PM511V08 3BSE011180R1 Processor Module

PM511V08 3BSE011180R1

Hardware
– Secondary AC input module with measurement transformer
– ADM conversion module
– 1/1 19″ chassis with up to 14 I/O modules
– 16-channel switching input module with 30mA and 50mA on-state current options
– Switching output modules: 24 outputs
– Switching output module: 24 outputs Static switching output module: 12 outputs (6 static)
– Switching inputs/outputs: 8 in and 12 out, with 30mA and 50mA on-current options.
– mA input module: 6 transmitter input channels
– Precise clock timing via GTM, GPS clock module or IRIG-B, SNTP and DNP3.0.

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Simon Zhang
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Description

PM511V08 3BSE011180R1 Processor Module


PM511V08 3BSE011180R1 distribution network automation construction, in China, despite the late start, but also has been carried out for nearly 20 years of research and practice, to achieve initial results. But most of the research and practice results are in the high-voltage distribution network (35 k V or more) level, but in the medium and low-voltage distribution network (distribution room level) automation issues, or a blank, neither the overall planning, nor a unified technical principles. Not only that, the current vertical monitoring is generally limited to the substation before the line, from the substation feeder to the end user belongs to the scope of power management monitoring, in addition to a few large users of load control, there is no other monitoring means.

PM511V08 3BSE011180R1 The automation of medium- and low-voltage distribution networks (mainly switching stations, switching rooms, and switching houses) and the automation of transformer substations have certain similarities. Therefore, it is of great significance to analyze the realization method of substation automation to correctly determine the automation scheme of medium and low voltage distribution network.

PM511V08 3BSE011180R1 The substation automation system consists of five parts: the main station, remote terminal units (re mote terminal units (RTUs)), line sensors, remote control SF6 or vacuum switches, and communication cables. Among them, RTU devices are located at the substation site, which can automatically collect various switch status quantities (telecommunication) and analog quantities (telemetry) and transfer them to the main station system of the monitoring center through a special channel; some RTUs can also perform specific remote control operations according to the intention and instructions of the monitoring personnel and return the results of the operations to the main station system of the monitoring center.