Futaba CGY750 Bedienungsanleitung PDF herunterladen (Seite 24)

Expert Gyro and Governor Deﬁnitions and Tuning Section

7KHIROORZLQJVHFWLRQ GHVFULEHVLQGHWDLO WKHDGMXVWPHQWRIWKH/LQN-

DJH&RPSHQVDWLRQ0HQXWRYLUWXDOO\HOLPLQDWHDQLQWHUDFWLRQVSUHVHQW

LQWKHH&&30PRGHO

3ULRUWRPDNLQJDQ\DGMXVWPHQWVZLWKLQWKLV PHQX WKH DLOHURQ HOHYDWRU DQG

SLWFKPRYHPHQWVKRXOGEHVHWWRIXOOWUDYHOLQWKHWUDQVPLWWHU$)5GXDOUDWHV

VHWWR

Pitch calibration (This should be set prior to the compensation process)

7KLVSDUDPHWHUUHDGVWKHFROOHFWLYHSLWFKRSHUDWLRQUDQJHVWRWKH&*<

0RYHWKHFROOHFWLYHVWLFN WR FHQWHU SRVLWLRQ 3LWFK]HURSRLQW2SHQWKH

3LW=HURRQWKH6:$6+VHW([SHUWPHQXDQGSXVKWKHVHWEXWWRQ7KHSLWFK

]HURSRLQWLVPHPRUL]HGWRWKH&*<

0RYHWKHFROOHFWLYHVWLFNWRPLQLPXPSRVLWLRQ2SHQWKH3LW/RZPHQX

DQGSXVKWKHVHWEXWWRQ7KHPLQLPXPSLWFKSRVLWLRQLVPHPRUL]HG

0RYHWKHFROOHFWLYHVWLFNWRPD[LPXPSRVLWLRQ2SHQWKH3LW+LJKPHQX

DQGSXVKWKHVHWEXWWRQ7KHPD[LPXPSLWFKSRVLWLRQLVPHPRUL]HG

Pitch movement calibration

0DNHVXUHWKHVZDVKSODWHLVOHYHOZKHQWKHFROOHFWLYHVWLFNLVFHQWHUSRVL-

WLRQDW¿UVW$GMXVWWKHOHQJWKRIWKHOLQNDJHURGVVRWKDWWKHVZDVKSODWHLV

OHYHO

0RYHWKHFROOHFWLYHVWLFN WR PD[LPXPSRVLWLRQ0DNHVXUH LI WKHVZDVK

SODWHLVOHYHOE\DGMXVWLIQHHGHGXVLQJWKH3,7

→

$,/DQGRU3,7

→

(/(

PL[LQJUDWHLQWKH6:$6+VHW([SHUWPHQX0RYHWKHFROOHFWLYHVWLFNWR

PLQLPXPSRVLWLRQDQGRQFHDJDLQXVHWKHPL[LQJUDWHVWRDFKLHYHDOHYHO

VZDVKSODWH

Aileron movement calibration

0RYHWKHFROOHFWLYHVWLFNWRFHQWHUSRVLWLRQ0RYHWKHDLOHURQVWLFNULJKW

DQGOHIW

:KHQ D OHIW RUULJKW$,/FRPPDQG LV LQSXW \RX PD\REVHUYHDQ

$,/

→

3,7LQWHUDFWLRQ$GMXVWWKH$,/

→

3,7PL[LQJUDWHLQWKH

6:$6+VHW([SHUWPHQXWRPLQLPL]HWKHLQWHUDFWLRQ7KHPL[HUVKRXOGEH

DGMXVWHGIRUERWKOHIWDQGULJKW$,/GLUHFWLRQV

INKAGE

OMPENSATION

0RYHWKHFROOHFWLYHVWLFNWRWKHPD[LPXPSRVLWLRQ2SHQWKH6:FS$,/

RQ WKH 6:$6+VHW ([SHUW PHQX 0RYH WKH DLOHURQVWLFN OHIW DQG  ULJKW

$GMXVWWKH6:FS$,/UDWHLQWKH6:$6+VHW([SHUWPHQXWREHPLQLPL]H

DQ\LQWHUDFWLRQ SUHVHQWVLPLODU WR WKRVHREVHUYHG IRU$,/LQSXWV DW KDOI

FROOHFWLYH

,IWKHLQWHUDFWLRQ LV LQFUHDVHG ZKHQ LQFUHDVLQJ WKH 6:FS$,/UDWHWKH

FRPSHQVDWLRQGLUHFWLRQLV UHYHUVHG 2SHQWKH&S$'LU PHQX DQG VHWWKH

GLUHFWLRQWRPLQXV

0L[LQJUDWHVIRUERWKOHIWDQGULJKWDLOHURQVKRXOGEHDGMXVWHG0RYHWKH

FROOHFWLYHVWLFNWRPLQLPXP SRVLWLRQ$GMXVW6:FS$,/UDWHWKHVDPHDV

ZDVGRQHIRUPD[LPXPFROOHFWLYHSLWFK

Elevator movement calibration

0RYHWKHFROOHFWLYHVWLFN WR WKHFHQWHUSRVLWLRQ0RYH WKH HOHYDWRUVWLFN

XSDQGGRZQ

$GMXVWWKH(/(

→

3,7DQGRU(/(

→

$,/PL[LQJUDWHVLQWKH6:$6+-

VHW([SHUW PHQX WR PLQLPL]HDQ\REVHUYHG LQWHUDFWLRQV:KHQ DQ 83RU

'2:1(/(FRPPDQGLVLQSXW\RXPD\REVHUYHDQ(/(

→

$,/LQWHUDF-

WLRQ<RXFDQVHHWKLVLQWHUDFWLRQLISUHVHQWE\SUHFLVHO\SRVLWLRQLQJWKH

PDLQURWRUEODGHVLQOLQHZLWKWKHWDLOERRP:KHQDQ(/(FRPPDQGLV

LQSXW DGMXVW WKH (/(

→

$,/ PL[LQJ UDWH XQWLO WKH EODGHV GR QRW PRYH

7KHPL[LQJUDWHVVKRXOGEHDGMXVWHGIRUERWKXSDQGGRZQGLUHFWLRQV

0RYHWKHFROOHFWLYHVWLFNWRPD[LPXPSRVLWLRQ2SHQWKH6:FS(/(LQ

WKH6:$6+VHW([SHUWPHQX0RYHWKHHOHYDWRUVWLFNXSDQGGRZQ$GMXVW

WKH6:FS(/(UDWHLQWKH6:$6+VHW([SHUWPHQXWRPLQLPL]HWKHLQWHU-

DFWLRQEHWZHHQHOHLQSXWDQGSLWDQGRUDLO

,QFDVHRIWKHLQWHUDFWLRQLVLQFUHDVHGZKHQLQFUHDVLQJWKH6:FS(/(UDWH

WKH FRPSHQVDWLRQ GLUHFWLRQLV UHYHUVHG2SHQ WKH&S('LU PHQXDQG VHW

WKHGLUHFWLRQWRPLQXV0L[LQJUDWHVIRU XSDQGGRZQHOHYDWRUVKRXOGEH

DGMXVWHG 0RYH WKH FROOHFWLYH VWLFN WR PLQLPXP SRVLWLRQ$GMXVW 6:FS

(/(UDWHVDPHDVZDVGRQHIRUPD[LPXPFROOHFWLYHSLWFK

2SHQ WKH 6SHHG&PSRQWKH6:$6+VHW([SHUWPHQX 0RYH WKHHOHYD-

WRU VWLFN XS DQG GRZQ TXLFNO\ DQG ORRN IRU ZKDW LV EHVW GHVFULEHG DV D

(/(

→

3,7LQWHUDFWLRQRU³ZLJJOH´LQWKHVZDVKSODWH7KHIDVWHU\RXUVHU-

YRVWKHOHVVWKHZLJJOH$GMXVWWKH6SHHG&PSUDWHDVQHHGHGWRPLQLPL]H

WKLVLQWHUDFWLRQ

(16) Swash rotation [default: 0 deg] [ranges: -90 deg ~ +90 deg ]

This parameter is used to adjust the control phasing. Use the data [+] or [-] keys to make adjustments.

(17) Rotational tracking [default: 0%]

This function tunes the rotational equalizer to the pirouette characteristics of the model. When pir-

ouetting the model at the desired rate, observe the model’s rotor DISK (NOT the mechanics) and

tune the ROT.Trak until the disk stays ﬂat during the pirouette. Find the best average setting for

both left and right pirouettes

(18) Phase equalizer [default: off]

This function optimizes swashplate phasing during pirouettes. Press the DATA [+] or [-] key to turn

the function on or off.

NOTE: This function needs rotor head RPM and direction of rotation to work correctly, so please

set the rotor head RPM and direction in the governor menu. Note that rotor head speed informa-

tion must still be set into the CGY750 governor menu even if using an electronic speed control

(ESC) with an electric model.

(19) Data reset

This resets all of the Swashplate parameters back to the default values. Press the data [+] key

once, and [Exec ??] is shown as a conﬁrmation. Press the data [+] key again to conﬁrm the op-

eration and all of the gyro parameters will be reset.

SWASH EXPERT

MAP 2/2

Rrturn to SWASH EXPERT MAP. 1/2

WASH

XPERT

ETTING

Push

DATA

+/– key

Push

MODE

+/– key

1 2 ... 19 20 21 22 23 24 25 26 27

Kommentare zu diesen Handbüchern

Keine Kommentare

Futaba CGY750 Bedienungsanleitung Seite 24

Kommentare zu diesen Handbüchern

Verwandte Produkte und Handbücher für Messgeräte Futaba CGY750