Real-Time Monitoring, Real-World Benefits
A water pressure monitoring system from LEC, Inc. is engineered to deliver unparalleled operational benefits. Our devices require no external power sources, and can easily be installed on either a permanent or temporary basis
Standout Features
The Ability To Monitor Pressure Anywhere
Our systems are designed to operate independently, ensuring reliable pressure monitoring in even the most remote locations.
Real-Time Alarms and Notifications
Stay informed with instant updates, allowing you to act swiftly before issues develop into significant problems.
Data Logging and Analytics
Harness the power of data with our comprehensive logging tools that analyze and predict trends, helping you make informed decisions.
Easy Installation
With their user-friendly design and clear instructions, our systems can be set up quickly and without hassle.
Field Replaceable Battery
Minimize downtime with easily replaceable batteries ensuring continuous operation.
Mapping Capabilities
Visualize pressure points across your network, enhancing your ability to pinpoint and resolve issues promptly.
Advanced Technology for Comprehensive Monitoring
At the core of our water pressure management strategy lies the IIoT-enabled devices that make real-time data accessible and actionable. These sophisticated water pressure monitoring devices are equipped to continuously measure the pressure within your water distribution systems, whether it be in pipes, tanks, or the broader network. Constant monitoring and automated solutions detect deviations from normal pressure levels, allowing for immediate response to prevent damage or service disruptions.
Commercial water pressure monitoring systems from LEC, Inc. also bring substantial non-operational advantages that support long-term strategic goals - including:
Hydraulic Model Calibration
Improve your hydraulic models with precise data, ensuring accurate simulations and forecasts.
Digital Twinning
Create a digital mirror of your physical systems for enhanced analysis and troubleshooting.
Real-Time Hydraulic Analysis
Perform sophisticated analyses in real-time to understand and optimize your water network dynamics.
Seamless Integration and User-Friendly Interface
Integration of our water pressure monitoring systems into your existing infrastructure is smooth and hassle-free. Designed with the user in mind, these systems provide a comprehensive dashboard that presents all critical information at a glance. Real-time alerts and detailed reports are just a click away, ensuring that you're always informed and in control of your water management processes.
For a more in-depth look at how these systems can be tailored to meet specific needs, explore our packaged solutions.


Proactive Maintenance and Disaster Prevention
The real strength of using an IIoT-based water pressure monitoring system lies in its ability to be proactive. By providing early warnings about potential issues, such as leaks or pressure anomalies, our systems allow you to address problems before they escalate. This not only saves on costly repairs but also ensures that water service remains uninterrupted, maintaining public trust and safety.
Future-Proofing Your Water Management Practices
Adopting a water pressure monitoring system solution from LEC, Inc. puts you in a position to leverage the latest in technology and data analysis. As we move towards an increasingly digital future, the ability to adapt and integrate new technologies into your systems is critical. Our water pressure monitoring devices and solutions systems ensure that you are always ahead of the curve, ready to implement the next generation of water management innovations.
Enhance your operational capabilities and embark on your journey towards digital transformation and smarter infrastructure management. Click the link to find out more about LEC, Inc. products and services, and book a call for further information about how we can reduce downtime, boost productivity and improve safety in your municipal or commercial water pressure monitoring systems.
