Pump station
remote monitoring
A gateway in the pump panel reads the motor drives and controllers already installed, and reports run status, alarms and process values from remote, unmanned stations.
THE PROBLEM
The station is far away, and the first alarm is often a complaint
Lift stations, booster stations, raw water intakes and transfer pumps sit where the pipework needs them, which is rarely near the people responsible for them. A tripped pump is found when a tank overflows, pressure drops in a building or someone drives out on a round.
Inside the panel, the information is already there. The soft starter or VFD knows the motor current and the fault code. The pump controller knows the level, which pump is duty and how many starts it has made. It is simply not leaving the panel.
HOW WE SET IT UP
One gateway per panel
Read what the panel already knows
The gateway connects to the drives, soft starters and pump controllers over RS485 or Ethernet and reads their run status, fault codes, current and level values.
Duty, standby and starts
Run hours and start counts per pump show whether duty rotation is working and which motor is doing all the work. That is the data maintenance planning needs.
Connectivity for remote sites
Where the station has no wired network, the gateway reports over 4G. Ethernet or Wi-Fi are used where the site has them.
Monitoring first, control by design
The gateway is set up to read. Any remote start or stop is engineered as a separate step, with interlocks, permissions and local override agreed with your engineers.
AT A GLANCE
Pump station connectivity in brief
- What is read
- Run status, trip and fault codes, motor current and speed where exposed, level and pressure values from the controller
- Hardware
- RS485 Modbus IoT gateway, Modbus RTU over RS485 and Modbus TCP over Ethernet, master or slave
- Connectivity
- 4G for remote stations, Ethernet or Wi-Fi where available. MQTT over TLS 1.2
- Power
- 12 V adapter from the panel supply, in a plastic, metal or custom enclosure
- Where data goes
- RIOD Live, or your own server, with API access, PDF and Excel exports with audit trails, and AI access through MCP
- Alerts
- Pump trip, high level and loss of communication through SMS, call, WhatsApp or email
- Remote control
- Engineered separately with safety interlocks and authorisation when required
FAQ
Questions buyers ask us
How do we monitor a remote pump station without a SCADA system?
Fit a Modbus gateway in the pump panel. It reads the drives and pump controller, and sends status and alarms to the cloud over 4G, so the team gets an alert when a pump trips or a level rises.
Can we start and stop pumps remotely?
Remote control is possible as an engineered addition. We design it with your engineers, including interlocks, user permissions and local override, so that a command from the cloud cannot create an unsafe condition at the station.
What data can be read from a pump VFD or soft starter?
Typically run status, speed, motor current, fault codes and run hours, depending on the model. We confirm the register map for your drives before commissioning.
What happens if the mobile signal at the station is weak?
We check signal strength during the survey and choose the antenna and mounting accordingly. Where 4G is marginal, Ethernet or Wi-Fi from a nearby building can carry the link.
Pump stations you would rather not drive to?
Tell us how many stations and what is in each panel. We will propose the gateway setup and the alerts your team needs.