ABB enhances AquaProbe insertion flowmeter
April 24, 2012 - ABB announces enhancements to its AquaProbe insertion electromagnetic flowmeter with an extended range of power source and transmitter options. The enhancements make it ideal for clean water applications whether they be existing permanent or temporary installations. Designed to work with both WaterMaster and AquaMaster 3 transmitters, the enhanced AquaProbe offers a wide choice of power solutions including main-and battery-power options, plus an all-new renewable power version which can draw power from either solar or wind-power.
The AquaProbe with WaterMaster transmitter is available with 4-20mA with HART protocol or Profibus DP. In the field, WaterMaster transmitters incorporate many operator focused features. The backlit, graphical display can easily be rotated without the need for any tools, allowing field teams to customize the display that best fits their needs. "Through the glass" control allows local operator interface to input short, quick data for all user specific parameters.
Installing the AquaProbe is made simple by its use of ABB's 'fit and flow' intelligent installation technology. With this technology AquaProbe eliminates the need to match flow sensor and transmitter in the field. On initial installation, the self-configuration sequence automatically replicates into the transmitter all calibration factors, meter size and serial numbers as well as site-specific settings, eliminating the opportunity for error.
AquaProbe is fully submersible with IP68/NEMA 6P protection rating and the absence of any moving parts results in increased reliability and reduced maintenance with no impact on performance. AquaProbe can be used on pipe sizes from 200 to 8000 mm (8 to 315 in), the transmitter being mounted either locally or up to 200 m (650 ft) remote from the probe to facilitate ease of reading.
With the flexibility of the AquaProbe sensor, AquaProbe with AquaMaster 3 (FEA200) can be permanently installed as a monitoring device for economic management of the water supply, or used as a portable site survey tool to check for leaks or to identify hydraulic problems in the existing network.
The creation of the renewable power version of the AquaMaster 3 marks a continuation of the high reliability, accuracy and innovation set by its predecessors. A simple DC (6-21V) connection can be hooked up to sources as small as a 5W solar panel or 60W equivalent wind supply. When coupled with its use of super capacitor energy storage technology, this feature totally eliminates the need for either mains or battery power, making AquaProbe with AquaMaster 3 transmitter suitable for use in even the remotest locations. In the mains-power mode of AquaProbe with AquaMaster 3, the SuperCap technology maintains continuous measurement and alarms reporting via SMS for up to five days in the event of a power failure. This is expanded to up to three weeks for the renewable power mode, with the SuperCap also acting to power the meter during the night.
A new development in the battery-only version of the AquaProbe with AquaMaster 3 is the option of an Alkaline-Manganese Dioxide Battery pack, offering an operating life of up to 5 years in standard applications. The new AquaProbe offers competitive features and benefits surpassing competitors at every stage of the process. The new design raises the bar to the next level for all clean water applications.
ABB’s Measurement Products business unit is a dynamic multicultural team of measurement experts that spans the globe, helping customers succeed and reach their goals. Their vast product portfolio helps customers to improve productivity and lower environmental impact by delivering accurate and reliable measurement solutions that utilize the best technology and services.
ABB is a leader in power and automation technologies that enable utility and industry customers to improve their performance while lowering environmental impact. The ABB Group of companies operates in around 100 countries and employs about 135,000 people.
Cutting the costs of safety with wireless leak detection
Oil & Gas Engineer
BP is using Smart Wireless technology from Emerson Process Management as part of a leak detection system that helps enhance... MORE
Process Control Innovations: What Future Process Plants...
By Jim Montague
Located on 1,200 acres about 45 km northeast of Edmonton, Alberta, North West Redwater (NWR) Partnership is working with... MORE
Sensors 101: understanding sensors within a fluid control...
By Kieran Bennett, Bürkert
Article looks at sensors for flow, pressure, level and temperature for fluid control systems.
Process the Analog Variables: Skid Builders Have Many...
By Dan Hebert
Selecting the right sensor or instrument to measure each process variable can be a daunting task because there are... MORE