
C3
Row 9 (pink)
D1
Row 10 (tan)
D2
Row 11 (white/black)
D3
Row 12 (red/black)
E1
Row 13 (green/black)
E2
Row 14 (orange/black)
E3
Row 15 (blue/black)
F1
Row 16 (black/white)
F2
Row 17 (red/white)
F3
Row 18 (green/white)
G1
Row 19 (blue/white)
G2
Row 20 (black/red)
G3
Row 21 (white/red)
H1
Row 22 (orange/red)
H2
Row 23 (blue/red)
H3
Row 24 (red/green)
J1
Vac 1 analog input (purple)
J2
Vac 2 analog input (gray)
J3
No Connection
K1
Lift Switch Signal (green/bk/red)
K2
8 V Sensor Power (red)
K3
8 V sensor Ground (black)
DM-4600 Implement Harness
Pin #
Description
1
Row 1 (green)
2
Row 2 (white)
3
Row 3 (brown)
4
Row 4 (blue)
5
Row 5 (orange)
6
Row 6 (yellow)
7
Row 7 (violet)
8
Row 8 (grey)
9
Row 9 (pink)
10
Row 10 (tan)
11
Row 11 (white/black)
12
Row 12 (red/black)
13
Row 13 (green/black)
14
Row 14 (orange/black)
15
Row 15 (blue/black)
16
Row 16 (black/white)
17
Row 17 (red/white)
18
Row 18 (green/white)
19
Row 19 (blue/white)
20
Row 20 (black/red)
21
Row 21 (white/red)
22
Row 22 (orange/red)
23
Row 23 (blue/red)
24
8 V Sensor Power (red)
25
8 V Sensor Power (red/black/white)
26
8 V Sensor Ground (black)
27
8 V Sensor Ground (white/black/red)
28
Row 24 (red/green)
29
Row 25 (orange/green)
30
Row 26 (black/wh/red)
31
Row 27 (green/bk/white)
32
Row 28 (orange/bk/white)
33
Row 29 (blue/bk/white)
34
Row 30 (black/red/green)
35
Row 31 (white/red/green)
36
Row 32 (red/black/green)
37
Lift Switch Signal
30 Pin Console Pinout
37 Pin Implement Harness Connector
TABLE OF CONTENTS
DM-4600 Accessory Harness
Pin #
Description
A
Hopper Level 1 (green)
B
Hopper Level 2 (white)
C
RPM 1 (brown)
D
RPM 2 (blue)
E
VAC 1 frequency input (orange)
F
VAC 2 frequency input (yellow)
G
VAC 1 analog input (purple)
H
VAC 2 analog input (gray)
J
8 V Sensor Power (red)
K
8 V Sensor Power (black)
DM-4600 Speed In
Pin #
Description
1
Ground (black)
2
Signal (green)
3
12 v. Power (red)
4
Sense (white)
10 Pin Accessory Harness Pinout
4 Pin Rear Console pinout (Radar/Speed)
PARTS INFORMATION
Monitor
Description
Part Number
DM-4600 Console Only
301103
RAM Ball Mount
301107
RAM Arm and Base Kit (Optional)
301108 Visual Alarm (Optional)
301109
Console Harnesses
Description
Part Number
Console Power Harness 12’
301104
Cab Harness 12’
301106
6663
.013 to .132 GPM
6664
.032 to .400 GPM
6667
.053 to 1.189 GPM
6665
.08 to 2.65 GPM
6668
1.32-3.96 GPM
6675
Bracket for 8 flowmeters
3708A
8 Sensor Harness w/19’
Hitch cable
3712A
12 Sensor Harness w/19’
Hitch cable
3716A
16 Sensor Harness w/ 19’
Hitch cable
3724A
24 Sensor Harness w/ 19’
Hitch cable
Many other harness options are available.
OPERATOR’S MANUAL
Visu-Flo Parts and Accessories
Flowmeters
Flowmeter Bracket
Visu-Flo Harness
33
DM-4600
OPERATOR’S MANUAL
237-8Y
Visu-Flo Harness to Dj
Seed Harness
237-12Y
Visu-Flo Harness to Dj
Seed Harness
237-16Y
Visu-Flo Harness to Dj
Seed Harness
237-8VJ
Visu-Flo Harness to
Deere Seed Harness
237-
12VJ
Visu-Flo Harness to
Deere Seed Harness
237-
16VJ
Visu-Flo Harness to
Deere Seed Harness
Y Cables Connect Visu-Flow harness to an existing seed harness.
Hitch extensions are available; see our catalog for lengths and prices.
34
DM-4600
NOTES:
OPERATOR’S MANUAL
35
DM-4600
OPERATOR’S MANUAL
Monosem, Inc.
1001 Blake St.
Edwardsville, KS 66111
Ph. (913) 438-1700
www.monosem-inc.com
Rev 0217
36
DM-4600
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