![]() ![]() This requires high speed communications between each of the lifting platforms, which the Ethernet communications network is able to provide, updating all PLCs on the network in less than 200 milliseconds. When lifting a multi-car train, the control system synchronises the lifting process by ensuring that all lifting platforms involved in the operation are raised and lowered at the same rate. The system is capable of performing 1, 3, 4, 8, and 12 car train lifting operations, selectable via a UniOp touch screen installed at the Main Control Centre. The control solution for this project comprises of 13 x Koyo DL405 PLCs communicating over a high-speed Ethernet network and interfacing to more than 2,000 I/O points. This system allows the operators to lift a train in order to perform under-carriage work or to repair/replace the bogies. KAPP Engineering is currently in the final stages of commissioning the PLC control system for a train lifting system for the new High Speed Rail system in Taiwan. Just another way that KAPP Engineering makes your job easier!Ĭase History: Taiwan High Speed Rail Project – Train Lifting System KAPP Engineering has a strong focus on servicing the needs of its customers, offering 24 hour technical assistance and support to all of its customers. With over 13 years of combined experience in using Automation Direct's Koyo PLCs, the team at KAPP Engineering specialises in supplying and supporting Koyo PLC solutions. Our combined technical expertise gives us the competitive edge as our diverse engineering team is able to design, supply, commission and support solutions that cater for the varying requirements of our customers. KAPP Engineering specialises in providing tailor-made Automation and Process Control solutions. ![]() ![]() Automation Direct's System Integrator Profile ![]()
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