Translations:Wifi-Link/80/de

2019-02-26T12:46:45Z

Buell47: Created page with "Um den Betrieb des Wifi-Link-Moduls während eines Fluges zu ermöglichen, können Sie die Funktion Auto Turn-Off aktivieren. Diese Funktion schaltet das Modul automatisch aus..."

Um den Betrieb des Wifi-Link-Moduls während eines Fluges zu ermöglichen, können Sie die Funktion Auto Turn-Off aktivieren.
Diese Funktion schaltet das Modul automatisch aus, wenn sich kein Gerät mit ihm verbindet (an dem vom Modul erstellten Access Point) oder wenn das Modul selbst keine Verbindung zu einer Infrastruktur herstellt (jedes andere WiFi-Netzwerk, das der Pilot programmieren kann).

Wifi-Link/de

2019-02-26T12:46:45Z

<languages />
<div id="up"></div>

<center><font size="6">
Wifi-Link</font></center>
<center><font size="5">
Bedienungsanleitung</font></center>

[[File:107.jpg|class=halfwidth|center]]

== Kenndaten ==

:Stromversorgung: '''3.3V - 15V'''
:Gewicht: '''7g'''
:Maße: '''21x32x5.5mm'''
:Arbeitsbereich: '''bis zu 50 Meter'''
:Betriebsarten: '''AP, AP+Client, Client'''
:Standards: '''802.11b/g/n'''
:Verschlüsselung: '''Open, WEP, WPA, WPA2'''
:Konfiguration: '''Web Interface'''
:Stromverbrauch: '''80 – 350mA'''

Unterstütze Geräte:

*'''Android (Verfügbar bei Google Play)'''
*'''Alle Smartphones, Tablets, Smart TV mit Web-Browser'''
*'''PC'''
*'''Mac'''

:'''Unterstützung für Firmware-Updates.'''

:'''Webbasierte Spirit Einstellungs-Anwendung im Modul!'''

== ANSCHLUSS ==

[[File:Wifi0.png|class=halfwidth|center]]
<center>''Beispiel:'' '''Anschlussbild'''</center>
<br />
<div align=center>
{| style="width: 40%;"
|colspan="2" style="text-align:center;border-bottom-style: solid;border-width: 1px;"|'''Anschlussbelegung'''
|-
|'''VCC'''
|style="text-align:right;"|Positives Anschlusskabel: 3.3V – 15V
|-
|'''GND'''
|style="text-align:right;"|Negatives Anschlusskabel
|-
|'''RX'''
|style="text-align:right;"|Kommunikationskabel; SYS-Anschluss
|-
|'''TX'''
|style="text-align:right;"|Kommunikationskabel; SYS-Anschluss
|}
</div>

{{Info|[[File:Info.png]]
TX-Kabel immer näher zum SYS-Aufkleber sein. RX-Kabel muss immer in der Mitte des SYS-Anschlusses liegen.
<br/>
VCC und GND können an jeden Port angeschlossen werden, außer an ELE/PIT/AIL und SYS. Es kann auch an einen Empfängeranschluss angeschlossen werden. Wenn es von einer separaten Batterie gespeist wird, muss GND an die Stromquelle des Geräts angeschlossen werden.}}
<p></p>
{{Quote|'''Schließen Sie das Kommunikationskabel nicht an die Stromversorgung an! Es kann nur an den SYS-Anschluss angeschlossen werden.'''}}

== KONFIGURATION ==

'''Spirit Wifi-Link''' bietet Ihnen eine benutzerfreundliche Konfiguration von jedem Gerät, das eine WiFi-Verbindung und Webbrowser unterstützt.

Um es zu öffnen, können Sie so vorgehen:

#'''Verbindung mit dem Wifi-Modul.'''
#:Standard-SSID (Wifi-Modul Name): '''Spirit Wifi-Link'''.
#:Das Modul ist standardmäßig im '''Access Point mode'''.
#:Sie können eine Verbindung zum AP direkt auf normale Weise herstellen.
#:Nach der Verbindung erhält Ihr Gerät automatisch die IP-Adresse.
#'''Öffnen Sie Ihren Webbrowser.'''
#:Normalerweise kann jeder moderne Webbrowser mit JavaScript-Unterstützung verwendet werden.
#'''Rufen Sie das Modul mit dieser Adresse auf:''' [http://192.168.4.1 http://192.168.4.1]
#:Durch Eingabe von "192.168.4.1" gelangen Sie in die Konfiguration. Hier können Sie alle Parameter ändern, einschließlich SSID, Passwort oder Wireless-Modus.

'''Mit der neuesten Modul-Firmware ist Spirit Settings direkt über Ihren Webbrowser erreichbar!'''

[[File:Wifi2.png|center]]

{{Info|[[File:Info.png]]
Für Anfänger empfehlen wir die Voreinstellungen.}}

'''AP+Client Mode''' (Nur für erfahrene Benutzer)

:Das Modul kann eine Verbindung zu einer vorhandenen WiFi-Station herstellen (z. B. Ihrem Heimnetzwerk). Durch aufrufen der Konfigurationsoberfläche können Sie den AP+Client Modus einstellen. In diesem Modus können Sie Ihr Netzwerk finden und eine Verbindung damit herstellen. Auf diese Weise ist das Modul von jedem Gerät aus erreichbar, das mit dem gleichen Netzwerk verbunden ist, sogar über ein Ethernet-Kabel.

:Wenn Sie mit einer bestehenden WiFi-Station verbunden sind, erhält das Modul eine zweite IP-Adresse. Diese IP-Adresse finden Sie in der Konfigurationsoberfläche.
:Sie können eine Verbindung zur Schnittstelle über die zweite IP-Adresse herstellen, wenn Sie von Ihrem Netzwerk aus darauf zugreifen. Sie können auch gleichzeitig auf das Internet oder das Modul zugreifen.

'''Verbindung zu einem bestehenden Netzwerk herstellen'''
#Verbinden Sie sich mit dem Spirit Wifi-Link.
#Rufen Sie im Webinterface den Abschnitt WiFi-Client auf.
#Klicken Sie auf "Switch to AP+Client mode" (wenn nicht bereits eingestellt).
#Warten Sie einige Sekunden, bis alle verfügbaren WLAN-Netzwerke angezeigt werden.
#Wählen Sie in der WiFi-Verbindung das gewünschte WLAN-Netzwerk aus.
#Geben Sie das Kennwort des Wi-Fi-Netzwerks ein (falls erforderlich).
#Klicken Sie auf die Schaltfläche Verbinden und warten Sie auf die Erfolgreich Benachrichtigung.
#Merken Sie sich die IP-Adresse, die im "WiFi-adress" Eintrag erscheinen wird - diese IP-Adresse sollte verwendet werden, um das Modul über das Netzwerk mit dem Sie verbunden, zu verbinden.

=== Automatische Abschaltfunktion ===

Um den Betrieb des Wifi-Link-Moduls während eines Fluges zu ermöglichen, können Sie die Funktion Auto Turn-Off aktivieren.
Diese Funktion schaltet das Modul automatisch aus, wenn sich kein Gerät mit ihm verbindet (an dem vom Modul erstellten Access Point) oder wenn das Modul selbst keine Verbindung zu einer Infrastruktur herstellt (jedes andere WiFi-Netzwerk, das der Pilot programmieren kann).

After power up of the model the module will start counting the time.
If there is no connection until configured period of time the Status LED will turn Off which mean that the module is completely turned off.
Then it is completely safe to fly with the model.

== Verwendung ==

Wenn das Spirit mit dem Modul läuft, können Sie mit den folgenden Schritten fortfahren:

=== Web Browser - iOS, WP, Sailfish OS, PC, Mac, ... ===

#Gehen Sie zu den Wi-Fi-Einstellungen im System, suchen Sie nach einem neuen Netzwerk.
#Verbinden Sie sich mit dem Netzwerk "Spirit Wifi-Link ...".
#Rufen Sie das Modul mit dieser Adresse auf: [http://192.168.4.1 http://192.168.4.1 ]
#Klicken Sie im Menü der Wifi-Link-Oberfläche auf Spirit Settings

Beste Erfahrungen mit Chrome, Firefox, Safari Webbrowsern.

=== Native Android-App ===

#Laden Sie die neueste "Spirit Settings" App von Google Play herunter.
#Gehen Sie zu den Einstellungen/Wi-Fi in Android, suchen Sie nach einem neuen Netzwerk.
#Verbinden Sie sich mit dem Netzwerk "Spirit Wifi-Link ...".
#Öffnen Sie die Spirit Settings App.
#Gehen Sie auf CONNECTION und wählen das WIFI-Gerät aus.
#Klicken Sie auf die Schaltfläche CONNECT und Sie sind bereit

=== Native PC & Mac Anwendung ===

#Laden Sie die Spirit Settings-Software von Spirit System herunter und installieren Sie sie. Die erforderliche Version ist mindestens 2.0.2.
#Gehen Sie zu den Wi-Fi-Einstellungen im System, suchen Sie nach einem neuen Netzwerk.
#Verbinden Sie sich mit dem Netzwerk "Spirit Wifi-Link ...".
#Starten Sie die Spirit Settings App im Demomodus
#Drücken Sie STRG+W um das Wifi-Link-Fenster zu öffnen und bestätigen Sie die IP-Adresse.
#Schließen und starten Sie die App erneut - die Verbindung sollte jetzt funktionieren.

<div class=noprint>
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{|style="width: 100%;color: white;text-align:center;"

|[[#up|↑Nach Oben↑]]

|}
----
</div>

Wifi-Link/de

2019-02-26T12:44:15Z

Buell47: Created page with "Automatische Abschaltfunktion"

<languages />
<div id="up"></div>

<center><font size="6">
Wifi-Link</font></center>
<center><font size="5">
Bedienungsanleitung</font></center>

[[File:107.jpg|class=halfwidth|center]]

== Kenndaten ==

:Stromversorgung: '''3.3V - 15V'''
:Gewicht: '''7g'''
:Maße: '''21x32x5.5mm'''
:Arbeitsbereich: '''bis zu 50 Meter'''
:Betriebsarten: '''AP, AP+Client, Client'''
:Standards: '''802.11b/g/n'''
:Verschlüsselung: '''Open, WEP, WPA, WPA2'''
:Konfiguration: '''Web Interface'''
:Stromverbrauch: '''80 – 350mA'''

Unterstütze Geräte:

*'''Android (Verfügbar bei Google Play)'''
*'''Alle Smartphones, Tablets, Smart TV mit Web-Browser'''
*'''PC'''
*'''Mac'''

:'''Unterstützung für Firmware-Updates.'''

:'''Webbasierte Spirit Einstellungs-Anwendung im Modul!'''

== ANSCHLUSS ==

[[File:Wifi0.png|class=halfwidth|center]]
<center>''Beispiel:'' '''Anschlussbild'''</center>
<br />
<div align=center>
{| style="width: 40%;"
|colspan="2" style="text-align:center;border-bottom-style: solid;border-width: 1px;"|'''Anschlussbelegung'''
|-
|'''VCC'''
|style="text-align:right;"|Positives Anschlusskabel: 3.3V – 15V
|-
|'''GND'''
|style="text-align:right;"|Negatives Anschlusskabel
|-
|'''RX'''
|style="text-align:right;"|Kommunikationskabel; SYS-Anschluss
|-
|'''TX'''
|style="text-align:right;"|Kommunikationskabel; SYS-Anschluss
|}
</div>

{{Info|[[File:Info.png]]
TX-Kabel immer näher zum SYS-Aufkleber sein. RX-Kabel muss immer in der Mitte des SYS-Anschlusses liegen.
<br/>
VCC und GND können an jeden Port angeschlossen werden, außer an ELE/PIT/AIL und SYS. Es kann auch an einen Empfängeranschluss angeschlossen werden. Wenn es von einer separaten Batterie gespeist wird, muss GND an die Stromquelle des Geräts angeschlossen werden.}}
<p></p>
{{Quote|'''Schließen Sie das Kommunikationskabel nicht an die Stromversorgung an! Es kann nur an den SYS-Anschluss angeschlossen werden.'''}}

== KONFIGURATION ==

'''Spirit Wifi-Link''' bietet Ihnen eine benutzerfreundliche Konfiguration von jedem Gerät, das eine WiFi-Verbindung und Webbrowser unterstützt.

Um es zu öffnen, können Sie so vorgehen:

#'''Verbindung mit dem Wifi-Modul.'''
#:Standard-SSID (Wifi-Modul Name): '''Spirit Wifi-Link'''.
#:Das Modul ist standardmäßig im '''Access Point mode'''.
#:Sie können eine Verbindung zum AP direkt auf normale Weise herstellen.
#:Nach der Verbindung erhält Ihr Gerät automatisch die IP-Adresse.
#'''Öffnen Sie Ihren Webbrowser.'''
#:Normalerweise kann jeder moderne Webbrowser mit JavaScript-Unterstützung verwendet werden.
#'''Rufen Sie das Modul mit dieser Adresse auf:''' [http://192.168.4.1 http://192.168.4.1]
#:Durch Eingabe von "192.168.4.1" gelangen Sie in die Konfiguration. Hier können Sie alle Parameter ändern, einschließlich SSID, Passwort oder Wireless-Modus.

'''Mit der neuesten Modul-Firmware ist Spirit Settings direkt über Ihren Webbrowser erreichbar!'''

[[File:Wifi2.png|center]]

{{Info|[[File:Info.png]]
Für Anfänger empfehlen wir die Voreinstellungen.}}

'''AP+Client Mode''' (Nur für erfahrene Benutzer)

:Das Modul kann eine Verbindung zu einer vorhandenen WiFi-Station herstellen (z. B. Ihrem Heimnetzwerk). Durch aufrufen der Konfigurationsoberfläche können Sie den AP+Client Modus einstellen. In diesem Modus können Sie Ihr Netzwerk finden und eine Verbindung damit herstellen. Auf diese Weise ist das Modul von jedem Gerät aus erreichbar, das mit dem gleichen Netzwerk verbunden ist, sogar über ein Ethernet-Kabel.

:Wenn Sie mit einer bestehenden WiFi-Station verbunden sind, erhält das Modul eine zweite IP-Adresse. Diese IP-Adresse finden Sie in der Konfigurationsoberfläche.
:Sie können eine Verbindung zur Schnittstelle über die zweite IP-Adresse herstellen, wenn Sie von Ihrem Netzwerk aus darauf zugreifen. Sie können auch gleichzeitig auf das Internet oder das Modul zugreifen.

'''Verbindung zu einem bestehenden Netzwerk herstellen'''
#Verbinden Sie sich mit dem Spirit Wifi-Link.
#Rufen Sie im Webinterface den Abschnitt WiFi-Client auf.
#Klicken Sie auf "Switch to AP+Client mode" (wenn nicht bereits eingestellt).
#Warten Sie einige Sekunden, bis alle verfügbaren WLAN-Netzwerke angezeigt werden.
#Wählen Sie in der WiFi-Verbindung das gewünschte WLAN-Netzwerk aus.
#Geben Sie das Kennwort des Wi-Fi-Netzwerks ein (falls erforderlich).
#Klicken Sie auf die Schaltfläche Verbinden und warten Sie auf die Erfolgreich Benachrichtigung.
#Merken Sie sich die IP-Adresse, die im "WiFi-adress" Eintrag erscheinen wird - diese IP-Adresse sollte verwendet werden, um das Modul über das Netzwerk mit dem Sie verbunden, zu verbinden.

=== Automatische Abschaltfunktion ===

To allow operation of the Wifi-Link module during a flight you can enable the Auto Turn-Off feature.
This feature will automatically turn off the module if no device will connect to it (at the Access Point created by the module) or if the module itself will not connect to any infrastructure (any other WiFi network that pilot can program).

After power up of the model the module will start counting the time.
If there is no connection until configured period of time the Status LED will turn Off which mean that the module is completely turned off.
Then it is completely safe to fly with the model.

== Verwendung ==

Wenn das Spirit mit dem Modul läuft, können Sie mit den folgenden Schritten fortfahren:

=== Web Browser - iOS, WP, Sailfish OS, PC, Mac, ... ===

#Gehen Sie zu den Wi-Fi-Einstellungen im System, suchen Sie nach einem neuen Netzwerk.
#Verbinden Sie sich mit dem Netzwerk "Spirit Wifi-Link ...".
#Rufen Sie das Modul mit dieser Adresse auf: [http://192.168.4.1 http://192.168.4.1 ]
#Klicken Sie im Menü der Wifi-Link-Oberfläche auf Spirit Settings

Beste Erfahrungen mit Chrome, Firefox, Safari Webbrowsern.

=== Native Android-App ===

#Laden Sie die neueste "Spirit Settings" App von Google Play herunter.
#Gehen Sie zu den Einstellungen/Wi-Fi in Android, suchen Sie nach einem neuen Netzwerk.
#Verbinden Sie sich mit dem Netzwerk "Spirit Wifi-Link ...".
#Öffnen Sie die Spirit Settings App.
#Gehen Sie auf CONNECTION und wählen das WIFI-Gerät aus.
#Klicken Sie auf die Schaltfläche CONNECT und Sie sind bereit

=== Native PC & Mac Anwendung ===

#Laden Sie die Spirit Settings-Software von Spirit System herunter und installieren Sie sie. Die erforderliche Version ist mindestens 2.0.2.
#Gehen Sie zu den Wi-Fi-Einstellungen im System, suchen Sie nach einem neuen Netzwerk.
#Verbinden Sie sich mit dem Netzwerk "Spirit Wifi-Link ...".
#Starten Sie die Spirit Settings App im Demomodus
#Drücken Sie STRG+W um das Wifi-Link-Fenster zu öffnen und bestätigen Sie die IP-Adresse.
#Schließen und starten Sie die App erneut - die Verbindung sollte jetzt funktionieren.

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{|style="width: 100%;color: white;text-align:center;"

|[[#up|↑Nach Oben↑]]

|}
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</div>

Translations:Wifi-Link/79/de

2019-02-26T12:44:14Z

Buell47: Created page with "Automatische Abschaltfunktion"

Automatische Abschaltfunktion

Wifi-Link

2019-02-26T12:43:29Z

Buell47: Marked this version for translation

<languages />
<div id="up"></div>

<center><font size="6">
Wifi-Link</font></center>
<center><font size="5">
<translate>
manual</translate></font></center>

[[File:107.jpg|class=halfwidth|center]]

== <translate>
FEATURES</translate> ==

:<translate>
Power supply:</translate> '''3.3V - 15V'''
:<translate>
Weight:</translate> '''7g'''
:<translate>
Dimension:</translate> '''21x32x5.5mm'''
:<translate>
Operating range:</translate> '''<translate>
up to 50 meters</translate>'''
:<translate>
Modes:</translate> '''AP, AP+Client, Client'''
:<translate>
Standard:</translate> '''802.11b/g/n'''
:<translate>
Encryption:</translate> '''Open, WEP, WPA, WPA2'''
:<translate>
Configuration:</translate> '''Web Interface'''
:<translate>
Power consumption:</translate> '''80 – 350mA'''

<translate>
Supported devices:</translate>

*'''Android <translate>
(available on the Google Play)</translate>'''
*'''<translate>
All smartphones, tablets, smart TV with Web Browser</translate>'''
*'''PC'''
*'''Mac'''

:'''<translate>
Support for Firmware Updates.</translate>'''

:'''<translate>
Web based Spirit Settings app in the module!</translate>'''

== <translate>
CONNECTION</translate> ==

[[File:Wifi0.png|class=halfwidth|center]]
<center>''<translate>
Example:</translate>'' '''<translate>
Wiring photo</translate>'''</center>
<br />
<div align=center>
{| style="width: 40%;"
|colspan="2" style="text-align:center;border-bottom-style: solid;border-width: 1px;"|'''<translate>
Wire Meaning</translate>'''
|-
|'''VCC'''
|style="text-align:right;"|<translate>
Positive powering lead: 3.3V – 15V</translate>
|-
|'''GND'''
|style="text-align:right;"|<translate>
Ground powering lead</translate>
|-
|'''RX'''
|style="text-align:right;"|<translate>
Communication lead; SYS port</translate>
|-
|'''TX'''
|style="text-align:right;"|<translate>
Communication lead; SYS port</translate>
|}
</div>

{{Info|[[File:Info.png]]<translate>


TX wire must be always closer to the SYS label. RX wire must be always in the center pin of the SYS port.</translate>
<br/>
<translate>
VCC and GND can be connected to any port, except ELE/PIT/AIL and SYS. It can be connected to a receiver port too. If powered from a separate battery, GND must be connected with the unit's power source.</translate>}}
<p></p>
{{Quote|'''<translate>
Do not connect communication cable to the power supply! It can be connected only to the SYS port.</translate>'''}}

== <translate>
CONFIGURATION</translate> ==

'''Spirit Wifi-Link''' <translate>
offers you user friendly configuration from any device that support WiFi connection and web browser.</translate>

<translate>
To open it, you can proceed in this way:</translate>

#'''<translate>
Connect to the Wifi module.</translate>'''
#:<translate>
Default SSID (Wifi site name):</translate> '''Spirit Wifi-Link'''.
#:<translate>
The module is by default in the</translate> '''Access Point mode'''.
#:<translate>
You can connect to the AP directly in a normal way.</translate>
#:<translate>
After connection, your device will get IP address automaticaly.</translate>
#'''<translate>
Open your web browser.</translate>'''
#:<translate>
Usually any modern web browser with JavaScript support can be used.</translate>
#'''<translate>
Enter the module with this address:</translate>''' [http://192.168.4.1 http://192.168.4.1]
#:<translate>
By entering „192.168.4.1“ you will get into the configuration.Here you can change any parameter including changing SSID,password or wireless mode.</translate>

'''<translate>
With the latest module firmware Spirit Settings is available directly from your web browser!</translate>'''

[[File:Wifi2.png|center]]

{{Info|[[File:Info.png]]
<translate>
For beginners we recommend default settings.</translate>}}

'''AP+Client Mode''' <translate>
(For experienced users only)</translate>

:<translate>
Module is able to connect to an existing WiFi station (e.g. your home network). By entering the configuration interface, you can set the AP+Client mode. In this mode you can find your network and connect to it. In this way, module can be accessed from any device, that is connected to the same network, even via an ethernet cable.</translate>

:<translate>
If you are connected to an existing WiFi station, the module will receive second IP address. You can find such IP address in the configuration interface.</translate>
:<translate>
You can connect to the interface from the second IP address when accessing from your network. You can also access the internet or module at the same time.</translate>

'''<translate>
Connecting to an existing network</translate>'''
#<translate>
Connect to the Spirit Wifi-Link.</translate>
#<translate>
Enter the WiFi Client section in the web interface.</translate>
#<translate>
Click the „Switch to AP+Client mode“ (if not already).</translate>
#<translate>
Wait a few seconds to display all available Wi-Fi networks.</translate>
#<translate>
In the WiFi Association select Wi-Fi network you want to connect.</translate>
#<translate>
Enter password of the Wi-Fi network (if required).</translate>
#<translate>
Click the Connect button and wait for the success notification.</translate>
#<translate>
Remember the address that will appear in the „WiFi address“ entry – this IP address should be used to connect the module through the network you are connected to.</translate>

=== <translate>
Auto Turn-Off feature</translate> ===

<translate>
To allow operation of the Wifi-Link module during a flight you can enable the Auto Turn-Off feature.
This feature will automatically turn off the module if no device will connect to it (at the Access Point created by the module) or if the module itself will not connect to any infrastructure (any other WiFi network that pilot can program).


After power up of the model the module will start counting the time.
If there is no connection until configured period of time the Status LED will turn Off which mean that the module is completely turned off.
Then it is completely safe to fly with the model.</translate>

== <translate>
USAGE</translate> ==

<translate>
When Spirit unit with the module are running, you can proceed with the following steps:</translate>

=== <translate>
Web Browser</translate> - iOS, WP, Sailfish OS, PC, Mac, ... ===

#<translate>
Go to Settings/Wi-Fi in Operating System, search for a new networks.</translate>
#<translate>
Connect to the „Spirit Wifi-Link ...“ network.</translate>
#<translate>
Enter the module with this address:</translate> [http://192.168.4.1 http://192.168.4.1 ]
#<translate>
Click the Spirit Settings in the Menu of the Wifi-Link interface</translate>

<translate>
The best experience with Chrome, Firefox, Safari web browsers.</translate>

=== <translate>
Native Android app</translate> ===

#<translate>
Download the latest [https://play.google.com/store/apps/details?id=com.spirit „Spirit Settings“ app] from Google Play.</translate>
#<translate>
Go to Settings/Wi-Fi in Android system, search for a new networks.</translate>
#<translate>
Connect to the „Spirit Wifi-Link ...“ network.</translate>
#<translate>
Open the Spirit Settings app.</translate>
#<translate>
Go to the Connection and select WIFI device.</translate>
#<translate>
Click the Connect button and you are ready</translate>

=== <translate>
Native PC & Mac app</translate> ===

#<translate>
Download and install the Spirit Settings software from [http://www.spirit-system.com/download.php Spirit System web page]. Required version is at least 2.0.2.</translate>
#<translate>
Go to Wi-Fi settings in your Operating System and search for a new networks. ''(You need Wifi card in your computer)''</translate>
#<translate>
Connect to the „Spirit Wifi-Link ...“ network.</translate>
#<translate>
Start the Spirit Settings app in Demo mode</translate>
#<translate>
Press '''CTRL+W''' to open Wifi-Link window and confirm the IP.</translate>
#<translate>
Close and start the app again – connection should work now.</translate>

<div class=noprint>
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{|style="width: 100%;color: white;text-align:center;"

|[[#up|↑<translate>
Up</translate>↑]]

|}
----
</div>

Wifi-Link/de

2019-02-26T12:40:05Z

Buell47:

<languages />
<div id="up"></div>

<center><font size="6">
Wifi-Link</font></center>
<center><font size="5">
Bedienungsanleitung</font></center>

[[File:107.jpg|class=halfwidth|center]]

== Kenndaten ==

:Stromversorgung: '''3.3V - 15V'''
:Gewicht: '''7g'''
:Maße: '''21x32x5.5mm'''
:Arbeitsbereich: '''bis zu 50 Meter'''
:Betriebsarten: '''AP, AP+Client, Client'''
:Standards: '''802.11b/g/n'''
:Verschlüsselung: '''Open, WEP, WPA, WPA2'''
:Konfiguration: '''Web Interface'''
:Stromverbrauch: '''80 – 350mA'''

Unterstütze Geräte:

*'''Android (Verfügbar bei Google Play)'''
*'''Alle Smartphones, Tablets, Smart TV mit Web-Browser'''
*'''PC'''
*'''Mac'''

:'''Unterstützung für Firmware-Updates.'''

:'''Webbasierte Spirit Einstellungs-Anwendung im Modul!'''

== ANSCHLUSS ==

[[File:Wifi0.png|class=halfwidth|center]]
<center>''Beispiel:'' '''Anschlussbild'''</center>
<br />
<div align=center>
{| style="width: 40%;"
|colspan="2" style="text-align:center;border-bottom-style: solid;border-width: 1px;"|'''Anschlussbelegung'''
|-
|'''VCC'''
|style="text-align:right;"|Positives Anschlusskabel: 3.3V – 15V
|-
|'''GND'''
|style="text-align:right;"|Negatives Anschlusskabel
|-
|'''RX'''
|style="text-align:right;"|Kommunikationskabel; SYS-Anschluss
|-
|'''TX'''
|style="text-align:right;"|Kommunikationskabel; SYS-Anschluss
|}
</div>

{{Info|[[File:Info.png]]
TX-Kabel immer näher zum SYS-Aufkleber sein. RX-Kabel muss immer in der Mitte des SYS-Anschlusses liegen.
<br/>
VCC und GND können an jeden Port angeschlossen werden, außer an ELE/PIT/AIL und SYS. Es kann auch an einen Empfängeranschluss angeschlossen werden. Wenn es von einer separaten Batterie gespeist wird, muss GND an die Stromquelle des Geräts angeschlossen werden.}}
<p></p>
{{Quote|'''Schließen Sie das Kommunikationskabel nicht an die Stromversorgung an! Es kann nur an den SYS-Anschluss angeschlossen werden.'''}}

== KONFIGURATION ==

'''Spirit Wifi-Link''' bietet Ihnen eine benutzerfreundliche Konfiguration von jedem Gerät, das eine WiFi-Verbindung und Webbrowser unterstützt.

Um es zu öffnen, können Sie so vorgehen:

#'''Verbindung mit dem Wifi-Modul.'''
#:Standard-SSID (Wifi-Modul Name): '''Spirit Wifi-Link'''.
#:Das Modul ist standardmäßig im '''Access Point mode'''.
#:Sie können eine Verbindung zum AP direkt auf normale Weise herstellen.
#:Nach der Verbindung erhält Ihr Gerät automatisch die IP-Adresse.
#'''Öffnen Sie Ihren Webbrowser.'''
#:Normalerweise kann jeder moderne Webbrowser mit JavaScript-Unterstützung verwendet werden.
#'''Rufen Sie das Modul mit dieser Adresse auf:''' [http://192.168.4.1 http://192.168.4.1]
#:Durch Eingabe von "192.168.4.1" gelangen Sie in die Konfiguration. Hier können Sie alle Parameter ändern, einschließlich SSID, Passwort oder Wireless-Modus.

'''Mit der neuesten Modul-Firmware ist Spirit Settings direkt über Ihren Webbrowser erreichbar!'''

[[File:Wifi2.png|center]]

{{Info|[[File:Info.png]]
Für Anfänger empfehlen wir die Voreinstellungen.}}

'''AP+Client Mode''' (Nur für erfahrene Benutzer)

:Das Modul kann eine Verbindung zu einer vorhandenen WiFi-Station herstellen (z. B. Ihrem Heimnetzwerk). Durch aufrufen der Konfigurationsoberfläche können Sie den AP+Client Modus einstellen. In diesem Modus können Sie Ihr Netzwerk finden und eine Verbindung damit herstellen. Auf diese Weise ist das Modul von jedem Gerät aus erreichbar, das mit dem gleichen Netzwerk verbunden ist, sogar über ein Ethernet-Kabel.

:Wenn Sie mit einer bestehenden WiFi-Station verbunden sind, erhält das Modul eine zweite IP-Adresse. Diese IP-Adresse finden Sie in der Konfigurationsoberfläche.
:Sie können eine Verbindung zur Schnittstelle über die zweite IP-Adresse herstellen, wenn Sie von Ihrem Netzwerk aus darauf zugreifen. Sie können auch gleichzeitig auf das Internet oder das Modul zugreifen.

'''Verbindung zu einem bestehenden Netzwerk herstellen'''
#Verbinden Sie sich mit dem Spirit Wifi-Link.
#Rufen Sie im Webinterface den Abschnitt WiFi-Client auf.
#Klicken Sie auf "Switch to AP+Client mode" (wenn nicht bereits eingestellt).
#Warten Sie einige Sekunden, bis alle verfügbaren WLAN-Netzwerke angezeigt werden.
#Wählen Sie in der WiFi-Verbindung das gewünschte WLAN-Netzwerk aus.
#Geben Sie das Kennwort des Wi-Fi-Netzwerks ein (falls erforderlich).
#Klicken Sie auf die Schaltfläche Verbinden und warten Sie auf die Erfolgreich Benachrichtigung.
#Merken Sie sich die IP-Adresse, die im "WiFi-adress" Eintrag erscheinen wird - diese IP-Adresse sollte verwendet werden, um das Modul über das Netzwerk mit dem Sie verbunden, zu verbinden.

== Verwendung ==

Wenn das Spirit mit dem Modul läuft, können Sie mit den folgenden Schritten fortfahren:

'''Web Browser - iOS, WP, Sailfish OS, PC, Mac, ...'''

#Gehen Sie zu den Wi-Fi-Einstellungen im System, suchen Sie nach einem neuen Netzwerk.
#Verbinden Sie sich mit dem Netzwerk "Spirit Wifi-Link ...".
#Rufen Sie das Modul mit dieser Adresse auf: [http://192.168.4.1 http://192.168.4.1 ]
#Klicken Sie im Menü der Wifi-Link-Oberfläche auf Spirit Settings

Beste Erfahrungen mit Chrome, Firefox, Safari Webbrowsern.

'''Native Android-App'''

#Laden Sie die neueste "Spirit Settings" App von Google Play herunter.
#Gehen Sie zu den Einstellungen/Wi-Fi in Android, suchen Sie nach einem neuen Netzwerk.
#Verbinden Sie sich mit dem Netzwerk "Spirit Wifi-Link ...".
#Öffnen Sie die Spirit Settings App.
#Gehen Sie auf CONNECTION und wählen das WIFI-Gerät aus.
#Klicken Sie auf die Schaltfläche CONNECT und Sie sind bereit

'''Native PC & Mac Anwendung'''

#Laden Sie die Spirit Settings-Software von Spirit System herunter und installieren Sie sie. Die erforderliche Version ist mindestens 2.0.2.
#Gehen Sie zu den Wi-Fi-Einstellungen im System, suchen Sie nach einem neuen Netzwerk.
#Verbinden Sie sich mit dem Netzwerk "Spirit Wifi-Link ...".
#Starten Sie die Spirit Settings App im Demomodus
#Drücken Sie STRG+W um das Wifi-Link-Fenster zu öffnen und bestätigen Sie die IP-Adresse.
#Schließen und starten Sie die App erneut - die Verbindung sollte jetzt funktionieren.

<div class=noprint>
----
{|style="width: 100%;color: white;text-align:center;"

|[[#up|↑Nach Oben↑]]

|}
----
</div>

Translations:Wifi-Link/19/de

2019-02-26T12:40:04Z

Buell47:

Anschlussbild

Translations:Servo list/131/de

2019-02-26T12:34:08Z

Buell47: Created page with "Verzögerung"

Verzögerung

Servo list/de

2019-02-26T12:34:08Z

Buell47: Created page with "Verzögerung"

<languages/>
<p></p>

{{Quote|Bitte stellen Sie die Parameter Ihrer Servos gemäß dieser Tabelle ein. Sollte ein Servo nicht aufgeführt sein, überprüfen Sie bitte das Datenblatt des Servo-Herstellers.}}
<p></p>
{{Info|[[File:Info.png|18px|]] Für eine optimale Leistung des Ruders empfehlen wir, den Parameter Rudder Delay entsprechend der Tabelle einzustellen.}}
<p></p>

== Align ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Align
| BL700H
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| BL750H
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Align
| BL800H
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Align
| BL815H
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| Align
| BL850H
| Rudder
| 1520µs
| 333Hz
| 0 - 3
|-
| Align
| BL855H
| Rudder
| 1520µs
| 333Hz
| 0 - 2
|-
| Align
| DS410
| Cyclic
| 1520µs
| 100Hz
|-
| Align
| DS415M
| Cyclic
| 1520µs
| 150Hz
|-
| Align
| DS416M
| Cyclic
| 1520µs
| 150Hz
|-
| Align
| DS420
| Rudder
| 1520µs
| 333Hz
| 10 - 15
|-
| Align
| DS425M
| Rudder
| 1520µs
| 333Hz
| 8 - 15
|-
| Align
| DS426M
| Rudder
| 1520µs
| 333Hz
| 6 - 8
|-
| Align
| DS430M
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS450
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS450M
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS455
| Rudder
| 1520µs
| 333Hz
| 4 - 8
|-
| Align
| DS455M
| Rudder
| 1520µs
| 333Hz
| 4 - 8
|-
| Align
| DS510
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS515M
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS520
| Rudder
| 1520µs
| 333Hz
| 10 - 15
|-
| Align
| DS525M
| Rudder
| 1520µs
| 333Hz
| 8 - 12
|-
| Align
| DS530
| Cyclic
| 1520µs
| 333Hz
|-
| Align
| DS530M
| Cyclic
| 1520µs
| 333Hz
|-
| Align
| DS535
| Cyclic
| 1520µs
| 333Hz
|-
| Align
| DS535
| Rudder
| 1520µs
| 333Hz
| 2 - 6
|-
| Align
| DS535M
| Cyclic
| 1520µs
| 333Hz
|-
| Align
| DS535M
| Rudder
| 1520µs
| 333Hz
| 2 - 6
|-
| Align
| DS610
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS615
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS615S
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS620
| Rudder
| 1520µs
| 333Hz
| 6 - 12
|-
| Align
| DS650
| Rudder
| 1520µs
| 333Hz
| 3 - 6
|-
| Align
| DS655
| Rudder
| 1520µs
| 333Hz
| 3 - 6
|-
| Align
| DS820
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Align
| DS820M
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Align
| DS825
| Rudder
| 1520µs
| 333Hz
| 0 - 2
|-
| Align
| DS825M
| Rudder
| 1520µs
| 333Hz
| 0 - 2
|}

== ALZRC ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Impuls
! Frequenc
! Verzögerung
|-
| ALZRC
| DS452MG
| Cyclic
| 1520µs
| 200Hz
|-
| ALZRC
| DS501MG
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|}

== BK Servo ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| BK Servo
| BLS-8001HV
| Cyclic
| 1520µs
| 333Hz
|-
| BK Servo
| BLS-8002HV
| Cyclic
| 1520µs
| 333Hz
|-
| BK Servo
| BLS-8005HV
| Rudder
| 760µs
| 333Hz
| 0 - 2
|-
| BK Servo
| DS-3001HV
| Cyclic
| 1520µs
| 333Hz
|-
| BK Servo
| DS-3005HV
| Rudder
| 760µs
| 333Hz
| 2 - 5
|-
| BK Servo
| DS-5001HV
| Cyclic
| 1520µs
| 333Hz
|-
| <sup>*</sup>BK Servo
| DS-5005HV
| Rudder
| 760µs
| 333Hz
| 0 - 3
|-
| BK Servo
| DS-7001HV
| Cyclic
| 1520µs
| 333Hz
|-
| BK Servo
| DS-7002HV
| Cyclic
| 1520µs
| 333Hz
|-
| BK Servo
| DS-7005HV
| Rudder
| 760µs
| 333Hz
| 0 - 3
|-
| BK Servo
| DS-7006HV
| Rudder
| 760µs
| 333Hz
| 0 - 3
|}

== E-flite ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| E-flite
| EFLRDS76
| Cyclic
| 1520µs
| 200Hz
|-
| E-flite
| EFLRDS76T
| Rudder
| 1520µs
| 333Hz
| 4 - 6
|-
| E-flite
| EFLRDS76TJ
| Rudder
| 1520µs
| 333Hz
| 4 - 6
|}

== Futaba ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Futaba
| BLS153
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS173SV
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS251
| Rudder
| 760µs
| 560Hz
| 0
|-
| Futaba
| BLS252
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS253
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS254
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS255HV
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS256HV
| Rudder
| 760µs
| 560Hz
| 0
|-
| Futaba
| BLS257
| Rudder
| 1520µs
| 333Hz
| 0
|-
| Futaba
| BLS272SV
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS273SV
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS275SV
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS276SV
| Rudder
| 760µs
| 333Hz
| 0
|-
| Futaba
| BLS351
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS451
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS452
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS551
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS651
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S3115
| Cyclic
| 1520µs
| 60Hz
|-
| Futaba
| S3116
| Cyclic
| 1520µs
| 60Hz
|-
| Futaba
| S3151
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S3152
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S3156
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S3156
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S3157
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9251
| Rudder
| 760µs
| 560Hz
| 5 - 10
|-
| Futaba
| S9252
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9253
| Rudder
| 1520µs
| 333Hz
| 6 - 12
|-
| Futaba
| S9254
| Rudder
| 1520µs
| 333Hz
| 5 - 8
|-
| Futaba
| S9255
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9256
| Rudder
| 760µs
| 560Hz
| 3 - 6
|-
| Futaba
| S9257
| Rudder
| 1520µs
| 333Hz
| 5 - 10
|-
| Futaba
| S9451
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9452
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9551
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9650
| Cyclic
| 1520µs
| 200Hz
|}

== Graupner ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Graupner
| BS 9500G
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Graupner
| C 231
| Cyclic
| 1520µs
| 50Hz
|-
| Graupner
| C 261
| Cyclic
| 1520µs
| 50Hz
|-
| Graupner
| C 4041
| Cyclic
| 1520µs
| 60Hz
|-
| Graupner
| C 4421
| Cyclic
| 1520µs
| 60Hz
|-
| Graupner
| C 4621
| Cyclic
| 1520µs
| 60Hz
|-
| Graupner
| C 4821
| Cyclic
| 1520µs
| 60Hz
|-
| Graupner
| C 4835
| Cyclic
| 1520µs
| 60Hz
|-
| Graupner
| DS 368 MG
| Cyclic
| 1520µs
| 200Hz
|-
| Graupner
| DS3781
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| Graupner
| DS 8077 BB
| Cyclic
| 1520µs
| 200Hz
|-
| Graupner
| DS 8700 G
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Graupner
| HBM 660
| Cyclic
| 1520µs
| 200Hz
|-
| Graupner
| HBM 690
| Cyclic
| 1520µs
| 200Hz
|-
| Graupner
| HBS 660 BB
| Cyclic
| 1520µs
| 200Hz
|-
| Graupner
| HBS 770 BB
| Rudder
| 1520µs
| 333Hz
| 0 - 3
|-
| Graupner
| HBS 870 BB
| Cyclic
| 1520µs
| 200Hz
|}

== Hitec ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Hitec
| D-940TW
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| D-945TW
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-5055MG
| Cyclic
| 1520µs
| 100Hz
|-
| Hitec
| HS-5065MG
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-5245MG
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-5925MG
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-65HB
| Cyclic
| 1520µs
| 60Hz
|-
| Hitec
| HS-65MG
| Cyclic
| 1520µs
| 60Hz
|-
| Hitec
| HS-6965HB
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-6975HB
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-7940TH
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-82MG
| Cyclic
| 1520µs
| 60Hz
|-
| Hitec
| HS-8360TH
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-M7990TH
| Cyclic
| 1520µs
| 333Hz
|-
| Hitec
| HSG-5083MG
| Rudder
| 960µs
| 333Hz
| 3 - 6
|-
| Hitec
| HSG-5084MG
| Rudder
| 1520µs
| 333Hz
| 5 - 10
|-
| Hitec
| HSG-8315BH
| Rudder
| 760µs
| 560Hz
| 0 - 5
|-
| Hitec
| HSG-8330SH
| Cyclic
| 1520µs
| 333Hz
|}

== JR Propo ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| JR Propo
| DS285MG
| Cyclic
| 1520µs
| 60Hz
|-
| JR Propo
| DS285MGHV
| Cyclic
| 1520µs
| 60Hz
|-
| JR Propo
| DS287MG
| Cyclic
| 1520µs
| 60Hz
|-
| JR Propo
| DS287MGHV
| Cyclic
| 1520µs
| 60Hz
|-
| JR Propo
| DS290G
| Rudder
| 1520µs
| 200Hz
| 6 - 12
|-
| JR Propo
| DS3500G
| Rudder
| 1520µs
| 333Hz
| 5 - 10
|-
| JR Propo
| DS3517MG
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| DS3717HV
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| DS8717
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| DS8717HV
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| DS8900G
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| JR Propo
| DS8915
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| DS8917HV
| Rudder
| 1520µs
| 333Hz
| 4 - 6
|-
| JR Propo
| ELG01
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| JR Propo
| ELS01
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| FBL-DS01
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| FBL-DS11
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| FBL-DS21
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| FBL-SWS01
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| MP80G
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| JR Propo
| MP80S
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| MP80T
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| MP82G WV
| Rudder
| 1520µs
| 333Hz
| 4 - 6
|-
| JR Propo
| NX8925
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| NXB89G
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| JR Propo
| NXB8925
| Cyclic
| 1520µs
| 333Hz
|-
| JR Propo
| SLS01
| Cyclic
| 1520µs
| 200Hz
|}

== JX ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| JX
| BLS-6007MG
| Cyclic
| 1520μs
| 333Hz
|-
| JX
| BLS6508HV
| Rudder
| 1520μs
| 333Hz
| 2 - 6
|-
| JX
| BLS6520HV
| Cyclic
| 1520μs
| 200Hz
|-
| JX
| BLS-HV6105MG
| Rudder
| 1520μs
| 333Hz
| 0 - 5
|-
| JX
| BLS-HV7006MG
| Rudder
| 760μs
| 560hz
| 0 - 5
|-
| JX
| BLS-7007MG
| Rudder
| 760μs
| 560hz
| 0 - 7
|}

== KST ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| KST
| BLS359
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| BLS505
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| BLS505X
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| KST
| BLS705
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| BLS805X
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| KST
| BLS815
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| BLS825
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| BLS905X
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| KST
| BLS915
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS113MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS115MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS215MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS515MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS525MG
| Rudder
| 760µs
| 333Hz
| 2 - 5
|-
| KST
| DS565X
| Rudder
| 760µs
| 333Hz
| 2 - 5
|-
| KST
| DS589MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS715MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS725MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| MS1035
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| KST
| MS2208
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| MS565
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| KST
| MS589
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| MS665
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| KST
| MS725
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| MS805
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| KST
| MS815
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| X20-1035
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| KST
| X20-2208
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| X20-3012
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| X20-9650
| Cyclic
| 1520µs
| 333Hz
|}

== Logictech ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Logictech
| LTS-3100G
| Rudder
| 960µs
| 333Hz
| 5 - 10
|-
| Logictech
| LTS-6100G
| Rudder
| 960µs
| 333Hz
| 5 - 10
|}

== Lynx ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Lynx
| DS-895-HV
| Cyclic
| 1520µs
| 200Hz
|}

== MKS ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| MKS
| BLS950
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| BLS970
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| BLS980
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| MKS
| BLS990
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| MKS
| DS1210
| Cyclic
| 1520µs
| 100Hz
|-
| MKS
| DS660A+
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| DS670
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| DS760
| Rudder
| 760µs
| 560Hz
| 0 - 2
|-
| MKS
| DS8910
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| MKS
| DS8910A+
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| MKS
| DS92
| Cyclic
| 1520µs
| 150Hz
|-
| MKS
| DS92A+
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| DS93
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| DS95
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| DS95i
| Rudder
| 760µs
| 560Hz
| 0 - 2
|-
| MKS
| DS9660
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| DS9660A+
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| DS9670
| Rudder
| 1520µs
| 333Hz
| 3 - 7
|-
| MKS
| DS9670A+
| Rudder
| 1520µs
| 333Hz
| 3 - 6
|-
| MKS
| DS9670A+
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL575
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL599
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL665
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL669
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| MKS
| HBL850
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL860
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL880
| Rudder
| 760µs
| 560Hz
|-
| MKS
| HBL950
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL980
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| MKS
| HBL990
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| MKS
| HV300
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| HV380
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HV737
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HV747
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HV767
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| HV787
| Rudder
| 1520µs
| 333Hz
| 0 - 4
|-
| MKS
| HV9767
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HV9780
| Rudder
| 760µs
| 560Hz
| 0 - 5
|}

== OMG ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| OMG
| H1-MR-CF20Q
| Rudder
| 1520µs
| 333Hz
| 0 - 4
|-
| OMG
| H1-MR-CF30S
| Cyclic
| 1520µs
| 333Hz
|-
| OMG
| H2-MI-BF11S
| Cyclic
| 1520µs
| 333Hz
|-
| OMG
| H2-MI-BF55Q
| Rudder
| 1520µs
| 333Hz
| 0 - 3
|-
| OMG
| H3-ST-BF20S
| Cyclic
| 1520µs
| 333Hz
|-
| OMG
| H4-ST-BF07Q/FBK
| Rudder
| 1520µs
| 333Hz
| 0 - 3
|-
| OMG
| H4-ST-BF20S/FRD
| Cyclic
| 1520µs
| 333Hz
|-
| OMG
| H5-ST-BFX1Q
| Rudder
| 1520µs
| 333Hz
| 0 - 3
|-
| OMG
| H5-ST-BFX1S
| Cyclic
| 1520µs
| 333Hz
|}

== Outrage ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Outrage
| BL 9080
| Cyclic
| 1520µs
| 200Hz
|-
| Outrage
| BL 9088
| Rudder
| 760µs
| 560Hz
| 2 - 5
|-
| Outrage
| BL 9180
| Cyclic
| 1520µs
| 200Hz
|-
| Outrage
| BL 9188
| Rudder
| 760µs
| 560Hz
| 2 - 5
|-
| Outrage
| OS7654T
| Rudder
| 760µs
| 560Hz
| 2 - 5
|}

== RJX ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| RJX
| BLS0521HV
| Cyclic
| 1520µs
| 333Hz
|-
| RJX
| BLS0521THV
| Rudder
| 760μs
| 333Hz
| 0 - 2
|-
| RJX
| FS0390HV
| Cyclic
| 1520µs
| 333Hz
|-
| RJX
| FS0391HV
| Cyclic
| 1520µs
| 333Hz
|-
| RJX
| FS0391THV
| Rudder
| 760μs
| 333Hz
| 0 - 3
|-
| RJX
| FS0435HV
| Cyclic
| 1520µs
| 333Hz
|-
| RJX
| FS0521HV
| Cyclic
| 1520µs
| 333Hz
|-
| RJX
| FS0521THV
| Rudder
| 760μs
| 333Hz
| 0 - 3
|}

== RotorStar ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| RotorStar
| RS-3868MGT
| Rudder
| 1520µs
| 333Hz
| 3 - 7
|-
| RotorStar
| RS-3878MGT
| Cyclic
| 1520µs
| 200Hz
|-
| RotorStar
| RS-550MGC
| Cyclic
| 1520µs
| 200Hz
|-
| RotorStar
| RS-550MGC-HV
| Cyclic
| 1520µs
| 200Hz
|-
| RotorStar
| RS-610MGC-HV
| Cyclic
| 1520µs
| 200Hz
|-
| RotorStar
| RS-715MG-HV
| Rudder
| 1520µs
| 333Hz
| 3 - 7
|}

== Savöx ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Savöx
| SA-1230SG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SA-1231SG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SA-1256TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SA-1257TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SA-1258TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SB-2271SG
| Cyclic
| 1520µs
| 333Hz
|-
| Savöx
| SB-2272MG
| Rudder
| 1520µs
| 333Hz
| 0 - 4
|-
| Savöx
| SB-2282SG
| Cyclic
| 1520µs
| 333Hz
|-
| Savöx
| SB-2283MG
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| Savöx
| SB-2284SG
| Cyclic
| 1520µs
| 333Hz
|-
| Savöx
| SC-0253MG
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SC-0352
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SC-1232SG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1233SG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1251MG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1252MG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1256TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1257TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1258TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SH-0253
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0254
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0255MG
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0257MG
| Cyclic
| 1520µs
| 150Hz
|-
| Savöx
| SH-0257MG
| Rudder
| 1520µs
| 150Hz
| 14 - 20
|-
| Savöx
| SH-0261MG
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0262MG
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0263MG
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0264MG
| Rudder
| 1520µs
| 200Hz
| 8 - 12
|-
| Savöx
| SH-0350
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-1250MG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SH-1257MG
| Rudder
| 1520µs
| 333Hz
| 8 - 15
|-
| Savöx
| SH-1290MG
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| Savöx
| SH-1350
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SH-1357
| Rudder
| 1520µs
| 333Hz
| 8 - 15
|-
| Savöx
| SV-1232MG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SV-1257MG
| Rudder
| 1520µs
| 333Hz
| 5 - 8
|-
| Savöx
| SV-1260MG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SV-1274MG
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
|}

== Spektrum ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Spektrum
| H2060
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H3000
| Cyclic
| 1520µs
| 60Hz
|-
| Spektrum
| H3020
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H3050
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H3060
| Rudder
| 1520µs
| 333Hz
| 0 - 4
|-
| Spektrum
| H5000
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H5010
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H6010
| Cyclic
| 1520µs
| 60Hz
|-
| Spektrum
| H6040
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H6080G
| Rudder
| 1520µs
| 333Hz
| 2 - 6
|-
| Spektrum
| H6160 HV
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H6205 HV
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H6210 HV
| Rudder
| 1520µs
| 333Hz
| 0 - 4
|}

== Turnigy ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Turnigy
| 1266HV
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-213C
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-259BL
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-306G
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-306G-HV
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-313C
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-390DMH
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-505BL
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-505HS
| Rudder
| 760µs
| 560Hz
| 2 - 5
|-
| Turnigy
| TGY-525MG
| Rudder
| 760µs
| 560Hz
| 3 - 6
|-
| Turnigy
| TGY-565MG
| Rudder
| 760µs
| 560Hz
| 3 - 5
|-
| Turnigy
| TGY-589MG
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-605C
| Rudder
| 1520µs
| 333Hz
| 4 - 6
|-
| Turnigy
| TGY-615BL
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-615C
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-616MG
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-625BL
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-625C
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-725MG
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-SM-3473M
| Rudder
| 1520µs
| 333Hz
| 7 - 12
|}

== Xpert-rc ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Xpert-rc
| GS-3302T-HV(R2T)
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| Xpert-rc
| GS-6401-HV(R2)
| Cyclic
| 1520µs
| 333Hz
|-
| Xpert-rc
| HS-3302T-HV(R1T)
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| Xpert-rc
| HS-6401-HV(R1)
| Cyclic
| 1520µs
| 333Hz
|}

== Servokompatibilität ==

Alle Servos solten kompatibel sein, außer in Fällen, in denen das Servo nicht der üblichen elektrischen Ausführung entspricht.
Diese Servos sind mit dem Zeichen <sup>*</sup> gekennzeichnet.

{{Info|[[File:Info.png|18px|]] Diese Servoliste ist nur für Spirit Geräte vorgesehen. Das Kopieren von Daten ist verboten.}}

Translations:Servo list/130/de

2019-02-26T12:33:57Z

Buell47: Created page with "Frequenc"

Frequenc

Servo list/de

2019-02-26T12:33:57Z

Buell47: Created page with "Frequenc"

<languages/>
<p></p>

{{Quote|Bitte stellen Sie die Parameter Ihrer Servos gemäß dieser Tabelle ein. Sollte ein Servo nicht aufgeführt sein, überprüfen Sie bitte das Datenblatt des Servo-Herstellers.}}
<p></p>
{{Info|[[File:Info.png|18px|]] Für eine optimale Leistung des Ruders empfehlen wir, den Parameter Rudder Delay entsprechend der Tabelle einzustellen.}}
<p></p>

== Align ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Align
| BL700H
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| BL750H
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Align
| BL800H
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Align
| BL815H
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| Align
| BL850H
| Rudder
| 1520µs
| 333Hz
| 0 - 3
|-
| Align
| BL855H
| Rudder
| 1520µs
| 333Hz
| 0 - 2
|-
| Align
| DS410
| Cyclic
| 1520µs
| 100Hz
|-
| Align
| DS415M
| Cyclic
| 1520µs
| 150Hz
|-
| Align
| DS416M
| Cyclic
| 1520µs
| 150Hz
|-
| Align
| DS420
| Rudder
| 1520µs
| 333Hz
| 10 - 15
|-
| Align
| DS425M
| Rudder
| 1520µs
| 333Hz
| 8 - 15
|-
| Align
| DS426M
| Rudder
| 1520µs
| 333Hz
| 6 - 8
|-
| Align
| DS430M
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS450
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS450M
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS455
| Rudder
| 1520µs
| 333Hz
| 4 - 8
|-
| Align
| DS455M
| Rudder
| 1520µs
| 333Hz
| 4 - 8
|-
| Align
| DS510
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS515M
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS520
| Rudder
| 1520µs
| 333Hz
| 10 - 15
|-
| Align
| DS525M
| Rudder
| 1520µs
| 333Hz
| 8 - 12
|-
| Align
| DS530
| Cyclic
| 1520µs
| 333Hz
|-
| Align
| DS530M
| Cyclic
| 1520µs
| 333Hz
|-
| Align
| DS535
| Cyclic
| 1520µs
| 333Hz
|-
| Align
| DS535
| Rudder
| 1520µs
| 333Hz
| 2 - 6
|-
| Align
| DS535M
| Cyclic
| 1520µs
| 333Hz
|-
| Align
| DS535M
| Rudder
| 1520µs
| 333Hz
| 2 - 6
|-
| Align
| DS610
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS615
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS615S
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS620
| Rudder
| 1520µs
| 333Hz
| 6 - 12
|-
| Align
| DS650
| Rudder
| 1520µs
| 333Hz
| 3 - 6
|-
| Align
| DS655
| Rudder
| 1520µs
| 333Hz
| 3 - 6
|-
| Align
| DS820
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Align
| DS820M
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Align
| DS825
| Rudder
| 1520µs
| 333Hz
| 0 - 2
|-
| Align
| DS825M
| Rudder
| 1520µs
| 333Hz
| 0 - 2
|}

== ALZRC ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Impuls
! Frequenc
! Delay
|-
| ALZRC
| DS452MG
| Cyclic
| 1520µs
| 200Hz
|-
| ALZRC
| DS501MG
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|}

== BK Servo ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| BK Servo
| BLS-8001HV
| Cyclic
| 1520µs
| 333Hz
|-
| BK Servo
| BLS-8002HV
| Cyclic
| 1520µs
| 333Hz
|-
| BK Servo
| BLS-8005HV
| Rudder
| 760µs
| 333Hz
| 0 - 2
|-
| BK Servo
| DS-3001HV
| Cyclic
| 1520µs
| 333Hz
|-
| BK Servo
| DS-3005HV
| Rudder
| 760µs
| 333Hz
| 2 - 5
|-
| BK Servo
| DS-5001HV
| Cyclic
| 1520µs
| 333Hz
|-
| <sup>*</sup>BK Servo
| DS-5005HV
| Rudder
| 760µs
| 333Hz
| 0 - 3
|-
| BK Servo
| DS-7001HV
| Cyclic
| 1520µs
| 333Hz
|-
| BK Servo
| DS-7002HV
| Cyclic
| 1520µs
| 333Hz
|-
| BK Servo
| DS-7005HV
| Rudder
| 760µs
| 333Hz
| 0 - 3
|-
| BK Servo
| DS-7006HV
| Rudder
| 760µs
| 333Hz
| 0 - 3
|}

== E-flite ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| E-flite
| EFLRDS76
| Cyclic
| 1520µs
| 200Hz
|-
| E-flite
| EFLRDS76T
| Rudder
| 1520µs
| 333Hz
| 4 - 6
|-
| E-flite
| EFLRDS76TJ
| Rudder
| 1520µs
| 333Hz
| 4 - 6
|}

== Futaba ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Futaba
| BLS153
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS173SV
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS251
| Rudder
| 760µs
| 560Hz
| 0
|-
| Futaba
| BLS252
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS253
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS254
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS255HV
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS256HV
| Rudder
| 760µs
| 560Hz
| 0
|-
| Futaba
| BLS257
| Rudder
| 1520µs
| 333Hz
| 0
|-
| Futaba
| BLS272SV
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS273SV
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS275SV
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS276SV
| Rudder
| 760µs
| 333Hz
| 0
|-
| Futaba
| BLS351
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS451
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS452
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS551
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS651
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S3115
| Cyclic
| 1520µs
| 60Hz
|-
| Futaba
| S3116
| Cyclic
| 1520µs
| 60Hz
|-
| Futaba
| S3151
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S3152
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S3156
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S3156
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S3157
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9251
| Rudder
| 760µs
| 560Hz
| 5 - 10
|-
| Futaba
| S9252
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9253
| Rudder
| 1520µs
| 333Hz
| 6 - 12
|-
| Futaba
| S9254
| Rudder
| 1520µs
| 333Hz
| 5 - 8
|-
| Futaba
| S9255
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9256
| Rudder
| 760µs
| 560Hz
| 3 - 6
|-
| Futaba
| S9257
| Rudder
| 1520µs
| 333Hz
| 5 - 10
|-
| Futaba
| S9451
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9452
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9551
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9650
| Cyclic
| 1520µs
| 200Hz
|}

== Graupner ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Graupner
| BS 9500G
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Graupner
| C 231
| Cyclic
| 1520µs
| 50Hz
|-
| Graupner
| C 261
| Cyclic
| 1520µs
| 50Hz
|-
| Graupner
| C 4041
| Cyclic
| 1520µs
| 60Hz
|-
| Graupner
| C 4421
| Cyclic
| 1520µs
| 60Hz
|-
| Graupner
| C 4621
| Cyclic
| 1520µs
| 60Hz
|-
| Graupner
| C 4821
| Cyclic
| 1520µs
| 60Hz
|-
| Graupner
| C 4835
| Cyclic
| 1520µs
| 60Hz
|-
| Graupner
| DS 368 MG
| Cyclic
| 1520µs
| 200Hz
|-
| Graupner
| DS3781
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| Graupner
| DS 8077 BB
| Cyclic
| 1520µs
| 200Hz
|-
| Graupner
| DS 8700 G
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Graupner
| HBM 660
| Cyclic
| 1520µs
| 200Hz
|-
| Graupner
| HBM 690
| Cyclic
| 1520µs
| 200Hz
|-
| Graupner
| HBS 660 BB
| Cyclic
| 1520µs
| 200Hz
|-
| Graupner
| HBS 770 BB
| Rudder
| 1520µs
| 333Hz
| 0 - 3
|-
| Graupner
| HBS 870 BB
| Cyclic
| 1520µs
| 200Hz
|}

== Hitec ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Hitec
| D-940TW
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| D-945TW
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-5055MG
| Cyclic
| 1520µs
| 100Hz
|-
| Hitec
| HS-5065MG
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-5245MG
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-5925MG
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-65HB
| Cyclic
| 1520µs
| 60Hz
|-
| Hitec
| HS-65MG
| Cyclic
| 1520µs
| 60Hz
|-
| Hitec
| HS-6965HB
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-6975HB
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-7940TH
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-82MG
| Cyclic
| 1520µs
| 60Hz
|-
| Hitec
| HS-8360TH
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-M7990TH
| Cyclic
| 1520µs
| 333Hz
|-
| Hitec
| HSG-5083MG
| Rudder
| 960µs
| 333Hz
| 3 - 6
|-
| Hitec
| HSG-5084MG
| Rudder
| 1520µs
| 333Hz
| 5 - 10
|-
| Hitec
| HSG-8315BH
| Rudder
| 760µs
| 560Hz
| 0 - 5
|-
| Hitec
| HSG-8330SH
| Cyclic
| 1520µs
| 333Hz
|}

== JR Propo ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| JR Propo
| DS285MG
| Cyclic
| 1520µs
| 60Hz
|-
| JR Propo
| DS285MGHV
| Cyclic
| 1520µs
| 60Hz
|-
| JR Propo
| DS287MG
| Cyclic
| 1520µs
| 60Hz
|-
| JR Propo
| DS287MGHV
| Cyclic
| 1520µs
| 60Hz
|-
| JR Propo
| DS290G
| Rudder
| 1520µs
| 200Hz
| 6 - 12
|-
| JR Propo
| DS3500G
| Rudder
| 1520µs
| 333Hz
| 5 - 10
|-
| JR Propo
| DS3517MG
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| DS3717HV
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| DS8717
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| DS8717HV
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| DS8900G
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| JR Propo
| DS8915
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| DS8917HV
| Rudder
| 1520µs
| 333Hz
| 4 - 6
|-
| JR Propo
| ELG01
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| JR Propo
| ELS01
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| FBL-DS01
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| FBL-DS11
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| FBL-DS21
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| FBL-SWS01
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| MP80G
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| JR Propo
| MP80S
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| MP80T
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| MP82G WV
| Rudder
| 1520µs
| 333Hz
| 4 - 6
|-
| JR Propo
| NX8925
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| NXB89G
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| JR Propo
| NXB8925
| Cyclic
| 1520µs
| 333Hz
|-
| JR Propo
| SLS01
| Cyclic
| 1520µs
| 200Hz
|}

== JX ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| JX
| BLS-6007MG
| Cyclic
| 1520μs
| 333Hz
|-
| JX
| BLS6508HV
| Rudder
| 1520μs
| 333Hz
| 2 - 6
|-
| JX
| BLS6520HV
| Cyclic
| 1520μs
| 200Hz
|-
| JX
| BLS-HV6105MG
| Rudder
| 1520μs
| 333Hz
| 0 - 5
|-
| JX
| BLS-HV7006MG
| Rudder
| 760μs
| 560hz
| 0 - 5
|-
| JX
| BLS-7007MG
| Rudder
| 760μs
| 560hz
| 0 - 7
|}

== KST ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| KST
| BLS359
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| BLS505
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| BLS505X
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| KST
| BLS705
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| BLS805X
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| KST
| BLS815
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| BLS825
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| BLS905X
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| KST
| BLS915
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS113MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS115MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS215MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS515MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS525MG
| Rudder
| 760µs
| 333Hz
| 2 - 5
|-
| KST
| DS565X
| Rudder
| 760µs
| 333Hz
| 2 - 5
|-
| KST
| DS589MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS715MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS725MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| MS1035
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| KST
| MS2208
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| MS565
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| KST
| MS589
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| MS665
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| KST
| MS725
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| MS805
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| KST
| MS815
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| X20-1035
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| KST
| X20-2208
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| X20-3012
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| X20-9650
| Cyclic
| 1520µs
| 333Hz
|}

== Logictech ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Logictech
| LTS-3100G
| Rudder
| 960µs
| 333Hz
| 5 - 10
|-
| Logictech
| LTS-6100G
| Rudder
| 960µs
| 333Hz
| 5 - 10
|}

== Lynx ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Lynx
| DS-895-HV
| Cyclic
| 1520µs
| 200Hz
|}

== MKS ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| MKS
| BLS950
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| BLS970
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| BLS980
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| MKS
| BLS990
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| MKS
| DS1210
| Cyclic
| 1520µs
| 100Hz
|-
| MKS
| DS660A+
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| DS670
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| DS760
| Rudder
| 760µs
| 560Hz
| 0 - 2
|-
| MKS
| DS8910
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| MKS
| DS8910A+
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| MKS
| DS92
| Cyclic
| 1520µs
| 150Hz
|-
| MKS
| DS92A+
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| DS93
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| DS95
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| DS95i
| Rudder
| 760µs
| 560Hz
| 0 - 2
|-
| MKS
| DS9660
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| DS9660A+
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| DS9670
| Rudder
| 1520µs
| 333Hz
| 3 - 7
|-
| MKS
| DS9670A+
| Rudder
| 1520µs
| 333Hz
| 3 - 6
|-
| MKS
| DS9670A+
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL575
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL599
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL665
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL669
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| MKS
| HBL850
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL860
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL880
| Rudder
| 760µs
| 560Hz
|-
| MKS
| HBL950
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL980
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| MKS
| HBL990
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| MKS
| HV300
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| HV380
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HV737
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HV747
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HV767
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| HV787
| Rudder
| 1520µs
| 333Hz
| 0 - 4
|-
| MKS
| HV9767
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HV9780
| Rudder
| 760µs
| 560Hz
| 0 - 5
|}

== OMG ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| OMG
| H1-MR-CF20Q
| Rudder
| 1520µs
| 333Hz
| 0 - 4
|-
| OMG
| H1-MR-CF30S
| Cyclic
| 1520µs
| 333Hz
|-
| OMG
| H2-MI-BF11S
| Cyclic
| 1520µs
| 333Hz
|-
| OMG
| H2-MI-BF55Q
| Rudder
| 1520µs
| 333Hz
| 0 - 3
|-
| OMG
| H3-ST-BF20S
| Cyclic
| 1520µs
| 333Hz
|-
| OMG
| H4-ST-BF07Q/FBK
| Rudder
| 1520µs
| 333Hz
| 0 - 3
|-
| OMG
| H4-ST-BF20S/FRD
| Cyclic
| 1520µs
| 333Hz
|-
| OMG
| H5-ST-BFX1Q
| Rudder
| 1520µs
| 333Hz
| 0 - 3
|-
| OMG
| H5-ST-BFX1S
| Cyclic
| 1520µs
| 333Hz
|}

== Outrage ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Outrage
| BL 9080
| Cyclic
| 1520µs
| 200Hz
|-
| Outrage
| BL 9088
| Rudder
| 760µs
| 560Hz
| 2 - 5
|-
| Outrage
| BL 9180
| Cyclic
| 1520µs
| 200Hz
|-
| Outrage
| BL 9188
| Rudder
| 760µs
| 560Hz
| 2 - 5
|-
| Outrage
| OS7654T
| Rudder
| 760µs
| 560Hz
| 2 - 5
|}

== RJX ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| RJX
| BLS0521HV
| Cyclic
| 1520µs
| 333Hz
|-
| RJX
| BLS0521THV
| Rudder
| 760μs
| 333Hz
| 0 - 2
|-
| RJX
| FS0390HV
| Cyclic
| 1520µs
| 333Hz
|-
| RJX
| FS0391HV
| Cyclic
| 1520µs
| 333Hz
|-
| RJX
| FS0391THV
| Rudder
| 760μs
| 333Hz
| 0 - 3
|-
| RJX
| FS0435HV
| Cyclic
| 1520µs
| 333Hz
|-
| RJX
| FS0521HV
| Cyclic
| 1520µs
| 333Hz
|-
| RJX
| FS0521THV
| Rudder
| 760μs
| 333Hz
| 0 - 3
|}

== RotorStar ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| RotorStar
| RS-3868MGT
| Rudder
| 1520µs
| 333Hz
| 3 - 7
|-
| RotorStar
| RS-3878MGT
| Cyclic
| 1520µs
| 200Hz
|-
| RotorStar
| RS-550MGC
| Cyclic
| 1520µs
| 200Hz
|-
| RotorStar
| RS-550MGC-HV
| Cyclic
| 1520µs
| 200Hz
|-
| RotorStar
| RS-610MGC-HV
| Cyclic
| 1520µs
| 200Hz
|-
| RotorStar
| RS-715MG-HV
| Rudder
| 1520µs
| 333Hz
| 3 - 7
|}

== Savöx ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Savöx
| SA-1230SG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SA-1231SG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SA-1256TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SA-1257TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SA-1258TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SB-2271SG
| Cyclic
| 1520µs
| 333Hz
|-
| Savöx
| SB-2272MG
| Rudder
| 1520µs
| 333Hz
| 0 - 4
|-
| Savöx
| SB-2282SG
| Cyclic
| 1520µs
| 333Hz
|-
| Savöx
| SB-2283MG
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| Savöx
| SB-2284SG
| Cyclic
| 1520µs
| 333Hz
|-
| Savöx
| SC-0253MG
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SC-0352
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SC-1232SG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1233SG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1251MG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1252MG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1256TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1257TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1258TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SH-0253
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0254
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0255MG
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0257MG
| Cyclic
| 1520µs
| 150Hz
|-
| Savöx
| SH-0257MG
| Rudder
| 1520µs
| 150Hz
| 14 - 20
|-
| Savöx
| SH-0261MG
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0262MG
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0263MG
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0264MG
| Rudder
| 1520µs
| 200Hz
| 8 - 12
|-
| Savöx
| SH-0350
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-1250MG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SH-1257MG
| Rudder
| 1520µs
| 333Hz
| 8 - 15
|-
| Savöx
| SH-1290MG
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| Savöx
| SH-1350
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SH-1357
| Rudder
| 1520µs
| 333Hz
| 8 - 15
|-
| Savöx
| SV-1232MG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SV-1257MG
| Rudder
| 1520µs
| 333Hz
| 5 - 8
|-
| Savöx
| SV-1260MG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SV-1274MG
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
|}

== Spektrum ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Spektrum
| H2060
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H3000
| Cyclic
| 1520µs
| 60Hz
|-
| Spektrum
| H3020
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H3050
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H3060
| Rudder
| 1520µs
| 333Hz
| 0 - 4
|-
| Spektrum
| H5000
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H5010
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H6010
| Cyclic
| 1520µs
| 60Hz
|-
| Spektrum
| H6040
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H6080G
| Rudder
| 1520µs
| 333Hz
| 2 - 6
|-
| Spektrum
| H6160 HV
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H6205 HV
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H6210 HV
| Rudder
| 1520µs
| 333Hz
| 0 - 4
|}

== Turnigy ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Turnigy
| 1266HV
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-213C
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-259BL
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-306G
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-306G-HV
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-313C
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-390DMH
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-505BL
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-505HS
| Rudder
| 760µs
| 560Hz
| 2 - 5
|-
| Turnigy
| TGY-525MG
| Rudder
| 760µs
| 560Hz
| 3 - 6
|-
| Turnigy
| TGY-565MG
| Rudder
| 760µs
| 560Hz
| 3 - 5
|-
| Turnigy
| TGY-589MG
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-605C
| Rudder
| 1520µs
| 333Hz
| 4 - 6
|-
| Turnigy
| TGY-615BL
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-615C
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-616MG
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-625BL
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-625C
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-725MG
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-SM-3473M
| Rudder
| 1520µs
| 333Hz
| 7 - 12
|}

== Xpert-rc ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Xpert-rc
| GS-3302T-HV(R2T)
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| Xpert-rc
| GS-6401-HV(R2)
| Cyclic
| 1520µs
| 333Hz
|-
| Xpert-rc
| HS-3302T-HV(R1T)
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| Xpert-rc
| HS-6401-HV(R1)
| Cyclic
| 1520µs
| 333Hz
|}

== Servokompatibilität ==

Alle Servos solten kompatibel sein, außer in Fällen, in denen das Servo nicht der üblichen elektrischen Ausführung entspricht.
Diese Servos sind mit dem Zeichen <sup>*</sup> gekennzeichnet.

{{Info|[[File:Info.png|18px|]] Diese Servoliste ist nur für Spirit Geräte vorgesehen. Das Kopieren von Daten ist verboten.}}

Translations:Servo list/129/de

2019-02-26T12:33:42Z

Buell47: Created page with "Impuls"

Impuls

Servo list/de

2019-02-26T12:33:42Z

Buell47: Created page with "Impuls"

<languages/>
<p></p>

{{Quote|Bitte stellen Sie die Parameter Ihrer Servos gemäß dieser Tabelle ein. Sollte ein Servo nicht aufgeführt sein, überprüfen Sie bitte das Datenblatt des Servo-Herstellers.}}
<p></p>
{{Info|[[File:Info.png|18px|]] Für eine optimale Leistung des Ruders empfehlen wir, den Parameter Rudder Delay entsprechend der Tabelle einzustellen.}}
<p></p>

== Align ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Align
| BL700H
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| BL750H
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Align
| BL800H
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Align
| BL815H
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| Align
| BL850H
| Rudder
| 1520µs
| 333Hz
| 0 - 3
|-
| Align
| BL855H
| Rudder
| 1520µs
| 333Hz
| 0 - 2
|-
| Align
| DS410
| Cyclic
| 1520µs
| 100Hz
|-
| Align
| DS415M
| Cyclic
| 1520µs
| 150Hz
|-
| Align
| DS416M
| Cyclic
| 1520µs
| 150Hz
|-
| Align
| DS420
| Rudder
| 1520µs
| 333Hz
| 10 - 15
|-
| Align
| DS425M
| Rudder
| 1520µs
| 333Hz
| 8 - 15
|-
| Align
| DS426M
| Rudder
| 1520µs
| 333Hz
| 6 - 8
|-
| Align
| DS430M
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS450
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS450M
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS455
| Rudder
| 1520µs
| 333Hz
| 4 - 8
|-
| Align
| DS455M
| Rudder
| 1520µs
| 333Hz
| 4 - 8
|-
| Align
| DS510
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS515M
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS520
| Rudder
| 1520µs
| 333Hz
| 10 - 15
|-
| Align
| DS525M
| Rudder
| 1520µs
| 333Hz
| 8 - 12
|-
| Align
| DS530
| Cyclic
| 1520µs
| 333Hz
|-
| Align
| DS530M
| Cyclic
| 1520µs
| 333Hz
|-
| Align
| DS535
| Cyclic
| 1520µs
| 333Hz
|-
| Align
| DS535
| Rudder
| 1520µs
| 333Hz
| 2 - 6
|-
| Align
| DS535M
| Cyclic
| 1520µs
| 333Hz
|-
| Align
| DS535M
| Rudder
| 1520µs
| 333Hz
| 2 - 6
|-
| Align
| DS610
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS615
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS615S
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS620
| Rudder
| 1520µs
| 333Hz
| 6 - 12
|-
| Align
| DS650
| Rudder
| 1520µs
| 333Hz
| 3 - 6
|-
| Align
| DS655
| Rudder
| 1520µs
| 333Hz
| 3 - 6
|-
| Align
| DS820
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Align
| DS820M
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Align
| DS825
| Rudder
| 1520µs
| 333Hz
| 0 - 2
|-
| Align
| DS825M
| Rudder
| 1520µs
| 333Hz
| 0 - 2
|}

== ALZRC ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Impuls
! Frequency
! Delay
|-
| ALZRC
| DS452MG
| Cyclic
| 1520µs
| 200Hz
|-
| ALZRC
| DS501MG
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|}

== BK Servo ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| BK Servo
| BLS-8001HV
| Cyclic
| 1520µs
| 333Hz
|-
| BK Servo
| BLS-8002HV
| Cyclic
| 1520µs
| 333Hz
|-
| BK Servo
| BLS-8005HV
| Rudder
| 760µs
| 333Hz
| 0 - 2
|-
| BK Servo
| DS-3001HV
| Cyclic
| 1520µs
| 333Hz
|-
| BK Servo
| DS-3005HV
| Rudder
| 760µs
| 333Hz
| 2 - 5
|-
| BK Servo
| DS-5001HV
| Cyclic
| 1520µs
| 333Hz
|-
| <sup>*</sup>BK Servo
| DS-5005HV
| Rudder
| 760µs
| 333Hz
| 0 - 3
|-
| BK Servo
| DS-7001HV
| Cyclic
| 1520µs
| 333Hz
|-
| BK Servo
| DS-7002HV
| Cyclic
| 1520µs
| 333Hz
|-
| BK Servo
| DS-7005HV
| Rudder
| 760µs
| 333Hz
| 0 - 3
|-
| BK Servo
| DS-7006HV
| Rudder
| 760µs
| 333Hz
| 0 - 3
|}

== E-flite ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| E-flite
| EFLRDS76
| Cyclic
| 1520µs
| 200Hz
|-
| E-flite
| EFLRDS76T
| Rudder
| 1520µs
| 333Hz
| 4 - 6
|-
| E-flite
| EFLRDS76TJ
| Rudder
| 1520µs
| 333Hz
| 4 - 6
|}

== Futaba ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Futaba
| BLS153
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS173SV
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS251
| Rudder
| 760µs
| 560Hz
| 0
|-
| Futaba
| BLS252
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS253
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS254
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS255HV
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS256HV
| Rudder
| 760µs
| 560Hz
| 0
|-
| Futaba
| BLS257
| Rudder
| 1520µs
| 333Hz
| 0
|-
| Futaba
| BLS272SV
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS273SV
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS275SV
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS276SV
| Rudder
| 760µs
| 333Hz
| 0
|-
| Futaba
| BLS351
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS451
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS452
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS551
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS651
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S3115
| Cyclic
| 1520µs
| 60Hz
|-
| Futaba
| S3116
| Cyclic
| 1520µs
| 60Hz
|-
| Futaba
| S3151
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S3152
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S3156
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S3156
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S3157
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9251
| Rudder
| 760µs
| 560Hz
| 5 - 10
|-
| Futaba
| S9252
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9253
| Rudder
| 1520µs
| 333Hz
| 6 - 12
|-
| Futaba
| S9254
| Rudder
| 1520µs
| 333Hz
| 5 - 8
|-
| Futaba
| S9255
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9256
| Rudder
| 760µs
| 560Hz
| 3 - 6
|-
| Futaba
| S9257
| Rudder
| 1520µs
| 333Hz
| 5 - 10
|-
| Futaba
| S9451
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9452
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9551
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9650
| Cyclic
| 1520µs
| 200Hz
|}

== Graupner ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Graupner
| BS 9500G
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Graupner
| C 231
| Cyclic
| 1520µs
| 50Hz
|-
| Graupner
| C 261
| Cyclic
| 1520µs
| 50Hz
|-
| Graupner
| C 4041
| Cyclic
| 1520µs
| 60Hz
|-
| Graupner
| C 4421
| Cyclic
| 1520µs
| 60Hz
|-
| Graupner
| C 4621
| Cyclic
| 1520µs
| 60Hz
|-
| Graupner
| C 4821
| Cyclic
| 1520µs
| 60Hz
|-
| Graupner
| C 4835
| Cyclic
| 1520µs
| 60Hz
|-
| Graupner
| DS 368 MG
| Cyclic
| 1520µs
| 200Hz
|-
| Graupner
| DS3781
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| Graupner
| DS 8077 BB
| Cyclic
| 1520µs
| 200Hz
|-
| Graupner
| DS 8700 G
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Graupner
| HBM 660
| Cyclic
| 1520µs
| 200Hz
|-
| Graupner
| HBM 690
| Cyclic
| 1520µs
| 200Hz
|-
| Graupner
| HBS 660 BB
| Cyclic
| 1520µs
| 200Hz
|-
| Graupner
| HBS 770 BB
| Rudder
| 1520µs
| 333Hz
| 0 - 3
|-
| Graupner
| HBS 870 BB
| Cyclic
| 1520µs
| 200Hz
|}

== Hitec ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Hitec
| D-940TW
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| D-945TW
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-5055MG
| Cyclic
| 1520µs
| 100Hz
|-
| Hitec
| HS-5065MG
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-5245MG
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-5925MG
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-65HB
| Cyclic
| 1520µs
| 60Hz
|-
| Hitec
| HS-65MG
| Cyclic
| 1520µs
| 60Hz
|-
| Hitec
| HS-6965HB
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-6975HB
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-7940TH
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-82MG
| Cyclic
| 1520µs
| 60Hz
|-
| Hitec
| HS-8360TH
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-M7990TH
| Cyclic
| 1520µs
| 333Hz
|-
| Hitec
| HSG-5083MG
| Rudder
| 960µs
| 333Hz
| 3 - 6
|-
| Hitec
| HSG-5084MG
| Rudder
| 1520µs
| 333Hz
| 5 - 10
|-
| Hitec
| HSG-8315BH
| Rudder
| 760µs
| 560Hz
| 0 - 5
|-
| Hitec
| HSG-8330SH
| Cyclic
| 1520µs
| 333Hz
|}

== JR Propo ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| JR Propo
| DS285MG
| Cyclic
| 1520µs
| 60Hz
|-
| JR Propo
| DS285MGHV
| Cyclic
| 1520µs
| 60Hz
|-
| JR Propo
| DS287MG
| Cyclic
| 1520µs
| 60Hz
|-
| JR Propo
| DS287MGHV
| Cyclic
| 1520µs
| 60Hz
|-
| JR Propo
| DS290G
| Rudder
| 1520µs
| 200Hz
| 6 - 12
|-
| JR Propo
| DS3500G
| Rudder
| 1520µs
| 333Hz
| 5 - 10
|-
| JR Propo
| DS3517MG
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| DS3717HV
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| DS8717
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| DS8717HV
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| DS8900G
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| JR Propo
| DS8915
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| DS8917HV
| Rudder
| 1520µs
| 333Hz
| 4 - 6
|-
| JR Propo
| ELG01
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| JR Propo
| ELS01
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| FBL-DS01
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| FBL-DS11
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| FBL-DS21
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| FBL-SWS01
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| MP80G
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| JR Propo
| MP80S
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| MP80T
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| MP82G WV
| Rudder
| 1520µs
| 333Hz
| 4 - 6
|-
| JR Propo
| NX8925
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| NXB89G
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| JR Propo
| NXB8925
| Cyclic
| 1520µs
| 333Hz
|-
| JR Propo
| SLS01
| Cyclic
| 1520µs
| 200Hz
|}

== JX ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| JX
| BLS-6007MG
| Cyclic
| 1520μs
| 333Hz
|-
| JX
| BLS6508HV
| Rudder
| 1520μs
| 333Hz
| 2 - 6
|-
| JX
| BLS6520HV
| Cyclic
| 1520μs
| 200Hz
|-
| JX
| BLS-HV6105MG
| Rudder
| 1520μs
| 333Hz
| 0 - 5
|-
| JX
| BLS-HV7006MG
| Rudder
| 760μs
| 560hz
| 0 - 5
|-
| JX
| BLS-7007MG
| Rudder
| 760μs
| 560hz
| 0 - 7
|}

== KST ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| KST
| BLS359
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| BLS505
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| BLS505X
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| KST
| BLS705
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| BLS805X
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| KST
| BLS815
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| BLS825
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| BLS905X
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| KST
| BLS915
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS113MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS115MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS215MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS515MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS525MG
| Rudder
| 760µs
| 333Hz
| 2 - 5
|-
| KST
| DS565X
| Rudder
| 760µs
| 333Hz
| 2 - 5
|-
| KST
| DS589MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS715MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS725MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| MS1035
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| KST
| MS2208
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| MS565
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| KST
| MS589
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| MS665
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| KST
| MS725
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| MS805
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| KST
| MS815
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| X20-1035
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| KST
| X20-2208
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| X20-3012
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| X20-9650
| Cyclic
| 1520µs
| 333Hz
|}

== Logictech ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Logictech
| LTS-3100G
| Rudder
| 960µs
| 333Hz
| 5 - 10
|-
| Logictech
| LTS-6100G
| Rudder
| 960µs
| 333Hz
| 5 - 10
|}

== Lynx ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Lynx
| DS-895-HV
| Cyclic
| 1520µs
| 200Hz
|}

== MKS ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| MKS
| BLS950
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| BLS970
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| BLS980
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| MKS
| BLS990
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| MKS
| DS1210
| Cyclic
| 1520µs
| 100Hz
|-
| MKS
| DS660A+
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| DS670
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| DS760
| Rudder
| 760µs
| 560Hz
| 0 - 2
|-
| MKS
| DS8910
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| MKS
| DS8910A+
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| MKS
| DS92
| Cyclic
| 1520µs
| 150Hz
|-
| MKS
| DS92A+
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| DS93
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| DS95
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| DS95i
| Rudder
| 760µs
| 560Hz
| 0 - 2
|-
| MKS
| DS9660
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| DS9660A+
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| DS9670
| Rudder
| 1520µs
| 333Hz
| 3 - 7
|-
| MKS
| DS9670A+
| Rudder
| 1520µs
| 333Hz
| 3 - 6
|-
| MKS
| DS9670A+
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL575
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL599
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL665
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL669
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| MKS
| HBL850
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL860
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL880
| Rudder
| 760µs
| 560Hz
|-
| MKS
| HBL950
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL980
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| MKS
| HBL990
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| MKS
| HV300
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| HV380
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HV737
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HV747
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HV767
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| HV787
| Rudder
| 1520µs
| 333Hz
| 0 - 4
|-
| MKS
| HV9767
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HV9780
| Rudder
| 760µs
| 560Hz
| 0 - 5
|}

== OMG ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| OMG
| H1-MR-CF20Q
| Rudder
| 1520µs
| 333Hz
| 0 - 4
|-
| OMG
| H1-MR-CF30S
| Cyclic
| 1520µs
| 333Hz
|-
| OMG
| H2-MI-BF11S
| Cyclic
| 1520µs
| 333Hz
|-
| OMG
| H2-MI-BF55Q
| Rudder
| 1520µs
| 333Hz
| 0 - 3
|-
| OMG
| H3-ST-BF20S
| Cyclic
| 1520µs
| 333Hz
|-
| OMG
| H4-ST-BF07Q/FBK
| Rudder
| 1520µs
| 333Hz
| 0 - 3
|-
| OMG
| H4-ST-BF20S/FRD
| Cyclic
| 1520µs
| 333Hz
|-
| OMG
| H5-ST-BFX1Q
| Rudder
| 1520µs
| 333Hz
| 0 - 3
|-
| OMG
| H5-ST-BFX1S
| Cyclic
| 1520µs
| 333Hz
|}

== Outrage ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Outrage
| BL 9080
| Cyclic
| 1520µs
| 200Hz
|-
| Outrage
| BL 9088
| Rudder
| 760µs
| 560Hz
| 2 - 5
|-
| Outrage
| BL 9180
| Cyclic
| 1520µs
| 200Hz
|-
| Outrage
| BL 9188
| Rudder
| 760µs
| 560Hz
| 2 - 5
|-
| Outrage
| OS7654T
| Rudder
| 760µs
| 560Hz
| 2 - 5
|}

== RJX ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| RJX
| BLS0521HV
| Cyclic
| 1520µs
| 333Hz
|-
| RJX
| BLS0521THV
| Rudder
| 760μs
| 333Hz
| 0 - 2
|-
| RJX
| FS0390HV
| Cyclic
| 1520µs
| 333Hz
|-
| RJX
| FS0391HV
| Cyclic
| 1520µs
| 333Hz
|-
| RJX
| FS0391THV
| Rudder
| 760μs
| 333Hz
| 0 - 3
|-
| RJX
| FS0435HV
| Cyclic
| 1520µs
| 333Hz
|-
| RJX
| FS0521HV
| Cyclic
| 1520µs
| 333Hz
|-
| RJX
| FS0521THV
| Rudder
| 760μs
| 333Hz
| 0 - 3
|}

== RotorStar ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| RotorStar
| RS-3868MGT
| Rudder
| 1520µs
| 333Hz
| 3 - 7
|-
| RotorStar
| RS-3878MGT
| Cyclic
| 1520µs
| 200Hz
|-
| RotorStar
| RS-550MGC
| Cyclic
| 1520µs
| 200Hz
|-
| RotorStar
| RS-550MGC-HV
| Cyclic
| 1520µs
| 200Hz
|-
| RotorStar
| RS-610MGC-HV
| Cyclic
| 1520µs
| 200Hz
|-
| RotorStar
| RS-715MG-HV
| Rudder
| 1520µs
| 333Hz
| 3 - 7
|}

== Savöx ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Savöx
| SA-1230SG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SA-1231SG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SA-1256TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SA-1257TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SA-1258TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SB-2271SG
| Cyclic
| 1520µs
| 333Hz
|-
| Savöx
| SB-2272MG
| Rudder
| 1520µs
| 333Hz
| 0 - 4
|-
| Savöx
| SB-2282SG
| Cyclic
| 1520µs
| 333Hz
|-
| Savöx
| SB-2283MG
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| Savöx
| SB-2284SG
| Cyclic
| 1520µs
| 333Hz
|-
| Savöx
| SC-0253MG
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SC-0352
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SC-1232SG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1233SG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1251MG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1252MG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1256TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1257TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1258TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SH-0253
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0254
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0255MG
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0257MG
| Cyclic
| 1520µs
| 150Hz
|-
| Savöx
| SH-0257MG
| Rudder
| 1520µs
| 150Hz
| 14 - 20
|-
| Savöx
| SH-0261MG
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0262MG
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0263MG
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0264MG
| Rudder
| 1520µs
| 200Hz
| 8 - 12
|-
| Savöx
| SH-0350
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-1250MG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SH-1257MG
| Rudder
| 1520µs
| 333Hz
| 8 - 15
|-
| Savöx
| SH-1290MG
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| Savöx
| SH-1350
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SH-1357
| Rudder
| 1520µs
| 333Hz
| 8 - 15
|-
| Savöx
| SV-1232MG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SV-1257MG
| Rudder
| 1520µs
| 333Hz
| 5 - 8
|-
| Savöx
| SV-1260MG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SV-1274MG
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
|}

== Spektrum ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Spektrum
| H2060
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H3000
| Cyclic
| 1520µs
| 60Hz
|-
| Spektrum
| H3020
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H3050
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H3060
| Rudder
| 1520µs
| 333Hz
| 0 - 4
|-
| Spektrum
| H5000
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H5010
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H6010
| Cyclic
| 1520µs
| 60Hz
|-
| Spektrum
| H6040
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H6080G
| Rudder
| 1520µs
| 333Hz
| 2 - 6
|-
| Spektrum
| H6160 HV
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H6205 HV
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H6210 HV
| Rudder
| 1520µs
| 333Hz
| 0 - 4
|}

== Turnigy ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Turnigy
| 1266HV
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-213C
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-259BL
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-306G
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-306G-HV
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-313C
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-390DMH
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-505BL
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-505HS
| Rudder
| 760µs
| 560Hz
| 2 - 5
|-
| Turnigy
| TGY-525MG
| Rudder
| 760µs
| 560Hz
| 3 - 6
|-
| Turnigy
| TGY-565MG
| Rudder
| 760µs
| 560Hz
| 3 - 5
|-
| Turnigy
| TGY-589MG
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-605C
| Rudder
| 1520µs
| 333Hz
| 4 - 6
|-
| Turnigy
| TGY-615BL
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-615C
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-616MG
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-625BL
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-625C
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-725MG
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-SM-3473M
| Rudder
| 1520µs
| 333Hz
| 7 - 12
|}

== Xpert-rc ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Xpert-rc
| GS-3302T-HV(R2T)
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| Xpert-rc
| GS-6401-HV(R2)
| Cyclic
| 1520µs
| 333Hz
|-
| Xpert-rc
| HS-3302T-HV(R1T)
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| Xpert-rc
| HS-6401-HV(R1)
| Cyclic
| 1520µs
| 333Hz
|}

== Servokompatibilität ==

Alle Servos solten kompatibel sein, außer in Fällen, in denen das Servo nicht der üblichen elektrischen Ausführung entspricht.
Diese Servos sind mit dem Zeichen <sup>*</sup> gekennzeichnet.

{{Info|[[File:Info.png|18px|]] Diese Servoliste ist nur für Spirit Geräte vorgesehen. Das Kopieren von Daten ist verboten.}}

Translations:Servo list/128/de

2019-02-26T12:33:14Z

Buell47: Created page with "Verwendung"

Verwendung

Servo list/de

2019-02-26T12:33:14Z

Buell47: Created page with "Verwendung"

<languages/>
<p></p>

{{Quote|Bitte stellen Sie die Parameter Ihrer Servos gemäß dieser Tabelle ein. Sollte ein Servo nicht aufgeführt sein, überprüfen Sie bitte das Datenblatt des Servo-Herstellers.}}
<p></p>
{{Info|[[File:Info.png|18px|]] Für eine optimale Leistung des Ruders empfehlen wir, den Parameter Rudder Delay entsprechend der Tabelle einzustellen.}}
<p></p>

== Align ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Align
| BL700H
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| BL750H
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Align
| BL800H
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Align
| BL815H
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| Align
| BL850H
| Rudder
| 1520µs
| 333Hz
| 0 - 3
|-
| Align
| BL855H
| Rudder
| 1520µs
| 333Hz
| 0 - 2
|-
| Align
| DS410
| Cyclic
| 1520µs
| 100Hz
|-
| Align
| DS415M
| Cyclic
| 1520µs
| 150Hz
|-
| Align
| DS416M
| Cyclic
| 1520µs
| 150Hz
|-
| Align
| DS420
| Rudder
| 1520µs
| 333Hz
| 10 - 15
|-
| Align
| DS425M
| Rudder
| 1520µs
| 333Hz
| 8 - 15
|-
| Align
| DS426M
| Rudder
| 1520µs
| 333Hz
| 6 - 8
|-
| Align
| DS430M
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS450
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS450M
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS455
| Rudder
| 1520µs
| 333Hz
| 4 - 8
|-
| Align
| DS455M
| Rudder
| 1520µs
| 333Hz
| 4 - 8
|-
| Align
| DS510
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS515M
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS520
| Rudder
| 1520µs
| 333Hz
| 10 - 15
|-
| Align
| DS525M
| Rudder
| 1520µs
| 333Hz
| 8 - 12
|-
| Align
| DS530
| Cyclic
| 1520µs
| 333Hz
|-
| Align
| DS530M
| Cyclic
| 1520µs
| 333Hz
|-
| Align
| DS535
| Cyclic
| 1520µs
| 333Hz
|-
| Align
| DS535
| Rudder
| 1520µs
| 333Hz
| 2 - 6
|-
| Align
| DS535M
| Cyclic
| 1520µs
| 333Hz
|-
| Align
| DS535M
| Rudder
| 1520µs
| 333Hz
| 2 - 6
|-
| Align
| DS610
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS615
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS615S
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS620
| Rudder
| 1520µs
| 333Hz
| 6 - 12
|-
| Align
| DS650
| Rudder
| 1520µs
| 333Hz
| 3 - 6
|-
| Align
| DS655
| Rudder
| 1520µs
| 333Hz
| 3 - 6
|-
| Align
| DS820
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Align
| DS820M
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Align
| DS825
| Rudder
| 1520µs
| 333Hz
| 0 - 2
|-
| Align
| DS825M
| Rudder
| 1520µs
| 333Hz
| 0 - 2
|}

== ALZRC ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequency
! Delay
|-
| ALZRC
| DS452MG
| Cyclic
| 1520µs
| 200Hz
|-
| ALZRC
| DS501MG
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|}

== BK Servo ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| BK Servo
| BLS-8001HV
| Cyclic
| 1520µs
| 333Hz
|-
| BK Servo
| BLS-8002HV
| Cyclic
| 1520µs
| 333Hz
|-
| BK Servo
| BLS-8005HV
| Rudder
| 760µs
| 333Hz
| 0 - 2
|-
| BK Servo
| DS-3001HV
| Cyclic
| 1520µs
| 333Hz
|-
| BK Servo
| DS-3005HV
| Rudder
| 760µs
| 333Hz
| 2 - 5
|-
| BK Servo
| DS-5001HV
| Cyclic
| 1520µs
| 333Hz
|-
| <sup>*</sup>BK Servo
| DS-5005HV
| Rudder
| 760µs
| 333Hz
| 0 - 3
|-
| BK Servo
| DS-7001HV
| Cyclic
| 1520µs
| 333Hz
|-
| BK Servo
| DS-7002HV
| Cyclic
| 1520µs
| 333Hz
|-
| BK Servo
| DS-7005HV
| Rudder
| 760µs
| 333Hz
| 0 - 3
|-
| BK Servo
| DS-7006HV
| Rudder
| 760µs
| 333Hz
| 0 - 3
|}

== E-flite ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| E-flite
| EFLRDS76
| Cyclic
| 1520µs
| 200Hz
|-
| E-flite
| EFLRDS76T
| Rudder
| 1520µs
| 333Hz
| 4 - 6
|-
| E-flite
| EFLRDS76TJ
| Rudder
| 1520µs
| 333Hz
| 4 - 6
|}

== Futaba ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Futaba
| BLS153
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS173SV
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS251
| Rudder
| 760µs
| 560Hz
| 0
|-
| Futaba
| BLS252
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS253
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS254
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS255HV
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS256HV
| Rudder
| 760µs
| 560Hz
| 0
|-
| Futaba
| BLS257
| Rudder
| 1520µs
| 333Hz
| 0
|-
| Futaba
| BLS272SV
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS273SV
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS275SV
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS276SV
| Rudder
| 760µs
| 333Hz
| 0
|-
| Futaba
| BLS351
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS451
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS452
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS551
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS651
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S3115
| Cyclic
| 1520µs
| 60Hz
|-
| Futaba
| S3116
| Cyclic
| 1520µs
| 60Hz
|-
| Futaba
| S3151
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S3152
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S3156
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S3156
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S3157
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9251
| Rudder
| 760µs
| 560Hz
| 5 - 10
|-
| Futaba
| S9252
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9253
| Rudder
| 1520µs
| 333Hz
| 6 - 12
|-
| Futaba
| S9254
| Rudder
| 1520µs
| 333Hz
| 5 - 8
|-
| Futaba
| S9255
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9256
| Rudder
| 760µs
| 560Hz
| 3 - 6
|-
| Futaba
| S9257
| Rudder
| 1520µs
| 333Hz
| 5 - 10
|-
| Futaba
| S9451
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9452
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9551
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9650
| Cyclic
| 1520µs
| 200Hz
|}

== Graupner ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Graupner
| BS 9500G
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Graupner
| C 231
| Cyclic
| 1520µs
| 50Hz
|-
| Graupner
| C 261
| Cyclic
| 1520µs
| 50Hz
|-
| Graupner
| C 4041
| Cyclic
| 1520µs
| 60Hz
|-
| Graupner
| C 4421
| Cyclic
| 1520µs
| 60Hz
|-
| Graupner
| C 4621
| Cyclic
| 1520µs
| 60Hz
|-
| Graupner
| C 4821
| Cyclic
| 1520µs
| 60Hz
|-
| Graupner
| C 4835
| Cyclic
| 1520µs
| 60Hz
|-
| Graupner
| DS 368 MG
| Cyclic
| 1520µs
| 200Hz
|-
| Graupner
| DS3781
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| Graupner
| DS 8077 BB
| Cyclic
| 1520µs
| 200Hz
|-
| Graupner
| DS 8700 G
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Graupner
| HBM 660
| Cyclic
| 1520µs
| 200Hz
|-
| Graupner
| HBM 690
| Cyclic
| 1520µs
| 200Hz
|-
| Graupner
| HBS 660 BB
| Cyclic
| 1520µs
| 200Hz
|-
| Graupner
| HBS 770 BB
| Rudder
| 1520µs
| 333Hz
| 0 - 3
|-
| Graupner
| HBS 870 BB
| Cyclic
| 1520µs
| 200Hz
|}

== Hitec ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Hitec
| D-940TW
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| D-945TW
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-5055MG
| Cyclic
| 1520µs
| 100Hz
|-
| Hitec
| HS-5065MG
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-5245MG
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-5925MG
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-65HB
| Cyclic
| 1520µs
| 60Hz
|-
| Hitec
| HS-65MG
| Cyclic
| 1520µs
| 60Hz
|-
| Hitec
| HS-6965HB
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-6975HB
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-7940TH
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-82MG
| Cyclic
| 1520µs
| 60Hz
|-
| Hitec
| HS-8360TH
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-M7990TH
| Cyclic
| 1520µs
| 333Hz
|-
| Hitec
| HSG-5083MG
| Rudder
| 960µs
| 333Hz
| 3 - 6
|-
| Hitec
| HSG-5084MG
| Rudder
| 1520µs
| 333Hz
| 5 - 10
|-
| Hitec
| HSG-8315BH
| Rudder
| 760µs
| 560Hz
| 0 - 5
|-
| Hitec
| HSG-8330SH
| Cyclic
| 1520µs
| 333Hz
|}

== JR Propo ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| JR Propo
| DS285MG
| Cyclic
| 1520µs
| 60Hz
|-
| JR Propo
| DS285MGHV
| Cyclic
| 1520µs
| 60Hz
|-
| JR Propo
| DS287MG
| Cyclic
| 1520µs
| 60Hz
|-
| JR Propo
| DS287MGHV
| Cyclic
| 1520µs
| 60Hz
|-
| JR Propo
| DS290G
| Rudder
| 1520µs
| 200Hz
| 6 - 12
|-
| JR Propo
| DS3500G
| Rudder
| 1520µs
| 333Hz
| 5 - 10
|-
| JR Propo
| DS3517MG
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| DS3717HV
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| DS8717
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| DS8717HV
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| DS8900G
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| JR Propo
| DS8915
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| DS8917HV
| Rudder
| 1520µs
| 333Hz
| 4 - 6
|-
| JR Propo
| ELG01
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| JR Propo
| ELS01
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| FBL-DS01
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| FBL-DS11
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| FBL-DS21
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| FBL-SWS01
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| MP80G
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| JR Propo
| MP80S
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| MP80T
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| MP82G WV
| Rudder
| 1520µs
| 333Hz
| 4 - 6
|-
| JR Propo
| NX8925
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| NXB89G
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| JR Propo
| NXB8925
| Cyclic
| 1520µs
| 333Hz
|-
| JR Propo
| SLS01
| Cyclic
| 1520µs
| 200Hz
|}

== JX ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| JX
| BLS-6007MG
| Cyclic
| 1520μs
| 333Hz
|-
| JX
| BLS6508HV
| Rudder
| 1520μs
| 333Hz
| 2 - 6
|-
| JX
| BLS6520HV
| Cyclic
| 1520μs
| 200Hz
|-
| JX
| BLS-HV6105MG
| Rudder
| 1520μs
| 333Hz
| 0 - 5
|-
| JX
| BLS-HV7006MG
| Rudder
| 760μs
| 560hz
| 0 - 5
|-
| JX
| BLS-7007MG
| Rudder
| 760μs
| 560hz
| 0 - 7
|}

== KST ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| KST
| BLS359
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| BLS505
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| BLS505X
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| KST
| BLS705
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| BLS805X
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| KST
| BLS815
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| BLS825
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| BLS905X
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| KST
| BLS915
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS113MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS115MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS215MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS515MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS525MG
| Rudder
| 760µs
| 333Hz
| 2 - 5
|-
| KST
| DS565X
| Rudder
| 760µs
| 333Hz
| 2 - 5
|-
| KST
| DS589MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS715MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS725MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| MS1035
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| KST
| MS2208
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| MS565
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| KST
| MS589
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| MS665
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| KST
| MS725
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| MS805
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| KST
| MS815
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| X20-1035
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| KST
| X20-2208
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| X20-3012
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| X20-9650
| Cyclic
| 1520µs
| 333Hz
|}

== Logictech ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Logictech
| LTS-3100G
| Rudder
| 960µs
| 333Hz
| 5 - 10
|-
| Logictech
| LTS-6100G
| Rudder
| 960µs
| 333Hz
| 5 - 10
|}

== Lynx ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Lynx
| DS-895-HV
| Cyclic
| 1520µs
| 200Hz
|}

== MKS ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| MKS
| BLS950
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| BLS970
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| BLS980
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| MKS
| BLS990
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| MKS
| DS1210
| Cyclic
| 1520µs
| 100Hz
|-
| MKS
| DS660A+
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| DS670
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| DS760
| Rudder
| 760µs
| 560Hz
| 0 - 2
|-
| MKS
| DS8910
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| MKS
| DS8910A+
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| MKS
| DS92
| Cyclic
| 1520µs
| 150Hz
|-
| MKS
| DS92A+
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| DS93
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| DS95
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| DS95i
| Rudder
| 760µs
| 560Hz
| 0 - 2
|-
| MKS
| DS9660
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| DS9660A+
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| DS9670
| Rudder
| 1520µs
| 333Hz
| 3 - 7
|-
| MKS
| DS9670A+
| Rudder
| 1520µs
| 333Hz
| 3 - 6
|-
| MKS
| DS9670A+
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL575
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL599
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL665
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL669
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| MKS
| HBL850
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL860
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL880
| Rudder
| 760µs
| 560Hz
|-
| MKS
| HBL950
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL980
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| MKS
| HBL990
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| MKS
| HV300
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| HV380
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HV737
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HV747
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HV767
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| HV787
| Rudder
| 1520µs
| 333Hz
| 0 - 4
|-
| MKS
| HV9767
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HV9780
| Rudder
| 760µs
| 560Hz
| 0 - 5
|}

== OMG ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| OMG
| H1-MR-CF20Q
| Rudder
| 1520µs
| 333Hz
| 0 - 4
|-
| OMG
| H1-MR-CF30S
| Cyclic
| 1520µs
| 333Hz
|-
| OMG
| H2-MI-BF11S
| Cyclic
| 1520µs
| 333Hz
|-
| OMG
| H2-MI-BF55Q
| Rudder
| 1520µs
| 333Hz
| 0 - 3
|-
| OMG
| H3-ST-BF20S
| Cyclic
| 1520µs
| 333Hz
|-
| OMG
| H4-ST-BF07Q/FBK
| Rudder
| 1520µs
| 333Hz
| 0 - 3
|-
| OMG
| H4-ST-BF20S/FRD
| Cyclic
| 1520µs
| 333Hz
|-
| OMG
| H5-ST-BFX1Q
| Rudder
| 1520µs
| 333Hz
| 0 - 3
|-
| OMG
| H5-ST-BFX1S
| Cyclic
| 1520µs
| 333Hz
|}

== Outrage ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Outrage
| BL 9080
| Cyclic
| 1520µs
| 200Hz
|-
| Outrage
| BL 9088
| Rudder
| 760µs
| 560Hz
| 2 - 5
|-
| Outrage
| BL 9180
| Cyclic
| 1520µs
| 200Hz
|-
| Outrage
| BL 9188
| Rudder
| 760µs
| 560Hz
| 2 - 5
|-
| Outrage
| OS7654T
| Rudder
| 760µs
| 560Hz
| 2 - 5
|}

== RJX ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| RJX
| BLS0521HV
| Cyclic
| 1520µs
| 333Hz
|-
| RJX
| BLS0521THV
| Rudder
| 760μs
| 333Hz
| 0 - 2
|-
| RJX
| FS0390HV
| Cyclic
| 1520µs
| 333Hz
|-
| RJX
| FS0391HV
| Cyclic
| 1520µs
| 333Hz
|-
| RJX
| FS0391THV
| Rudder
| 760μs
| 333Hz
| 0 - 3
|-
| RJX
| FS0435HV
| Cyclic
| 1520µs
| 333Hz
|-
| RJX
| FS0521HV
| Cyclic
| 1520µs
| 333Hz
|-
| RJX
| FS0521THV
| Rudder
| 760μs
| 333Hz
| 0 - 3
|}

== RotorStar ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| RotorStar
| RS-3868MGT
| Rudder
| 1520µs
| 333Hz
| 3 - 7
|-
| RotorStar
| RS-3878MGT
| Cyclic
| 1520µs
| 200Hz
|-
| RotorStar
| RS-550MGC
| Cyclic
| 1520µs
| 200Hz
|-
| RotorStar
| RS-550MGC-HV
| Cyclic
| 1520µs
| 200Hz
|-
| RotorStar
| RS-610MGC-HV
| Cyclic
| 1520µs
| 200Hz
|-
| RotorStar
| RS-715MG-HV
| Rudder
| 1520µs
| 333Hz
| 3 - 7
|}

== Savöx ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Savöx
| SA-1230SG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SA-1231SG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SA-1256TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SA-1257TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SA-1258TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SB-2271SG
| Cyclic
| 1520µs
| 333Hz
|-
| Savöx
| SB-2272MG
| Rudder
| 1520µs
| 333Hz
| 0 - 4
|-
| Savöx
| SB-2282SG
| Cyclic
| 1520µs
| 333Hz
|-
| Savöx
| SB-2283MG
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| Savöx
| SB-2284SG
| Cyclic
| 1520µs
| 333Hz
|-
| Savöx
| SC-0253MG
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SC-0352
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SC-1232SG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1233SG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1251MG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1252MG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1256TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1257TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1258TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SH-0253
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0254
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0255MG
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0257MG
| Cyclic
| 1520µs
| 150Hz
|-
| Savöx
| SH-0257MG
| Rudder
| 1520µs
| 150Hz
| 14 - 20
|-
| Savöx
| SH-0261MG
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0262MG
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0263MG
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0264MG
| Rudder
| 1520µs
| 200Hz
| 8 - 12
|-
| Savöx
| SH-0350
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-1250MG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SH-1257MG
| Rudder
| 1520µs
| 333Hz
| 8 - 15
|-
| Savöx
| SH-1290MG
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| Savöx
| SH-1350
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SH-1357
| Rudder
| 1520µs
| 333Hz
| 8 - 15
|-
| Savöx
| SV-1232MG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SV-1257MG
| Rudder
| 1520µs
| 333Hz
| 5 - 8
|-
| Savöx
| SV-1260MG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SV-1274MG
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
|}

== Spektrum ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Spektrum
| H2060
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H3000
| Cyclic
| 1520µs
| 60Hz
|-
| Spektrum
| H3020
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H3050
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H3060
| Rudder
| 1520µs
| 333Hz
| 0 - 4
|-
| Spektrum
| H5000
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H5010
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H6010
| Cyclic
| 1520µs
| 60Hz
|-
| Spektrum
| H6040
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H6080G
| Rudder
| 1520µs
| 333Hz
| 2 - 6
|-
| Spektrum
| H6160 HV
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H6205 HV
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H6210 HV
| Rudder
| 1520µs
| 333Hz
| 0 - 4
|}

== Turnigy ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Turnigy
| 1266HV
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-213C
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-259BL
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-306G
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-306G-HV
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-313C
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-390DMH
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-505BL
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-505HS
| Rudder
| 760µs
| 560Hz
| 2 - 5
|-
| Turnigy
| TGY-525MG
| Rudder
| 760µs
| 560Hz
| 3 - 6
|-
| Turnigy
| TGY-565MG
| Rudder
| 760µs
| 560Hz
| 3 - 5
|-
| Turnigy
| TGY-589MG
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-605C
| Rudder
| 1520µs
| 333Hz
| 4 - 6
|-
| Turnigy
| TGY-615BL
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-615C
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-616MG
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-625BL
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-625C
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-725MG
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-SM-3473M
| Rudder
| 1520µs
| 333Hz
| 7 - 12
|}

== Xpert-rc ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Xpert-rc
| GS-3302T-HV(R2T)
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| Xpert-rc
| GS-6401-HV(R2)
| Cyclic
| 1520µs
| 333Hz
|-
| Xpert-rc
| HS-3302T-HV(R1T)
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| Xpert-rc
| HS-6401-HV(R1)
| Cyclic
| 1520µs
| 333Hz
|}

== Servokompatibilität ==

Alle Servos solten kompatibel sein, außer in Fällen, in denen das Servo nicht der üblichen elektrischen Ausführung entspricht.
Diese Servos sind mit dem Zeichen <sup>*</sup> gekennzeichnet.

{{Info|[[File:Info.png|18px|]] Diese Servoliste ist nur für Spirit Geräte vorgesehen. Das Kopieren von Daten ist verboten.}}

Servo list/de

2019-02-26T12:32:54Z

Buell47: Created page with "Modell"

<languages/>
<p></p>

{{Quote|Bitte stellen Sie die Parameter Ihrer Servos gemäß dieser Tabelle ein. Sollte ein Servo nicht aufgeführt sein, überprüfen Sie bitte das Datenblatt des Servo-Herstellers.}}
<p></p>
{{Info|[[File:Info.png|18px|]] Für eine optimale Leistung des Ruders empfehlen wir, den Parameter Rudder Delay entsprechend der Tabelle einzustellen.}}
<p></p>

== Align ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Align
| BL700H
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| BL750H
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Align
| BL800H
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Align
| BL815H
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| Align
| BL850H
| Rudder
| 1520µs
| 333Hz
| 0 - 3
|-
| Align
| BL855H
| Rudder
| 1520µs
| 333Hz
| 0 - 2
|-
| Align
| DS410
| Cyclic
| 1520µs
| 100Hz
|-
| Align
| DS415M
| Cyclic
| 1520µs
| 150Hz
|-
| Align
| DS416M
| Cyclic
| 1520µs
| 150Hz
|-
| Align
| DS420
| Rudder
| 1520µs
| 333Hz
| 10 - 15
|-
| Align
| DS425M
| Rudder
| 1520µs
| 333Hz
| 8 - 15
|-
| Align
| DS426M
| Rudder
| 1520µs
| 333Hz
| 6 - 8
|-
| Align
| DS430M
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS450
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS450M
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS455
| Rudder
| 1520µs
| 333Hz
| 4 - 8
|-
| Align
| DS455M
| Rudder
| 1520µs
| 333Hz
| 4 - 8
|-
| Align
| DS510
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS515M
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS520
| Rudder
| 1520µs
| 333Hz
| 10 - 15
|-
| Align
| DS525M
| Rudder
| 1520µs
| 333Hz
| 8 - 12
|-
| Align
| DS530
| Cyclic
| 1520µs
| 333Hz
|-
| Align
| DS530M
| Cyclic
| 1520µs
| 333Hz
|-
| Align
| DS535
| Cyclic
| 1520µs
| 333Hz
|-
| Align
| DS535
| Rudder
| 1520µs
| 333Hz
| 2 - 6
|-
| Align
| DS535M
| Cyclic
| 1520µs
| 333Hz
|-
| Align
| DS535M
| Rudder
| 1520µs
| 333Hz
| 2 - 6
|-
| Align
| DS610
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS615
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS615S
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS620
| Rudder
| 1520µs
| 333Hz
| 6 - 12
|-
| Align
| DS650
| Rudder
| 1520µs
| 333Hz
| 3 - 6
|-
| Align
| DS655
| Rudder
| 1520µs
| 333Hz
| 3 - 6
|-
| Align
| DS820
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Align
| DS820M
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Align
| DS825
| Rudder
| 1520µs
| 333Hz
| 0 - 2
|-
| Align
| DS825M
| Rudder
| 1520µs
| 333Hz
| 0 - 2
|}

== ALZRC ==
{| class="servolist"
! Hersteller
! Modell
! Usage
! Pulse
! Frequency
! Delay
|-
| ALZRC
| DS452MG
| Cyclic
| 1520µs
| 200Hz
|-
| ALZRC
| DS501MG
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|}

== BK Servo ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| BK Servo
| BLS-8001HV
| Cyclic
| 1520µs
| 333Hz
|-
| BK Servo
| BLS-8002HV
| Cyclic
| 1520µs
| 333Hz
|-
| BK Servo
| BLS-8005HV
| Rudder
| 760µs
| 333Hz
| 0 - 2
|-
| BK Servo
| DS-3001HV
| Cyclic
| 1520µs
| 333Hz
|-
| BK Servo
| DS-3005HV
| Rudder
| 760µs
| 333Hz
| 2 - 5
|-
| BK Servo
| DS-5001HV
| Cyclic
| 1520µs
| 333Hz
|-
| <sup>*</sup>BK Servo
| DS-5005HV
| Rudder
| 760µs
| 333Hz
| 0 - 3
|-
| BK Servo
| DS-7001HV
| Cyclic
| 1520µs
| 333Hz
|-
| BK Servo
| DS-7002HV
| Cyclic
| 1520µs
| 333Hz
|-
| BK Servo
| DS-7005HV
| Rudder
| 760µs
| 333Hz
| 0 - 3
|-
| BK Servo
| DS-7006HV
| Rudder
| 760µs
| 333Hz
| 0 - 3
|}

== E-flite ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| E-flite
| EFLRDS76
| Cyclic
| 1520µs
| 200Hz
|-
| E-flite
| EFLRDS76T
| Rudder
| 1520µs
| 333Hz
| 4 - 6
|-
| E-flite
| EFLRDS76TJ
| Rudder
| 1520µs
| 333Hz
| 4 - 6
|}

== Futaba ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Futaba
| BLS153
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS173SV
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS251
| Rudder
| 760µs
| 560Hz
| 0
|-
| Futaba
| BLS252
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS253
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS254
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS255HV
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS256HV
| Rudder
| 760µs
| 560Hz
| 0
|-
| Futaba
| BLS257
| Rudder
| 1520µs
| 333Hz
| 0
|-
| Futaba
| BLS272SV
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS273SV
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS275SV
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS276SV
| Rudder
| 760µs
| 333Hz
| 0
|-
| Futaba
| BLS351
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS451
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS452
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS551
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS651
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S3115
| Cyclic
| 1520µs
| 60Hz
|-
| Futaba
| S3116
| Cyclic
| 1520µs
| 60Hz
|-
| Futaba
| S3151
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S3152
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S3156
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S3156
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S3157
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9251
| Rudder
| 760µs
| 560Hz
| 5 - 10
|-
| Futaba
| S9252
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9253
| Rudder
| 1520µs
| 333Hz
| 6 - 12
|-
| Futaba
| S9254
| Rudder
| 1520µs
| 333Hz
| 5 - 8
|-
| Futaba
| S9255
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9256
| Rudder
| 760µs
| 560Hz
| 3 - 6
|-
| Futaba
| S9257
| Rudder
| 1520µs
| 333Hz
| 5 - 10
|-
| Futaba
| S9451
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9452
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9551
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9650
| Cyclic
| 1520µs
| 200Hz
|}

== Graupner ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Graupner
| BS 9500G
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Graupner
| C 231
| Cyclic
| 1520µs
| 50Hz
|-
| Graupner
| C 261
| Cyclic
| 1520µs
| 50Hz
|-
| Graupner
| C 4041
| Cyclic
| 1520µs
| 60Hz
|-
| Graupner
| C 4421
| Cyclic
| 1520µs
| 60Hz
|-
| Graupner
| C 4621
| Cyclic
| 1520µs
| 60Hz
|-
| Graupner
| C 4821
| Cyclic
| 1520µs
| 60Hz
|-
| Graupner
| C 4835
| Cyclic
| 1520µs
| 60Hz
|-
| Graupner
| DS 368 MG
| Cyclic
| 1520µs
| 200Hz
|-
| Graupner
| DS3781
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| Graupner
| DS 8077 BB
| Cyclic
| 1520µs
| 200Hz
|-
| Graupner
| DS 8700 G
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Graupner
| HBM 660
| Cyclic
| 1520µs
| 200Hz
|-
| Graupner
| HBM 690
| Cyclic
| 1520µs
| 200Hz
|-
| Graupner
| HBS 660 BB
| Cyclic
| 1520µs
| 200Hz
|-
| Graupner
| HBS 770 BB
| Rudder
| 1520µs
| 333Hz
| 0 - 3
|-
| Graupner
| HBS 870 BB
| Cyclic
| 1520µs
| 200Hz
|}

== Hitec ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Hitec
| D-940TW
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| D-945TW
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-5055MG
| Cyclic
| 1520µs
| 100Hz
|-
| Hitec
| HS-5065MG
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-5245MG
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-5925MG
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-65HB
| Cyclic
| 1520µs
| 60Hz
|-
| Hitec
| HS-65MG
| Cyclic
| 1520µs
| 60Hz
|-
| Hitec
| HS-6965HB
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-6975HB
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-7940TH
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-82MG
| Cyclic
| 1520µs
| 60Hz
|-
| Hitec
| HS-8360TH
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-M7990TH
| Cyclic
| 1520µs
| 333Hz
|-
| Hitec
| HSG-5083MG
| Rudder
| 960µs
| 333Hz
| 3 - 6
|-
| Hitec
| HSG-5084MG
| Rudder
| 1520µs
| 333Hz
| 5 - 10
|-
| Hitec
| HSG-8315BH
| Rudder
| 760µs
| 560Hz
| 0 - 5
|-
| Hitec
| HSG-8330SH
| Cyclic
| 1520µs
| 333Hz
|}

== JR Propo ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| JR Propo
| DS285MG
| Cyclic
| 1520µs
| 60Hz
|-
| JR Propo
| DS285MGHV
| Cyclic
| 1520µs
| 60Hz
|-
| JR Propo
| DS287MG
| Cyclic
| 1520µs
| 60Hz
|-
| JR Propo
| DS287MGHV
| Cyclic
| 1520µs
| 60Hz
|-
| JR Propo
| DS290G
| Rudder
| 1520µs
| 200Hz
| 6 - 12
|-
| JR Propo
| DS3500G
| Rudder
| 1520µs
| 333Hz
| 5 - 10
|-
| JR Propo
| DS3517MG
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| DS3717HV
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| DS8717
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| DS8717HV
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| DS8900G
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| JR Propo
| DS8915
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| DS8917HV
| Rudder
| 1520µs
| 333Hz
| 4 - 6
|-
| JR Propo
| ELG01
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| JR Propo
| ELS01
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| FBL-DS01
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| FBL-DS11
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| FBL-DS21
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| FBL-SWS01
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| MP80G
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| JR Propo
| MP80S
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| MP80T
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| MP82G WV
| Rudder
| 1520µs
| 333Hz
| 4 - 6
|-
| JR Propo
| NX8925
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| NXB89G
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| JR Propo
| NXB8925
| Cyclic
| 1520µs
| 333Hz
|-
| JR Propo
| SLS01
| Cyclic
| 1520µs
| 200Hz
|}

== JX ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| JX
| BLS-6007MG
| Cyclic
| 1520μs
| 333Hz
|-
| JX
| BLS6508HV
| Rudder
| 1520μs
| 333Hz
| 2 - 6
|-
| JX
| BLS6520HV
| Cyclic
| 1520μs
| 200Hz
|-
| JX
| BLS-HV6105MG
| Rudder
| 1520μs
| 333Hz
| 0 - 5
|-
| JX
| BLS-HV7006MG
| Rudder
| 760μs
| 560hz
| 0 - 5
|-
| JX
| BLS-7007MG
| Rudder
| 760μs
| 560hz
| 0 - 7
|}

== KST ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| KST
| BLS359
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| BLS505
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| BLS505X
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| KST
| BLS705
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| BLS805X
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| KST
| BLS815
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| BLS825
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| BLS905X
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| KST
| BLS915
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS113MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS115MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS215MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS515MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS525MG
| Rudder
| 760µs
| 333Hz
| 2 - 5
|-
| KST
| DS565X
| Rudder
| 760µs
| 333Hz
| 2 - 5
|-
| KST
| DS589MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS715MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS725MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| MS1035
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| KST
| MS2208
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| MS565
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| KST
| MS589
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| MS665
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| KST
| MS725
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| MS805
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| KST
| MS815
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| X20-1035
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| KST
| X20-2208
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| X20-3012
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| X20-9650
| Cyclic
| 1520µs
| 333Hz
|}

== Logictech ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Logictech
| LTS-3100G
| Rudder
| 960µs
| 333Hz
| 5 - 10
|-
| Logictech
| LTS-6100G
| Rudder
| 960µs
| 333Hz
| 5 - 10
|}

== Lynx ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Lynx
| DS-895-HV
| Cyclic
| 1520µs
| 200Hz
|}

== MKS ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| MKS
| BLS950
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| BLS970
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| BLS980
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| MKS
| BLS990
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| MKS
| DS1210
| Cyclic
| 1520µs
| 100Hz
|-
| MKS
| DS660A+
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| DS670
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| DS760
| Rudder
| 760µs
| 560Hz
| 0 - 2
|-
| MKS
| DS8910
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| MKS
| DS8910A+
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| MKS
| DS92
| Cyclic
| 1520µs
| 150Hz
|-
| MKS
| DS92A+
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| DS93
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| DS95
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| DS95i
| Rudder
| 760µs
| 560Hz
| 0 - 2
|-
| MKS
| DS9660
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| DS9660A+
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| DS9670
| Rudder
| 1520µs
| 333Hz
| 3 - 7
|-
| MKS
| DS9670A+
| Rudder
| 1520µs
| 333Hz
| 3 - 6
|-
| MKS
| DS9670A+
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL575
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL599
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL665
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL669
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| MKS
| HBL850
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL860
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL880
| Rudder
| 760µs
| 560Hz
|-
| MKS
| HBL950
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL980
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| MKS
| HBL990
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| MKS
| HV300
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| HV380
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HV737
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HV747
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HV767
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| HV787
| Rudder
| 1520µs
| 333Hz
| 0 - 4
|-
| MKS
| HV9767
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HV9780
| Rudder
| 760µs
| 560Hz
| 0 - 5
|}

== OMG ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| OMG
| H1-MR-CF20Q
| Rudder
| 1520µs
| 333Hz
| 0 - 4
|-
| OMG
| H1-MR-CF30S
| Cyclic
| 1520µs
| 333Hz
|-
| OMG
| H2-MI-BF11S
| Cyclic
| 1520µs
| 333Hz
|-
| OMG
| H2-MI-BF55Q
| Rudder
| 1520µs
| 333Hz
| 0 - 3
|-
| OMG
| H3-ST-BF20S
| Cyclic
| 1520µs
| 333Hz
|-
| OMG
| H4-ST-BF07Q/FBK
| Rudder
| 1520µs
| 333Hz
| 0 - 3
|-
| OMG
| H4-ST-BF20S/FRD
| Cyclic
| 1520µs
| 333Hz
|-
| OMG
| H5-ST-BFX1Q
| Rudder
| 1520µs
| 333Hz
| 0 - 3
|-
| OMG
| H5-ST-BFX1S
| Cyclic
| 1520µs
| 333Hz
|}

== Outrage ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Outrage
| BL 9080
| Cyclic
| 1520µs
| 200Hz
|-
| Outrage
| BL 9088
| Rudder
| 760µs
| 560Hz
| 2 - 5
|-
| Outrage
| BL 9180
| Cyclic
| 1520µs
| 200Hz
|-
| Outrage
| BL 9188
| Rudder
| 760µs
| 560Hz
| 2 - 5
|-
| Outrage
| OS7654T
| Rudder
| 760µs
| 560Hz
| 2 - 5
|}

== RJX ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| RJX
| BLS0521HV
| Cyclic
| 1520µs
| 333Hz
|-
| RJX
| BLS0521THV
| Rudder
| 760μs
| 333Hz
| 0 - 2
|-
| RJX
| FS0390HV
| Cyclic
| 1520µs
| 333Hz
|-
| RJX
| FS0391HV
| Cyclic
| 1520µs
| 333Hz
|-
| RJX
| FS0391THV
| Rudder
| 760μs
| 333Hz
| 0 - 3
|-
| RJX
| FS0435HV
| Cyclic
| 1520µs
| 333Hz
|-
| RJX
| FS0521HV
| Cyclic
| 1520µs
| 333Hz
|-
| RJX
| FS0521THV
| Rudder
| 760μs
| 333Hz
| 0 - 3
|}

== RotorStar ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| RotorStar
| RS-3868MGT
| Rudder
| 1520µs
| 333Hz
| 3 - 7
|-
| RotorStar
| RS-3878MGT
| Cyclic
| 1520µs
| 200Hz
|-
| RotorStar
| RS-550MGC
| Cyclic
| 1520µs
| 200Hz
|-
| RotorStar
| RS-550MGC-HV
| Cyclic
| 1520µs
| 200Hz
|-
| RotorStar
| RS-610MGC-HV
| Cyclic
| 1520µs
| 200Hz
|-
| RotorStar
| RS-715MG-HV
| Rudder
| 1520µs
| 333Hz
| 3 - 7
|}

== Savöx ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Savöx
| SA-1230SG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SA-1231SG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SA-1256TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SA-1257TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SA-1258TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SB-2271SG
| Cyclic
| 1520µs
| 333Hz
|-
| Savöx
| SB-2272MG
| Rudder
| 1520µs
| 333Hz
| 0 - 4
|-
| Savöx
| SB-2282SG
| Cyclic
| 1520µs
| 333Hz
|-
| Savöx
| SB-2283MG
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| Savöx
| SB-2284SG
| Cyclic
| 1520µs
| 333Hz
|-
| Savöx
| SC-0253MG
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SC-0352
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SC-1232SG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1233SG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1251MG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1252MG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1256TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1257TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1258TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SH-0253
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0254
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0255MG
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0257MG
| Cyclic
| 1520µs
| 150Hz
|-
| Savöx
| SH-0257MG
| Rudder
| 1520µs
| 150Hz
| 14 - 20
|-
| Savöx
| SH-0261MG
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0262MG
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0263MG
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0264MG
| Rudder
| 1520µs
| 200Hz
| 8 - 12
|-
| Savöx
| SH-0350
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-1250MG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SH-1257MG
| Rudder
| 1520µs
| 333Hz
| 8 - 15
|-
| Savöx
| SH-1290MG
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| Savöx
| SH-1350
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SH-1357
| Rudder
| 1520µs
| 333Hz
| 8 - 15
|-
| Savöx
| SV-1232MG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SV-1257MG
| Rudder
| 1520µs
| 333Hz
| 5 - 8
|-
| Savöx
| SV-1260MG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SV-1274MG
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
|}

== Spektrum ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Spektrum
| H2060
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H3000
| Cyclic
| 1520µs
| 60Hz
|-
| Spektrum
| H3020
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H3050
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H3060
| Rudder
| 1520µs
| 333Hz
| 0 - 4
|-
| Spektrum
| H5000
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H5010
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H6010
| Cyclic
| 1520µs
| 60Hz
|-
| Spektrum
| H6040
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H6080G
| Rudder
| 1520µs
| 333Hz
| 2 - 6
|-
| Spektrum
| H6160 HV
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H6205 HV
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H6210 HV
| Rudder
| 1520µs
| 333Hz
| 0 - 4
|}

== Turnigy ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Turnigy
| 1266HV
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-213C
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-259BL
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-306G
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-306G-HV
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-313C
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-390DMH
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-505BL
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-505HS
| Rudder
| 760µs
| 560Hz
| 2 - 5
|-
| Turnigy
| TGY-525MG
| Rudder
| 760µs
| 560Hz
| 3 - 6
|-
| Turnigy
| TGY-565MG
| Rudder
| 760µs
| 560Hz
| 3 - 5
|-
| Turnigy
| TGY-589MG
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-605C
| Rudder
| 1520µs
| 333Hz
| 4 - 6
|-
| Turnigy
| TGY-615BL
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-615C
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-616MG
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-625BL
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-625C
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-725MG
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-SM-3473M
| Rudder
| 1520µs
| 333Hz
| 7 - 12
|}

== Xpert-rc ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Xpert-rc
| GS-3302T-HV(R2T)
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| Xpert-rc
| GS-6401-HV(R2)
| Cyclic
| 1520µs
| 333Hz
|-
| Xpert-rc
| HS-3302T-HV(R1T)
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| Xpert-rc
| HS-6401-HV(R1)
| Cyclic
| 1520µs
| 333Hz
|}

== Servokompatibilität ==

Alle Servos solten kompatibel sein, außer in Fällen, in denen das Servo nicht der üblichen elektrischen Ausführung entspricht.
Diese Servos sind mit dem Zeichen <sup>*</sup> gekennzeichnet.

{{Info|[[File:Info.png|18px|]] Diese Servoliste ist nur für Spirit Geräte vorgesehen. Das Kopieren von Daten ist verboten.}}

Translations:Servo list/127/de

2019-02-26T12:32:53Z

Buell47: Created page with "Modell"

Modell

Translations:Servo list/126/de

2019-02-26T12:32:45Z

Buell47: Created page with "Hersteller"

Hersteller

Servo list/de

2019-02-26T12:32:45Z

Buell47: Created page with "Hersteller"

<languages/>
<p></p>

{{Quote|Bitte stellen Sie die Parameter Ihrer Servos gemäß dieser Tabelle ein. Sollte ein Servo nicht aufgeführt sein, überprüfen Sie bitte das Datenblatt des Servo-Herstellers.}}
<p></p>
{{Info|[[File:Info.png|18px|]] Für eine optimale Leistung des Ruders empfehlen wir, den Parameter Rudder Delay entsprechend der Tabelle einzustellen.}}
<p></p>

== Align ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Align
| BL700H
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| BL750H
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Align
| BL800H
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Align
| BL815H
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| Align
| BL850H
| Rudder
| 1520µs
| 333Hz
| 0 - 3
|-
| Align
| BL855H
| Rudder
| 1520µs
| 333Hz
| 0 - 2
|-
| Align
| DS410
| Cyclic
| 1520µs
| 100Hz
|-
| Align
| DS415M
| Cyclic
| 1520µs
| 150Hz
|-
| Align
| DS416M
| Cyclic
| 1520µs
| 150Hz
|-
| Align
| DS420
| Rudder
| 1520µs
| 333Hz
| 10 - 15
|-
| Align
| DS425M
| Rudder
| 1520µs
| 333Hz
| 8 - 15
|-
| Align
| DS426M
| Rudder
| 1520µs
| 333Hz
| 6 - 8
|-
| Align
| DS430M
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS450
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS450M
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS455
| Rudder
| 1520µs
| 333Hz
| 4 - 8
|-
| Align
| DS455M
| Rudder
| 1520µs
| 333Hz
| 4 - 8
|-
| Align
| DS510
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS515M
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS520
| Rudder
| 1520µs
| 333Hz
| 10 - 15
|-
| Align
| DS525M
| Rudder
| 1520µs
| 333Hz
| 8 - 12
|-
| Align
| DS530
| Cyclic
| 1520µs
| 333Hz
|-
| Align
| DS530M
| Cyclic
| 1520µs
| 333Hz
|-
| Align
| DS535
| Cyclic
| 1520µs
| 333Hz
|-
| Align
| DS535
| Rudder
| 1520µs
| 333Hz
| 2 - 6
|-
| Align
| DS535M
| Cyclic
| 1520µs
| 333Hz
|-
| Align
| DS535M
| Rudder
| 1520µs
| 333Hz
| 2 - 6
|-
| Align
| DS610
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS615
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS615S
| Cyclic
| 1520µs
| 200Hz
|-
| Align
| DS620
| Rudder
| 1520µs
| 333Hz
| 6 - 12
|-
| Align
| DS650
| Rudder
| 1520µs
| 333Hz
| 3 - 6
|-
| Align
| DS655
| Rudder
| 1520µs
| 333Hz
| 3 - 6
|-
| Align
| DS820
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Align
| DS820M
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Align
| DS825
| Rudder
| 1520µs
| 333Hz
| 0 - 2
|-
| Align
| DS825M
| Rudder
| 1520µs
| 333Hz
| 0 - 2
|}

== ALZRC ==
{| class="servolist"
! Hersteller
! Model
! Usage
! Pulse
! Frequency
! Delay
|-
| ALZRC
| DS452MG
| Cyclic
| 1520µs
| 200Hz
|-
| ALZRC
| DS501MG
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|}

== BK Servo ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| BK Servo
| BLS-8001HV
| Cyclic
| 1520µs
| 333Hz
|-
| BK Servo
| BLS-8002HV
| Cyclic
| 1520µs
| 333Hz
|-
| BK Servo
| BLS-8005HV
| Rudder
| 760µs
| 333Hz
| 0 - 2
|-
| BK Servo
| DS-3001HV
| Cyclic
| 1520µs
| 333Hz
|-
| BK Servo
| DS-3005HV
| Rudder
| 760µs
| 333Hz
| 2 - 5
|-
| BK Servo
| DS-5001HV
| Cyclic
| 1520µs
| 333Hz
|-
| <sup>*</sup>BK Servo
| DS-5005HV
| Rudder
| 760µs
| 333Hz
| 0 - 3
|-
| BK Servo
| DS-7001HV
| Cyclic
| 1520µs
| 333Hz
|-
| BK Servo
| DS-7002HV
| Cyclic
| 1520µs
| 333Hz
|-
| BK Servo
| DS-7005HV
| Rudder
| 760µs
| 333Hz
| 0 - 3
|-
| BK Servo
| DS-7006HV
| Rudder
| 760µs
| 333Hz
| 0 - 3
|}

== E-flite ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| E-flite
| EFLRDS76
| Cyclic
| 1520µs
| 200Hz
|-
| E-flite
| EFLRDS76T
| Rudder
| 1520µs
| 333Hz
| 4 - 6
|-
| E-flite
| EFLRDS76TJ
| Rudder
| 1520µs
| 333Hz
| 4 - 6
|}

== Futaba ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Futaba
| BLS153
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS173SV
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS251
| Rudder
| 760µs
| 560Hz
| 0
|-
| Futaba
| BLS252
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS253
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS254
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS255HV
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS256HV
| Rudder
| 760µs
| 560Hz
| 0
|-
| Futaba
| BLS257
| Rudder
| 1520µs
| 333Hz
| 0
|-
| Futaba
| BLS272SV
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS273SV
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS275SV
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS276SV
| Rudder
| 760µs
| 333Hz
| 0
|-
| Futaba
| BLS351
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS451
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS452
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS551
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| BLS651
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S3115
| Cyclic
| 1520µs
| 60Hz
|-
| Futaba
| S3116
| Cyclic
| 1520µs
| 60Hz
|-
| Futaba
| S3151
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S3152
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S3156
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S3156
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S3157
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9251
| Rudder
| 760µs
| 560Hz
| 5 - 10
|-
| Futaba
| S9252
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9253
| Rudder
| 1520µs
| 333Hz
| 6 - 12
|-
| Futaba
| S9254
| Rudder
| 1520µs
| 333Hz
| 5 - 8
|-
| Futaba
| S9255
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9256
| Rudder
| 760µs
| 560Hz
| 3 - 6
|-
| Futaba
| S9257
| Rudder
| 1520µs
| 333Hz
| 5 - 10
|-
| Futaba
| S9451
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9452
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9551
| Cyclic
| 1520µs
| 200Hz
|-
| Futaba
| S9650
| Cyclic
| 1520µs
| 200Hz
|}

== Graupner ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Graupner
| BS 9500G
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Graupner
| C 231
| Cyclic
| 1520µs
| 50Hz
|-
| Graupner
| C 261
| Cyclic
| 1520µs
| 50Hz
|-
| Graupner
| C 4041
| Cyclic
| 1520µs
| 60Hz
|-
| Graupner
| C 4421
| Cyclic
| 1520µs
| 60Hz
|-
| Graupner
| C 4621
| Cyclic
| 1520µs
| 60Hz
|-
| Graupner
| C 4821
| Cyclic
| 1520µs
| 60Hz
|-
| Graupner
| C 4835
| Cyclic
| 1520µs
| 60Hz
|-
| Graupner
| DS 368 MG
| Cyclic
| 1520µs
| 200Hz
|-
| Graupner
| DS3781
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| Graupner
| DS 8077 BB
| Cyclic
| 1520µs
| 200Hz
|-
| Graupner
| DS 8700 G
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| Graupner
| HBM 660
| Cyclic
| 1520µs
| 200Hz
|-
| Graupner
| HBM 690
| Cyclic
| 1520µs
| 200Hz
|-
| Graupner
| HBS 660 BB
| Cyclic
| 1520µs
| 200Hz
|-
| Graupner
| HBS 770 BB
| Rudder
| 1520µs
| 333Hz
| 0 - 3
|-
| Graupner
| HBS 870 BB
| Cyclic
| 1520µs
| 200Hz
|}

== Hitec ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Hitec
| D-940TW
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| D-945TW
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-5055MG
| Cyclic
| 1520µs
| 100Hz
|-
| Hitec
| HS-5065MG
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-5245MG
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-5925MG
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-65HB
| Cyclic
| 1520µs
| 60Hz
|-
| Hitec
| HS-65MG
| Cyclic
| 1520µs
| 60Hz
|-
| Hitec
| HS-6965HB
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-6975HB
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-7940TH
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-82MG
| Cyclic
| 1520µs
| 60Hz
|-
| Hitec
| HS-8360TH
| Cyclic
| 1520µs
| 200Hz
|-
| Hitec
| HS-M7990TH
| Cyclic
| 1520µs
| 333Hz
|-
| Hitec
| HSG-5083MG
| Rudder
| 960µs
| 333Hz
| 3 - 6
|-
| Hitec
| HSG-5084MG
| Rudder
| 1520µs
| 333Hz
| 5 - 10
|-
| Hitec
| HSG-8315BH
| Rudder
| 760µs
| 560Hz
| 0 - 5
|-
| Hitec
| HSG-8330SH
| Cyclic
| 1520µs
| 333Hz
|}

== JR Propo ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| JR Propo
| DS285MG
| Cyclic
| 1520µs
| 60Hz
|-
| JR Propo
| DS285MGHV
| Cyclic
| 1520µs
| 60Hz
|-
| JR Propo
| DS287MG
| Cyclic
| 1520µs
| 60Hz
|-
| JR Propo
| DS287MGHV
| Cyclic
| 1520µs
| 60Hz
|-
| JR Propo
| DS290G
| Rudder
| 1520µs
| 200Hz
| 6 - 12
|-
| JR Propo
| DS3500G
| Rudder
| 1520µs
| 333Hz
| 5 - 10
|-
| JR Propo
| DS3517MG
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| DS3717HV
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| DS8717
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| DS8717HV
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| DS8900G
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| JR Propo
| DS8915
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| DS8917HV
| Rudder
| 1520µs
| 333Hz
| 4 - 6
|-
| JR Propo
| ELG01
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| JR Propo
| ELS01
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| FBL-DS01
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| FBL-DS11
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| FBL-DS21
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| FBL-SWS01
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| MP80G
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| JR Propo
| MP80S
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| MP80T
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| MP82G WV
| Rudder
| 1520µs
| 333Hz
| 4 - 6
|-
| JR Propo
| NX8925
| Cyclic
| 1520µs
| 200Hz
|-
| JR Propo
| NXB89G
| Rudder
| 1520µs
| 333Hz
| 0 - 5
|-
| JR Propo
| NXB8925
| Cyclic
| 1520µs
| 333Hz
|-
| JR Propo
| SLS01
| Cyclic
| 1520µs
| 200Hz
|}

== JX ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| JX
| BLS-6007MG
| Cyclic
| 1520μs
| 333Hz
|-
| JX
| BLS6508HV
| Rudder
| 1520μs
| 333Hz
| 2 - 6
|-
| JX
| BLS6520HV
| Cyclic
| 1520μs
| 200Hz
|-
| JX
| BLS-HV6105MG
| Rudder
| 1520μs
| 333Hz
| 0 - 5
|-
| JX
| BLS-HV7006MG
| Rudder
| 760μs
| 560hz
| 0 - 5
|-
| JX
| BLS-7007MG
| Rudder
| 760μs
| 560hz
| 0 - 7
|}

== KST ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| KST
| BLS359
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| BLS505
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| BLS505X
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| KST
| BLS705
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| BLS805X
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| KST
| BLS815
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| BLS825
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| BLS905X
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| KST
| BLS915
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS113MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS115MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS215MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS515MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS525MG
| Rudder
| 760µs
| 333Hz
| 2 - 5
|-
| KST
| DS565X
| Rudder
| 760µs
| 333Hz
| 2 - 5
|-
| KST
| DS589MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS715MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| DS725MG
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| MS1035
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| KST
| MS2208
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| MS565
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| KST
| MS589
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| MS665
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| KST
| MS725
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| MS805
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| KST
| MS815
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| X20-1035
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| KST
| X20-2208
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| X20-3012
| Cyclic
| 1520µs
| 333Hz
|-
| KST
| X20-9650
| Cyclic
| 1520µs
| 333Hz
|}

== Logictech ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Logictech
| LTS-3100G
| Rudder
| 960µs
| 333Hz
| 5 - 10
|-
| Logictech
| LTS-6100G
| Rudder
| 960µs
| 333Hz
| 5 - 10
|}

== Lynx ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Lynx
| DS-895-HV
| Cyclic
| 1520µs
| 200Hz
|}

== MKS ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| MKS
| BLS950
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| BLS970
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| BLS980
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| MKS
| BLS990
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| MKS
| DS1210
| Cyclic
| 1520µs
| 100Hz
|-
| MKS
| DS660A+
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| DS670
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| DS760
| Rudder
| 760µs
| 560Hz
| 0 - 2
|-
| MKS
| DS8910
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| MKS
| DS8910A+
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| MKS
| DS92
| Cyclic
| 1520µs
| 150Hz
|-
| MKS
| DS92A+
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| DS93
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| DS95
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| DS95i
| Rudder
| 760µs
| 560Hz
| 0 - 2
|-
| MKS
| DS9660
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| DS9660A+
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| DS9670
| Rudder
| 1520µs
| 333Hz
| 3 - 7
|-
| MKS
| DS9670A+
| Rudder
| 1520µs
| 333Hz
| 3 - 6
|-
| MKS
| DS9670A+
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL575
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL599
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL665
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL669
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| MKS
| HBL850
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL860
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL880
| Rudder
| 760µs
| 560Hz
|-
| MKS
| HBL950
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HBL980
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| MKS
| HBL990
| Rudder
| 760µs
| 560Hz
| 0 - 3
|-
| MKS
| HV300
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| HV380
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HV737
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HV747
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HV767
| Cyclic
| 1520µs
| 200Hz
|-
| MKS
| HV787
| Rudder
| 1520µs
| 333Hz
| 0 - 4
|-
| MKS
| HV9767
| Cyclic
| 1520µs
| 333Hz
|-
| MKS
| HV9780
| Rudder
| 760µs
| 560Hz
| 0 - 5
|}

== OMG ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| OMG
| H1-MR-CF20Q
| Rudder
| 1520µs
| 333Hz
| 0 - 4
|-
| OMG
| H1-MR-CF30S
| Cyclic
| 1520µs
| 333Hz
|-
| OMG
| H2-MI-BF11S
| Cyclic
| 1520µs
| 333Hz
|-
| OMG
| H2-MI-BF55Q
| Rudder
| 1520µs
| 333Hz
| 0 - 3
|-
| OMG
| H3-ST-BF20S
| Cyclic
| 1520µs
| 333Hz
|-
| OMG
| H4-ST-BF07Q/FBK
| Rudder
| 1520µs
| 333Hz
| 0 - 3
|-
| OMG
| H4-ST-BF20S/FRD
| Cyclic
| 1520µs
| 333Hz
|-
| OMG
| H5-ST-BFX1Q
| Rudder
| 1520µs
| 333Hz
| 0 - 3
|-
| OMG
| H5-ST-BFX1S
| Cyclic
| 1520µs
| 333Hz
|}

== Outrage ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Outrage
| BL 9080
| Cyclic
| 1520µs
| 200Hz
|-
| Outrage
| BL 9088
| Rudder
| 760µs
| 560Hz
| 2 - 5
|-
| Outrage
| BL 9180
| Cyclic
| 1520µs
| 200Hz
|-
| Outrage
| BL 9188
| Rudder
| 760µs
| 560Hz
| 2 - 5
|-
| Outrage
| OS7654T
| Rudder
| 760µs
| 560Hz
| 2 - 5
|}

== RJX ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| RJX
| BLS0521HV
| Cyclic
| 1520µs
| 333Hz
|-
| RJX
| BLS0521THV
| Rudder
| 760μs
| 333Hz
| 0 - 2
|-
| RJX
| FS0390HV
| Cyclic
| 1520µs
| 333Hz
|-
| RJX
| FS0391HV
| Cyclic
| 1520µs
| 333Hz
|-
| RJX
| FS0391THV
| Rudder
| 760μs
| 333Hz
| 0 - 3
|-
| RJX
| FS0435HV
| Cyclic
| 1520µs
| 333Hz
|-
| RJX
| FS0521HV
| Cyclic
| 1520µs
| 333Hz
|-
| RJX
| FS0521THV
| Rudder
| 760μs
| 333Hz
| 0 - 3
|}

== RotorStar ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| RotorStar
| RS-3868MGT
| Rudder
| 1520µs
| 333Hz
| 3 - 7
|-
| RotorStar
| RS-3878MGT
| Cyclic
| 1520µs
| 200Hz
|-
| RotorStar
| RS-550MGC
| Cyclic
| 1520µs
| 200Hz
|-
| RotorStar
| RS-550MGC-HV
| Cyclic
| 1520µs
| 200Hz
|-
| RotorStar
| RS-610MGC-HV
| Cyclic
| 1520µs
| 200Hz
|-
| RotorStar
| RS-715MG-HV
| Rudder
| 1520µs
| 333Hz
| 3 - 7
|}

== Savöx ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Savöx
| SA-1230SG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SA-1231SG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SA-1256TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SA-1257TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SA-1258TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SB-2271SG
| Cyclic
| 1520µs
| 333Hz
|-
| Savöx
| SB-2272MG
| Rudder
| 1520µs
| 333Hz
| 0 - 4
|-
| Savöx
| SB-2282SG
| Cyclic
| 1520µs
| 333Hz
|-
| Savöx
| SB-2283MG
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| Savöx
| SB-2284SG
| Cyclic
| 1520µs
| 333Hz
|-
| Savöx
| SC-0253MG
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SC-0352
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SC-1232SG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1233SG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1251MG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1252MG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1256TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1257TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SC-1258TG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SH-0253
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0254
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0255MG
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0257MG
| Cyclic
| 1520µs
| 150Hz
|-
| Savöx
| SH-0257MG
| Rudder
| 1520µs
| 150Hz
| 14 - 20
|-
| Savöx
| SH-0261MG
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0262MG
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0263MG
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-0264MG
| Rudder
| 1520µs
| 200Hz
| 8 - 12
|-
| Savöx
| SH-0350
| Cyclic
| 1520µs
| 60Hz
|-
| Savöx
| SH-1250MG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SH-1257MG
| Rudder
| 1520µs
| 333Hz
| 8 - 15
|-
| Savöx
| SH-1290MG
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
| Savöx
| SH-1350
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SH-1357
| Rudder
| 1520µs
| 333Hz
| 8 - 15
|-
| Savöx
| SV-1232MG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SV-1257MG
| Rudder
| 1520µs
| 333Hz
| 5 - 8
|-
| Savöx
| SV-1260MG
| Cyclic
| 1520µs
| 200Hz
|-
| Savöx
| SV-1274MG
| Rudder
| 1520µs
| 333Hz
| 2 - 5
|-
|}

== Spektrum ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Spektrum
| H2060
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H3000
| Cyclic
| 1520µs
| 60Hz
|-
| Spektrum
| H3020
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H3050
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H3060
| Rudder
| 1520µs
| 333Hz
| 0 - 4
|-
| Spektrum
| H5000
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H5010
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H6010
| Cyclic
| 1520µs
| 60Hz
|-
| Spektrum
| H6040
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H6080G
| Rudder
| 1520µs
| 333Hz
| 2 - 6
|-
| Spektrum
| H6160 HV
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H6205 HV
| Cyclic
| 1520µs
| 200Hz
|-
| Spektrum
| H6210 HV
| Rudder
| 1520µs
| 333Hz
| 0 - 4
|}

== Turnigy ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Turnigy
| 1266HV
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-213C
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-259BL
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-306G
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-306G-HV
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-313C
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-390DMH
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-505BL
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-505HS
| Rudder
| 760µs
| 560Hz
| 2 - 5
|-
| Turnigy
| TGY-525MG
| Rudder
| 760µs
| 560Hz
| 3 - 6
|-
| Turnigy
| TGY-565MG
| Rudder
| 760µs
| 560Hz
| 3 - 5
|-
| Turnigy
| TGY-589MG
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-605C
| Rudder
| 1520µs
| 333Hz
| 4 - 6
|-
| Turnigy
| TGY-615BL
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-615C
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-616MG
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-625BL
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-625C
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-725MG
| Cyclic
| 1520µs
| 200Hz
|-
| Turnigy
| TGY-SM-3473M
| Rudder
| 1520µs
| 333Hz
| 7 - 12
|}

== Xpert-rc ==
{| class="servolist"
! Hersteller
! Modell
! Verwendung
! Pulse
! Frequenz
! Verzögerung (Delay)
|-
| Xpert-rc
| GS-3302T-HV(R2T)
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| Xpert-rc
| GS-6401-HV(R2)
| Cyclic
| 1520µs
| 333Hz
|-
| Xpert-rc
| HS-3302T-HV(R1T)
| Rudder
| 760µs
| 560Hz
| 0 - 4
|-
| Xpert-rc
| HS-6401-HV(R1)
| Cyclic
| 1520µs
| 333Hz
|}

== Servokompatibilität ==

Alle Servos solten kompatibel sein, außer in Fällen, in denen das Servo nicht der üblichen elektrischen Ausführung entspricht.
Diese Servos sind mit dem Zeichen <sup>*</sup> gekennzeichnet.

{{Info|[[File:Info.png|18px|]] Diese Servoliste ist nur für Spirit Geräte vorgesehen. Das Kopieren von Daten ist verboten.}}

Castle Telemetry/de

2019-02-26T12:31:58Z

Buell47: Created page with "Futaba Telemetrie"

<languages />

Castle Creations ESC hat eine Funktion namens '''Link Live'''. Dies ermöglicht eine bidirektionale Datenübertragung über das Throttle-Kabel.
Um die ESC-Telemetrie zuzulassen, muss diese Funktion zuerst aktiviert werden. Es ist standardmäßig deaktiviert.
Nach der Aktivierung ist es erforderlich, dass ein Gerät, welches die Throttle-Daten sendet (Spirit Unit), auch die Unterstützung für diese Übertragung aktiviert hat.
In anderen Fällen wird das Throttle-Signal ignoriert.

== ESC-Konfiguration ==

Wenn Sie das Castle Link-Interface verwenden, starten Sie bitte die [http://www.castlecreations.com/downloads Castle Link software], um die Konfigurationseinstellungen Ihres ESC zu öffnen.
Dort müssen Sie die Link-Live-Funktion aktivieren.

[[File:castlelink.jpg]]

== Telemetriekabel ==
Um die Telemetriedatenübertragung zu ermöglichen ist das '''Telem CC cable''' erforderlich. Dieses Kabel ist in unserem [http://store.spirit-system.com/en/accessories/36-telemcc-cable.html Eshop] erhältlich.

[[File:telemcc.png|280px]]

'''Für Experten:''' Alternativ können Sie Ihr aktuelles Throttle-Kabel modifizieren, indem Sie einen '''10kOhm''' Widerstand zwischen dem weißen ('''Signal''') und dem roten ('''+''') Kabel hinzufügen. In diesem Fall ist das Telemetriekabel nicht erforderlich.

== Schnittstellen ==

Schließen Sie das Telemetriekabel an den '''AUX(1)'''-Anschluss des Geräts an, an dem Sie normalerweise das Throttle-Kabel des ESC anschließen.
Schließen Sie das Throttle-Kabel an das Ende des Telem CC-Kabels an.

== Spirit Settings ==

=== Throttle Zuordnung ===

Sobald das Kabel angeschlossen ist, ist es unbedingt notwendig, Throttle zuzuweisen (falls noch nicht zugewiesen).

Schalten Sie den Regler ein und starten Sie wie gewohnt die Spirit-Einstellungen.

Gehe zu '''General/Channels''' und ordne '''Throttle''' einen Kanal zu.

[[File:throttle-assign.png|400px]]

=== Telemetrie Aktivierung ===

Als letzten Schritt müssen Sie die ESC-Telemetrie in der Spirit Settings-Software einstellen.

Gehe zu '''Advanced/Telemetry settings''' und stelle die Option '''Castle Creations Phoenix & Talon''' ein.

[[File:esc-telem.png|400px]]

Schließen Sie dann das Fenster und speichern Sie die Einstellungen ''(STRG+S)''. Abschließend trennen Sie die Batterie vom ESC und schließen Sie wieder an.

Von diesem Moment an sollte alles funktionieren.

== Telemetriedaten anzeigen ==

Sie können Telemetriedaten ab sofort direkt in Ihrem Sender anzeigen.

Wie Sie die Daten anzeigen, ist in den Integrationsleitfäden beschrieben:
*[[Jeti_Integration|JETI Duplex]]
*[[OpenTX_Integration|FrSky Taranis & Horus]]
*[[Hott_Integration|Graupner HoTT]]
*[[Spektrum_Integration|Spektrum Integration]]
*[[Futaba Telemetrie|Futaba Telemetry]]

== Unterstützte Modelle ==

{| class="servolist"
!
Modell
!
Batteriespannung
!
Batteriestrom
!
BEC Spannung
!
Verbrauchte Kapazität
!
ESC-Temperatur
!
RPM (Drehzahl)
|-
| Phoenix Edge 50
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
|-
| Phoenix Edge 75
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
|-
| Phoenix Edge 100
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
|-
| Phoenix Edge 130
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
|-
| Phoenix Edge HV 40
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
|-
| Phoenix Edge HV 80
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
|-
| Phoenix Edge HV 120
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
|-
| Phoenix Edge HV 160
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
|-
| Phoenix Edge HVF 160
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
|-
| Phoenix Edge Lite 50
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
|-
| Phoenix Edge Lite 75
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
|-
| Phoenix Edge Lite 100
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
|-
| Phoenix Edge Lite 130
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
|-
| Phoenix Edge Lite HV 40
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
|-
| Phoenix Edge Lite HV 80
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
|-
| Phoenix Edge Lite HV 120
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
|-
| Phoenix Edge Lite HV 160
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
| style="text-align:center;" |✔
|-
| Phoenix Talon 15
| style="text-align:center;" |✔
| style="text-align:center;" |x
| style="text-align:center;" |✔
| style="text-align:center;" |x
| style="text-align:center;" |✔
| style="text-align:center;" |✔
|-
| Phoenix Talon 25
| style="text-align:center;" |✔
| style="text-align:center;" |x
| style="text-align:center;" |✔
| style="text-align:center;" |x
| style="text-align:center;" |✔
| style="text-align:center;" |✔
|-
| Phoenix Talon 35
| style="text-align:center;" |✔
| style="text-align:center;" |x
| style="text-align:center;" |✔
| style="text-align:center;" |x
| style="text-align:center;" |✔
| style="text-align:center;" |✔
|-
| Phoenix Talon 90
| style="text-align:center;" |✔
| style="text-align:center;" |x
| style="text-align:center;" |✔
| style="text-align:center;" |x
| style="text-align:center;" |✔
| style="text-align:center;" |✔
|-
| Phoenix Talon HV 120
| style="text-align:center;" |✔
| style="text-align:center;" |x
| style="text-align:center;" |✔
| style="text-align:center;" |x
| style="text-align:center;" |✔
| style="text-align:center;" |✔
|}
<p></p>
{{Info|[[File:Info.png]] Die verbrauchte Kapazität wird aus dem aktuellen Verbrauch berechnet.}}

Translations:Castle Telemetry/35/de

2019-02-26T12:31:57Z

Buell47: Created page with "Futaba Telemetrie"

Futaba Telemetrie

Translations:Castle Telemetry/34/de

2019-02-26T12:31:48Z

2018-12-07T11:31:25Z

<languages/>
<div id="up"></div>

<div align=center><font size="6">
Einrichtungsanleitung</font></div>
<div align=center><font size="5">
für</font></div>
[[File:F1.jpg|center]]
<div align=center><font size="4">T8FG oder Kompatible</font>
</div>

<br />
<div align=center>
✔Flug-Modi<br />
✔Gyro Gains<br />
✔Normal (Rate) Modus<br />
✔Rettung und Stabilisierung<br />
✔Bankumschaltung<br />
</div>

== Flugmodus-Einrichtung ==

'''Gehe zu MDL → CONDITION'''

Stellen Sie den Flugmodusschalter SE für IDLEUP1 und IDLEUP2 ein.
Vergewissern Sie sich, dass EIN/AUS für IDLEUP1 wie folgt konfiguriert ist:
::::OFF
::::ON
::::OFF

Für IDLEUP2 sollte es wie folgt aussehen:
::::OFF
::::OFF
::::ON

:*IDLEUP3 wird für die Rettungs-/Stabilisierungsmodi verwendet. Zu diesem Zweck werden wir einen speziellen Flugmodus erstellen, der aktiviert wird, wenn der Taster SH gedrückt wird.
::SH-Schalter für IDLEUP3 mit folgendem EIN/AUS konfigurieren:
::::OFF
::::ON

:*Hold kann auf den SF-Schalter mit EIN/AUS-Werten konfiguriert werden:
::::OFF
::::ON

Der Endzustand des Bildschirms nach den Einstellungen:

::[[File:F2.png]]

Überprüfen Sie die Prioritäten auf korrektes Verhalten - Hold hat die höchste Priorität.

{{Quote| '''Denken Sie daran, Gas- und Pitchkurven für die Modi NORMAL, IDLEUP1, IDLEUP2 und IDLEUP3 einzustellen.'''
}}

Konfigurieren Sie für IDLEUP3 eine höhere Drehzahl, wenn Sie den Rettungsmodus verwenden möchten, da nach der Aktivierung auch die Gaskurve geändert wird.

== Gyro Gain setup ==

'''Gehe zu MDL → GYRO'''

Die Gyro-Umschaltung muss durch die konfigurierten Flugmodi erfolgen - separater Gyro-Gain für jeden Modus. Wählen Sie im Menü COND Typ anstelle von SW.

::[[File:F3.png]]

:a) Wählen Sie HOLD und stellen Sie dann TYP GY AVCS mit einer Rate von 60% für den Anfang ein. Das bedeutet, dass der Gyro-Gain +60% beträgt, wenn Hold aktiv ist. Der AVCS-Modus ist der Head Lock Gyro-Modus für Spirit.

:b) Stellen Sie für für den Anfang NORMAL, IDLEUP1 und IDLEUP2 auf TYPE GY AVCS mit einer Rate von 60% ein. Das bedeutet, dass der Gyro-Gain +60% beträgt, wenn diese Flugmodi aktiv sind.

:c) Für IDLEUP3 stellen Sie für den Anfang TYPE GY NORMAL mit RATE 60% ein. Das bedeutet, dass der Gyro-Gain 60% beträgt, wenn SH aktiv ist. Dies aktiviert den normalen (Rate) Gyro-Modus mit Standardeinstellungen im Gerät. Wenn Stabi/Function nicht deaktiviert ist, wird der Spezialmodus mit Head Lock Gyro Modus aktiviert, während Gyro Gain noch konfiguriert werden kann.

:d) Make sure that you will configure Gyro Gain in this menu for each Flight mode according to your RPM.

== Bank Switching setup ==

'''Go to LNK → FUNCTION'''

Set channel 7 AUX1 to SG switch.

::[[File:F4.png]]

:In the settings of the unit go to General/Channels and assign Bank function to Channel 7.
:Bank switching will be performed with SG tristate switch.

::For Bank 0 you can configure for example Rescue (acro).
::For Bank 1 you can configure Stabilisation mode.
::For Bank 2 you can set Disabled so Normal/Rate Gyro mode can be activated.

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|[[#up|↑Up↑]]

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