To Next PageTo Next PageWhat to do if Robitronic R01223 suddenly stops?
If the Robitronic Engine suddenly stops, it's likely due to a lost throttle signal or the ESC entering Low Voltage or Over-heat Protection Mode. Check the transmitter and receiver, and inspect the signal wire from the throttle channel. A flashing red LED indicates Low Voltage, while a flashing green LED indicates Over-heat.
Why Robitronic Engine can go forward but not reverse?
If your Robitronic Engine can move forward and brake but cannot reverse, it could be due to several reasons: 1. The throttle neutral position on your transmitter might actually be in the braking zone. Try re-calibrating the throttle neutral position, ensuring no LED on the ESC lights up when the throttle is at neutral. 2. The “Running Mode” might be set improperly. Ensure it is set to “Forward/Reverse with Brake”.
What to do if Robitronic R01223 Engine ESC flashes red rapidly after LiPo detection?
If the Robitronic Engine ESC flashes red rapidly after LiPo cell detection, it indicates that the ESC didn't detect any throttle signal or that the neutral throttle value stored on your ESC differs from the transmitter. Check if the throttle wire is reversely plugged in or in the wrong channel, and ensure the transmitter is turned on. If needed, re-calibrate the throttle range after releasing the throttle trigger to the neutral position.
How to fix Robitronic Engine running in the opposite direction?
If the Robitronic Engine's motor runs in the opposite direction upon acceleration, the (ESC-to-motor) wiring order is likely incorrect. To resolve this, swap any two wire connections between the ESC and the motor.
Why Robitronic Engine moves slowly at neutral throttle?
If the Robitronic Engine moves forward or backward slowly when the throttle is at the neutral position, it could be due to: 1. An unstable neutral position on the transmitter, causing unstable signals. 2. Improper ESC calibration. Try replacing your transmitter or re-calibrating the throttle range, fine-tuning the neutral position on the transmitter.
Why Robitronic Engine beeps but motor doesn’t work?
If the Robitronic Engine beeps but the motor doesn’t work, it indicates an abnormal input voltage, either too high or too low. Check the voltage of the battery pack.
How to troubleshoot Robitronic Engine when motor and fan don't work?
If the Robitronic Engine's motor and cooling fan don't work after powering on, the connections between the battery pack and ESC are likely incorrect. Check the power connections and replace the connectors if necessary.
What to do if Robitronic R01223 Engine LED program card displays (- - -)?
If the LED program card displays three short lines (- - -) after connecting it to your Robitronic Engine's ESC, it means the programming card/box was incorrectly connected to the ESC via the throttle control cable (Rx cable). Connect the ESC and programming card/box by plugging the programming cable into the fan port instead.
Introduction to the Robitronic RAZER eight ESC Brushless Controller.
Overview of the RAZER eight ESC Brushless Controller's key features.
Important safety warnings and precautions for using the ESC.
Critical safety warnings and precautions for operating the ESC.
Detailed list of the RAZER eight ESC's primary features and capabilities.
Wiring diagram and instructions for connecting the ESC, motor, receiver, and battery.
Procedure for calibrating the ESC's throttle range to match the transmitter.
Guide to interpreting LED indicators during normal operation of the ESC.
Step-by-step guide to programming the ESC using the SET button and LED feedback.
Instructions for programming the ESC using the optional LED Program Card.
Explains how to select programmable values using the SET button and interpreting LED/beep feedback.
Instructions on how to reset all ESC programmable items to their default factory settings.
Common issues, possible reasons, and solutions for ESC operational problems.
Safety warnings related to the operation and handling of the RAZER motor.
Technical specifications and wiring diagram for the RAZER motor.
Guidelines on securely mounting the motor into an RC vehicle chassis.
Instructions for correctly connecting the motor wires to the ESC.
Importance and selection guide for the Final Drive Ratio (FDR) and gear ratio.
Recommended operating temperature limits and consequences of overheating.
Manufacturer's declaration of product compliance with EU directives.
Legal disclaimer regarding product use, liability, and manufacturer's responsibilities.
Guidelines for the proper disposal of electronic waste according to regulations.
Details about the two-year warranty, coverage, exclusions, and claim process.
General| Brand | Robitronic |
|---|---|
| Model | R01223 |
| Category | Engine |
| Language | English |
