Netpage

The device plug forms the interface between the mains and device side of a device equipped with it.

The network side describes the part of a technical device of a plant or a building that is connected to a (often public) distribution network. This can be an electricity network , district heating network , telephone network , radio network , fiber optic network , gas pipeline network , drinking water network or sewer network . Data , energy or materials can be obtained and made available via the network connection . Both the producer and the consumer equally have a network side.

In contrast to the network side, there is the device, machine or system side, which describes elements that are part of the local technical unit itself.

For many networks there are standardized interfaces with which the connection on the network side must be equipped in order to be able to be connected to the network. Uniform plug , screw or flange connections as well as conventions about the physical properties or data transmission protocols allow the network to be used. Sometimes there are regionally very different interfaces, which can make an adapter necessary on the network side .

geodesy

In geodesy , the measured triangle sides in the first-order network are called network sides . In the basic networks of the state survey , they are on average 30 to 50 km long. Their directions ( azimuths ) are observed with precise theodolites , the distances between the measuring points with electronic distance meters .

Individual evidence

↑ Grid connection conditions. Osterholzer-Stadtwerke, July 13, 2005, accessed on February 13, 2014 : "The previously combined connection and supply obligation was divided into a connection obligation on the network side and a basic supply obligation on the supply side, with natural gas."

^ Y. Huang, H. Mrugowsky: Small hydropower plant with asynchronous generator and converter. (PDF) Control strategy for island operation. (No longer available online.) Institute of Electrical Engineering, University of Rostock, January 15, 2001, p. 1 , formerly in the original ; accessed on February 13, 2014 : "An IGBT converter suitable for feeding into a three-phase, four-wire island network, including a microcontroller control for the machine and network side , was therefore designed, built and tested ."

↑ Peter Bocker: ISDN the integrated services digital communication network . Springer, 1987, ISBN 3-662-08032-X , subscriber connection, p. 59–129 ("[...] to enable access to the ISDN assuming ... the necessary protocols on the network side [...]").

[Gas-1] Grid connection conditions. Osterholzer-Stadtwerke, July 13, 2005, accessed on February 13, 2014 : "The previously combined connection and supply obligation was divided into a connection obligation on the network side and a basic supply obligation on the supply side, with natural gas."

[Universität_Rostock-2] Y. Huang, H. Mrugowsky: Small hydropower plant with asynchronous generator and converter. (PDF) Control strategy for island operation. (No longer available online.) Institute of Electrical Engineering, University of Rostock, January 15, 2001, p. 1 , formerly in the original ; accessed on February 13, 2014 : "An IGBT converter suitable for feeding into a three-phase, four-wire island network, including a microcontroller control for the machine and network side , was therefore designed, built and tested ."

[3] Peter Bocker: ISDN the integrated services digital communication network . Springer, 1987, ISBN 3-662-08032-X , subscriber connection, p. 59–129 ("[...] to enable access to the ISDN assuming ... the necessary protocols on the network side [...]").