Wireless Waste Water Flyer0 pages
Wireless Water and
nnnnWastewater Solutions
nnnnProSoft
nnnnTECHNOLOGY
nnnnWhere
nnnnAutomation
nnnnConnects.
nnnnLift Station
nnnnED
nnnnCamera
nnnn□I
nnnnEthernel
nnnnQuantum Switch
nnnnHigh-Speed Wireless
nnnnSCADAG Security
nnnnNetwork
nnnnPump Station
nnnn1 | ||
1—i—■—I |
Wireless HART
nnnnN etwork
nnnnHART Sensors
nnnnCollaborative Automation
nnnnSchneider
nnnnJ^EIectric
nnnn§ % E-
nnnn6207-WA-HART
nnnnAutomation strategies for this industry have
nnnndramatically led to reduced manpower costs, better
nnnndrinking water quality and adherence to environmental
nnnnregulation. Wireless is an integral strategy for this
nnnnindustry.
nnnnWater and wastewater systems often require long
nnnnrange communication to remote pump stations, lift
nnnnstations, flow meters, reservoirs and storage tanks. This
nnnnis an excellent fit for wireless technology as it further
nnnnreduces the water authority's monthly operating costs
nnnnby eliminating phone line charges. Initial investment
nnnninto wireless communications will return considerable
nnnncosts savings over the years just in phone line cost
nnnnsavings. Additionally, phone line service may be poor
nnnnto remote sites. Private wireless systems offer not only
nnnncost savings, but are often more reliable than phone
nnnnlines. Plant engineers do not need to wait for phone
nnnncompany service if a line goes down.
nnnnThe use of licensed RF systems was popular for water
nnnndistricts for many years. However, licensed channel
nnnnavailablity is diminished in many regions and high
nnnnspeed applications (such as Ethernet) require higher
nnnnspeeds than licensed systems can provide. This has
nnnnled to the popularity of license-free, spread spectrum
nnnnwireless communications where higher speed Ethernet
nnnnapplications are supported.
nnnnContinued on back >
nnnnASIA PACIFIC I AFRICA I EUROPE I MIDDLE EAST I LATIN AMERICA I NORTH AMERICA
"