[{"data":1,"prerenderedAt":-1},["ShallowReactive",2],{"doc-seo-663624-105":3,"detail-sidebar-cat-0-en-105":80,"doc-detail-663624-en":130},{"code":4,"msg":5,"data":6},0,"ok",{"site_id":7,"language":8,"slug":9,"title":10,"keywords":11,"description":12,"schema_data":13,"social_meta":73,"head_meta":75,"extra_data":77,"updated_unix":79},105,"en","crane-control-and-automation-global-solutions-engineering-process-overview","Crane Control and Automation Global Solutions - Engineering Process Overview","","TMEIC presents an overview of the engineering processes and control technologies used to design, test, and commission complete crane automation systems. The document explains project engineering from proposal and specification through commissioning, and how teams coordinate across factory and field service organizations. 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This document provides an overview of the engineering processes and technology used in these systems. The figures below illustrate these processes and technologies with each section identified with a numbered page icon (  ~~ \\# ~~  ) .  \nComprehensive Engineering Process  \nA smooth crane system startup depends on a well-planned and executed engineering process. Starting with the system proposal and specification, TMEIC’s application engineers manage the entire project through commissioning. This critical engineering process is illustrated below and detailed in the Project Engineering section. Icons indicate where the various teams of engineers in the factory and field service organizations are involved in the project.  \nProject Engineering Process  \nA Flexible Control System Architecture  \nThe Maxspeed® crane control system architecture uses a master controller to coordinate all the networked drives and to communicate with the operator interfaces, input/output devices, and the yard management system. The Maxview® system employs vision systems to automate the crane operation. TMEIC has adopted industry standards to simplify the configuration and integration of these complex control systems for your application:  \n• Globally accepted communication protocols and open data interfaces for seamless integration of third-party systems, and maximum flexibility for future growth and minimum risk of obsolescence  \n• Ethernet® communications between the controller, operator interfaces, and yard management, providing high-speed communication and low-cost, standard spare parts availability  \n• Windows®-based configuration tools, familiar to all users, for all system components  \nTechnologies Employed  \nWhy Our Equipment Helps Set Production Records  \nThe advanced features of the TMEIC Maxspeed® and the Maxview® visions system allow operation of the yard at a higher rate, often setting production records. In addition, the increased reliability helps reduce container and equipment damage. The main system features providing this superior performance are outlined below.  \nSystem Features and Benefits  \nMaxview® Vision System allows Fast and Reliable Crane Operation  \n• Automatic landing system for accurate pick-up, drop-off, and stacking of containers  \n• Ship and Yard container profiling system provides safe and efficient operation of both manned and unmanned cranes  \n• Chassis Guidance System guides the truck driver into the exact target position  \n• Direct position measurements are unaffected by rope stretch and wheel slippage  \nMaxspeed® Fast Operator Response Increases Throughput  \n• High-speed LANs (local area networks) link the I/O system, master controller, and drives so the container precisely follows the operator input in manual mode, and follows the system input in automatic mode  \n• Multi-tasking controller and the drives are all optimized for the fastest response  \nRemote Operator Console Streamlines Operation  \n• Automatic operation allows the operator to manage several cranes at the same time  \n• Remote operation facilitated with live video feed of container location and container corners  \n• Point and click container inventory interface allows the operator to locate containers and associated data in real-time  \n• Point and click generation of crane work instructions  \nEthernet Connectivity Increases Productivity  \n• Master controller, HMI system, and drives reside on industry standard Ethernet for rapid exchange of data with computer systems, and for fast configuration  \n• Standard software, including MS Open Data Base Connectivity (ODBC), XML, OLE for Process Control, plus drivers for MS SQL and Oracle, speed up communication between computer systems  \nCraneDir","cbCaikdeXLw18PqV","https://ap.wps.com/l/cbCaikdeXLw18PqV","pdf",4773309,32,"English","# Organization of Document\n## Comprehensive Engineering Process\n## Project Engineering Process\n## A Flexible Control System Architecture\n## Technologies Employed\n## System Features and Benefits\n## Maxspeed Crane Systems","[{\"question\":\"What is the purpose of the engineering process described for crane automation systems?\",\"answer\":\"It ensures a smooth crane system startup by covering the full workflow from system proposal and specification through commissioning.\"},{\"question\":\"How does the Maxspeed crane control system coordinate crane components?\",\"answer\":\"It uses a master controller to coordinate networked drives and communicate with operator interfaces, I/O devices, and the yard management system.\"},{\"question\":\"Which features improve yard operation performance and reliability?\",\"answer\":\"Maxview vision automation enables fast and reliable container handling, while Maxspeed features improve operator response and throughput; additional reliability reduces container and equipment damage.\"}]","Crane Control and Automation Global Solutions - Engineering Process Overview | PDF",81]