Difference between revisions of "Problems and Solutions/zh-hant"
From Spirit System Manual
(Created page with "增加遙控器的循環增益(Cyclic gain)和/或增加陀螺儀增益(Gyro gain)。 在遙控器中增加指數(Exponential)。") |
(Created page with "太強烈的循環螺距運動或快速前進飛行導致快速的尾部振盪") |
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|增加遙控器的循環增益(Cyclic gain)和/或增加陀螺儀增益(Gyro gain)。 在遙控器中增加指數(Exponential)。 | |增加遙控器的循環增益(Cyclic gain)和/或增加陀螺儀增益(Gyro gain)。 在遙控器中增加指數(Exponential)。 | ||
|- style="vertical-align:top;" | |- style="vertical-align:top;" | ||
| − | | | + | |太強烈的循環螺距運動或快速前進飛行導致快速的尾部振盪 |
|Decrease pirouette consistency in the ''Advanced tab'' gradually by 10 until this disappears. Check the tail mechanics for binding. | |Decrease pirouette consistency in the ''Advanced tab'' gradually by 10 until this disappears. Check the tail mechanics for binding. | ||
|- style="vertical-align:top;" | |- style="vertical-align:top;" | ||
Revision as of 18:46, 3 June 2017
| 問題描述 | 解決方法 |
| 初始化後，十字盤或尾舵漂移 | 檢查遙控器中的微調(Trims) 和輔助微調(subtrims)。 遙控杆在中間位置時必須為0％，請參閱“診斷選項”(Diagnostics tab)。 在“高級選項”(Advanced tab)中增加遙控杆的死區。 |
| 尾舵或循環螺距不精確 | 增加遙控器的循環增益(Cyclic gain)和/或增加陀螺儀增益(Gyro gain)。 在遙控器中增加指數(Exponential)。 |
| 太強烈的循環螺距運動或快速前進飛行導致快速的尾部振盪 | Decrease pirouette consistency in the Advanced tab gradually by 10 until this disappears. Check the tail mechanics for binding. |
| Model oscillates in elevator or aileron axes | Decrease cyclic gain in Sensor tab. |
| Tail oscillates rapidly | Decrease gyro gain in the transmitter. |
| Model pirouette rotation is too slow/fast | Increase/decrease rotation speed for rudder in Sensor tab. |
| Servos jitter randomly without external influences | Check the cable connection between the receiver and the unit. |
| During stationary pirouettes model drifts | Check the Subtrim configuration in the Servos tab. It seems to be inprecise. |
| Aggressive elevator stick movement leads to bouncing | Increase elevator filter in Advanced tab and/or decrease cyclic feed forward in Advanced tab. |
| Cyclic feel is delayed or disconnected | Increase cyclic feed forward in Advanced tab. |
| Elevator servo is not moving when initialization is finished | Flight log from the previous flight was saved. View the log in the Diagnostic tab and fix reported problem. |
| Swashplate is jumping in a cycle when initialization is finished | The unit was started with the Rescue mode engaged. Turn off the rescue from your transmitter. |
| Rudder stop is not equal for both sides | Check rudder servo center position, rudder mechanics. You can also try to lower rudder limit for the side where bounce-back occur. |
| Positive and negative collective pitch is unequal | Enable Servos/Subtrim (tuning) and verify that servo arms are perpendicular, swashplate perfectly leveled and there is 0° between main blades. If yes, use the Servo Travel Correction. |
