Monitoring & control · Monitoring, Testing & Automation
Remote Monitoring & Control Systems
From a remote reading to a permitted action.
Remote oversight is useful only when teams understand what can be seen, what can be controlled and who is authorised to act.
Project vision
Water supply and wastewater networks are spread out: pumping stations, tanks and plants can sit kilometres apart. RMCS connects each site to a central control room. A smart box at the site reads the instruments and pump status, sends the data over a mobile or internet link, and carries commands back from the operator to the local controls.
In the dispatch centre, operators see every site on a SCADA-style screen, with values shown as graphics and tables. Alarm reports point to the fault, so maintenance teams arrive knowing what to fix. The same view works on a laptop, tablet or phone. Data can be downloaded or passed to your other IT systems for reports and planning.
Illustrative application narrative · no completed installation or measured result is asserted.
Typical business & operational challenges
A typical operational situation
Dispersed equipment, communication loss and unclear control authority can delay response.
Our solution
Remote Monitoring & Control Systems is considered around the actual duty, available inputs and operating arrangement. The scope starts with asset and signal register. It also considers communication architecture. It also considers permitted controls. It also considers fault and access rules.
Our approach
Map assets and signals
Define local versus remote authority
Integrate supported communications
Test outages, permissions and agreed controls
Features & deliverables
- Asset and signal register
- Communication architecture
- Permitted controls
- Fault and access rules
Selection and inclusion are confirmed through the approved proposal and design.
Expected operational benefits
A clearer basis for asset and signal register and fault and access rules, supported by an operating approach suited to the application. Actual performance depends on the final design, conditions and operation.
Technology options & engineering basis
Integrate supported communications. Equipment, interfaces and operating requirements are selected after the input review.
Information to bring to the discussion
Equipment register, operating sequences, I/O requirements, existing controls, permitted actions and communication conditions.
How it works, stage by stage
Field instruments
Sensors and pump panels at the site report levels, flows, pressures and run status.
Smart box
An RTU or PLC at the site collects the signals and carries out local control.
GPRS or internet
Data travels over the mobile network or an internet line to the central platform.
iSAVE cloud
The platform stores readings, checks them against limits and raises alarms.
Alerts and access
Email and SMS alarms go out, and teams view, download or control from anywhere.
Where it is used
- Water supply schemes
- Pumping stations
- Sewage pumping
- STPs & ETPs
- Overhead tanks
- Municipal utilities
- Industrial utilities
Visual story
The needFrom a remote reading to a permitted action. Dispersed equipment, communication loss and unclear control authority can delay response.
Read the full voiceover script
- The need From a remote reading to a permitted action. Dispersed equipment, communication loss and unclear control authority can delay response.
- The response Remote Monitoring & Control Systems begins with the application. Map assets and signals. Define local versus remote authority.
- The work Integrate supported communications. Then test outages, permissions and agreed controls. The details belong to the agreed configuration and scope.
- The next step Start with asset and signal register, and define what success needs to look like. Discuss your application with ZEAL.
Questions before the next step
Will remote control work during a communication failure?
Behaviour must be defined in the control philosophy. Essential local control and safe operating arrangements require project-specific design.
What is needed for an enquiry?
Asset and signal register, application details, available records, site constraints and the required delivery scope.
What happens when an alarm is raised?
It is reported straight away by SMS and email, and the system keeps retrying until someone acknowledges it. The communication link to every site is itself monitored, so a lost connection is also flagged.
Does it keep working during a power cut?
The site unit is designed to keep reporting through power failures, and a loss of mains supply is sent as an alarm so your team can respond.
Can it connect to our existing pumps and panels?
Usually, yes. We survey the site, check the existing instruments and panels, and add the smart box and any missing sensors needed for the data you want.
Bring us your application.
Share your requirement and the information you already have. ZEAL can help clarify the options and the information needed for the next step.