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为了现代实战的需要,岸舰导弹地面设备机动性和快速反应能力必须提高,实现快速方向标定的自动定向系统于81年8月由三院八三五九所研制成功。本系统采用船用电罗经为敏感元件。原电罗经对北向夹角只有指针显示而没有电信号输出,对其改装为水陆Ⅱ号罗经(见封三照片),增设一个多极旋转变压器,用来输出发射架对真北方向的夹角的电信号。将此罗经放置在发射架的回转台上,安装的初始位置保证罗经的零位线与发射架纵轴中心线平行。罗经工作时,罗经显示的角度即为发射架对真北的夹角。
In order to meet the needs of modern combat, the shore-based missile ground equipment must be more mobile and capable of rapid response. The automatic directional system for rapid calibration of the direction was successfully developed by the 83,559 units of Hospitals in August 81. The system uses marine gyrocompass as sensitive components. The original compass on the north to the angle only pointer shows no electrical signal output, its conversion to the compass Ⅱ (see seal three photos), the addition of a multi-pole resolver to output launchers to the true north of the angle The electric signal. Place the compass on the turret of the launching frame. The initial installation ensures that the zero line of the compass is parallel to the longitudinal axis of the launcher. Compass work, Compass shows the angle that is the angle between the transmitter and the true North.