Pumping stations
Pump operation, medium level, dry run, faults and power availability.
Continuous supervision of pumps, levels, flows and alerts across distributed water and wastewater sites.
Water sites often operate without a fixed line or local staff. An M2M SIM and private APN provide controlled data transmission to the monitoring platform or the client's SCADA system.
One platform can collect data from many locations and show it in a consistent dashboard, while maintaining separate permissions and event history.
Pump operation, medium level, dry run, faults and power availability.
Levels, flows, pressure and actuator states.
Process measurements, drive states, alerts and installation history.
Alert rules can detect level breaches, missing run confirmation, dry running, power loss, protection trips or lost communication. Notifications are sent to agreed recipients by SMS or e-mail.
Trend and event logging helps reconstruct faults and compare equipment operation over time. Signal scope depends on the automation installed at each site.
Each station sends tank level, pump states, runtime counters and alerts. The dispatcher sees the whole fleet in one dashboard, while authorised service staff can diagnose the PLC without a public device address.
This is an illustrative scenario, not a claim about a specific deployment. Final views, signals and alert procedures are based on client documentation.
Typical data includes level, pump operation and faults, runtime counters, protection, power and communications. The final list depends on the controller and instrumentation.
Yes. The system supports alert rules and notifications by SMS and e-mail.
Yes. Integration scope is defined from the SCADA system, available protocols and responsibilities of each party.
No. A router with an M2M SIM can provide transmission, subject to coverage and project requirements.
Show us the devices, locations and access workflow. We will prepare the connectivity and monitoring design for the first site.
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