Using industry-leading data analysis, TrackSense gives you deep insights and allows you to improve the efficiency of your railway network.
TrackSense was designed with you and your organisation in mind. The DIN mounted backbone design allows you to expand, upgrade and replace modules quickly and easily – usually even without any system downtime.
TrackSense’ modular design means you can purchase only what you need and expand your site with more I/O at any time to monitor more/different assets.
For instance, if you had a setup for Points Monitoring including a processor and analog extender and wanted to monitor 3 extra points machines and the Earth insulation of 2 Busbars, simply connect 1 extra Analog Extender and 2 EIM modules.
Whenever we bring out a new module, your current hardware won’t be made redundant – you can simply slot the new module in and upgrade your site.
Hardware repairs and replacements are made simple and generally won’t even require any site down-time. All you need to do is unplug the damaged module and replace it with new/repaired hardware.
RelayDoc is a product of MRD Rail Technologies
MRD Rail Technologies have been a specialist in the design and manufacture of condition monitoring products since 1991. We have supplied rail networks around the globe with cutting-edge solutions which were designed and manufactured in-house. This allows us a lot of freedom to be creative and innovate, while carefully controlling important factors like cost, quality and lead times.
With an invested focus in the field of asset condition monitoring, our products include rail signalling test and measurement equipment, automatic relay testers, passenger information systems, AWS equipment and more.
The MRD Team have passion and expertise for developing innovative hardware and software solutions that change the way the railway industry approaches network reliability and maintenance. Our products make it simpler for remote operators to monitor the condition of crucial track machinery and obtain the information they need to make timely maintenance decisions based on both exact,and predicted, condition.