Translations:KAVAN V20 + ETHOS™ - User manual/458/en: Difference between revisions

Latest revision as of 10:30, 19 March 2024

Message definition (KAVAN V20 + ETHOS™ - User manual)

'''Warning:''' When using a redundancy system involving SBUS, servo movements beyond about +/- 125% are not possible. If using more than 125% on the main receiver driving PWM outputs, and this receiver enters failsafe, the servo positions then received from a redundant receiver via SBUS are limited to 125%. In particular, if an output on the main receiver is beyond 125%, then at the point of switching to the redundant receiver, the output will change to 125%.

Warning: When using a redundancy system involving SBUS, servo movements beyond about +/- 125% are not possible. If using more than 125% on the main receiver driving PWM outputs, and this receiver enters failsafe, the servo positions then received from a redundant receiver via SBUS are limited to 125%. In particular, if an output on the main receiver is beyond 125%, then at the point of switching to the redundant receiver, the output will change to 125%.

@@ Line 1: / Line 1: @@
-'''''Varování:''' When using a redundancy system involving SBUS, servo movements beyond about +/- 125% are not possible.''
+ '''Warning:''' When using a redundancy system involving SBUS, servo movements beyond about +/- 125% are not possible. If using more than 125% on the main receiver driving PWM outputs, and this receiver enters failsafe, the servo positions then received from a redundant receiver via SBUS are limited to 125%. In particular, if an output on the main receiver is beyond 125%, then at the point of switching to the redundant receiver, the output will change to 125%.
- ''If using more than 125% on the main receiver driving PWM outputs, and this receiver
- enters failsafe, the servo positions then received from a redundant receiver via SBUS
- are limited to 125%.''
- ''In particular, if an output on the main receiver is beyond 125%, then at the point of
- switching to the redundant receiver, the output will change to 125%.''