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Power Management

Many water and wastewater plant managers have reached the same conclusion about their electrical power systems. By employing sophisticated power monitoring equipment to analyze historical and real-time data, they can reduce the cost of electricity and improve its quality and reliability
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Brochure: PowerLogic® Energy and Power Management Systems
Brochure: Utility Cost Reduction Solutions
Brochure: Energy Reduction & Reliability Solutions

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Schneider Electric 2012 Seminar Schedule

Many water and wastewater plant managers have reached the same conclusion about their electrical power systems. By employing sophisticated power monitoring equipment to analyze historical and real-time data, they can reduce the cost of electricity and improve its quality and reliability. Their conclusion? Intelligent analysis of power data prevents electrical system problems and saves money. Listed below are some of the benefits to be had from a power monitoring system.

  • Provides a better understanding of electrical system loading and demand. which helps cut capital cost from over designing when plant expansions or modifications are needed
  • Easier to compare electric bills (kWHs) with utility company statements
  • Reveals voltage sags and disturbances that may be causing critical equipment to trip off-line, such as variable speed drives
  • Easier to troubleshoot system problems such as faults or harmonics
  • Helps provide a better understanding of entire electrical system

Circuit Monitors
Circuit monitors are typically used to monitor power system parameters on medium voltage switchgear and motor control centers, 480V substations, switchboards and motor control centers. Locating them on this equipment enhances your ability to completely understand and troubleshoot your power system when needed. Circuit monitor features include:

  • Provides all basic and advanced metering functions while providing a 0.04% typical accuracy rate
  • Available with 14 data logs and up to 32MB of memory
  • Offers three types of waveform capture – steady state, disturbance and adaptive
  • Detects sag/swell to less than 1/2 cycle
  • Provides trending and forecasting functions
  • Optional Web-enabled access directly to meter
  • 5MHz sampling rate that allows detection of transients lasting only one microsecond (available with CM4000T)
  • GPS time synchronization option

Power Meters
Power meters are typically used on feeder breakers for medium voltage switchgear and low voltage switchgear or switchboards. They are also used downstream on low voltage MCCs, power distribution switchboards and panelboards. These devices have become very powerful and provide more monitoring capabilities than circuit monitors manufactured in the late 1990s. Power meter features include:

  • Basic metering functions allow metering of current, volts, power, energy and demand readings
  • Power quality readings include total harmonic distortion for current and voltage readings
  • Min/max values
  • Alarm/relay functions
  • Event and data logging on pre-configured values
  • Ethernet communications available via Transparent Ready®

Click Here To Download:
Brochure: PowerLogic® Energy and Power Management Systems
Brochure: Utility Cost Reduction Solutions
Brochure: Energy Reduction & Reliability Solutions

Click Here For More Information:
Schneider Electric 2012 Seminar Schedule


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