Verkabelung

Die Verkabelung der Einheit hängt vom eingesetzten Empfänger ab. Das Spirit kann als unabhängiger Heckkreisel oder paddelloses System angeschlossen werden.

ACHTUNG
Das Spirit ist auf 1520μs Servo neutraler Impuls und 50 Hz Frequenz vorprogrammiert – bitte vergewissern Sie sich, dass Sie die richtigen Servo- Parameter, wie vom Servohersteller spezifiziert, ausgewählt haben. Wenn der neutrale Impuls Ihres Servos anders wie oben genannt ist, wie z. B. 760μs, schließen Sie diesen Servo noch nicht an, da er zerstört werden könnte!

Einige Stecker haben keine Standardabmessungen, diese könnten nach dem Einstecken in die Einheit nebenstehende Stecker stören. Zur Lösung empfehlen wir, sie durch JR- oder Futaba-Stecker zu ersetzen.

Stecken Sie niemals einen Stecker zur Stromversorgung der Einheit in SYS oder ELE/PIT/AIL Schnittstellen oder Sie riskieren die Einheit zu beschädigen!

1 == UNABHÄNGIGER HECKKREISEL UND PADDELSTANGE ==

Eigentümer eines Hubschraubers mit Paddelstange können sich den „Heading Hold“ Kreisel zu Nutze machen, der das Heck in die vom Sendervorgegebene Richtung hält, unabhängig der Auswirkungen von Wind oder anderen Einwirkungen von außen.

Schließen Sie den Ruderservo an der CH4-Schnittstelle der Spirit-Einheit an. Falls Sie auch einen Standardempfänger benutzen, müssen Sie GEAR (oder AUX) von Ihrem Empfänger an der AUX-Schnittstelle an der Spirit-Einheit anschließen. Sie müssen auch Ihre Empfänger RUD-Schnittstelle an die RUD- Schnittstelle der Spirit-Einheit anschließen.

Auch wenn Sie einen Hubschrauber mit Paddelstange haben, können Sie die Einheit ebenfalls auf die gleiche Art und Weise anschließen, als ob Sie einen paddellosen anschließen würden. Dies erlaubt Ihnen, das volle Potential der Einheit einschließlich Stabilisierungs- und Rettungsmodus zu verwenden. Damit dies richtig funktioniert, muss der „Flybar mechanic“- Parameter in dem „Stabi“-Reiter während des Setups angeklickt werden. Alle anderen Parameter können genauso Konfiguriert werden wie bei einem paddellosen Rotorkopf.

2 PADDELLOSES SYSTEM

Paddellose Hubschrauber können alle Eigenschaften und Möglichkeiten der Spirit-Einheit nutzen. Das Spirit-FBL wird das Modell in allen Achsen stabilisieren und weniger windanfällig machen, die Flugzeit verlängern und die Wendigkeit des Modells erhöhen. Bei richtigem Setup sollten die Flugeigenschaften stabiler sein, was Ihnen das Vertrauen gibt, auch die herausforderndsten Manöver auszuführen. Anders als bei Hubschraubern mit Paddelstange sind die zyklischen Servos an einem paddellosem Hubschrauber direkter am Rotorkopf und den Rotorblättern angeschlossen, deswegen sind die Ansprüche an die Servos signifikant höher. Um diese zu bewältigen, sollten Ihre zyklischen Servos stärker sein, um damit umzugehen, und auch schneller, damit sie so schnell wie möglich auf jeglichen Befehl, den die Spirit-Einheit sendet, reagieren.

Paddellose Rotorblätter unterscheiden sich auch von Rotorblättern, die für Modelle mit Paddelstange entworfen wurden. Für beste Flugeigenschaften wird empfohlen, diese zu benutzen.

Wenn Sie die Spirit-Einheit als paddelloses System nutzen, sollten alle Servos an den entsprechenden Schnittstellen angeschlossen sein:

Spirit

CH1 – Pitch / Aileron servo

CH2 – Elevator servo

CH3 – Aileron / Pitch servo

CH4 – Rudder servo

Spirit Pro

CH1 – Pitch / Aileron servo

CH2 – Elevator servo

CH3 – Aileron / Pitch servo

CH4 – Rudder servo

CH0 – auxiliary (optional) cyclic servo for CCPM 90 swashplate type.

NOTE
Servos at positions CH1 and CH3 are dependent on the Swashplate settings. Aileron servo on the model is mostly positioned on the right side while pitch on the left side.

3 CONNECTION OF STANDARD RECEIVER (PWM)

Spirit – receiver type: PWM

Spirit Pro – receiver type: PWM

For standard receivers it is necessary to use two normal and one special cable. Three connectors from the special cable should be plugged into the receiver and the end of this cable to the unit.

The unit is powered by two cables from the receiver connected to AUX and RUD positions. The Throttle cable should be connected to the receiver as well.

The easiest way you can start connect RUD with Rudder output in the receiver. Then continue with AUX which should be connected to the Gyro Gain channel output. Next, connect the Aileron, Elevator and Pitch (Aileron 2) channels. If you are not sure whether you have the correct output or not, you can plug in one servo and power the unit to verify that your connection is correct. This can be repeated for each servo. The diagnostics tab is very helpful too.

Spirit Pro

The unit is able to control Bank Switching by 7th channel of the receiver. Connect the cable to the AUX2 port and allow Bank Switching in the software.

Never plug a connector for powering the unit to SYS or ELE/PIT/AIL ports.

4 CONNECTION OF SPEKTRUM DSM2/X SATELLITE

Spirit – receiver type: Spektrum DSM2/X

Spirit Pro – receiver type: Spektrum DSM2/X

Connection to a BEC is optional. If the model is powered by an external BEC, this must be connected to the RUD port. Also the power lead from the ESCs internal BEC must be disconnected.

Spirit

A second satellite can be connected, but this can only be achieved via a special adapter connected to the RUD port. This adapter can be purchased separately. Before satellites can be used they must be bound to your transmitter, taking into account any failsafes that need to be set. To use both, two satellites and an external BEC, be sure to use a Y-harness made from large gauge wire to supply the high current that is needed.

Spirit Pro

The Pro version allows you to connect two satellites directly to the unit. If you want to use only one satellite, you have to use the Primary connector.

To bind the satellites, insert a bind plug in the SYS port for DSM2 satellites or the ELE/PIT/AIL port for DSMX satellites. Power cycling the Spirit start the bind process. Once successfully bound, the STATUS LED will go out and the satellite LED will come on. If the second satellite fails to bind, swap the satellites and repeat the bind process.

Be sure Receiver type in the software is configured to Spektrum DSM2/X or else binding process will not work. Never plug a connector for powering the unit to SYS or ELE/PIT/AIL positions.

5 CONNECTION OF FUTABA S-BUS RECEIVER

Spirit – receiver type: Futaba S-BUS

Spirit Pro – receiver type: Futaba S-BUS

Spirit

When using S-BUS it is necessary to use an inverter that replaces the cable between the receiver and the Spirit unit's RUD port. This inverter cable can be purchased separately. The inverter cable have to be connected in the way, that longer end is directed to the unit and shorter to the receiver.

Spirit Pro

Connect the receiver with the unit by normal patch cable to the RUD port. You can use cable that is included in the package.

Connection to a BEC is optional. For models of 500 size and larger it is recommended to use dual power supply cables due to the increased power consumption. That means besides the S-BUS cable, an additional power supply cable should be connected to the AUX port.

When using this type of receiver you can connect the throttle cable directly to the receiver. Alternatively, you can assign the throttle channel in the software and use the AUX as throttle output from the unit.

Never plug a connector for powering the unit to SYS or ELE/PIT/AIL ports.

6 CONNECTION OF PPM RECEIVER

Spirit – receiver type: PPM

Spirit Pro – receiver type: PPM

NOTE
Connection to a BEC is optional. For models of 500 size and larger it is recommended to use dual power supply cables due to the increased power consumption. That means besides the communication cable, an additional power supply cable should be connected to the AUX port.

When using this type of receiver you can connect the throttle cable directly to the receiver. Alternatively, you can assign the throttle channel in the software and use the AUX as throttle output from the unit.

Never plug a connector for powering the unit to SYS or ELE/PIT/AIL ports.

7 CONNECTION OF JETI EX BUS RECEIVER

Spirit – receiver type: Jeti EX Bus

Spirit Pro – receiver type: Jeti EX Bus

This connection type now supports the new integration with JETI Model transmitters. You can now fully configure the Spirit unit remotely through the JETI Model transmitter.

Remember to configure the receiver type through the software or the integration will not work. Also, it is necessary to download Spirit.bin file from the website. Move the file to the Devices directory in the SD card of your transmitter.

NOTE
Connection to a BEC is optional. For models of 500 size and larger it is recommended to use dual power supply cables due to the increased power consumption. That means besides the EX Bus cable, an additional power supply cable should be connected to the AUX port.

When using this type of receiver you can connect the throttle cable directly to the receiver. Alternatively, you can assign the throttle channel in the software and use the AUX as throttle output from the unit.

A special cable is needed to enable this communication.

Never plug a connector for powering the unit to SYS or ELE/PIT/AIL ports.

8 CONNECTION OF SRXL/SUMD RECEIVER

Spirit – receiver type: SRXL/SUMD

Spirit Pro – receiver type: SRXL/SUMD

NOTE
Connection to a BEC is optional. For models of 500 size and larger it is recommended to use dual power supply cables due to the increased power consumption. That means besides the communication cable, an additional power supply cable should be connected to the AUX port. This protocol family can work with a wide range of receivers. Thus you can use Multiplex SRXL, BeastX SRXL, Graupner SUMD, Jeti UDI, Spektrum SRXL and more.

When using this type of receiver you can connect the throttle cable directly to the receiver. Alternatively, you can assign the throttle channel in the software and use the AUX as throttle output from the unit.

Never plug a connector for powering the unit to SYS or ELE/PIT/AIL ports.

9 CONNECTOR ORIENTATION

All cables connected to the unit must be oriented so that the signal wire (Lightest color wire) is closer to the connector pin label, towards the center of the unit. This orients the negative (darkest color wire) toward the edge of the unit.