#Sensus water meter danger install#

OMNI also includes an all-electronic register that provides the customer with two electronic outputs. The simplification of internal components allows utilities to change the measuring element in a matter of minutes, keeping utility maintenance costs low. When service is needed, the measuring element will most likely be the only part needing attention, if at all. вЂњThis meter not only satisfies all large meter requirements, but it does so in a manner that reflects what the industry is in need of-a reliable meter with pinpoint accuracy that doesnвЂ™t wear.вЂќД«y having only one moving part-the floating-ball impeller-the OMNI meter is easy and simple for customers to maintain. вЂњWe expect OMNI and its floating-ball technology to revolutionize the way data is collected in large meters,вЂќ said Jack Jackson, product manager for large meter technology in North America.

#Sensus water meter danger install#

This expanded accuracy range also gives utilities the option to install an OMNI meter in place of a compound meter.

This expanded accuracy range allows recovery of more revenue than a traditional large water meter, giving a better return on investment. The result, according to testing data, is a large meter that measures at both high and extremely low flow rates. The center of this new meter is a concept called floating-ball technology (FBT).ДЇBT is a water-measuring device that is virtually weightless in water and has no friction while it operates as the ball impeller floats. Sensus is releasing OMNI, a large commercial water meter, to answer the bell and protect revenues while providing operational benefits in its North American market.ДЄs a bottom line, SensusвЂ™ OMNI meter captures extremely low water flow measurements with an innovative concept that requires virtually no maintenance because there is only one moving part. The logical step is for large commercial meters to now also fall in line and provide solutions that increase revenue and improve operational efficiency.Д«ased on successful field testing and years of development, large meter experts at Sensus Metering Systems believe they have the answer. But the direct connection required from the meter impeller to the register, which requires mechanical gearing, has not changed from its original design.ДЄMR/AMI is top-of-mind throughout the industry because of its ability to deliver enhanced customer service, generate accurate reads, detect leaks, aid in conservation efforts and provide tremendous efficiency for a utility. To keep up with AMR/AMI advancements, current large meters utilize direct-read registers with enhanced functionality, enabling the meter to communicate with various AMR/AMI solutions-a welcome improvement. In fact, compound, turbine and fire service metering technology still use the same mechanical designs introduced 40 years ago. On the flip side, there has also been a lack of development in large metering technology in recent decades. That can be a dangerous proposition because the smallest inaccuracy of the high-flow volume can translate into a utility losing thousands of dollars each month. But a closer look at the break-neck speed of this innovation reveals a gaping hole, one that shows a fundamental element woefully lagging behind: the commercial meter.Дespite statistics stating that approximately 50% or more of a utilityвЂ™s revenue depends on large meters and that a utilityвЂ™s fiscal health rests on the large meterвЂ™s efficiency, accuracy and dependability, these industry workhorses are commonly relegated to the margins of a water meter system strategy. Vendors to the water industry continue to improve technological strategies via advancements in automatic meter reading (AMR) and advanced metering infrastructure (AMI), and as a result, utilities are consistently provided with more solutions for overall operational efficiencies.