1. Revenue accuracy in a power quality meter
PowerLogic™ ION7550/ION7650

2. ION7550/ION7650 meters help enable Power Management Software solutions with…
Unmatched functionality
Advanced power quality analysis
Revenue accuracy
Multiple communications options
Web compatibility
Control capabilities
Trending and forecasting
Disturbance direction detection
Choice of display options
Integrated, high-visibility backlit LCD with adjustable contrast
Separately-mounted, color touch screen backlit LCD with wide viewing angle
Integrate your existing system with Power Management Software
Customize metering or analysis functions without any hard-wiring

3. Revenue metering accuracy in a Class A power quality meter
Meets IEC and ANSI accuracy measurement standards
IEC Class 0.2S
ANSI C , Class 10 & 20
Measures according to IEC Class A Edition 2 (power quality parameters)
Measures flicker (IEC )
Monitors power quality compliance (EN50160 – ION7650 only)
Multi-user, multi-level security provides read-access rights to administrative rights for up to 16 designated users

4. Choice of high-visibility display options
The ION7550/ION7650 meter’s intuitive, integral display features a high visibility 87 x 112 mm backlit LCD with adjustable contrast
The 86 x 115 mm color, remote-mounted LCD is touch screen operated and communicates to the meter via serial or Ethernet
Languages include English, French, and Spanish; User- configurable IEC or IEEE notations; 12/24 hour clock support in multiple date/time formats.

5. Gateway functionality
Can act as a gateway when the Ethernet port and/or modem options are present
Modbus Master allows front panel display of real-time parameters from any downstream Modbus devices.
EtherGate
ModemGate
Ethernet
Telephone line
Serial
Serial
EtherGate: access via Ethernet port and ModbusTCP to daisy-chained Modbus devices connected to the meter’s serial ports
ModemGate: access from telephone network to devices connected to the meter’s serial ports

6. Modular, flexible ION architecture
Use StruxureWare Power Monitoring software to leverage the meters modular, flexible ION architecture for extensive customization
Uses simple “building block” approach
Uniquely addresses advanced monitoring and control applications
Adapts to changing needs, avoiding obsolescence

7. Front panel features High visibility display screen Softkeys
ANSI optical
port
Operational LEDs
Navigation buttons
PROG/SELECT buttons
High visibility display screen

8. Rear connection features
Voltage/Current Inputs
Analog Outputs
Analog Inputs
Digital Inputs
Ground Terminal
Power Supply
Form A Digital Outputs
Form C Digital Outputs
Digital Inputs

9. Rear connection features
Fiber (100BASE-FX)
Modem (if equipped)
Ethernet 10BASE-T/100BASE-TX
RS-485
RS-232
ANSI type 2 optical port
(front panel)
Communication Ports
Optically isolated serial RS-232/RS-485 port with data rates from 300 – 115,200 bps (RS-485 is limited to 57,600 bps).
Optically isolated serial RS-485 port with data rates from 300 – 57,600 bps.
Internal modem with data rates from 300 bps – 33.6 kbps.
ANSI Type 2 optical port with data rates from 1200 – 19,200.
Ethernet port with data rate of 10 Mbps, half duplex.

10. Feature list Feature ION7550 ION7650 Metering Power Quality
Power, energy, & demand ■
Power Quality
Sag/swell, harmonics monitoring
Harmonics: individual, even, odd, up to
63rd
Harmonics: magnitude, phase, and inter-harmonics
50th
Symmetrical components: zero, positive, negative
Transient detection, microseconds (20 µs for 50 Hz, 17 µs for 60 Hz)
17/20
Sampling rate, maximum samples per cycle
256
1024
IEC flicker
EN50160 compliance checking
Recording compliant with IEC Class A Edition 2
Disturbance direction detection
Logging and Recording
Memory standard/optional
5MB/10MB
Min/max, historical, waveform logging
Timestamp resolution in seconds
0.001
Historical trend information via front panel display
GPS time synchronization

11. Feature list Feature ION7550 ION7650 Communications and I/O
RS-232/485; RS-485; Ethernet; Optical ■
Internal modem 1
3-port DNP 3.0 via serial, modem, Ethernet, I/R ports
Modbus RTU slave/master; Modbus TCP
IEC protocol support
EtherGate, ModemGate, WebMeter
Analog inputs/outputs (optional)
4/4
Digital status inputs/outputs
16/4
Relay outputs (standard) 3
Setpoints, alarming and control
Setpoints, number/minimum response time
65/ ½ cycle
Math, logic, trig, log, linearisation formulas
Call-out on single & multi-condition alarms

12. Metering Applications
Validate power quality with the energy contract
Verify reliable equipment operation
Improve response to power quality-related issues
Allocate energy costs to departments or processes
Reduce peak demand surcharges, power factor penalties
Participate in load curtailment programs
Identify billing discrepancies
Augment energy rate negotiations
Enhance substation automation
Leverage existing infrastructure
Integrate with other utility metering systems

13. Validate power quality
Analyse power quality, including harmonics, disturbances
Sag/swell monitoring: report on disturbance magnitude and duration
Analyse disturbances to determine direction relative to meter
Power quality results comply with EN50160 standard (ION7650 option)
Certified to IEC Class A Edition 2 (ION7650)
Compare monthly results with energy contract to determine compliance
Use Set Point Learning to help determine the most appropriate set points for voltage disturbances

14. Disturbance Direction Detection
Determines the location of a voltage disturbance relative to the meter.
Analyzing disturbance direction detection information from multiple meters in a power monitoring system enables the location of the cause of the disturbance to be determined more quickly and accurately.
Disturbance Direction Detection is standard in ION7550 and ION7650 meters.

15. Verify reliable equipment operation
Optimize configuration of power distribution equipment
Compare load characteristics to confirm correct connections, proper operation
Audit real-time and historical data
Reveal relationships between equipment and other system factors
Evaluate, document risks

16. Improve response to power quality-related issues
Collect data from key points across substations or facilities
Display power quality-related conditions, alert personnel to issues
Track disturbances, isolate problem sources
Confirm the proper operation of equipment such as transient voltage surge suppressors
Eliminate manual labor involved in tracking UPS capacities and operations

17. Allocate energy costs to departments or processes
Track energy costs to cost centers, identify demand control opportunities, check energy consumption patterns, verify bills
Track system-wide power factor, demand peaks, penalty tariff structures
Revenue-class certified
MV-90 support and multi-year scheduling with hourly activity profiles

18. Reduce peak demand surcharges, power factor penalties
Avoid penalties with automated:
Load shedding
Peak shaving
Scheduling
Capacitor bank control
Measure block, rolling block and predicted demand
Measure on any instantaneous value; records peak and minimum

19. Participate in load curtailment programs
Evaluate feasibility of program participation: deliver load profiles, forecast and analyse costs
Determine where, quantity of load reduction in response to curtailment requests
Automatically shed loads, start up generators to coordinate curtailment strategies

20. Identify billing discrepancies
Use collected energy data to compare and reconcile with supplier energy data
Validate compliance with energy contract terms
Identify and reconcile penalty charges (i.e. large peak demand surcharge for increased power draws)
Capture all event information to validate charges

21. Augment energy rate negotiations
Make informed procurement decisions, manage multiple supply agreements
Collect detailed energy consumption data, energy-relevant information
Study historical load profile data, forecast energy needs, analyze alternate utility rate structures
Perform “what-if” analyses to identify the most favorable tariffs

22. Enhance substation automation
Improve process yields and extend equipment life
Analog and digital I/O enables systems monitoring and control
Set alarms to warn of pending problems
Base maintenance schedules on operating history
Log events and alarms for all critical conditions
IEC protocol support to ease integration with SCADA

23. Leverage existing infrastructure
Assess overall efficiency, reliability of electrical system
Determine capacity of electric network, run at peak efficiency
Displays, trends, and continuously updates historical data - up to four parameters simultaneously
Integrates with on-site generation; use to implement load shedding

24. Integrate with other utility metering systems
Collect, scale, and log water, air, gas, electricity, and steam readings from connected meters or transducers
Deliver this information to head-end systems

25. Power Management Software Solutions
Power Monitoring Expert
PowerSCADA Expert

26. Integrated Power Management Solutions reveal more opportunities
Connect all the power monitoring and communication devices in your facility to our software so you can understand what’s happening and know how to act whenever and wherever you need

27. Power Management Software Turn data into meaningful, actionable information for you and your stakeholders with power management software
Gain the insight to plan and respond to changing power conditions, and make informed decisions in real time
Real-time and historical power quality analyses
High speed alarms and notification
Intuitive visualization and reporting tools
Real-time energy consumption monitoring
Robust, flexible platform architectures
Dynamic control interfaces
Seamless hardware integration and system interoperability
Certified to help comply with ISO50001
*For more information, see Power Management Solutions
Real-time & historical power quality analyses
Detect, diagnose, evaluate, and isolate power quality disturbances. Trend measured parameters to identify potential disturbance patterns. Display millisecond-accurate alarms and trends for sequence of events and root cause analysis. Amalgamate trend and alarm data for sophisticated disturbance views and analysis.
Intuitive visualization and reporting tools
Display any measurement from your electrical distribution network; integrate live Internet data streams into smart dashboards. Access network diagrams, waveforms and real-time or historical trend graphs from the convenience of any web browser. Use pre-defined or custom device comparison tables for an at-a-glance status of the assets in your network. Distribute preconfigured or fully customized reports manually, by schedule, or alarm/event trigger.
Real-time energy consumption monitoring
Track and trend any parameter to reveal demand peaks and system-wide energy costs. Identify patterns in operational usage trends. Disseminate information to a larger audience and educate stakeholders to help drive changes in behavior. Optimize network capacity and avoid overbuilding.
Robust, flexible platform architectures
Designed for step-by-step investment our software delivers exceptional scalability to grow with your changing business requirements thereby driving down the total cost of ownership. Choose from pre-engineered or customized options. Full redundancy for communications, network servers, alarming, trending and data synchronization is also possible.
Dynamic control interfaces
Control of devices, objects, and electrical distribution points in real-time with dynamic single line diagrams. Use point-and-click navigation to reveal deeper layers of detail in the electrical distribution system.
Seamless hardware integration and system interoperability
Native support with a vast selection of Schneider Electric products as well as third-party devices enhances overall capability. Open standards-based interoperability lets you cater to other departments and share data with third-party SCADA, automation, building management, and accounting systems for a comprehensive view.
For more information on the specific software offers, please see the offer presentations available in EDMS.

28. Visit us on the web for more information