More reliable communications for wind energy applications
Posted to News on 12th Dec 2012, 16:30

More reliable communications for wind energy applications

The SHDSL modems from Phoenix Contact can be used to set up doubly redundant communication via the slip ring in wind energy applications. Two separate channels transfer data at up to 30Mbps. Communication remains fully operational even if up to two of the four slip ring channels fail. Users are continuously informed about the state of the slip ring, effectively increasing its service life. It can be replaced as a precautionary measure as soon as individual contacts fail.

More reliable communications for wind energy applications

Use of a hybrid slip ring, with added fibre-optic transmission, results in an increased transmission speed. WDM transmitters from Phoenix Contact accelerate data transmission to up to 100Mbps via a single fibre-optic cable. Therefore, a slip ring with a single fibre-optic channel suffices to provide fast Ethernet transmission.

When both methods are combined, the resulting system gains redundancy owing to the different transmission paths. This redundant design ensures high system availability and can be achieved at low cost.

For further details about SHDSL modems in wind energy applications, go to www.phoenixcontact.co.uk/.


Phoenix Contact Ltd

Halesfield 13
TF7 4PG
UNITED KINGDOM

+44 (0)1952 681700

Bosch Rexroth SICK (UK) LTD ABSSAC Ltd Lenze Selection (a Division of Lenze Ltd) Mechan Controls Ltd Matara UK Ltd Heidenhain (GB) Ltd Dold Industries Ltd Leuze electronic Ltd Euchner (UK) AutomateUK HARTING Ltd Smartscan Ltd maxon Group Procter Machine Safety Lenze Selection (a Division of Lenze Ltd) STOBER Drives Ltd Pilz Automation Ltd Top Hex Ltd Rittal Ltd Machinesafe Compliance Ltd Spelsberg Els UK Ltd PI (Physik Instrumente) Ltd FATH Components Ltd AutomateUK Aerotech Ltd Moore International Ltd Kawasaki Robotics (UK) Ltd Phoenix Contact Ltd Murrelektronik Ltd Servo Components & Systems Ltd