Meter Products By John S. Levine, P.E. Levine Lectronics and Lectric

Meter Products By John S. Levine, P.E. Levine Lectronics and Lectric
GE Digital Energy Meter Products By John S. Levine, P.E. Levine Lectronics and Lectric

GE Multilin has full spectrum of advanced metering
EPM4600 EPM7000 EPM9900 EPM9800 PQM II EPM9450 EPM 9650 Price EPM6100 EPM6000 EPM2200 EPM7100 Basic Power Monitoring Power Quality & Cost Management Advanced PQ Analysis Generator over and under voltage Over frequency monitoring Continuous monitoring Voltage Studies Monitoring Transformer losses Monitoring transients Time of Use energy use Replacement of Analog Meters Campus Monitoring Energy Management

Basic Power Monitoring: EPM2200

The Need for the EPM2200 Responded to Requests for an Easier To Use Meter Improvements in Accuracy over its predecessor Available at a lower starting price

Distinguishing Features
Basic Power Monitoring Very easy to set-up and use Economical Volts/Amps, Power and Energy Meter Optional Modbus Communications

EPM 2200: Basic Power Monitoring
Bright 3 Line Display Easy to Read Auto Scaling (Kilo, Mega, Giga) 4 Digits per line Easy Installation ANSI C39.1 Standard 92mm DIN Standard Easy to Read Load Bar Graph Auto-Scrolling Easy to Navigate through Parameters Measures over 40 Parameters

EPM 2200: Example Applications
Generator Panels Switchgear Economical Metering Solution

EPM 2200: Replacing Analog Meters
Current Voltage Order Code: Analog meter becomes PL2200A1X Switches used to view different phases

EPM 2200: Firmware Features

EPM 2200: Order Codes

EPM 2200 GE Product Comparisons

EPM 6000 and EPM 2200 GE EPM2200 GE EPM6000 Accuracy ANSI Class 0.5% 0.2% C12.2 EPM 6000 Offers: Higher Accuracy Revenue Grade THD Measurements More Comm Options EPM 2200 Offers: Cost Effective Measurement Bi-directional power Harmonics THD Configurable Alarm Threshold KYZ Pulse Output RS Modbus RTU Front Communications Port Ethernet + Modbus TCP DNP 3.0

Basic Power Management Enhancements: EPM6000

EPM6000 Ethernet Option

EPM 6010 BACnet Building Automation Power Meter

Power Quality and Management EPM7000

EPM 7000 Up to 4 Mb Data Logging 512 samples/cycle Power quality Ethernet Web server

EPM 7000: Power Analysis and Data Logging
Bright 3 Line Display Easy to Read Auto Scaling (Kilo, Mega, Giga) 4 Digits per line Easy Installation ANSI C39.1 Standard 92mm DIN Standard IRDA Port Auto-Scrolling Easy to Read Load Bar Graph Easy to Navigate through Parameters

EPM 7000: Communications Field Replaceable Modules. Ethernet
4 Bi-directional Analog Outputs 2 Relay Outputs + 2 Status Inputs Four form A Pulse Outputs, Four Status Inputs Fiber Optic Serial Port Module Descriptions E BaseT Ethernet C1 - Four Channel Bi-directional 0-1mA Outputs C20 - Four Channel Bi-directional 0-20mA Outputs RS1 - Two Relay status Outputs / Two Status Inputs PS1 - Four Pulse Outputs / Four Status Inputs

EPM7000 Web Server

EPM7000: Voltage and Waveform Recording

EPM7000: Firmware Options Firmware Version Feature A B C D E F
Multifunction Measurement with with I/O expansion ● 2 MB Data-Logging 3 MB Data-Logging 4 MB Data-Logging Harmonic Analysis Limit and Control Functions 64 Samples per Cycle Waveform Capture 512 Samples per Cycle Waveform Capture

EPM7000: Order Codes Freq Current Inputs Software Power Supply
Freq Current Inputs Software Power Supply I/O Slot 1 Description PL7000 5 | 50 Hz AC frequency system 6 60 Hz AC frequency system 5A 10 Amp Secondary 1A 2 Amp Secondary A Multimeter Function Only B Data Logging Memory C Power Quality Harmonics D Limits and Control E 64 Samples/Cycle Waveform Recording F 512 Samples/Cycle Waveform Recording HI 90-265VAC/VDC LDC 18-60VDC X None E1 100BaseT Ethernet C1 Four Channel Bi-directional 0-1mA Outputs C20 Four Channel Bi-directional 0-20mA Outputs F1 Fiber Optic Serial Port - ST Terminated F2 Fiber Optic Serial Port - Versatile Link RS1 Two Relay status Outputs / Two Status Inputs PS1 Four Pulse Outputs / Four Status Inputs

Submetering

Industrial Meters Product Positioning: 2014 Submetering
Price EPM 4600 EPM 7100 EPM 6100 Basic Power Monitoring Data Logging Multipoint Submeter Wifi or 10/100TX Multifunction Meter THD% and Alarm 0.2% Accuracy Data logging Wifi or 10/100TX Multifunction Meter 0.2% Accuracy Dataloggging up to 2mb Data logging (up to 32 MB) Wifi, 10/100TX, RS485 USB 8 – 3 phase or 24 single phase 0.5% Accuracy

EPM 6100 Demand and Energy Submeter with WiFi

EPM 6100 0.2% Accuracy 400+ Samples/Cycle WiFi or 10/100TX or Serial RS485 THD% and Alarms

EPM 6100 Large 0.56” LEDs IrDA Port Screen Selector Load Bar
Auto Scale Indicator

EPM 6100: Profile

EPM 6100: Back

Voltage & Current Connections RS485 KYZ Pulse
EPM 6100: Internals High Accuracy Measurement Circuitry RJ45 Jumper to Select LAN Or Serial Voltage & Current Connections RS485 KYZ Pulse

EPM 7100 Data Logging Up to 2MB RS485 Modbus
Optional Wi-Fi, or Ethernet 0.2% Accuracy

EPM 4600 Multi-feed Power and Energy Metering Solution with advanced communications, logging and touchscreen display

EPM 4600 Multi-feed Meter What is it? Value Proposition
The GE EPM 4600 Multi-feed Power and Energy Meter is a sub-metering solution that allows owners and operators to quickly, accurately and centrally measure power and energy usage of specific areas to reduce operating expenses. This leads to improved tenant attraction and retention and greater efficiency throughout facilities. The EPM 4600 can be used for both new and retrofit installations for applications such as: Shopping Malls / Shopping Centers Apartments / Condominiums University Campuses Data Centers Hospital Loads LEED Projects Tenant Sub-Metering Industrial Circuit Cost Allocation Load Management and Load Curtailment Distribution Transformer Metering Value Proposition Provides measurement of a baseline for Power and Energy Management strategy implementation Capital and maintenance cost savings through Consolidation of Metering Points and space saving, High Density Design Provides the hardware basis to start a consultative solution sell on a GE Energy Management Solution 35

A single EPM 4600 replaces 8 Three Phase Meters or 24 single phase meters
Lower cost per meter point Space Savings Lower Installation costs

Key Features & Benefits – PMCS v6.31 Key Features
d Key Features & Benefits – PMCS v6.31 Key Features Feature Standard/ Chargeable Description Benefit(s) to Customer Revenue Grade Accuracy Standard • Highly Accurate Revenue Grade Accuracy Meter Electrical Usage with 0.5% Accuracy using Industry Standard Current Sensors Meets ANSI C12.20 and IEC Class 0.5% - Test Pulses for Meter Accuracy Verification Compliant with revenue grade certifications for billing purposes Easy Installation using standardized CT wiring Standard CT Wiring for Class 10 (5 Amp Secondary) or Class 2 (1 Amp Secondary) for High Accuracy Measurements Ease of installation using market standard components Installation Flexibility: Three phase and Single phase configurations Chargeable The EPM 4600 comes in 2 configurations for to handle eight 3 phase inputs or 24 single phase inputs Decreases commissioning effort and provide flexibility to install as per the needs of an existing electrical system. Advanced Load Profiling and Logging Load profiling and logging of measured values to record data for further advanced analysis - Provides ability to collect and log information for further advanced energy management analysis (Reporting, Billing) Flexible communications options Multiple communications options including RS485, Ethernet / WIFI, USB Multitude of communications options provides flexibility for installation and existing communications investment USB for local connectivity

Key Features & Benefits – PMCS v6.31 Key Features (Cont’d)
Standard/ Chargeable Description Benefit(s) to Customer Flexible I/O Standard 4 Pulse Counting Inputs for Other Commodities such as Water, Gas and Condensate 2 Relay Outputs for Control Operations Flexible metering and connectivity between existing and other metering systems. Field upgradable Chargeable Field upgradable software options to increase functionality from standard transducer to comprehensive logger with recording capability - Upgradable solution with low maintenance and ongoing installation cost Easy configuration Easy configuration through GE Communicator software Decreases commissioning effort and provides easy installation and low training effort for ongoing maintenance

d Key Features & Benefits – PMCS v6.31 EPM 4600 Physical Layout

Key Features & Benefits – PMCS v6.31 EPM 4600 Physical Dimensions
Class leading, Small Footprint perfect for Embedded Power Distribution Panel Application

Key Features & Benefits – PMCS v6.31
d Key Features & Benefits – PMCS v6.31 EPM 4600 Memory Logging Specifications Logging Memory Software Option A: Transducer Software Option B (2MB) : 100 to 300 Days of Logging Software Option C (32MB): Up to 2400 Days of Logging Notes on Logging: Logging is based on 4 bytes per reading + 7 byte time stamp 103 bytes per entry for 24 single phase inputs 39 bytes per entry for 8 three phase inputs Time base is 15 minute profiling

d Key Features & Benefits – PMCS v6.31 EPM 4600 Optional Touch Screen Displays Low power consumption, 65K color displays Available in two sizes: 5.7” (PL4600-DIS5700) 3.5” (PL4600-DIS3500) User-Friendly Installation and Setup Preconfigured Screens 22mm panel mount 24 VDC Power Supply Local/Remote Display Connectivity Via Serial or optional Ethernet port on EPM 4600

EPM 4600 Displays – Local/Remote Visualization
Key Features & Benefits – PMCS v6.31 Connect displays via Serial and/or Ethernet for local or remote visualization capability

d Key Features & Benefits – PMCS v6.31 EPM 4600 Displays – Display Screens Single Phase Energy Readings (EPM4600-S) KWatts, KW Demand, KWatt-hours Three Phase Energy Readings (EPM4600-T) KWatts Phase A, KWatts Phase B, KWatts Phase C Single Phase Phasor Diagram (EPM4600-S) Consolidate Pulse Inputs to Measure Various Energy Types Limit Based Alarms Three Phase Phasor Diagram (EPM4600-T)

EPM 6000T & EPM 7000T

Product Family Comparisons
EPM6000/7000, PQMII, and EPM9650

GE Product Comparison Basic Power Monitoring
Power Quality and Cost Management Advanced Power Quality Analysis Feature EPM6000 EPM7000 PQMII EPM9450 EPM9650 Accuracy 0.2% 0.4% 0.04% WebServer Ethernet Samples/cycle 400+ 64 512 Sag/Swell Time of Use Data Logging Max 4MB 296KB 512KB Max 2MB THD Real-Time THD% only 40th order 32nd 128th Order

EPM 9900 Advanced Power Meter with Transient Recorder

EPM 9900 Industry Leading Revenue Meter Features
Vivid Color LCD Display 1GB Memory for logging and analysis 10MHz Transient Recorder 1024 Samples/cycle Auto-calibrating 0.06% revenue meter Fast Data Download Web Server Expandable I/O Upgradable Software Options Meets IEC Class A standards

GE ITI Instrument Transformers

Questions? Thank You !

EPM 9900 Industry Leading Revenue Meter Features
Vivid Color LCD Display 1GB Memory for logging and analysis 10MHz Transient Recorder 1024 Samples/cycle Auto-calibrating 0.06% revenue meter Fast Data Download Web Server Expandable I/O Upgradable Software Options Meets IEC Class A standards

Accurate, Auto- calibrating, High-end Revenue Metering Features
EPM Accuracy 0.06% - Revenue Accuracy ANSI C12.20, Class 0.2 IEC rated IEC 687 Rated Auto Calibrating Compensation for: Transformer and Line Loss CT and PT 4 Quadrant Meter kWh Delivered kWh Received kVAh by Quadrant kvarh by Quadrant Qhour Measurement Demand for each measurement TOU 8 TOU Schedules Bi-directional consumption & Demand 4 Seasons/year 20 year Calendar Prior Month & Prior Season for each period Load Aggregation 8 Pulse Inputs (self wetted) 4 Totalizing Registers Add internal values to total Gas or water meters Accurate, Auto- calibrating, High-end Revenue Metering Features

EPM 9900 – Metering Functionality
4 Quadrant Meter kWh delivered kWh received kVAh by quadrant kVARh by quadrant Qhour measurement Demand for each measurement Time of Use metering 8 TOU schedules Bi-directional consumption & demand 4 seasons/year 20 year calendar Prior month & prior season for each period Pulse Accumulation and Integration Load aggregation 8 pulse inputs (self-wetted) 4 totalizing registers Add internal values to total Gas or water meters 4 Quadrant Meter kWh Delivered kWh Received kVAh by Quadrant kvarh by Quadrant Qhour Measurement Demand for each measurement TOU 8 TOU Schedules Bi-directional consumption & Demand 4 Seasons/year 20 year Calendar Prior Month & Prior Season for each period Load Aggregation 8 Pulse Inputs (self wetted) 4 Totalizing Registers Add internal values to total Gas or water meters Fulfilling High-end Revenue Metering Requirements

Multiple Demand Windows 4 demand structures simultaneously Types of demand: Fixed window Rolling demand Predictive demand Thermal demand Intervals - 1 second to several hours Up to 255 subintervals Time Stamped Max. Demands kW demand delivered & received – max & min kVAR demand delivered & received – max & min kVAR coincident with kW demand kVA demand – max & min Amps - max & min Voltage - max & min Timing options EOI pulse out EOI pulse in IRIG-B input to external GPS clock 4 Quadrant Meter kWh Delivered kWh Received kVAh by Quadrant kvarh by Quadrant Qhour Measurement Demand for each measurement TOU 8 TOU Schedules Bi-directional consumption & Demand 4 Seasons/year 20 year Calendar Prior Month & Prior Season for each period Load Aggregation 8 Pulse Inputs (self wetted) 4 Totalizing Registers Add internal values to total Gas or water meters Fulfilling High-end Revenue Metering Requirements

System Events Log This feature logs any event that occurs in the meter, including: Power up/down Password access/modification Change of the programmable settings Change of a runtime firmware Change of time by communication (Modbus, DNP) Log downloads Feature resets (logs, max/min, energy) All these features are designed for anti-tampering purposes. 4 Quadrant Meter kWh Delivered kWh Received kVAh by Quadrant kvarh by Quadrant Qhour Measurement Demand for each measurement TOU 8 TOU Schedules Bi-directional consumption & Demand 4 Seasons/year 20 year Calendar Prior Month & Prior Season for each period Load Aggregation 8 Pulse Inputs (self wetted) 4 Totalizing Registers Add internal values to total Gas or water meters Fulfilling High-end Revenue Metering Requirements

Benefits of Auto-Calibration
Accuracy over Temperature. Meters drift over temperature. Moreover, hysteresis in drift may compromise accuracy permanently and require the meter to be returned for re-calibration. GE’s auto-calibration insures that normal drift caused by ambient temperature movement does not affect accuracy. Accuracy over Time. Since the majority of components within the meter are being re-calibrated on a regular interval, the meter will hold accuracy longer than non-calibrating meters. Better Out of Box Test Results. Components from new meters sometimes need up to 1000 hours to stabilize. Using auto-calibration, the components will be recalibrated over the life of the meter. Less Maintenance / Lower Ownership Cost. Since the meter auto-calibrates, less meters will be removed from the field for calibration.

Commercial/Industrial Revenue Metering Functions
Monitor, control and alarm on peak demand for conducting load shedding schemes and demand charge reduction schemes Track power usage system wide with high accuracy to reconcile with utility meter results Monitor PF distribution and enable PF correction to balance loads and reduce VARs on the system Monitor and participate in demand response, utilizing excess backup generation Meter energy efficiency initiatives for actual energy savings 4 Quadrant Meter kWh Delivered kWh Received kVAh by Quadrant kvarh by Quadrant Qhour Measurement Demand for each measurement TOU 8 TOU Schedules Bi-directional consumption & Demand 4 Seasons/year 20 year Calendar Prior Month & Prior Season for each period Load Aggregation 8 Pulse Inputs (self wetted) 4 Totalizing Registers Add internal values to total Gas or water meters Rich Insight into Energy and Power Quality System Metrics

Best in class storage/logging capabilities
EPM Extensive Load Profiling and Recording Features include: 1 GB of Memory User Configured file structure with 17 separate logs Up to 8 separate historical logs Each log can store 128 parameters Each log can store data for years before filling A significant improvement over existing technology Data stored in an industrial-grade solid state flash drive designed for high performance and temperature stability Best in class storage/logging capabilities

EPM 9900 - Extensive Load Profiling and Recording
Examples of Storage Capability 3 voltage readings + time stamp = 24 bytes storage interval = 15 minutes log memory = 60 meg storage in years = 70 years 24 readings + time stamp = 106 bytes log memory =60 meg storage in years = 16 years storage = 1 second storage in days = 6.6 days Large memory capacity for years of reliable data recording and analysis

EPM 9900 - Blazing Fast Download Speed and Ethernet Performance
Rapid Response™ Ethernet: Download data almost 80 times faster than existing EPM 9000 Meter technology Download speeds over Ethernet for EPM 9000 Series Meters: *Speeds on all meter downloads dependent on quality and speed of existing network.

EPM 9900 – Precise Time Synchronization
IRIG-B: The EPM 9900 meter’s time can be synchronized to the signal from a GPS IRIG-B satellite. IRIG-B has a pulse rate of 100 pulses-per-second with an index count of 10 msecs over its one second time frame. IRIG-B sync has a time accuracy of better than 100 microseconds. Network Time Protocol server: You can set up the meter’s Ethernet port to synchronize time using a Network Time Protocol (NTP) server. Typical accuracy is achieved to at least 1 msec, depending on network configuration. Line Frequency clock synchronization: The EPM 9900 meter’s time can be synchronized to the AC frequency. Internal clock crystal: The EPM 9900 meter’s internal clock crystal is accurate to 20ppm. It can be used if IRIG-B is not connected and/or other synchronization methods are not being used. DNP time synchronization: Using Communicator EXTTM software, you can set the meter to request time synchronization from the DNP Master. Requests can be made from once per minute to once per day.

EPM 9900 - Power Quality and System Reliability Recording
Measure power quality indices such as voltage anomalies, harmonics, flicker, imbalances and many other conditions Record waveform event on sags and swells, including peak and duration of the event, with microsecond resolution Analyze damaging high speed positive and negative transients in the MHz range, which can damage equipment Report on events using industry certified IEC Class A standards and EN50160 reports 8 Channel Waveform Recorder Standard Recording at 1024 Samples per cycle 16 Bit Analog to Digital Converter Resolution Extensive Memory to record for years High-speed input event recording Outage detection Extensive limit setting capabilities with multiple limits per selected quantity Waveform Memory Example – 128 samples per cycle Sampling Rate = 128 samples per cycle Channels = 8 Memory = 500 meg Number of cycles = 245,000 cycle of recording Number of minutes continuous = 68 minutes Waveform Memory Example – 16 samples per cycle Sampling Rate = 16 Number of cycles = 1,960,000 Number of minutes continuous = 544 minutes

EPM 9900 - System Reliability Improvements
Monitor voltage reliability system wide to insure proper voltage distribution Analyze critical feeds to determine if power distribution is optimized, i.e.; Is PF too high? Is voltage reliable? Are there too many drops on the line? Conduct forensic analysis on feeds and equipment to provide proactive awareness of problems before they occur Audit power system for weakness or troubleshoot within the power system Alert engineers by or on a display when a critical alarm occurs! 8 Channel Waveform Recorder Standard Recording at 1024 Samples per cycle 16 Bit Analog to Digital Converter Resolution Extensive Memory to record for years High-speed input event recording Outage detection Extensive limit setting capabilities with multiple limits per selected quantity Waveform Memory Example – 128 samples per cycle Sampling Rate = 128 samples per cycle Channels = 8 Memory = 500 meg Number of cycles = 245,000 cycle of recording Number of minutes continuous = 68 minutes Waveform Memory Example – 16 samples per cycle Sampling Rate = 16 Number of cycles = 1,960,000 Number of minutes continuous = 544 minutes

EPM 9900 - Power Quality and System Reliability Recording
8 Channel Waveform Recorder Standard Recording at 1024 Samples per cycle 16 Bit Analog to Digital Converter Resolution Extensive Memory to record for years High-speed input event recording Outage detection Extensive limit setting capabilities with multiple limits per selected quantity Waveform Memory Example – 128 samples per cycle Sampling Rate = 128 samples per cycle Channels = 8 Memory = 500 meg Number of cycles = 245,000 cycle of recording Number of minutes continuous = 68 minutes Waveform Memory Example – 16 samples per cycle Sampling Rate = 16 Number of cycles = 1,960,000 Number of minutes continuous = 544 minutes 8 Channel Waveform Recorder Standard Recording at 1024 Samples per cycle 16 Bit Analog to Digital Converter Resolution Extensive Memory to record for years High-speed input event recording Outage detection Extensive limit setting capabilities with multiple limits per selected quantity Waveform Memory Example – 128 samples per cycle Sampling Rate = 128 samples per cycle Channels = 8 Memory = 500 meg Number of cycles = 245,000 cycle of recording Number of minutes continuous = 68 minutes Waveform Memory Example – 16 samples per cycle Sampling Rate = 16 Number of cycles = 1,960,000 Number of minutes continuous = 544 minutes Advanced Power Quality Metering Features

EPM 9900 Meter Records Voltage Transients at 10Mhz Resolution
4 Channel Transient Recorder View both positive and negative transients occurring on the voltage lines The unit provides both magnitude and duration of the transient EPM 9900 uniquely replaces the lower speed sample with the transient sample on the waveform to optimize storage and reduce file size. Timing is as accurate as 20 nano-seconds. High-speed sampling provides analysis invisible to lower sampling speed meters

EPM 9900 - Blind Spots in Non-Transient Recording Meters
Low-Speed Recorder Event High-Speed Recorder Event EPM 9900 Meter Picks up Event Event Completely Missed 166,000 Samples per Cycle Sampled; stored at same 1024 samples/cycle Up to 1024 Samples per Cycle Both meters store at 1024 samples per cycle. The EPM 9900 meter provides the event of the transient. The transient is defined as an anomaly that occurred within 2 samples of the lower sampling speed of a waveform capture. The minimum duration is dependent on the sampling speed. The EPM 9900 meter’s sampling speed is as fast as 20 nanoseconds. Any event that occurs within two low-speed samples will be recorded and stored for engineering analysis.

Reliable, Highly Accurate, Compliance-Grade
IEC Class A Power Quality and Waveform Recording Nexus ® 1500 Auto-Calibrating Power Monitors IEC class A standard reporting; Flicker compliant with IEC and IEC Short term readings: PST-10 min/logging & monitoring Long term readings: PLT – 4 Hr/logging & monitoring Log viewer: View graphed values; Pst and Plt for Va, Vb and Vc or displayed values, including max & min Polling: Pinst, Pst, Pst Max, Pst Min, Plt, Plt Max, Plt Min values Utilizes 16 Bit Analog to Digital conversion and high sampling rates to provide accuracy throughout range High A/D resolution and sampling rates are essential for good performance; lower resolution of sampling results generally in faulty measurements Reliable, Highly Accurate, Compliance-Grade Flicker Measurement

IEC 61000-4-30 Class A Certified Compliance Reporting
What Is IEC Class A? It is the definitive Industry Standard on Voltage Reliability Monitoring It provides a comprehensive measurement of power quality including: Voltage Interruptions Harmonics (As per EN ) Inter-harmonics Frequency Flicker (As per EN ) Imbalances (Unbalances)

IEC 61000-4-30 Class A Certified Compliance Reporting
Why is IEC Class A so Important? It is designed to address the issue of multiple recorders using differing DSP techniques producing differing results. This Standard normalizes the digital signal processing so that all monitors report the same results for the same occurrence This eliminates confusion in the industry False Claims -- There are multitudes of instruments making false claims to be compliant with the class A standard. There is only one Lab known to GE that can certify a monitor, Power Standard Labs in Northern California It is imperative to ask the monitoring company to providing it certification documents.

EN50160 Power Quality Reporting
EPM 9900 EN50160 Power Quality Reporting Weekly Reports Insure Compliance with Power Quality Directives Meter Generates a Weekly report based on EN50160 Format using IEC Class A Generated Calculations Reports are stored in Compact Flash for many years Power Quality Compliance is easily sorted and understood making compliance analysis simple Report Includes Voltage Dips, Frequency Variations, Harmonics, Inter-Harmonics, Flickers, and Unbalance. Easy Pass / Fail Indication in total and per criteria with graphing and binning.

EPM 9900 - ITIC/CBEMA Logging
Thousands of CBEMA Events Transient Recording Sag/Swell Analysis Graphical Plotting in 3D Format Waveform Display Separate log for CBEMA Data Provides Instantaneous Analysis

EPM 9900 Vivid Color LCD Display
High Resolution LCD color display with Touch-screen capability Bright TFT glass with high temperature rating Long-life LED backlight Vertical or Horizontal orientation Displays include: Real-time viewing: voltage, current, power, demand Accumulated energy and TOU Flicker readings Alarms Phasor analysis Harmonic spectrum analysis and waveforms Real-time trending Log status Configuration settings The interface is simple to understand and navigate

EPM 9900 - RTU Master Capability
RTU Master Makes EPM 9900 into an RTU Mastering - Set Up Modbus registers to allow the Nexus meters to poll registers from slave devices Logging - Once the profile is set up and the meter is polling data from the slave devices, then the data can be logged in the historical log profiles for later retrieval Alarming – The modus registers can also have limits set points that could be used trigger alarms set-points, send s or log events in internal memory Communication – All Data is available via multiple communication paths including RS485 and Ethernet Perfect for Distribution Automation – Utilizing EPM meters, distribution feeders can be automated WITHOUT changing protective equipment. Modbus RTU Serial

Powerful, Yet Simple-to-Use Front Panel Interface
EPM Meter Face-Mounted Coms and Display 256-Color LCD Display ANSI Optical Port Watt/hr Pulse Touch-screen Overlay Backlight Button VAR/hr Pulse High-speed USB Port Powerful, Yet Simple-to-Use Front Panel Interface

Upgradeable and Powerful Inputs and Outputs
EPM 9900 Meter Rear Mounted Communication Optional Upgrade Cards Optional Dual RS485 Outputs and 4 KYZ Pulse Outputs Optional Second 100BaseT Ethernet: Combination RJ45/Fiber Optic Card Standard 10/100BaseT Ethernet RJ45 Port (Auto-detecting Tx and Rx) Slots 3 and 4 Provide up to 12 Relay Outputs IRIG-B Satellite Clock: 1msec Time Sync Color-coded Voltage Inputs 8 High-Speed Status Inputs Upgradeable and Powerful Inputs and Outputs

EPM 9900 Communication Options
Nexus ® 1500 Auto-Calibrating Power Monitors Standard Inputs and Outputs ANSI Optical Port High-speed USB Port 100BaseT Ethernet RJ45 Port (Auto-detecting polarity) IRIG-B Time Synchronizing to GPS, 1ms. Resolution 8 High-speed status inputs 8 sockets Modbus TCP, 2 sockets DNP LAN/WAN Optional Communications Dual RS485/Pulse Output Ports Additional 100BaseT Ethernet Port –RJ45 or Fiber Optic Card Upgradeable I/O Slots 3 and 4 provide up to 12 Form C Relay Outputs for control or annunciation

External I/O Module Options
Analog Outputs 1mAON4 – 4 Channel 0-1mA Output Card. Bidirectional and assignable to any channel. 10Kohm Impedance Max per channel 1mAON8 – 8 Channel 0-1mA Output Card. Bidirectional and assignable to any channel. 10Kohm Impedance Max per channel 20mAON4 – 4 Channel 4-20mA Output Card. Bidirectional and assignable to any channel. 10Kohm Impedance Max per channel 20mAON4 – 8 Channel 0-1mA Output Card. Bidirectional and assignable to any channel. 10Kohm Impedance Max per channel Analog Inputs 8AI1: 8 Analog Inputs, 0-1mA, bidirectional 8AI2: 8 Analog Inputs, 0-20mA 8AI3: 8 Analog Inputs, 0-5V DC 8AI4: 8 Analog Inputs, 0-10V DC Wiring: Common Mode Scaling: Programmable

Communication Options
Dual Ethernet Ports Provide Secured Com Over Two Separate Networks Primary Ethernet Port Provides 100 Base T RJ45 Port Secondary Ethernet Can be used as Redundant port or limited access port on different network Each Port has Separate Mac Address and IP Address Each Port Communicates Modbus and DNP 3.0 over Ethernet The Primary port can control the secondary port data access Multiple municipalities can securely share data from one meter through separate networks Perfect for redundant, high reliability applications

Dual Ethernet Port Applications
Generation (Power Plants) Port 1 is Connected to Plant DCS System Port 2 is Connection to ISO Power Pool, Separate Transmission Utility or other 3rd party Transmission (Utility) Port 1 Connected to Transmission SCADA Port 2 Given to Municipal to Read Meter Distribution (Utility) Port 1 Read by Utility Scada System Port 2 Given to Industrial Customer to view Power Quality. Will my IT Dept approve this? Yes. 1. Ports have separate /IP addresses and MAC Addresses. Port 1 as a master and unlocks what port two can view. 2. Meter’s OS is proprietary. Doesn’t use Linux or Windows. Impossible to hack.

Total Web Solutions Create Custom Web Site Screens
Allows a Simple Solution to put Readings on Web Web Explorer – Meter Directly Hosts Web Pages Download MV90 Data through Web Web XML – Customize Web Sites to Meet for your Application Automatic Downloads of Stored Waveform Data. Web Alarm – Alarm Conditions out to up to 10 users WebReacher – Reach other Meters on Web WebDNP – Gain Access to the Meter Speaking Native DNP over Ethernet 10/100 Base T Ethernet Works through browswer on Iphone, Android, Ipad etc.!! Works also with Firefox and other browsers

EPM 9900 Top Advantages Reason why the 9900 is the Best
Very High Performance Recording Capability – Gigs of Memory to safely store data for years Up to 10 MHZ Capture speed to capture every anomaly. This meters doesn’t miss events. Large Color Display – Easy navigation Highly Versatile Communication Options – Up to 6 com ports Intrinsically Safe Mechanical Construction - Best Current Inputs Connections Upgradable I/O useful for every application Easy to use configuration software Reason why the 9900 is the Best

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