Why does Raven SmarTrax disengage when auxiliary hydraulic functions are operated?
To resolve the Raven Farm Equipment issue where the system disengages when auxiliary hydraulic functions are operated, turn the knob on the pressure switch in, if applicable. Also, increase the Disengage setting.
Why is the hydraulic disengage switch or transducer not detected during calibration of my Raven Farm Equipment?
If the hydraulic disengage switch or transducer is not detected during calibration, the priority valve in the open center valve may be stuck. Consider replacing the cartridge or the open center valve. The cable connection(s) to the disengage switch may also be improperly connected or loose, so verify disengage switch connections are correct and secure. Additionally, the cable connection to the transducer may be improperly connected or loose, so verify the connection to the transducer is correct and secure.
Why does my Raven Farm Equipment skip or overlap in the field?
If your Raven Farm Equipment consistently skips or overlaps in the field, the antenna position entered in the field computer does not correlate with the position on the roof. Physically re-measure the antenna height and offset and adjust the values in the field computer.
What to do if I have a 'Guide Com' error on Raven Farm Equipment?
If you're experiencing a 'Guide Com' error on your Raven Farm Equipment, it means guidance points are no longer being received by SmarTrax. Verify connections between SmarTrax and the field computer. If you are using Viper Pro, verify that the “Send Guidance Message” option is on the Lightbar Setup screen.
Why does my Raven Farm Equipment consistently drive to the left or right of the guidance line?
If your Raven Farm Equipment consistently drives to the left or right of the guidance line, the yaw or /WAS sensor may be out of calibration. Recalibrate the yaw sensor to zero while the machine is stationary and reset the /WAS center calibration. The left or right PWM Min value may be too high, so lower the appropriate PWM Min value until the front wheels steer very slowly manually and with minimum buttons. Also, the LA Aggressiveness setting may be too low, so increase the LA Aggressiveness setting. The OL Sensitivity setting may also be too low, so increase the OL Sensitivity setting.
Why won't my Raven Farm Equipment SmarTrax find the guidance line?
If your Raven Farm Equipment SmarTrax system is not finding the guidance line, ensure that SmarTrax is engaged. If you have Phoenix 300 receivers, disable the GL1DE speed filter. Increase the LA Aggressiveness setting. Increase the OL Sensitivity setting in increments of 1, allowing at least 40 seconds between adjustments.
Why is the hydraulic disengage switch or transducer not detected during calibration of Raven Farm Equipment?
If the hydraulic disengage switch or transducer is not detected during calibration of your Raven Farm Equipment, replace the cartridge or the open center valve if the priority valve in the open center valve is stuck. Verify disengage switch and transducer connections are correct and secure.
Why does Raven Farm Equipment machine consistently skip or overlap in the field?
If your Raven Farm Equipment is experiencing issues where the machine consistently skips or overlaps in the field, physically re-measure the antenna height and offset and adjust the values in the field computer.
What does 'Guide Com' mean on Raven SmarTrax Farm Equipment and how do I fix it?
If your Raven Farm Equipment is displaying 'Guide Com', verify connections between SmarTrax and the field computer. If you are using Viper Pro, verify that the “Send Guidance Message” option is on the Lightbar Setup screen.
What does 'Cal SPS' mean on Raven SmarTrax and how do I fix it?
If your Raven Farm Equipment is displaying 'Cal SPS', calibrate the SPS/WAS.
General| Brand | Raven |
|---|---|
| Model | SmarTrax |
| Category | Farm Equipment |
| Language | English |
Guidelines for working safely with the hydraulic system, including protective equipment and fluid handling.
Precautions for electrical connections, polarity, and voltage requirements for the SmarTrax system.
Best practices for installing and operating the SmarTrax system for the first time.
Details on positioning the GPS antenna for optimal system performance and accuracy.
Explains common status and mode information displayed on the CR7 during SmarTrax operation.
Steps for setting up machine profiles and configuring machine-specific settings in the CR7.
Overview of the SmarTrax calibration wizard and initial setup steps for the system.
Information on tuning system performance and adjusting parameters like Line Acquisition and Sensitivity.
Defines common status icons and buttons used on the Viper 4/4+ display for SmarTrax.
Steps to configure GPS settings and ensure proper communication for the SmarTrax system.
Process for selecting machine types and setting up profiles for SmarTrax operation on Viper 4/4+.
Detailed procedure for calibrating the SmarTrax system using the setup wizard.
Guidelines for fine-tuning SmarTrax performance, including LA and OL modes.
Requirements for Viper Pro software and SmarTrax node software versions for compatibility.
How to interpret system status messages displayed on the Viper Pro screen.
Setting up machine profiles and specific configurations for SmarTrax on Viper Pro.
Step-by-step guide to calibrating the SmarTrax system with the Viper Pro.
Tuning SmarTrax parameters like LA and OL sensitivity for optimal field operation.
Specifies required software versions for Envizio Pro/Cruizer II and SmarTrax node.
Interpreting SmarTrax system status icons on the Envizio Pro/Cruizer II display.
Steps to configure machine profiles and specific settings for SmarTrax with Envizio Pro/Cruizer II.
Guide for calibrating the SmarTrax system when used with Envizio Pro or Cruizer II.
Adjusting SmarTrax settings like LA and OL sensitivity for optimal field operation.
Explains SmarTrax CAN control node LEDs for diagnosing system issues.
Lists common SmarTrax error messages, their causes, and corrective actions.
Provides a wiring diagram for the SmarTrax 3D system with specific field computers.
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