Introduction
The Flysky FS-R7P is a compact 7-channel mini receiver designed for use with RC cars and boats. It operates on the 2.4GHz ANT protocol and is compatible with the Flysky FS-G7P transmitter. This manual provides essential information for the proper setup, operation, and maintenance of your FS-R7P receiver.
Safety Information
Please read and understand the following safety guidelines before using the FS-R7P receiver:
- Always ensure correct voltage is applied to the receiver (3.5V to 9V DC). Incorrect voltage can damage the unit.
- Avoid exposing the receiver to extreme temperatures or humidity.
- Keep the receiver away from water and moisture, despite its PPX4 waterproof rating, to prevent potential damage.
- Ensure all connections are secure before operation to prevent signal loss or malfunction.
- Operate your RC model responsibly and within safe distances.
What's in the Box
- 1x Flysky FS-R7P ANT Protocol Receiver
Note: Additional accessories such as binding cables or power harnesses may be included depending on the specific package.
Specifications
| Feature | Detail |
|---|---|
| Product Name | FS-R7P |
| Adaptive Transmitter | FS-G7P (with ANT protocol) |
| Adaptive Models | Cars or Boats |
| Number of Channels | 7 |
| RF Frequency | 2.4GHz ISM |
| Maximum Power | <20dBm (e.i.r.p.) (EU) |
| Antenna | Single antenna |
| Distance | ≥ 300m (ground) |
| 2.4G Protocol | ANT |
| Resolution | 1024 |
| Data Output | PWM/PPM/i-BUS/S.BUS |
| Input Power | 3.5 ~ 9V/DC |
| Online Update | Yes |
| Temperature Range | -10°C ~ +60°C |
| Humidity Limit | 20% ~ 95% |
| Waterproof Rating | PPX4 |
| Dimensions | 35.0mm x 23.3mm x 13.3mm |
| Weight | 8.0g |
| Certification | CE, FCC ID: 2A2UNR7P00 |
Interface Introduction
The FS-R7P receiver features several interfaces for various connections:
Image: Top-down view of the FS-R7P receiver, highlighting the labeled ports for channels, BVD/VCC, BIND, SENS, and SERVO.
- CH1~CH7: These ports output PWM signals. CH1 can also output a PPM signal. Connect these to servos or other compatible components.
- BVD/VCC: This interface is used for battery voltage detection (BVD harness connection) and for applying power to the receiver during normal operation.
- BIND: Connect a bind cable to this interface during the binding process with your transmitter.
- SENS: This port is for connecting i-BUS sensors.
- SERVO: This interface outputs i-BUS or S.BUS signals and supports channel expansion in i-BUS type systems.
Setup
Binding the Receiver
To establish communication between your FS-G7P transmitter and the FS-R7P receiver, follow these binding steps:
- Ensure your FS-G7P transmitter is powered off.
- Connect a bind cable (not included) to the BIND port on the FS-R7P receiver.
- Apply power to the receiver via the BVD/VCC port. The LED on the receiver should flash rapidly, indicating it is in binding mode.
- While holding the BIND button on your FS-G7P transmitter, power on the transmitter.
- Release the BIND button on the transmitter once the receiver's LED changes to a solid light, indicating successful binding.
- Power off both the receiver and the transmitter.
- Remove the bind cable from the receiver.
- Power on the transmitter first, then the receiver. The receiver's LED should be solid, confirming a successful connection.
Image: The FS-R7P receiver shown with a typical binding cable inserted into the BIND port, ready for the binding procedure.
Connecting Servos and Other Components
After binding, connect your servos, ESCs, and other components to the appropriate channels:
- Connect servos to CH1-CH7 ports for PWM control.
- If using i-BUS or S.BUS, connect compatible devices to the SERVO port.
- For battery voltage monitoring, connect a BVD harness to the BVD/VCC port.
- Ensure all connections are made with correct polarity to prevent damage.
Image: An angled view of the FS-R7P receiver, illustrating the layout of the servo ports and the single external antenna.
Operating
Once the receiver is successfully bound and all components are connected, you can begin operating your RC model:
- Always power on your transmitter first, then the receiver.
- Observe the receiver's LED. A solid light indicates a stable connection.
- Test all control surfaces and functions (steering, throttle, etc.) before operating the model.
- When finished, power off the receiver first, then the transmitter.
Signal Output Modes
The FS-R7P supports multiple signal output modes:
- PWM: Standard pulse width modulation for individual servos. Available on CH1-CH7.
- PPM: Pulse position modulation, a single wire carries all channel data. Available on CH1.
- i-BUS/S.BUS: Digital serial bus protocols for advanced systems, offering channel expansion. Available on the SERVO port.
Refer to your transmitter's manual for instructions on configuring the desired output mode.
Maintenance
Proper maintenance ensures the longevity and reliable performance of your FS-R7P receiver:
- Cleaning: Gently wipe the receiver with a dry, soft cloth. Avoid using solvents or harsh chemicals.
- Storage: Store the receiver in a cool, dry place away from direct sunlight and extreme temperatures.
- Antenna Care: Ensure the antenna is not kinked or damaged. A damaged antenna can significantly reduce range.
- Connection Checks: Periodically inspect all wire connections for signs of wear, corrosion, or looseness.
- Firmware Updates: Check the official Flysky website for any available firmware updates for the FS-R7P receiver. Updates can improve performance and add features.
Troubleshooting
If you encounter issues with your FS-R7P receiver, consider the following troubleshooting steps:
- No Link/Flashing LED:
- Ensure the receiver is correctly bound to the transmitter. Repeat the binding process if necessary.
- Check that the transmitter is powered on and within range.
- Verify the power supply to the receiver is within the 3.5V-9V DC range and connected with correct polarity.
- Intermittent Signal Loss:
- Check for physical obstructions or sources of interference (e.g., large metal objects, other 2.4GHz devices).
- Inspect the receiver antenna for damage or improper placement. Ensure it is extended and positioned optimally.
- Confirm the distance between the transmitter and receiver is within the specified range (≥ 300m ground).
- Servos Not Responding:
- Verify that the servos are correctly plugged into the appropriate channels on the receiver with correct polarity.
- Test the servos with a different receiver or a servo tester to rule out servo malfunction.
- Check transmitter settings for channel assignments and output modes.
- Receiver Not Powering On:
- Ensure the power source (battery/ESC) is charged and functioning.
- Check all power connections for looseness or damage.
If problems persist, contact Flysky customer support or your retailer for further assistance.
Warranty and Support
For warranty information and technical support, please refer to the official Flysky website or contact your authorized dealer. Keep your purchase receipt as proof of purchase for warranty claims.
Online Resources:
- Visit the official Flysky website for product updates, FAQs, and additional support documentation.
- Community forums and online groups dedicated to Flysky products can also be a valuable resource for tips and troubleshooting.
