MXL RX62E-S Futaba SFHSS Receiver Instruction Manual

1. Producte acabatview

The MXL-RX62E-X V3.1 series receivers are advanced units based on the MXL-RX62H-X V3.0, featuring an integrated 5A/1S brushless Electronic Speed Controller (ESC). Despite this integration, the board remains compact, making it suitable for micro model airplanes. These receivers offer brushless flight capabilities and some versions include a TELEM (telemetry) function for real-time monitoring. Receivers marked with 'G' include the SR3X 3-axis stabilization function.

Contingut del paquet:

• One RX62E-S or RX62E-S-G Futaba SFHSS compatible receiver.
• One soldered 2.0mm 3P connector.
• One unsolderd 2.0mm 3P plug.
• Related heat shrink tubes.

2. Especificacions

3. Configuració

3.1 Connexions

The receiver features a 1.25mm 2P power connector and a 2.0mm 3P motor connector. Ensure all connections are secure before operation.

3.2 Auto Binding Operation

To simplify the binding process, especially when the receiver is installed within a fuselage, an auto-binding function is included. If the receiver is powered on for 15 seconds without detecting a signal, it will automatically enter auto-binding mode (indicated by a slow flashing LED turning into a fast blink). Follow your transmitter's instructions to complete the binding process.

3.3 GUI Setup and Firmware Updating

The receiver supports configuration and firmware updates via a Graphical User Interface (GUI) software. You will need a USB programmer (e.g., USB MX-PG02) to connect the receiver to your PC.

1. Download the GUI software from: update.crossover-rx.com/mxo.zip
2. Connect the USB programmer to the M-BUS port on the receiver. Ensure the switch on the programmer is set to the 'l' position for MXL-RX62E-X-G.
3. Connect the USB programmer to your PC.
4. Open the GUI software and select the correct COM port.
5. Click "Connect". The software will upload the receiver's functional modules and display current settings.

Parameter Setup (using CrossOver-RX Tool software):

• Airplane Type Setup:
  • Normal: Standard layout for airplanes.
  • Single Power Wing-Normal: For single power wings using same-phase servos (e.g., linear servos).
  • Single Power Wing-Reverse: For single power wings using reverse-phase servos (e.g., rotation servos).
  • V-Tail-Normal: For single power V-tail planes using same-phase servos.
  • V-Tail-Reverse: For single power V-tail planes using reverse-phase servos.
• Servos Cycle: Adjust the output signal cycle of the servo (range 10-22ms). If servos overheat or shake, increase the range or use digital servos.
• M-BUS.TX: Configure the output signal of the M-BUS.TX port.
  • SBUS: M-BUS.TX outputs SBUS signal.
  • SERVO: M-BUS.TX outputs PWM servo signal.
• Output Channel Setup: For M-BUS.TX and other ports, you can set output channels to 'Normal' (normal output) or 'Reverse' (reversed output).

4. Instruccions de funcionament

4.1 SR3X 3-Axis Stabilization (for 'G' versions)

The SR3X 3-axis function provides flight stabilization with three working modes: Off, Low Sensitivity, and High Sensitivity. This feature helps in maintaining stable flight, especially for micro models.

Video demonstrating the SR3X 3-axis function and motor operation with the receiver.

4.2 TELEM Function (for Version D and F2)

The TELEM (telemetry) function allows real-time monitoring of critical parameters such as battery voltage, receiver working voltage, signal strength, and working temperature. This helps users keep track of the receiver's status and battery discharge, reducing the risk of flying out of control range or over-discharging the battery.

Note: The effective control range of the TELEM function depends on the transmitter. It is normal for the receiver's working range to exceed the TELEM function's effective range.

4.3 M-BUS Port Functionality

The M-BUS port is a versatile interface on the receiver, serving multiple purposes:

• Firmware updating and function setup (as described in Section 3.3).
• CH5 signal output.
• SBUS signal output.
• Connection point for future external sensors (under development).

5. Manteniment

5.1 actualitzacions de microprogramari

Keep your receiver's firmware up-to-date to ensure optimal performance and access to new features. Firmware updates can be performed online using the GUI software and a USB programmer as detailed in Section 3.3.

5.2 Atenció general

• Mantingueu el receptor net i lliure de pols i deixalles.
• Avoid exposing the receiver to moisture or extreme temperatures.
• Manipuleu amb cura per evitar danys als components electrònics delicats.

6. Solució De Problemes

6.1 Problemes d'enquadernació

If the receiver fails to bind, ensure your transmitter is in the correct binding mode and that the receiver has entered auto-binding mode (fast blinking LED) after 15 seconds of power-on without a signal. Refer to your transmitter's manual for specific binding procedures.

6.2 Servo Overheating or Shaking

If your servos are overheating or exhibiting erratic movements, adjust the 'Servos Cycle' parameter in the GUI software. Increasing the signal cycle range or switching to digital servos may resolve the issue.

6.3 Telemetry Range Limitations

Be aware that the effective range of the TELEM function might be shorter than the receiver's control range. This is normal and does not indicate a fault with the receiver. Always maintain visual contact with your model.

7. Consells d'usuari

• Always perform a range check before flying, especially after any changes to your setup.
• Ensure all wiring is neatly routed and secured to prevent interference or accidental disconnections during flight.
• For optimal performance of the SR3X 3-axis stabilization, ensure the receiver is mounted securely and oriented correctly within your model.
• Regularly check for firmware updates to benefit from improvements and new features.

8. Suport

For further assistance, technical support, or inquiries regarding your MXL RX62E-S receiver, please refer to the official product page or contact the manufacturer/seller directly. The GUI software download link is provided in Section 3.3 for configuration and firmware updates.