SWITCHES & CROSSINGS
Switch & Crossing Monitoring for Earlier Maintenance Decisions
Gain a clearer basis for deciding what needs attention, when to act and where maintenance should be focused. Identify developing issues earlier, narrow down the likely cause and assess whether completed maintenance had the intended effect.
SWITCHES & CROSSINGS
Switch & Crossing Monitoring for Earlier Maintenance Decisions
Gain a clearer basis for deciding what needs attention, when to act and where maintenance should be focused. Identify developing issues earlier, narrow down the likely cause and assess whether completed maintenance had the intended effect.
Where better turnout decisions begin
Where better turnout decisions begin
Switch and crossing issues are rarely explained by one data point alone. An error may be the consequence of changes in switch movement, crossing health, mechanical stress or connected asset behaviour. The right monitoring setup gives maintenance teams a clearer basis for understanding what changed, how urgent it is and where attention should be focused first.
When a switch issue appears, the first symptom does not always reveal the real cause. The issue may be linked to movement changes, mechanical stress or connected asset behaviour.
With the right data connected in one operational view, uncertainty can be turned into clear priorities — helping maintenance teams understand what changed, why it matters and where action should be focused first.
Find the right monitoring setup for your turnouts.
Switches and crossings are critical assets, and every turnout has different monitoring needs. Whether you need to understand switch availability, follow crossing stability or turn point machine data into condition monitoring, Railmonitor can help you build a setup that supports clearer maintenance decisions.
Each switch and crossing develops its own behaviour pattern over time. Railmonitor’s software automatically recognises these patterns across the available data inputs and, as operational data is collected, develops a digital fingerprint for each asset — a learned baseline of its individual behaviour and how it normally moves, responds and performs under real operating conditions.
In this context, normal does not mean a generic standard or a technically perfect condition. It is the recurring behaviour learned for that individual asset under its actual operating conditions.
No two switches are exactly the same — even switches of the same type can develop their own individual “normal” behaviour after installation. Geometry, traffic load, mechanical setup, support condition and local environment all influence how each asset behaves over time, making the digital fingerprint highly valuable when changes begin to appear.
Once this individual baseline has been established, new operational data is automatically compared with the asset’s digital fingerprint. This makes changes in switch movement, support condition, mechanical stress or connected asset behaviour easier to detect and understand.
This makes it possible to see beyond the first error, connect cause and consequence, and give maintenance teams a clearer basis for deciding what needs attention first.
When maintenance work such as tamping, track realignment or component adjustment changes the asset’s operating behaviour, the software relearns its new normal and establishes an updated digital fingerprint. New data is then compared against this updated baseline, so future deviations are assessed in relation to the asset’s current condition.
Plan ahead with clearer turnout insight
Turnout data becomes more valuable when it helps teams plan before issues become urgent. Railmonitor’s Digital Service Platform combines live monitoring, alarms, trends and documentation in one operational overview, making it easier to follow asset condition over time.
With intelligent notifications and a 7-day forecast, maintenance teams can identify developing changes earlier, prepare the right response and use track access more effectively.
From troubleshooting to condition-based maintenance.
From troubleshooting to condition-based maintenance.
When teams can compare movement fingerprints with the actual changes and connected asset data before entering the track, troubleshooting becomes more targeted. The result is fewer unnecessary site inspections, fewer healthy components replaced and a stronger basis for condition-based maintenance.
More than monitoring points. One operational overview.
More than monitoring points. One operational overview.
Switches and crossings are often monitored through separate measurements, systems or inspections. This can make it difficult to understand the full condition of the turnout and decide what needs attention first.
Railmonitor brings switch condition & availability, switch & crossing health and connected asset data into one operational overview, giving maintenance teams a clearer basis for understanding condition, identifying developing issues and planning the right response.
The first symptom is not always the real cause
The first symptom is not always the real cause
A change in switch availability can be caused by more than the switch itself. Support condition, ballast or geometry changes, abnormal loading, mechanical resistance or connected asset behaviour can all influence how a turnout performs over time.
By connecting cause and consequence, maintenance teams get a clearer basis for identifying what changed, why it matters and where action should be focused first.
Choose the monitoring plan that fits your asset strategy
Railmonitor offers three monitoring plans depending on your asset strategy, existing equipment and level of support needed. Whether you need a fully managed monitoring setup, a flexible combination of Railmonitor hardware and third-party data, or a software-led approach for existing asset data, the Digital Service Platform can be adapted to how your team monitors and maintains switches and crossings over time.
