Spektrum SPMAR6110E User Manual

Spektrum SPMAR6110E Receiver manual cover

Pages 2

Year 2009

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Spektrum SPMAR6110E Receiver Specification

The Spektrum SPMAR6110E Receiver is a compact and lightweight 6-channel DSMX receiver designed for seamless integration into small electric aircraft. Operating within the 2.4GHz frequency band, it provides robust signal reliability and interference resistance, ensuring stable control across various flight conditions. The receiver features an end-pin design, making it ideal for installations where space is limited. Its dimensions, specifically engineered for compact environments, allow it to fit comfortably in tight fuselages without compromising performance.

The SPMAR6110E incorporates Spektrum’s patented DSMX technology, which offers advanced frequency agility by hopping across 23 channels to avoid interference, ensuring a more secure and consistent connection. This technology is particularly beneficial in environments where multiple radio frequency signals are present. The unit supports full-range capabilities, enabling it to maintain a solid link between the transmitter and receiver even at greater distances.

For power efficiency, the receiver operates at a wide voltage range, accommodating various power setups in electric aircraft. It includes a built-in fail-safe function that automatically positions the control surfaces to pre-set positions if the signal is lost, enhancing safety during flight. The receiver is equipped with a bind plug for easy binding to transmitters and features a single antenna design that simplifies installation without compromising signal reception.

With its lightweight and streamlined design, the Spektrum SPMAR6110E Receiver is tailored for enthusiasts seeking a reliable and efficient solution for small electric models, combining advanced technology with user-friendly features to deliver superior performance.

Spektrum SPMAR6110E Receiver F.A.Q.

How do I bind the Spektrum SPMAR6110E Receiver to my transmitter?

To bind the SPMAR6110E, power on the receiver while holding the bind button. Then, set your transmitter to bind mode. Once the transmitter and receiver are linked, the receiver's LED will turn solid.

What is the proper way to install the antennas on the SPMAR6110E receiver?

Install the antennas at a 90-degree angle to each other to ensure optimal signal reception. Avoid placing them near metal objects or electronic components that could cause interference.

How can I troubleshoot signal loss issues with the SPMAR6110E receiver?

Check antenna placement and transmitter power levels. Ensure the receiver is not surrounded by metal objects. Rebind the receiver to ensure a strong connection.

What steps should I take if the receiver is not responding to input commands?

Ensure the receiver is powered correctly. Check the bind status and rebind if necessary. Verify that all connections from the receiver to the servos or ESCs are secure.

How do I update the firmware on the Spektrum SPMAR6110E receiver?

The SPMAR6110E does not support firmware updates. Ensure you have the latest transmitter firmware for compatibility.

What is the best way to maintain the Spektrum SPMAR6110E receiver?

Regularly inspect the receiver for damage or loose connections. Keep it clean and free from dust and moisture. Store it in a cool, dry place when not in use.

Can the SPMAR6110E be used with any Spektrum transmitter?

The SPMAR6110E is compatible with DSM2 and DSMX protocol Spektrum transmitters. Ensure your transmitter supports these protocols.

How can I test the range of my SPMAR6110E receiver?

Perform a range test by walking away from the transmitter with the receiver installed in your model. Monitor signal strength and ensure control responsiveness throughout the test.

What should I do if my receiver's LED is flashing?

Flashing LED indicates binding mode or signal loss. Ensure the receiver is bound correctly and within range of the transmitter.

How can I reduce interference with my SPMAR6110E receiver?

Ensure antennas are positioned correctly and away from electronic noise sources. Use a clean power source and avoid running power wires parallel to antenna wires.