Our solutions
for pressure monitoring and management
Real-time monitoring of water distribution networks provides insight into water consumption, pressure fluctuations, water hammer, remote readings of large consumers, WNR, etc., enabling optimal network management using the most innovative sensors and equipment.
ADVANCED PRESSURE MANAGEMENT
Hydraulic Pressure Regulating Valve Controller, with modulated output pressure, based on time and/or flow.
The PEGASUS PRO solution is a further evolution of the PEGASUS system for active pressure regulation in water supply networks. This version incorporates highly interesting features into what has been the most valued device for intelligently regulating pressure, thus keeping networks "calm," for over 20 years.
Thus, it is well known that by gradually adjusting pressure (either by time slots, according to demand, or based on critical points in the sector), breakages are significantly reduced (>30%), infrastructure lifespan is extended (an additional 20%), and water loss due to leaks is minimized.
Applications
Modulated pressure control of the reducing valve outlet pressure: maximum and minimum pressures are mechanically predetermined. Within these limits, the Pegasus electronic controller proportionally adjusts the output to create the desired pressure profiles.
Outlet pressure profiles can be defined based on time and/or flow rate. Differentiated pressure profiles can be set for each day or for daily/weekend periods.
Data logging of flow rate and pressures upstream and downstream of the valve.
Data transmission via 3G/GPRS/NB-IoT
Characteristics
NB-IoT communications system with higher coverage, greater penetration, and lower power consumption than conventional wireless systems.
Monitoring and recording of hydraulic transients.
Advanced electronic components with reduced power consumption. Information on multiple system parameters and battery charge status is also available.
MODBUS input signal for, for example, connecting the Akwametric solution (equipment for monitoring multiple water quality parameters in locations without an electrical connection).