Siemens Aktiengesellschaft

Dieter Kramer

Andreas Jurisch

Gerhard Lang

Götz Neumann

Zhen Cao

Lei Ming Qin

Jan Moeller

Jan Möller

Markus Wache

Michael Chochole

Xin Bo Gu

Qiu Gun Miao

A method automatically parameterizes bay controllers and/or protective devices of a switching arrangement. The method includes automatically detecting the topology of the switching arrangement on the basis of topology information, and automatically determining interlocking and/or enabling conditions for at least one device on the basis of the topology. Communication connections for the at least one device are automatically specified while taking into account the interlocking and/or enabling conditions determined for this device. The at least one device is parameterized with the interlocking and/or enabling conditions and the communication connections and the topology determined for this device, so that interlocking or enabling of a switching action in the at least one device is controllable during the operation of the switching arrangement.

Method and arrangement for parameterizing bay controllers and/or protective devices of a switching arrangement

An automation system includes at least one device that detects measured values and is connected to a automated process, at least one field device connected to the at least one device detecting measured values, and a master computer connected to the at least one field device. In order to simplify the design of such an automation system as much as possible, the device detecting measured values, the field device, and the master computer are connected to a common data transmission network which is equipped for transmitting digital measured data from the device detecting measured values to the field device according to a first communication protocol and for transmitting digital control data between the field device and the master computer according to a second communication protocol.

Automation system

Method for determining the amplitude and phase angle of a measuring signal corresponding to a current or voltage of an electrical power supply network

Growing community of inventors

Dresden, Germany

Dieter Kramer