Bury, United Kingdom (PressExposure) April 27, 2012 -- Current variation can be a symptom of faults that may threaten rail safety, critical system performance or the durability and reliability of equipment. To address this problem rail systems engineers Rowe Hankins have introduced the NIC361 Series Monitor, a non-intrusive device that detects variation in current with no direct effect on the power supply.
The NIC361is a non-contact device with the monitored cable passing through without contact. The unit detects variations in the magnetic flux generated by power flow producing a proportional output signal.
Units may be used in various ways; to record exceptional events, to provide active protection to plant by linking to a trip relay or for monitoring remote plant or to give early warning of developing faults and allow preventative maintenance in good time. Units may be configured to shut down operations or plant if system integrity and safety is threatened.
The new device is perfectly suited to the new strategy of moving from a 'find and fix' to a 'predict and prevent' methodology and gives reliable non-intrusive measurement.
Rowe Hankins provide comprehensive technical support to enable rail engineers to integrate devices into their safety, monitoring and control systems. NIC361 monitors are manufactured in the UK and are DIN-rail enabled for easy installation in control cabinets. An LED trip indicator gives visual indication of the circuit that has been tripped. Units require only a 24 volt DC supply.
Rowe Hankins is certified under the stringent and internationally recognised IRIS quality and environmental standard for the rail industry. Working with rolling stock builders, train operating companies, track owners and infrastructure contractors, Rowe Hankins provides innovative on-train and trackside electro-mechanical equipment for safer and more efficient operations.
Peter O'Neill, Tel. +44 (0)161 765 3000 Fax. +44 (0)161 705 2900
Rowe Hankins Ltd, Power House, Parker Street, Bury, Lancashire, BL9 0RJ, UK
High resolution images are on the web at [http://www.ainsmag.co.uk/rh109/4964rh1a-nic361.htm]