Key facts
- Brand
- AVC
- Model
- SR6100AT
- Documents
- 3
- Languages
- FR · DE · IT
- Last added
- 2023-10-18
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AVC Telemetry Receiver SR6100AT User Manual
This manual provides safety warnings, setup instructions, and maintenance guidance for the AVC Telemetry Receiver SR6100AT. It is designed for advanced RC hobbyists and requires basic mechanical skills. The receiver supports DSMR Spektrum telemetry and SMART acceleration, with compatibility notes for ESCs and servos. Installation and configuration are detailed, including antenna placement and telemetry sensor connection.
The manual includes troubleshooting sections for 2.4GHz, telemetry, and AVC systems, as well as specifications such as dimensions, frequency band, and voltage range. It emphasizes proper use to avoid damage or injury, and warns against using counterfeit parts or modifying the device. This manual is written in French.
AVC SR6100AT specifications
| Type | AVC DSMR Telemetry Receiver |
|---|---|
| Dimensions | 42.4 mm × 23.9 mm × 15.1 mm |
| Antenna Length | 120 mm |
| Channels | 6 |
| Weight | 10 g |
| Frequency Band | 2404 MHz – 2476 MHz |
| Voltage Range | 3.5–9.6 V |
All AVC SR6100AT documents by type
Day-to-day operation, settings and troubleshooting. Start here if the product is already set up.
Questions answered in these manuals
Can I use analog servos with this receiver?
No, using analog servos with AVC technology reduces system performance and may cause servo overheating.
What are the physical dimensions of the SR6100AT receiver?
The receiver measures 42.4 mm in length, 23.9 mm in width, and 15.1 mm in height.
What is the voltage range for the SR6100AT receiver?
The voltage range is 3.5 – 9.6 V.
What type of servos are required for the AVC receiver?
Digital servos are required; analog servos reduce system performance and may cause overheating.
What is the minimum age requirement for using this product?
The product is intended for users at least 14 years old and is not a toy.
Can the receiver be powered by a separate battery pack?
Yes, connect the steering and throttle servos, then connect a 3.5-9.6V battery to the battery port to power the receiver.