Echologics Introduces the New Valve-Based Leak Monitoring Sensor
ATLANTA – Echologics, LLC has announced the launch of the new EchoShore®-DXe acoustic leak monitoring sensor, a new valve-based sensor that extends the leak monitoring capabilities of the Echologics EchoShore-DX system. The EchoShore-DXe sensor can attach to virtually any access point in a water distribution network – and works in tandem with the EchoShore-DX hydrant-based sensors – so utilities can get coverage where they need it.
“In addition to reducing water loss, the EchoShore-DX system also helps utilities protect their local communities by addressing environmental concerns while providing important information that assist utilities in reducing the risk of catastrophic breaks within their distribution networks,” said Kenji Takeuchi, Senior Vice President of Water Management Solutions. “Now, utilities around the world can enhance their water loss programs with our advanced technology, multi-dimensional analysis, and the Sentryx™ Water Intelligence platform – our user-friendly, secure software interface.”
EchoShore-DXe sensors attach magnetically to various appurtenances, including valves, boundary boxes, and underground hydrants. They perform a scheduled, system-wide correlation to monitor, detect, and locate leaks – even small and growing leaks.
“Backed by our advanced algorithms and dedicated analysis team, our solution can detect emerging leaks in monitored areas, which increases validated leak alerts,” said Takeuchi. “In addition to delivering reliable leak alerts, our technology also helps accurately locate leaks, so utilities can save time in their investigation and repair work.”
Like the hydrant-based EchoShore-DX sensors, the valve-based EchoShore-DXe sensors have a battery life of up to 10 years and support communications via LTE Cat-M1 and Narrowband Internet of things (NB-IoT) networks. Both the hydrant-based and valve-based sensors work together to provide enhanced sensitivity and reliability.
For more information, visit Echologics.com.
