Difference between revisions of "Stabi mode"

From Aero Manual
Jump to: navigation, search
(Created page with "<languages /> <div id="up"></div> <translate><!--T:1--> In order to enable Rescue or stabilisation modes you have to set ''Stabi/Function'' to a desired option. When ''Disab...")
 
Line 14: Line 14:
  
 
* <translate><!--T:4-->
 
* <translate><!--T:4-->
'''Negative Gyro Gain'''</translate>
+
'''Negative Global Gain'''</translate>
 
* <translate><!--T:5-->
 
* <translate><!--T:5-->
 
'''Separate channel''' ''(NEW)''</translate>
 
'''Separate channel''' ''(NEW)''</translate>
Line 20: Line 20:
 
<p></p>
 
<p></p>
 
== <translate><!--T:6-->
 
== <translate><!--T:6-->
Negative Gyro Gain</translate> ==
+
Negative Global Gain</translate> ==
  
 
<translate><!--T:7-->
 
<translate><!--T:7-->
For normal flying a positive Gyro Gain is used.
+
For normal flying a positive Global Gain is used.
 
To activate function which is selected in the parameter ''Stabi/Function'' it is necessary to set a negative gyro gain.</translate>
 
To activate function which is selected in the parameter ''Stabi/Function'' it is necessary to set a negative gyro gain.</translate>
  
 
{{Info|[[File:Info.png|18px|]] <translate><!--T:8-->
 
{{Info|[[File:Info.png|18px|]] <translate><!--T:8-->
Gyro Gain is still used to set the rudder gyro gain. At the same time, positive or negative value will determine if selected function is inactive or active. So it is important to set the gyro gain properly for both normal flight and selected function. Usually same, but opposite values are fine (for example +60%/-60%)</translate>
+
Global Gain is still used to set the gyro gain for all axes. At the same time, positive or negative value will determine if selected function is inactive or active. So it is important to set the gyro gain properly for both normal flight and selected function. Usually same, but opposite values are fine (for example +40%/-40%)</translate>
 
}}
 
}}
  
 
<translate><!--T:9-->
 
<translate><!--T:9-->
The function is active as long as the Gyro Gain is negative. Then the normal flight is engaged again.
+
The function is active as long as the Global Gain is negative. Then the Head-Lock for all axes is engaged again.
Because unit allow to set the Gyro Gain by your transmitter or directly in the software, you have two options how to do that.</translate>
+
Because unit allow to set the Global Gain by your transmitter or directly in the software, you have two options how to do that.</translate>
  
 
=== <translate><!--T:10-->
 
=== <translate><!--T:10-->
Line 38: Line 38:
  
 
<translate><!--T:11-->
 
<translate><!--T:11-->
This is the common way how pilots are configuring the Gyro Gain. It can be easily programmed for a two-state switch. For the Rescue a momentary switch is the best.
+
This is the common way how pilots are configuring the Global Gain. It can be easily programmed for a two-state switch. For the Rescue a momentary switch is the best.
 
Usually you can find the configuration in the GYRO menu in your transmitter.</translate>
 
Usually you can find the configuration in the GYRO menu in your transmitter.</translate>
 
<translate><!--T:12-->
 
<translate><!--T:12-->
 
For the beginning you can set:</translate>
 
For the beginning you can set:</translate>
 
* <translate><!--T:13-->
 
* <translate><!--T:13-->
Position 0: 50% (normal flight)</translate>
+
Position 0: 40% (flight with Head-Lock enabled)</translate>
 
* <translate><!--T:14-->
 
* <translate><!--T:14-->
Position 1: -50% (selected function)</translate>
+
Position 1: -40% (selected function)</translate>
  
 
<translate><!--T:15-->
 
<translate><!--T:15-->
This will set a moderate Gyro Gain and allow to select which mode will be used anytime during the flight.</translate>
+
This will set a moderate Global Gain and allow to select which mode will be used anytime during the flight.</translate>
  
 
<translate><!--T:16-->
 
<translate><!--T:16-->
Do not forget to set the gains accordingly for your model. Also make sure that the ''Gyro Gain'' function is assigned in the software.</translate>
+
Do not forget to set the gains accordingly for your model. Also make sure that the ''Global Gain'' function is assigned in the software.</translate>
  
 
=== <translate><!--T:17-->
 
=== <translate><!--T:17-->
Line 57: Line 57:
  
 
<translate><!--T:18-->
 
<translate><!--T:18-->
When you do not want to or can't set your Gyro Gain in the transmitter, you can do so in the software.
+
When you do not want to or can't set your Global Gain in the transmitter, you can do so in the software.
There is only requirement to unassign the Gyro Gain function in the ''General/Channels'' window.
+
There is only requirement to unassign the Global Gain function in the ''General/Channels'' window.
This mean that transmitter have no control over the Gyro Gain. Instead the value is configured by the ''Sensor/Rudder Gain'' parameter.</translate>
+
This mean that transmitter have no control over the Global Gain. Instead the value is configured by the ''Sensor/Global Gain'' parameter.</translate>
  
 
<translate><!--T:19-->
 
<translate><!--T:19-->
There is disadvantage that in order to activate selected function, you have to set a negative ''Rudder Gain''. This can't be changed during the flight normally.</translate>
+
There is disadvantage that in order to activate selected function, you have to set a negative ''Global Gain''. This can't be changed during the flight normally.</translate>
 
<translate><!--T:20-->
 
<translate><!--T:20-->
On the other hand, you can use a [http://manual.spirit-system.com/index.php?title=Configuration#BANK_SWITCHING Bank Switching] feature and program a different ''Function'' and ''Rudder Gain'' for each bank.</translate>
+
On the other hand, you can use a [http://aero-man.spirit-system.com/index.php?title=Configuration#BANK_SWITCHING Bank Switching] feature and program a different ''Function'' and ''Global Gain'' for each bank.</translate>
  
 
1. [[File:gyro-unassigned.png|550px|First step]]<br/>
 
1. [[File:gyro-unassigned.png|550px|First step]]<br/>
2.[[File:gyro-unassigned2.png|450px|Second step]]
+
2. [[File:gyro-unassigned2.png|450px|Second step]]
 
{{Page-break|after}}
 
{{Page-break|after}}
 
=== <translate><!--T:21-->
 
=== <translate><!--T:21-->
Line 79: Line 79:
 
Function</translate>
 
Function</translate>
 
! <translate><!--T:24-->
 
! <translate><!--T:24-->
Gyro gain</translate>
+
Global gain</translate>
 
! <translate><!--T:25-->
 
! <translate><!--T:25-->
 
Gyro mode</translate>
 
Gyro mode</translate>
Line 111: Line 111:
 
| <translate><!--T:31-->
 
| <translate><!--T:31-->
 
Stabilisation (Acro)</translate>
 
Stabilisation (Acro)</translate>
| 0 - 100%
 
| Head-Lock
 
| -
 
|-
 
| <translate><!--T:32-->
 
Stabilisation (Scale)</translate>
 
| 0 - 100%
 
| Head-Lock
 
| -
 
|-
 
| <translate><!--T:33-->
 
Coaxial</translate>
 
 
| 0 - 100%
 
| 0 - 100%
 
| Head-Lock
 
| Head-Lock
Line 159: Line 147:
 
| Head-Lock
 
| Head-Lock
 
| <translate><!--T:43-->
 
| <translate><!--T:43-->
Stabilisation</translate>
 
|-
 
| <translate><!--T:44-->
 
Stabilisation (Scale)</translate>
 
| -100% - 0%
 
| Normal (Rate)
 
| <translate><!--T:45-->
 
Stabilisation</translate>
 
|-
 
| <translate><!--T:46-->
 
Coaxial</translate>
 
| -100% - 0%
 
| Head-Lock
 
| <translate><!--T:47-->
 
 
Stabilisation</translate>
 
Stabilisation</translate>
 
|}
 
|}

Revision as of 10:06, 3 March 2017

Other languages:
čeština • ‎Deutsch • ‎English • ‎español • ‎français • ‎magyar • ‎italiano

In order to enable Rescue or stabilisation modes you have to set Stabi/Function to a desired option. When Disabled, no special function will be used.

Info.png It is possible to set a different functions between Banks.

From version 2.3. it is possible to activate the Stabi/Function in the two ways:

  • Negative Global Gain
  • Separate channel (NEW)

1 Negative Global Gain

For normal flying a positive Global Gain is used. To activate function which is selected in the parameter Stabi/Function it is necessary to set a negative gyro gain.

Info.png Global Gain is still used to set the gyro gain for all axes. At the same time, positive or negative value will determine if selected function is inactive or active. So it is important to set the gyro gain properly for both normal flight and selected function. Usually same, but opposite values are fine (for example +40%/-40%)

The function is active as long as the Global Gain is negative. Then the Head-Lock for all axes is engaged again. Because unit allow to set the Global Gain by your transmitter or directly in the software, you have two options how to do that.

1.1 In the transmitter (common)

This is the common way how pilots are configuring the Global Gain. It can be easily programmed for a two-state switch. For the Rescue a momentary switch is the best. Usually you can find the configuration in the GYRO menu in your transmitter. For the beginning you can set:

  • Position 0: 40% (flight with Head-Lock enabled)
  • Position 1: -40% (selected function)

This will set a moderate Global Gain and allow to select which mode will be used anytime during the flight.

Do not forget to set the gains accordingly for your model. Also make sure that the Global Gain function is assigned in the software.

1.2 In the software

When you do not want to or can't set your Global Gain in the transmitter, you can do so in the software. There is only requirement to unassign the Global Gain function in the General/Channels window. This mean that transmitter have no control over the Global Gain. Instead the value is configured by the Sensor/Global Gain parameter.

There is disadvantage that in order to activate selected function, you have to set a negative Global Gain. This can't be changed during the flight normally. On the other hand, you can use a Bank Switching feature and program a different Function and Global Gain for each bank.

1. First step
2. Second step

1.3 Function vs Gyro

Following table is describing how Gyro Gain can activate selected Function.

Function Global gain Gyro mode Mode
Disabled 0 - 100% Head-Lock -
Rescue (Normal) 0 - 100% Head-Lock -
Rescue (Acro) 0 - 100% Head-Lock -
Stabilisation (Normal) 0 - 100% Head-Lock -
Stabilisation (Acro) 0 - 100% Head-Lock -
Disabled -100% - 0% Normal (Rate) -
Rescue (Normal) -100% - 0% Head-Lock Rescue
Rescue (Acro) -100% - 0% Head-Lock Rescue
Stabilisation (Normal) -100% - 0% Head-Lock Stabilisation
Stabilisation (Acro) -100% - 0% Head-Lock Stabilisation

2 Separate channel

Function in the Stabi/Function parameter will be activated by a separate channel selected in the General/Channels.

Channel configuration
  1. Open the General/Channels.
  2. In the right part of the Channels window, select F: Stabi Function.
  3. Then select a channel that you can use for the activation.
  4. Assign a switch in your transmitter that will control the channel (assigned channel should react now).
Function indicator
  • 0 - function is inactive.
  • 1 - function is active.

Stabi-function.png

Info.png Gyro Gain can still change gyro mode (Head-Lock or Normal).

2.1 Function vs Channel

Following table is describing how selected Channel can activate the Function.

Function Channel Mode
Disabled 0 - 100% -
Rescue (Normal) 0 - 100% -
Rescue (Acro) 0 - 100% -
Stabilisation (Normal) 0 - 100% -
Stabilisation (Acro) 0 - 100% -
Stabilisation (Scale) 0 - 100% -
Coaxial 0 - 100% -
Disabled -100% - 0% -
Rescue (Normal) -100% - 0% Rescue
Rescue (Acro) -100% - 0% Rescue
Stabilisation (Normal) -100% - 0% Stabilisation
Stabilisation (Acro) -100% - 0% Stabilisation
Stabilisation (Scale) -100% - 0% Stabilisation
Coaxial -100% - 0% Stabilisation

2.2 Function vs Gyro

Please note, that available Gyro modes are determined by selected Function.

Function Gyro gain Gyro mode
Disabled 0 - 100% Head-Lock
Rescue (Normal) 0 - 100% Head-Lock
Rescue (Acro) 0 - 100% Head-Lock
Stabilisation (Normal) 0 - 100% Head-Lock
Stabilisation (Acro) 0 - 100% Head-Lock
Stabilisation (Scale) 0 - 100% Head-Lock
Coaxial 0 - 100% Head-Lock
Disabled -100% - 0% Normal (Rate)
Rescue (Normal) -100% - 0% Head-Lock
Rescue (Acro) -100% - 0% Head-Lock
Stabilisation (Normal) -100% - 0% Head-Lock
Stabilisation (Acro) -100% - 0% Head-Lock
Stabilisation (Scale) -100% - 0% Normal (Rate)
Coaxial -100% - 0% Head-Lock