Why does the ARAG IBX100 4679005 display no longer show the speed?
If the ARAG Control Unit display doesn't show the speed, it could be due to a wrong wheel constant setup. In this case, check the setup of the wheel constant. Another cause might be no signal coming from the speed sensor, so check the connections to the speed sensor.
Why is the displayed speed on my ARAG IBX100 4679005 Control Unit not precise?
If the displayed speed on your ARAG Control Unit is not precise, it is likely due to a wrong setup. You should check the setup of the wheel constant.
Why is instantaneous pressure not displayed on my ARAG IBX100 4679005 Control Unit?
If the instantaneous pressure is not displayed on your ARAG Control Unit, it could be due to a wrong pressure sensor setting, so check the pressure sensor setting. It may also be caused by the IBX100 receiving no signals from the speed sensor, so check connections to the pressure sensor. Another possible reason is that the pressure sensor is improperly installed. In this case, check connections to the pressure sensor.
Why is the instantaneous pressure readout inaccurate on my ARAG IBX100 4679005?
If the instantaneous pressure readout on your ARAG Control Unit is inaccurate, it may be due to a wrong setup. Check the pressure sensor full scale setting. Another cause could be that the pressure sensor is not calibrated; if this is the case, perform calibration. Also, the pressure sensor might be improperly installed, so check connections to the pressure sensor.
What to do if spray volume set for automatic operation cannot be achieved on ARAG Control Unit?
If the spray volume set for automatic operation on your ARAG Control Unit cannot be achieved, first check the spray rate setup. Also check the boom width setting and the maximum pressure valve setting. Make sure the control valve is adequate for the specific system and check valve operation.
Why is RPM not displayed on my ARAG IBX100 4679005 Control Unit?
If the RPM is not displayed on your ARAG Control Unit, it may be because the IBX100 receives no signals from the RPM sensor. Check the connections to the RPM sensor. Another possibility is that the RPM sensor is improperly installed; in this case, check the connections to the RPM sensor.
Why is the RPM readout inaccurate on my ARAG Control Unit?
If the RPM readout on your ARAG Control Unit is inaccurate, it's likely due to a wrong setup. Check the RPM sensor constant setting.
Why is the output volume readout inaccurate on my ARAG IBX100 4679005?
If the output volume readout on your ARAG Control Unit is inaccurate, check the boom width setting, the setup of the folwmeter constant, the setup of the wheel constant, and the setup of the section valve type. Also, check connections to the speed sensor.
Why does the sprayed surface displayed not match actual sprayed surface on my ARAG IBX100 4679005 Control Unit?
If the sprayed surface displayed on your ARAG Control Unit does not match the actual sprayed surface, check the boom width setting, the setup of the wheel constant, and the connections to the speed sensor.
Why does the distance traveled count displayed not match actual distance covered on ARAG Control Unit?
If the distance traveled count displayed on your ARAG Control Unit does not match the actual distance covered, it could be due to a wrong setup. Check the setup of the wheel constant. Also, check connections to the speed sensor.
General| Manufacturer | ARAG |
|---|---|
| Model | IBX100 |
| Part Number | 4679005 |
| Category | Control Unit |
| Voltage | 12 VDC |
| Protection Class | IP65 |
| Operating Temperature | -10°C to +60°C |
| Housing Material | Plastic |
| Weight | 0.5 kg |
Essential safety measures before starting any installation or operation.
Procedures and diagrams for connecting various system components and cables.
Step-by-step instructions for connecting the electronic control unit.
Essential checks to ensure correct component installation and power connection before programming.
Setting up the main flowmeter and filling flowmeter parameters.
Configuration and activation of the pressure sensor for accurate rate calculation.
Configuration for main and section valves, including type and operating modes.
Setting up parameters for different types of ISO and user-defined nozzles.
Procedures for calibrating connected sensors and devices for accurate operation.
Creating, activating, and managing up to 20 different treatment configurations (Presets).
Configuring and managing visual and acoustic alarms for system events and errors.
Monitoring the operational status of various system components and connections.
Monitoring the connection and operational status of individual Seletron units.
Procedures for replacing Seletron devices, including preliminary steps.
Enabling and configuring automatic adjustments for application rate and test speed.
Controls automatic output adjustment based on speed and boom status.
Automatic or manual selection of nozzles based on conditions like speed and spray rate.
Controls main functions and individual boom sections via the touch-screen panel.
Explains the meaning of different LED colors and blinking patterns for status indication.
Lists common error messages, their causes, remedies, and job modes.
A guide to diagnosing and resolving common faults and issues with the system.
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