M/E remote control system is one of the most importance part of the ships power equipment.
主机遥控系统是船舶动力设备的重要组成部分,该系统出现问题会影响到船舶的安全。
In this article, based on the research item in COSCON "Fault Diagnosis and Aided Analysis of Marine M/E remote control device for Computer-Based System", both principle emulating and fault analysis of pneumatic device in MAN B&W M/ E remote control system are made by adopted the computer multimedia technique.
此文结合中远总公司科研项目“船舶主机遥控装置计算机故障诊断及辅助分析系统”,对MAN B&W主机遥控气动装置,运用计算机技术,实现其原理仿真和故障分析。
In this article, based on the research project "Fault Diagnosis and Aided Analysis of Marine M/E remote control device for Computer-Based System", the principle emulating and fault-analysis of MAN B&W M/E remote control system in huge container vessels in COSCON are made.
本文结合中国远洋运输(集团)总公司科研项目《船舶主机遥控装置故障诊断及计算机辅助分析系统》,以中远集装箱运输有限公司主要集装箱船舶的MAM B&W主机遥控系统气动装置为研究对象,进行计算机原理仿真及故障诊断。
Design and implementation of marine main engine remote control system based on PLC;
基于PLC的船舶主机遥控系统设计与实现
Reliability design of a microcontroller-based main engine remote control system;
基于单片机的船舶主机遥控系统可靠性设计(英文)
The device SFDY-Ⅰ has double-function of main engine remote control and ship telegraph.
SFDY-Ⅰ型船舶主机电脑遥控装置将船用车钟功能集成在系统之内,使其具有主机遥控和船用车钟双重功能,简化船舶控制设备,提高了船舶驾控性能
Analysis to fault on NABCO M-800 main engine remote control system with Fault-Tree
故障树分析NABCO M-800主机遥控系统故障
Taking the main engine of engineering vessel as the controlled object,this paper analyses the characteristics of its main engine remote control system and the defects thereof,according to total integrated automatization system project of SIEMENS shipping industry,adopts SIEMENS standardization module of SIMATIC,and designs a reconstruction plan based on S7-200 PLC.
文章以工程船中速主机为研究对象,分析了原主机遥控系统的特点及缺陷,根据西门子船舶工业全集成机舱自动化系统的解决方案,采用西门子标准化组件SIMATIC,设计了基于S7-200 PLC的船舶主机遥控系统,该系统具有停车、启动(重启动、重复启动)、换向、制动、应急操纵、速度PID在线自整定调节、死区控制、速度和负荷限制、安全保护等功能,提高系统的可用性和运行可靠性,在中石化海洋运输船舶中心的工程船(“胜利212”和“胜利214”)上得到了成功应用。
Application of fault tree analysis in the main engine remote control system are introduced in this paper.
本文介绍了如何利用故障树原理分析主机遥控系统的故障,着重说明故障树的建立方法,并以NABCOM-800主机遥控系统为例,分析故障树的建立过程以及发生故障后如何分析故障以便及早确定故障点。
Design of the real-time multi-task software in the simulation system of ship engine remote control;
船舶主机遥控仿真系统实时多任务软件设计
The Development of Diesel Engine Remote Control Set Based on PLC and Simulation Debug System;
PLC船舶主机遥控装置及仿真调试系统的研制
microcomputer remote control system for mainengine
微机控制主机遥控系统
Design and Development of Ship Main Engine Remote Control System Simulation Training System;
船舶主机遥控仿真系统的设计与开发
The Design of Remote Control of Ship s Main Engine Based on PLC;
基于PLC的船舶主机遥控系统的设计
Research and Design of Can-based Remote Control System of Marine Main Engine
基于CAN的主机遥控系统的研究与设计
Realization of CANopen and Its Application in Remote Control of Marine Main Engine
CANopen实现及其在主机遥控系统中的应用
Analysis to fault on NABCO M-800 main engine remote control system with Fault-Tree
故障树分析NABCO M-800主机遥控系统故障
Fault tree analysis for reverse failure of main engine pneumatic remote control system under bridge control mode
主机遥控气动系统驾控不能换向的故障树分析
Remote control on medium speed main engine realized by CAN-bus
用CAN总线实现船舶中速机主机遥控系统介绍
Research on Pivotal Technologies of Double Functional Marine Main Engine Remote Control System;
一种双功水面船主机遥控系统关键技术研究
The Design and Research of Remote Control of Ship s Main Engine Based on PLC;
基于PLC的船舶主机遥控系统的设计与研究
Designing and Researching of Marine Main Engine Remote Control System Based on PLC;
PLC在船舶主机遥控系统中的应用设计与研究
Main Engine Remote Control and Mimic Panel Simulation System with Hardware in the Loop;
“半实物在环”船舶主机遥控及图示仿真系统
The Development of Diesel Engine Remote Control Set Based on PLC and Simulation Debug System;
PLC船舶主机遥控装置及仿真调试系统的研制
Design for Important on-off Interface of Marine Main Engine Remote Control System
船舶主机遥控系统重要开关量接口的设计
electric pneumatic remote control system for main engine
主机电动气动遥控系统
Study on Driving Control about the Slave Side of Master/Slave Remote Machine Hand;
主从遥控机械手从手端驱动控制研究
Design of Master Unit of Medium Range Underwater Telemeter and Telecontrol System
中程水下测距及遥控系统主控机设计
Study of Master-Slave Control System of the Teleoperating Underwater Manipulator;
遥操作水下机械手主从控制系统研究
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