To Next PageTo Next PageWhat to do if Dickey-John IntelliAg Control Systems show VT Out of Memory Alarm?
If your Dickey-John Control Systems unit displays a VT Out of Memory Alarm, it means the ECU memory requirements exceed what the virtual terminal can handle. Try removing any unnecessary ECUs. If the problem persists, contact DICKEY-john Technical Support or DICKEY-john Europe for updated hardware.
What to do if Dickey-John IntelliAg show Software System Stack Overflow Alarm?
If you encounter a Software System Stack Overflow Alarm on your Dickey-John Control Systems, it indicates an internal system software error. Try cycling the system power off and then on again. If the condition continues, contact DICKEY-john Technical Support or DICKEY-john Europe.
What to do if Dickey-John Control Systems show Software Task Stack Overflow Alarm?
If you encounter a Software Task Stack Overflow Alarm on your Dickey-John Control Systems, it indicates an internal system software error. Try cycling the system power off and then on again. If the condition continues, contact DICKEY-john Technical Support or DICKEY-john Europe.
What to do if Dickey-John IntelliAg show Ground Speed Failure Alarm?
If you see a Ground Speed Failure Alarm (only active in Planter Monitor Mode) when seeds are detected without ground speed, here’s what to do: * First, check the speed source setting and calibration on the Ground Speed Calibration screen to make sure they are correct. * Next, look at the speed sensor and harness for any damage, and replace the speed sensor if needed. * Finally, try replacing the module or virtual terminal.
What causes Dickey-John IntelliAg Control Systems Channel Failure Alarm and how to fix it?
A Channel Failure Alarm in Dickey-John Control Systems can be caused by several issues. Here's how to address them: 1. Inspect the control valve for any damage and replace it if necessary. 2. Check the feedback sensor for damage and replace it if needed. 3. Examine the module harness for damage and replace the harness fuse. 4. Inspect the module itself for damage and replace it if necessary.
Why Dickey-John IntelliAg show High Population Limit Exceeded Alarm?
The High Population Limit Exceeded Alarm appears when the seed rate surpasses the high alarm setting on the Seed Monitor Setup screen. This can be due to: * Seed meter malfunction or incorrect setup. * Defective seed sensor. * Defective module. To resolve this, verify the planter options and setup, inspect the seed sensor for damage (replace if needed), and inspect the module for damage (replace if necessary).
What to do if Dickey-John IntelliAg show Row Failure Alarm?
If the Dickey-John Control Systems display a Row Failure Alarm, it means the seed rate has fallen below the row fail rate setting on the Seed Monitor Setup screen. This could be due to: * Seed meter malfunction. * Dirty or defective seed sensor. * Damaged planter harness. * Defective module harness or module. * Out of seed. To fix this, verify proper planter operation, inspect the seed sensor for dirt or damage (replace if needed), inspect the planter harness for damage (repair or replace), inspect the harness and module for damage (replace if necessary), and ensure the planter is filled with seed.
What causes Dickey-John Control Systems Channel Saturation Exceeded Alarm?
The Channel Saturation Exceeded Alarm in Dickey-John Control Systems can be triggered by: * Excessive speed. * Incorrect channel settings, where the desired rate is too high for the implement. * Target rate being too high. To address this, reduce speed, verify correct setup constants on the Channel Configuration screen, perform a valve calibration and a Calibration constant, and reduce the target rate.
What causes Dickey-John Control Systems Channel High Limit Exceeded Alarm?
The Channel High Limit Exceeded Alarm indicates that control is limited by the high limit, resulting in under-application. Remember, the system won't run faster than the High Limit Value. To resolve this: 1. Check and/or reduce speed. 2. Verify Channel setup (high RPM). 3. Perform a new valve calibration. 4. Check and/or reduce the target rate. 5. Inspect the feedback sensor for damage. 6. Inspect the control valve for damage. 7. Inspect the harness/module for damage. 8. Decrease the target rate.
Why Dickey-John Control Systems show Channel Unstable Alarm?
A Channel Unstable Alarm on Dickey-John Control Systems can arise from: * Incorrect channel settings. * Incorrect feedback sensor installation. * Defective feedback sensor. To resolve, verify correct setup constants on the Channel Configuration screen, perform a valve calibration, verify correct installation of the feedback sensor, and inspect the feedback sensor for damage or replace it.
General| Category | Control Systems |
|---|---|
| Manufacturer | DICKEY-john |
| Product Line | IntelliAg |
| Application | Agricultural Equipment Monitoring and Control |
| Features | data logging |
| Connectivity | USB |
| Compatibility | Compatible with various agricultural machinery and software |
Describes the IntelliAg Planter Drill Control system components and function.
Provides user interface for IntelliAg system.
Starts and stops product application.
Houses system's primary interface device.
Auxiliary to Working Set Master for monitoring rows.
Detects implement position for automatic control.
Necessary for proper communication between system components.
Details system capabilities like user access levels and monitoring features.
Lists compatible sensors and equipment.
Instructions for installing the Virtual Terminal to the tractor cab.
Steps for installing the Master Switch within reach of the operator.
Mounting instructions for the WSMT module on the implement.
Mounting instructions for the WSMB module on the implement.
Diagrams illustrating cab harness layout and connections.
Guidelines for connecting various sensors.
Details for connecting seed sensors.
Details for connecting hopper level sensors.
Details for connecting RPM/Fan sensors.
Details for connecting air pressure sensors.
Describes the two user levels for system access.
System is operational when Master Switch is ON.
Defines top-level buttons in Operate mode.
Mode for setting constants, requires password.
Defines buttons for system configuration and parameter setup.
Restricted level for viewing, cannot change setup constants.
Procedure to switch to full access level using a password.
Overview of materials and configurations for control channels.
Recommended order for establishing materials and channels.
Setting parameters for planter control.
Setting parameters for granular seed/fertilizer.
Setting parameters for liquid flow control.
Setup for ground drive applications monitoring population.
Setting parameters for RPM control.
Lists available control channel types: Planter, Granular, Liquid, RPM, Disabled.
Setting a channel to control application rate of a row crop planter.
Defines parameters for granular seed/fertilizer.
Defines parameters for liquid flow control.
Defines parameters for RPM control.
Sets machine hydraulic system parameters for various controls.
Includes Continuous Test and 5 Rev Test for meter accuracy.
Calibrates ground speed sensor for accurate readings.
Configures master switch input for system control.
Places data items on display by selecting location.
Provides overview of setup constants for active control channels.
Displays actual application rates for channels 1-4.
Displays target set rates for channels 1-4.
Displays calculated flow rates for channels 1-4.
Displays the current ground speed of the tractor.
Displays row population, min/max, and average values.
Displays row spacing, min/max, and average values.
Displays seeds per foot/meter for rows and averages.
Displays singulation average and row scan data.
Displays area covered by the implement.
Displays area covered by Field 1 and Field 2.
Displays area covered by Control Channels 1-4.
Displays accumulated material for channels 1-4.
Indicates product remaining in hopper/tank.
Indicates empty or nonempty hopper status.
Displays actual RPM for shaft/fan sensors.
Displays actual pressure measured by sensors.
Indicates status of each boom section.
Displays guidance information like AutoPilot status.
Records time the system has been active.
Displays seed count for each row.
Displays distance covered in feet (meters).
Procedures for starting and stopping the system operation.
Explains symbols used in Operate mode.
Accesses screens for system status, diagnostics, and alarms.
Dispenses material at a set rate for a duration.
Dispenses material at a higher rate when below shutoff speed.
Determining implement offset for calculations.
Distance from channel center to hitch/GPS point.
Linking control channels for simultaneous rate changes and on/off control.
Resets system to IntelliAg rates or selects current rates.
Transferring configurations between machines via SD card.
How alarms are indicated and acknowledged.
Lists specific alarms, their occurrences, and details.
Clears the Alarm Log.
Lists alarm numbers, probable causes, and corrective actions.
Worksheet for configuring modules.
Worksheet for configuring control channels.
Worksheet for configuring work screens.
Worksheet for material setup using Inc/Dec.
Worksheet for material setup using Preset.
Details warranty coverage, exclusions, and purchaser acceptance.
