Manuals:MBPlusFblV5:Setupmenu D - Revision history

Shornstein at 19:39, 10 July 2019

2019-07-10T19:39:26Z

← Older revision		Revision as of 19:39, 10 July 2019
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	Choose a preset frequency by clicking one of the provided buttons for Menu Point D (Rudder frequency) or set a custom frequency by directly changing the value with the dial or buttons.<br />		Choose a preset frequency by clicking one of the provided buttons for Menu Point D (Rudder frequency) or set a custom frequency by directly changing the value with the dial or buttons.<br />
	<br />		<br />
	~~[[File~~:~~SetupD_mobile~~.~~png\|x250px]]~~<br />		<div class="iosgallery">
			<img class="ios" src="https://wiki.beastx.com/images/studiox/freakware%202019-07-09%20033.PNG">
			<div class="iostext"></div>
			</div>
			<div class="iosgallery">
			<img class="ios" src="https://wiki.beastx.com/images/studiox/freakware%202019-07-09%20036.PNG">
			<div class="iostext"></div>
			</div>
	<br />		<br />
	<br />		<br />

	</translate>		</translate>

Shornstein at 12:29, 15 June 2018

2018-06-15T12:29:13Z

← Older revision		Revision as of 12:29, 15 June 2018
Line 9:		Line 9:
	As with the swashplate servos at Menu Point B you can select the update frequency for the rudder servo here. For best tail gyro performance the rule is: the higher the better! A good rudder servo should be capable of running with at least 270Hz. With high update frequency the system will recalculate correctional movements more often and in consequence will send new commands to the servo with a higher frequency and allow for better positioning and more locked in feeling. Nevertheless, this will cause the rudder servo to make more position changes at a given timeframe. In case the servo is not built for this kind of application this can cause an unusual high power consumption of the receiver power supply and cause the servo getting very hot. When this happens, reduce frequency immediately to prevent your servo from getting damaged. Only go as high as recommended by the servo manufacturer, or even lower when the servo is not capable of handling such high frequency in field use.<br />		As with the swashplate servos at Menu Point B you can select the update frequency for the rudder servo here. For best tail gyro performance the rule is: the higher the better! A good rudder servo should be capable of running with at least 270Hz. With high update frequency the system will recalculate correctional movements more often and in consequence will send new commands to the servo with a higher frequency and allow for better positioning and more locked in feeling. Nevertheless, this will cause the rudder servo to make more position changes at a given timeframe. In case the servo is not built for this kind of application this can cause an unusual high power consumption of the receiver power supply and cause the servo getting very hot. When this happens, reduce frequency immediately to prevent your servo from getting damaged. Only go as high as recommended by the servo manufacturer, or even lower when the servo is not capable of handling such high frequency in field use.<br />
	<br />		<br />
	When using a servo that allows a higher frequency as MICROBEAST PLUS offers or that allows a maximum frequency which is not choosable, please select the next lower frequency that is closest to the given frequency or set the frequency with ~~StudioX~~ PC Software or ~~StudioXm~~ mobile App. '''Note:''' Using a lower frequency is always possible. Only too high frequencies can damage the servo and/or will cause the servo to not work properly. [[The_BEASTX_servo_list/en\|Here]] you can find a list of parameters for the most common servos. Please understand that we can not list all servo types. We also can not guarantee the accuracy of this data. Ask the manufacturer of the servos or your servo dealer for detailed information.<br />		When using a servo that allows a higher frequency as MICROBEAST PLUS offers or that allows a maximum frequency which is not choosable, please select the next lower frequency that is closest to the given frequency or set the frequency with StudioXm PC Software or mobile App. '''Note:''' Using a lower frequency is always possible. Only too high frequencies can damage the servo and/or will cause the servo to not work properly. [[The_BEASTX_servo_list/en\|Here]] you can find a list of parameters for the most common servos. Please understand that we can not list all servo types. We also can not guarantee the accuracy of this data. Ask the manufacturer of the servos or your servo dealer for detailed information.<br />
	<br />		<br />
	{{QUOTE\|[[Image:Warning.png\|18px\|sub]] '''If you do not know the maximum pulse rate tolerated by your servos do not select more than 50Hz driving frequency.''' A higher driving frequency can lead to failure of the servo!<br />		{{QUOTE\|[[Image:Warning.png\|18px\|sub]] '''If you do not know the maximum pulse rate tolerated by your servos do not select more than 50Hz driving frequency.''' A higher driving frequency can lead to failure of the servo!<br />
Line 20:		Line 20:
	{{TABLEV5\|Rudder servo frequency \|50 Hz\|165 Hz\|270 Hz\|333 Hz\|560 Hz}}		{{TABLEV5\|Rudder servo frequency \|50 Hz\|165 Hz\|270 Hz\|333 Hz\|560 Hz}}
	<br />		<br />
	'''Note:''' When you set a different pulse width ~~using the StudioX or~~ StudioXm ~~App~~ the Status LED will be '''off'''. You can change back to a preset setting by tapping the rudder stick as described, but this will remove your custom setting!~~<br />~~		'''Note:''' When you set a different pulse width with StudioXm the Status LED will be '''off'''. You can change back to a preset setting by tapping the rudder stick as described, but this will remove your custom setting!<br />
	~~<br />~~
	~~<br />~~

	~~=Setup with StudioX= <!--T:4-->~~
	~~Choose a preset frequency by clicking one of the provided buttons for Menu Point D (Rudder frequency) or set a custom frequency by directly changing the value in the box on the left.<br />~~
	~~<br />~~
	~~[[File:SetupD.png\|x250px]]~~<br />
	<br />		<br />
	<br />		<br />

Shornstein at 07:24, 12 January 2018

2018-01-12T07:24:17Z

← Older revision		Revision as of 07:24, 12 January 2018
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	<translate>		<translate>
	<!--T:1-->		<!--T:1-->
	{{TOC_MBPlusV5\|Manuals:MBPlusFblV5:Setupmenu_C/en\|Manuals:MBPlusFblV5:Setupmenu_E/en}}		{{TOC_MBPlusV5\|Manuals:MBPlusFblV5:Setupmenu_C/en\|Manuals:MBPlusFblV5:Setupmenu_E/en\|SETUPMENU}}
	{{DISPLAYTITLE:SETUP MENU D - Rudder servo frequency\|noerror}}		{{DISPLAYTITLE:SETUP MENU D - Rudder servo frequency\|noerror}}
	__TOC__		__TOC__

Shornstein at 06:52, 12 January 2018

2018-01-12T06:52:34Z

← Older revision		Revision as of 06:52, 12 January 2018
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	<translate>		<translate>
	<!--T:1-->		<!--T:1-->
			{{TOC_MBPlusV5\|Manuals:MBPlusFblV5:Setupmenu_C/en\|Manuals:MBPlusFblV5:Setupmenu_E/en}}
	{{DISPLAYTITLE:SETUP MENU D - Rudder servo frequency\|noerror}}		{{DISPLAYTITLE:SETUP MENU D - Rudder servo frequency\|noerror}}
	~~{{TOC_MBPlusV5}}~~
	__TOC__		__TOC__
	<br />		<br />

Shornstein: Marked this version for translation

2017-11-30T10:34:37Z

Marked this version for translation

← Older revision		Revision as of 10:34, 30 November 2017
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	<translate>		<translate>
			<!--T:1-->
	{{DISPLAYTITLE:SETUP MENU D - Rudder servo frequency\|noerror}}		{{DISPLAYTITLE:SETUP MENU D - Rudder servo frequency\|noerror}}
	{{TOC_MBPlusV5}}		{{TOC_MBPlusV5}}
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	<br />		<br />

			<!--T:2-->
	As with the swashplate servos at Menu Point B you can select the update frequency for the rudder servo here. For best tail gyro performance the rule is: the higher the better! A good rudder servo should be capable of running with at least 270Hz. With high update frequency the system will recalculate correctional movements more often and in consequence will send new commands to the servo with a higher frequency and allow for better positioning and more locked in feeling. Nevertheless, this will cause the rudder servo to make more position changes at a given timeframe. In case the servo is not built for this kind of application this can cause an unusual high power consumption of the receiver power supply and cause the servo getting very hot. When this happens, reduce frequency immediately to prevent your servo from getting damaged. Only go as high as recommended by the servo manufacturer, or even lower when the servo is not capable of handling such high frequency in field use.<br />		As with the swashplate servos at Menu Point B you can select the update frequency for the rudder servo here. For best tail gyro performance the rule is: the higher the better! A good rudder servo should be capable of running with at least 270Hz. With high update frequency the system will recalculate correctional movements more often and in consequence will send new commands to the servo with a higher frequency and allow for better positioning and more locked in feeling. Nevertheless, this will cause the rudder servo to make more position changes at a given timeframe. In case the servo is not built for this kind of application this can cause an unusual high power consumption of the receiver power supply and cause the servo getting very hot. When this happens, reduce frequency immediately to prevent your servo from getting damaged. Only go as high as recommended by the servo manufacturer, or even lower when the servo is not capable of handling such high frequency in field use.<br />
	<br />		<br />
Line 13:		Line 15:
	<br />		<br />

	=Adjustment on the device=		=Adjustment on the device= <!--T:3-->
	To select the desired servo frequency, move the rudder stick repeatedly in one direction until the Status-LED lights in the correct color. Please note that depending on the rudder servo center pulse width chosen at Menu Point C, you may not be able to select a frequency higher than 333Hz!<br />		To select the desired servo frequency, move the rudder stick repeatedly in one direction until the Status-LED lights in the correct color. Please note that depending on the rudder servo center pulse width chosen at Menu Point C, you may not be able to select a frequency higher than 333Hz!<br />
	<br />		<br />
Line 22:		Line 24:
	<br />		<br />

	=Setup with StudioX=		=Setup with StudioX= <!--T:4-->
	Choose a preset frequency by clicking one of the provided buttons for Menu Point D (Rudder frequency) or set a custom frequency by directly changing the value in the box on the left.<br />		Choose a preset frequency by clicking one of the provided buttons for Menu Point D (Rudder frequency) or set a custom frequency by directly changing the value in the box on the left.<br />
	<br />		<br />
Line 29:		Line 31:
	<br />		<br />

	=Setup with StudioXm=		=Setup with StudioXm= <!--T:5-->
	Choose a preset frequency by clicking one of the provided buttons for Menu Point D (Rudder frequency) or set a custom frequency by directly changing the value with the dial or buttons.<br />		Choose a preset frequency by clicking one of the provided buttons for Menu Point D (Rudder frequency) or set a custom frequency by directly changing the value with the dial or buttons.<br />
	<br />		<br />

Shornstein at 15:19, 27 November 2017

2017-11-27T15:19:45Z

← Older revision		Revision as of 15:19, 27 November 2017
Line 11:		Line 11:
	{{QUOTE\|[[Image:Warning.png\|18px\|sub]] '''If you do not know the maximum pulse rate tolerated by your servos do not select more than 50Hz driving frequency.''' A higher driving frequency can lead to failure of the servo!<br />		{{QUOTE\|[[Image:Warning.png\|18px\|sub]] '''If you do not know the maximum pulse rate tolerated by your servos do not select more than 50Hz driving frequency.''' A higher driving frequency can lead to failure of the servo!<br />
	With high frequencies, some servos run in a jerky manner, especially the fast ones with coreless or brushless servos. This is due to the high update rate that the servo receives. This is not critical and will not impact flight performance.}}<br />		With high frequencies, some servos run in a jerky manner, especially the fast ones with coreless or brushless servos. This is due to the high update rate that the servo receives. This is not critical and will not impact flight performance.}}<br />
	~~<br />~~

	~~'''After rudder pulse width and servo frequency have been setup correcetly connect the rudder servo to [CH4] port of MICROBEAST PLUS:'''<br />~~
	~~<br />~~
	~~[[Image:Rudderservo_connection.png\|200px\|none]]<br />~~
	~~<br />~~
	Attach a servo horn to the rudder servo in such a way that the tail linkage rod forms a 90 degree angle to the servo horn (or as close as possible). Then adjust the linkage rod as described in the manual for your helicopter. For most helicopters the tail pitch slider should be centred and the tail rotor blades will then have some positive pitch to compensate for the torque of the main rotor. This mechanical adjustment especially is important when using the tail gyro in Normal-Rate mode. If the adjustment was not done properly the helicopter will constantly drift to one side or the other on the rudder axis. When using the tail gyro only in HeadingLock mode this adjustment is not so critical. Here the gyro will actively control the rudder so the helicopter does exactly follow the commands of the rudder stick. Anyhow, for optimum performance of the gyro a good mechanical adjustment is essentially!<br />
	~~<br />~~
	<br />		<br />

Shornstein at 14:57, 27 November 2017

2017-11-27T14:57:46Z

← Older revision		Revision as of 14:57, 27 November 2017
Line 13:		Line 13:
	<br />		<br />

	'''After rudder ~~pusle~~ width and servo frequency have been setup correcetly connect the rudder servo to [CH4] port of MICROBEAST PLUS:'''<br />		'''After rudder pulse width and servo frequency have been setup correcetly connect the rudder servo to [CH4] port of MICROBEAST PLUS:'''<br />
	<br />		<br />
	[[Image:Rudderservo_connection.png\|200px\|none]]<br />		[[Image:Rudderservo_connection.png\|200px\|none]]<br />

Shornstein at 12:20, 27 November 2017

2017-11-27T12:20:26Z

← Older revision		Revision as of 12:20, 27 November 2017
Line 15:		Line 15:
	'''After rudder pusle width and servo frequency have been setup correcetly connect the rudder servo to [CH4] port of MICROBEAST PLUS:'''<br />		'''After rudder pusle width and servo frequency have been setup correcetly connect the rudder servo to [CH4] port of MICROBEAST PLUS:'''<br />
	<br />		<br />
	[[Image:Rudderservo_connection.png\|~~180px~~\|none]]<br />		[[Image:Rudderservo_connection.png\|200px\|none]]<br />
	<br />		<br />
	Attach a servo horn to the rudder servo in such a way that the tail linkage rod forms a 90 degree angle to the servo horn (or as close as possible). Then adjust the linkage rod as described in the manual for your helicopter. For most helicopters the tail pitch slider should be centred and the tail rotor blades will then have some positive pitch to compensate for the torque of the main rotor. This mechanical adjustment especially is important when using the tail gyro in Normal-Rate mode. If the adjustment was not done properly the helicopter will constantly drift to one side or the other on the rudder axis. When using the tail gyro only in HeadingLock mode this adjustment is not so critical. Here the gyro will actively control the rudder so the helicopter does exactly follow the commands of the rudder stick. Anyhow, for optimum performance of the gyro a good mechanical adjustment is essentially!<br />		Attach a servo horn to the rudder servo in such a way that the tail linkage rod forms a 90 degree angle to the servo horn (or as close as possible). Then adjust the linkage rod as described in the manual for your helicopter. For most helicopters the tail pitch slider should be centred and the tail rotor blades will then have some positive pitch to compensate for the torque of the main rotor. This mechanical adjustment especially is important when using the tail gyro in Normal-Rate mode. If the adjustment was not done properly the helicopter will constantly drift to one side or the other on the rudder axis. When using the tail gyro only in HeadingLock mode this adjustment is not so critical. Here the gyro will actively control the rudder so the helicopter does exactly follow the commands of the rudder stick. Anyhow, for optimum performance of the gyro a good mechanical adjustment is essentially!<br />
Line 23:		Line 23:
	=Adjustment on the device=		=Adjustment on the device=
	To select the desired servo frequency, move the rudder stick repeatedly in one direction until the Status-LED lights in the correct color. Please note that depending on the rudder servo center pulse width chosen at Menu Point C, you may not be able to select a frequency higher than 333Hz!<br />		To select the desired servo frequency, move the rudder stick repeatedly in one direction until the Status-LED lights in the correct color. Please note that depending on the rudder servo center pulse width chosen at Menu Point C, you may not be able to select a frequency higher than 333Hz!<br />
			<br />
	{{TABLEV5\|Rudder servo frequency \|50 Hz\|165 Hz\|270 Hz\|333 Hz\|560 Hz}}		{{TABLEV5\|Rudder servo frequency \|50 Hz\|165 Hz\|270 Hz\|333 Hz\|560 Hz}}
			<br />
	'''Note:''' When you set a different pulse width using the StudioX or StudioXm App the Status LED will be '''off'''. You can change back to a preset setting by tapping the rudder stick as described, but this will remove your custom setting!<br />		'''Note:''' When you set a different pulse width using the StudioX or StudioXm App the Status LED will be '''off'''. You can change back to a preset setting by tapping the rudder stick as described, but this will remove your custom setting!<br />
	<br />		<br />

Shornstein at 12:19, 27 November 2017

2017-11-27T12:19:16Z

← Older revision		Revision as of 12:19, 27 November 2017
Line 15:		Line 15:
	'''After rudder pusle width and servo frequency have been setup correcetly connect the rudder servo to [CH4] port of MICROBEAST PLUS:'''<br />		'''After rudder pusle width and servo frequency have been setup correcetly connect the rudder servo to [CH4] port of MICROBEAST PLUS:'''<br />
	<br />		<br />
	~~<div class="noprint">~~		[[Image:Rudderservo_connection.png\|180px\|none]]<br />
	[[Image:Rudderservo_connection.png\|~~300px~~\|none]]		<br />
	</~~div>~~
	~~<div class="onlyinprint"~~>
	~~[[Image:Rudderservo_connection.png\|200px\|center]]~~
	</~~div~~>
	~~{{NL}}~~
	Attach a servo horn to the rudder servo in such a way that the tail linkage rod forms a 90 degree angle to the servo horn (or as close as possible). Then adjust the linkage rod as described in the manual for your helicopter. For most helicopters the tail pitch slider should be centred and the tail rotor blades will then have some positive pitch to compensate for the torque of the main rotor. This mechanical adjustment especially is important when using the tail gyro in Normal-Rate mode. If the adjustment was not done properly the helicopter will constantly drift to one side or the other on the rudder axis. When using the tail gyro only in HeadingLock mode this adjustment is not so critical. Here the gyro will actively control the rudder so the helicopter does exactly follow the commands of the rudder stick. Anyhow, for optimum performance of the gyro a good mechanical adjustment is essentially!<br />		Attach a servo horn to the rudder servo in such a way that the tail linkage rod forms a 90 degree angle to the servo horn (or as close as possible). Then adjust the linkage rod as described in the manual for your helicopter. For most helicopters the tail pitch slider should be centred and the tail rotor blades will then have some positive pitch to compensate for the torque of the main rotor. This mechanical adjustment especially is important when using the tail gyro in Normal-Rate mode. If the adjustment was not done properly the helicopter will constantly drift to one side or the other on the rudder axis. When using the tail gyro only in HeadingLock mode this adjustment is not so critical. Here the gyro will actively control the rudder so the helicopter does exactly follow the commands of the rudder stick. Anyhow, for optimum performance of the gyro a good mechanical adjustment is essentially!<br />
			<br />
			<br />

	=Adjustment on the device=		=Adjustment on the device=
Line 34:		Line 31:
	Choose a preset frequency by clicking one of the provided buttons for Menu Point D (Rudder frequency) or set a custom frequency by directly changing the value in the box on the left.<br />		Choose a preset frequency by clicking one of the provided buttons for Menu Point D (Rudder frequency) or set a custom frequency by directly changing the value in the box on the left.<br />
	<br />		<br />
	[[File:~~SetupC~~.png\|x250px]]<br />		[[File:SetupD.png\|x250px]]<br />
	<br />		<br />
	<br />		<br />
Line 41:		Line 38:
	Choose a preset frequency by clicking one of the provided buttons for Menu Point D (Rudder frequency) or set a custom frequency by directly changing the value with the dial or buttons.<br />		Choose a preset frequency by clicking one of the provided buttons for Menu Point D (Rudder frequency) or set a custom frequency by directly changing the value with the dial or buttons.<br />
	<br />		<br />
	[[File:~~SetupC_mobile~~.png\|x250px]]<br />		[[File:SetupD_mobile.png\|x250px]]<br />
	<br />		<br />
	<br />		<br />

	</translate>		</translate>

Shornstein: Created page with " {{DISPLAYTITLE:SETUP MENU D - Rudder servo frequency|noerror}} {{TOC_MBPlusV5}} TOC
As with the swashplate servos at Menu Point B you can select the up..."

2017-11-27T12:18:39Z

Created page with "<translate> {{DISPLAYTITLE:SETUP MENU D - Rudder servo frequency|noerror}} {{TOC_MBPlusV5}} __TOC__ As with the swashplate servos at Menu Point B you can select the up..."

New page

<translate>
{{DISPLAYTITLE:SETUP MENU D - Rudder servo frequency|noerror}}
{{TOC_MBPlusV5}}
__TOC__
 

As with the swashplate servos at Menu Point B you can select the update frequency for the rudder servo here. For best tail gyro performance the rule is: the higher the better! A good rudder servo should be capable of running with at least 270Hz. With high update frequency the system will recalculate correctional movements more often and in consequence will send new commands to the servo with a higher frequency and allow for better positioning and more locked in feeling. Nevertheless, this will cause the rudder servo to make more position changes at a given timeframe. In case the servo is not built for this kind of application this can cause an unusual high power consumption of the receiver power supply and cause the servo getting very hot. When this happens, reduce frequency immediately to prevent your servo from getting damaged. Only go as high as recommended by the servo manufacturer, or even lower when the servo is not capable of handling such high frequency in field use. 
 
When using a servo that allows a higher frequency as MICROBEAST PLUS offers or that allows a maximum frequency which is not choosable, please select the next lower frequency that is closest to the given frequency or set the frequency with StudioX PC Software or StudioXm mobile App. '''Note:''' Using a lower frequency is always possible. Only too high frequencies can damage the servo and/or will cause the servo to not work properly. [[The_BEASTX_servo_list/en|Here]] you can find a list of parameters for the most common servos. Please understand that we can not list all servo types. We also can not guarantee the accuracy of this data. Ask the manufacturer of the servos or your servo dealer for detailed information. 
 
{{QUOTE|[[Image:Warning.png|18px|sub]] '''If you do not know the maximum pulse rate tolerated by your servos do not select more than 50Hz driving frequency.''' A higher driving frequency can lead to failure of the servo! 
With high frequencies, some servos run in a jerky manner, especially the fast ones with coreless or brushless servos. This is due to the high update rate that the servo receives. This is not critical and will not impact flight performance.}} 
 

'''After rudder pusle width and servo frequency have been setup correcetly connect the rudder servo to [CH4] port of MICROBEAST PLUS:''' 
 
<div class="noprint">
[[Image:Rudderservo_connection.png|300px|none]]
</div>
<div class="onlyinprint">
[[Image:Rudderservo_connection.png|200px|center]]
</div>
{{NL}}
Attach a servo horn to the rudder servo in such a way that the tail linkage rod forms a 90 degree angle to the servo horn (or as close as possible). Then adjust the linkage rod as described in the manual for your helicopter. For most helicopters the tail pitch slider should be centred and the tail rotor blades will then have some positive pitch to compensate for the torque of the main rotor. This mechanical adjustment especially is important when using the tail gyro in Normal-Rate mode. If the adjustment was not done properly the helicopter will constantly drift to one side or the other on the rudder axis. When using the tail gyro only in HeadingLock mode this adjustment is not so critical. Here the gyro will actively control the rudder so the helicopter does exactly follow the commands of the rudder stick. Anyhow, for optimum performance of the gyro a good mechanical adjustment is essentially! 

=Adjustment on the device=
To select the desired servo frequency, move the rudder stick repeatedly in one direction until the Status-LED lights in the correct color. Please note that depending on the rudder servo center pulse width chosen at Menu Point C, you may not be able to select a frequency higher than 333Hz! 
{{TABLEV5|Rudder servo frequency |50 Hz|165 Hz|270 Hz|333 Hz|560 Hz}}
'''Note:''' When you set a different pulse width using the StudioX or StudioXm App the Status LED will be '''off'''. You can change back to a preset setting by tapping the rudder stick as described, but this will remove your custom setting! 
 
 

=Setup with StudioX=
Choose a preset frequency by clicking one of the provided buttons for Menu Point D (Rudder frequency) or set a custom frequency by directly changing the value in the box on the left. 
 
[[File:SetupC.png|x250px]] 
 
 

=Setup with StudioXm=
Choose a preset frequency by clicking one of the provided buttons for Menu Point D (Rudder frequency) or set a custom frequency by directly changing the value with the dial or buttons. 
 
[[File:SetupC_mobile.png|x250px]] 
 
 

</translate>