S-60 57毫米火炮射击控制系统设计

Kurnia Gunadi As'ad, Rachmad Setiawan, M. Rameli
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引用次数: 0

摘要

S-60 57毫米加农炮上的发射系统使用加农炮乘员的脚,这是非常危险的,因为在发射时乘员的位置在加农炮的顶部。因此,需要一种可以由计算机远程控制的发射系统。S-60 57毫米火炮发射控制系统的设计使用一台个人计算机(PC)作为发射命令输入,使用WiFi进行数据通信,由Atmega8535微控制器作为螺线管的电压调节器接收。电磁阀具有拉力来驱动液压系统,其中执行器的功能是驱动发射气缸。加速度传感器MMA7361作为射击中的可变控制器,提供模拟火炮倾斜位置的输入数据,0g传感器的位置由火炮在平衡位置模拟。从测试结果来看,不同弧角的传感器设计数据存在差异,即X角为2.83度,Y角为1.86度。电磁阀产生的磁场为0.53 T,最大可吸引20kg的负载。通过改变机械杠杆的距离比为39.11 cm和8.89 cm,电磁阀可以驱动一个88公斤的发射气缸。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Designing a Firing Control System on S-60 57mm Cannon
The firing system on the S-60 57mm cannon uses the foot of the cannon crew, which is very dangerous with the position of the crew on top of the cannon when firing. So, a firing system that can be remotely controlled by a computer is required. The design of the S-60 57mm gun firing control system uses a personal computer (PC) as the firing command input, with data communication using WiFi received by the Atmega8535 microcontroller as a voltage regulator for solenoids. The solenoid has a tensile force to drive the hydraulic system where the actuator functions to drive the firing cylinder. Accelero sensor MMA7361, as a variable controller in firing, provides input data simulating the tilt position of the cannon, the position of the 0g sensor is simulated by the cannon in a balanced position. From the test results, there is a difference in sensor designation data with arc angles i.e., angle X by 2.83 degrees and angle Y by 1.86 degrees. The magnetic field produced by the solenoid 0.53 T can attract a maximum load of 20 kg. By changing the distance ratio of mechanical lever to 39.11 cm and 8.89 cm, the solenoid can drive an 88-kg firing cylinder.
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