Spektrum SPMAR12000 User Guide

Spektrum SPMAR12000 Receiver manual cover
Pages 2
Year 2008
Language(s)
English en

Spektrum SPMAR12000 Receiver Specification

The Spektrum SPMAR12000 Receiver is a high-performance, 12-channel receiver designed for RC enthusiasts seeking reliability and precision. Operating on the 2.4GHz DSMX technology, it ensures robust signal integrity and minimizes interference, making it ideal for complex environments. The receiver features a dual diversity antenna system, enhancing signal reception and providing a more resilient and extended range. It includes both primary and remote receivers, which further boost signal reliability through spatial diversity. The SPMAR12000 supports a wide range of input voltages, from 3.5V to 12V, accommodating various power setups while ensuring consistent performance.

The receiver is equipped with SmartSafe and Fail-Safe technology, which automatically engages predetermined control settings if the signal is lost, enhancing safety during operation. It also includes QuickConnect technology that enables rapid reconnection in case of signal interruption. The SPMAR12000 is compatible with the Spektrum telemetry module, allowing real-time data transmission for monitoring vital parameters such as voltage, temperature, and RPM. This compatibility ensures seamless integration with advanced telemetry systems, providing critical data for performance optimization.

Compact and lightweight, the SPMAR12000 is designed for easy installation in a variety of aircraft models without compromising on structural integrity. The receiver's firmware can be updated via the Spektrum USB programmer, ensuring up-to-date functionality and access to the latest features. Overall, the Spektrum SPMAR12000 Receiver combines advanced technology, robust safety features, and versatile compatibility, making it an excellent choice for hobbyists and professionals seeking precision and reliability in their RC applications.

Spektrum SPMAR12000 Receiver F.A.Q.

How do I bind the Spektrum SPMAR12000 Receiver to my transmitter?

To bind the Spektrum SPMAR12000 Receiver, turn on the transmitter in bind mode, power up the receiver while holding the bind button, and wait for the LED to indicate a successful bind.

What should I do if my SPMAR12000 Receiver loses signal during flight?

If the receiver loses signal, check for any obstructions or interference, verify antenna placement, and ensure the receiver firmware is up to date.

How can I update the firmware on my SPMAR12000 Receiver?

To update the firmware, connect the receiver to the Spektrum Programmer via USB, open the Spektrum software, and follow the on-screen instructions to update.

What is the recommended power source for the SPMAR12000 Receiver?

The SPMAR12000 Receiver is typically powered by a 4.8-6.0V NiMH or a 6.0V LiPo battery. Ensure your power source is within this range to prevent damage.

How do I perform a range check on the SPMAR12000 Receiver?

To perform a range check, enable the range test mode on your transmitter, walk away from the model, and verify control response at a reduced power level.

Can the SPMAR12000 Receiver be used with any Spektrum transmitter?

The SPMAR12000 is compatible with DSM2 and DSMX Spektrum transmitters. Ensure that your transmitter supports these protocols.

What is the procedure for connecting multiple receivers for redundancy with the SPMAR12000?

For redundancy, connect satellite receivers to the provided ports on the SPMAR12000 and ensure they are properly spaced to reduce interference.

How can I troubleshoot if the SPMAR12000 Receiver is not powering on?

Check all power connections, verify the battery charge, and inspect the wiring for any damages or loose connections.

What is the binding range for the Spektrum SPMAR12000 Receiver?

The typical binding range for the SPMAR12000 is about 10 feet (3 meters). Ensure you are within this range during the binding process.

How do I reset the failsafe settings on the SPMAR12000 Receiver?

To reset failsafe settings, bind the receiver with the transmitter throttle and control sticks in the desired failsafe positions.