Manuals:MBPlusFblV5:Radio System/de: Difference between revisions

{{TOC_MBPlusV5/de}}

=Preparing the transmitter=

You can use nearly any transmitter that provides at least 6 channels. By default 5 channels are used for controlling MICROBEAST PLUS and one channel controls the motor. If using additional features like AttitudeControl or RPM Governor a receiver with single wire output and more channels may be useful to have, but this is not a must.<br />

* Create a new model in your radio‘s model memory.

* Never enable your radio‘s eCCPM mixing function! Disable any mixing functions for the swashplate or rudder. Each function should be assigned to just one receiver channel. All the swashplate mixing will be done by MICROBEAST PLUS. Set your radio‘s swash mixer to mCCPM (mechanical mixing) which is often called “H1”,  “1 servo” or “normal“ mixing or disable “swash mixing” if applicable.

* Be sure that all trims and sub trims are disabled and that all servo travels are set to 100% in any flight mode. There mustn't be any active mixing functions (for example rudder revo-mixing). Have a look at the radio’s servo monitor: each stick has to control one channel/servo output (except for thrust stick which typically controls collective pitch and motor). Note when using MICROBEAST PLUS you do not directly control the servos of the helicopter. By moving a stick you give a control command to the system which then performs the necessary servo movements to move the helictoper in the commanded direction. Each control command is bound to one servo output channel of the transmitter.

* Also do not adjust the collective pitch curve at the moment. For the setup procedures it has to be set as a straight line reaching from -100% to +100% (or 0 to 100% depending on radio brand).

* Other functions such as throttle curves, ESC switches or auxiliary functions can be adjusted as usual. But especially for the throttle make sure you can disable the throttle channel and separate it from the collective stick movement for performing the setup. You can do this by using the HOLD switch on the radio or by setting the throttle curve to a flat 0% line. Also it is advisable to create different flight modes for different flight states/rotor headspeeds.

{{QUOTE|[[File:Warning.png|18px|sub]] '''Make sure that the motor in electric models can not start when doing the adjustment work!''' If the drive battery is used as power supply for receiver, servos and MICROBEAST PLUS disconnect the motor from the ESC.}}<br />

'''Bei Verwendung von großen Helis mit Standardservos kann es unzureichend sein, über nur einen Servostecker Strom zuzuführen!''' Hier sollten mehrere Versorgungsleitungen an freien Steckplätzen parallel angesteckt werden, z.b. auch an einen freien Empfängerausgang. Sollten keine weiteren Anschlussmöglichkeiten zur Verfügung stehen, empfehlen wir dringend das [[Manuals:MB_Plus:Intro_3|MICROBEAST PLUS HD]] mit separatem Hochstromanschluss zu verwenden.

==Spektrum® DSM/JR® DMSS remote satellite==

A special type of single-line receiver is the remote satellite. These receivers are usually used as additional receiving unit in combination with a (bigger) main receiver to provide a more robust and fail safe radio system. But also you can directly connect one of such receivers to MICROBEAST PLUS to achieve a small and light weight radio system to be used in small sized rc models. MICROBEAST PLUS supports the following systems: Spektrum® DSM2, Spektrum® DSMX, JR® DMSS. The remote receiver can be directly connected to the small sized white pin board at the side which will provide a stabilized voltage of 3.3 Volts which is necessary to power these receivers. Alternatively if you have the optional available Spektrum® satellite adapter (Order Nr. BXA76009) also you can connect the receiver at the front to the [DI1] port, just like any other single-wire receiver, so you can keep the pin board free for connecting a sensor.<br />

'''Please note:''' MICROBEAST PLUS does not support connecting more than one remote satellite at a time!<br />

| JR®/Spektrum® remote satellite connected at side pin board

| JR®/Spektrum® remote satellite connection with power adapter

When using a speed controller with BEC, the power will be distributed from [CH5] input to receiver and servos. Alternatively or additionally you can connect a power supply/second BEC wire/buffering battery to the [SYS] port.<br />

{{WARNING_QUOTE|'''Using a remote satellite is only recommended for small rc modells like helicopters of 450 size or smaller.''' Due to the design one single receiving unit is more prone to radio interference and can result in reduced transmission range.}}<br />

===Empfänger binden===