Eaton Power Xpert PXM 4000 User And Installation Manual
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Eaton Power Xpert PXM 4000 User And Installation Manual

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Power Xpert PXM 4000/6000/8000
User and Installation Manual IM02601004E

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  • Page 1 Power Xpert PXM 4000/6000/8000 User and Installation Manual IM02601004E...
  • Page 2 OBLIGATION OF EATON. THE CONTENTS OF THIS DOCUMENT SHALL NOT BE- COME PART OF OR MODIFY ANY CONTRACT BETWEEN THE PARTIES. In no event will Eaton be responsible to the purchaser or user in contract, in tort (including negligence), strict liability or otherwise for any special, indirect, incidental or...
  • Page 3 2. Fill out the product registration information below and fax this page to 919-431-6240. Product:__________________________________________________________ Product Model or Version Number:_____________________________________ Product Serial or License Number:_____________________________________ Company:________________________________________________________ Your Name:_______________________________________________________ Address:_________________________________________________________ Address:_________________________________________________________ City:_________________________________ State:________ Zip:_______ Email:___________________________________________________________ Today’s Date:_____________________________________________________ Phone:___________________________________________________________ Eaton GO number (if known)_________________________________________...

  • Page 4: Table Of Contents

    4.4. The Quality Main Screen ............... 63 4.5. The Energy Main Screen ..............64 4.6. Selecting Other Devices From The Events Screen ....... 65 4.7 . Setup and I/O Screens ................65 4.8. I/O Screen .................... 66 IM02601004E Page ii www.eaton.
  • Page 5 11.4. Calibration ...................171 11.5. Technical Assistance ................171 11.6. Return Procedure ................172 11.7 . Resetting the Meter to Factory Defaults (Web Browser) ....172 11.8. Com Reset Switch ................172 11.9. Operating in Safe Mode ..............173 11.10. Troubleshooting Matrix ..............173 IM02601004E www.eaton.com Page iii...
  • Page 6 E.3. 1ms Time Stamping of Digital and Sub-Cycle Disturbance Events ..250 E.4. NTP Time Server ................250 E.5. Satellite Time Reference (Cyber-Sciences STR-100) ......251 E.1. PXIO-B ....................251 E.6. Communications Expansion Card (PXMCE card) ......252 E.7 . Communication Ports (PXMCE card) ..........253 IM02601004E Page iv www.eaton.
  • Page 7 H.3. Energy Logs ..................272 H.4. Trend Logs ..................273 I Root Certificate Authority Installation ......... 279 I.1. Installing Root CA with Microsoft Internet Explorer 6 and 7 ....279 I.2. Installing Root CA with Mozilla Firefox ..........282 IM02601004E www.eaton.com Page v...
  • Page 8 IM02601004E Page vi www.eaton.

  • Page 9: Introduction

    This technical document is the user manual for the installation, operation and unit level mainte- nance of the Eaton Power Xpert Meter. This document is intended for authorized and qualified per- sonnel who use the Power Xpert Meter. Please refer to the specific WARNINGS and CAUTIONS in this section before proceeding.

  • Page 10: Applicability

    This Instruction Manual describes the PXM 4000/6000/8000 series. For instructions and specifica- tions on the PX4000/6000/8000 series refer to IB02601003E. 1.3. Applicability This manual applies to the Power Xpert Meter and display in the following configurations: Power Xpert PXM4000 Meter Power Xpert PXM6000 Meter IM02601004E Page 2 www.eaton.
  • Page 11 Fast-Transient Capture 6Msps/channel (Vag, Vbg, Vcg, Vng) [PXM 8xxx] Symmetrical Components [PXM6xxx, PXM8xxx] Phasor Diagram CURRENT 200ms rms and 1 cycle rms with half-cycle updates: Ia, Ib, Ic, In, Ig, Avg I (abc) Min/max with timestamp Waveform Symmetrical Components [PXM6xxx, PXM8xxx] Phasor Diagram IM02601004E www.eaton.com Page 3...
  • Page 12 Harmonic Distortion in Amps, Volts, %TDD, %THD (total available on all models) Harmonic Distortion in Amps, Volts, %TDD, %THD (even, odd, inter-haermonic available on the 6000 and 8000 Series Harmonic spectrum (1-85 harmonic) Inter-Harmonic spectrum (5Hz resolution) [availale on the 6000 and 8000 Series] IM02601004E Page 4 www.eaton.

  • Page 13: Power Xpert Software Subscription

    Absolute and dv/dt thresholds based upon 6Msps (available on the 8000 Series) 1.4. Power Xpert Software Subscription Each meter can be joined to a single Power Xpert Software system via subscription. Do not sub- scribe to the same meter from multiple instances of Power Xpert Software. IM02601004E www.eaton.com Page 5...
  • Page 14 Panel Mounting Bracket assembly required for back-to-back meter to display mounting PX-PMBA Power Expert Meter 4000 to 6000 License Upgrade Key PXM-4KUPG Note: Only cards with a catalog number beginning with PXM are compatible with the PXM4000/6000/8000 meter. IM02601004E Page 6 www.eaton.

  • Page 15: Ac Power Measurement Concepts Used In This Manual

    AC power measurement. Power (W) within a two-wire, single-phase system is calculated as: Where: is Potential is Current cos is the phase difference between the Current and the Potential. Power for a three-wire, single-phase system is calculated as: IM02601004E www.eaton.com Page 7...
  • Page 16 Three-Phase Current Phase C Phase A Phase B Typically, three-phase systems use either a Delta connection or a Wye conncetion, as shown in the following figure: Typical Three-Phase Systems 4-Wire “Wye” 3-Wire “Delta” IM02601004E Page 8 www.eaton.
  • Page 17 Some of the terms and concepts you’ll encounter in this manual are: Sinusoidal Waveforms: This is defined by the following equation: Distorted Waveforms: This is defined by the following: IM02601004E www.eaton.com Page 9...
  • Page 18 For power measured at the source, generated Watts and vars are negative, but the sign of PF is consistent with what it is as measured at the load. A 3-phase motor load is illustrated in the following phaser diagram with an ABC counterclockwise rotation. IM02601004E Page 10 www.eaton.
  • Page 19 1 Introduction IM02601004E www.eaton.com Page 11...
  • Page 20 When individual phases of a three-phase system diffeer, an unbalance results. Further- more, harmonic distortion can also result in unbalance. The measure of unbalance is the ratio of the negative-sequence to the positive-sequence components and is represented as a percentage. IM02601004E Page 12 www.eaton.

  • Page 21: Feature Comparison Between Power Xpert Meter Models

    Standard Index plus Sag level, Swell level and Flicker) • • Flicker calculations • • Automatic trigger setting • • Automatic event severity analysis • • Event Severity counters ITIC (Information Technology Industry Council), • • previously CBEMA performance curve IM02601004E www.eaton.com Page 13...
  • Page 22 Features and functionality may vary depending on selected options and product model. Please refer to the technical data sheet for detailed specifications. Industry Canada version of the Power Xpert Meter The standard version of the Power Xpert Meter (pending approval). PX/PXM Seal Kit -Measurement Canada (66A2284G01) IM02601004E Page 14 www.eaton.

  • Page 23: Warranties

    This warranty does not apply to equipment not manufactured by Seller. Seller limits itself to extending the same warranty it receives from the supplier. IM02601004E www.eaton.com Page 15...
  • Page 24 IM02601004E Page 16 www.eaton.

  • Page 25: Quick Start Guide For The Meter Module

    The current terminal block retaining screws are part of the matching hood assembly. The current terminal block and hood assembly must be properly installed with retaining screws to secure the current terminal block to the meter housing to prevent exposure to shock hazard. IM02601004E www.eaton.com Page 7...

  • Page 26: Power Supply Connections

    The Red Status LED will blink if unacknowledged or uncleared events exist. PXMPS-1 Card Power Supply Connection PS1-3 PS1-2 PS1-1 Power Health & Status LEDs Protective Earth Ground Figure 1: Meter Module Power Supply Connection & LED Locations IM02601004E Page 8 www.eaton.com...
  • Page 27 • 3-Phase, 3-Wire Delta (Above Up to 600 V L-L, 347 L-N) 2 CTs • 3-phase,4-Wire Y (Up to Up to 600 V L-L, 347 L-N) • 3-phase,4-Wire Y (Above Up to 600 V L-L, 347 L-N) See Installation, for wiring diagrams. IM02601004E www.eaton.com Page 9...

  • Page 28: Vt , Vx & Ct Connections

    • Line 2 CT connected to Terminals 21 (polarity mark) & 22 (return) • Line 3 CT connected to Terminals 31 (polarity mark) & 32 (return) • Neutral CT connected to Terminals 41 (polarity mark)& 42 (return) • Ground CT connected to Terminals 51 (polarity mark)& 52 (return) IM02601004E Page 10 www.eaton.com...

  • Page 29: Establishing Communications Between The Meter Module And The Optional Graphic Display Module

    Module to supply power (24V) to the Display Module. See table below for wiring. Display PXCM Description Terminal Cable Terminal DG2-1 OSCS CM6-1 DG2-2 CM6-2 DG2-3 CM6-3 DG2-4 To local panel ground OSCS=Optional Separate Cable Shield (OSCS used for separate power and data cables) IM02601004E www.eaton.com Page 11...
  • Page 30 Meter Module’s COM 0 together following basic RS485 wiring specifications. Each Meter Module will need to be uniquely addressed using the Rotary Switch. Rotary Switch CM5-COM 0 CM6 24V Source Figure 5: Meter Module Connections to Display IM02601004E Page 12 www.eaton.com...

  • Page 31: Operating The Display Module

    Display Health LED - If Display Module is powered-up, the LED will blink slowly (1/sec). Power Xpert  Health Events Health Meter Event Push to Select Hold in for Help Turn to Highlight BACK Back Button Navigation Dial Figure 6: Display Module Controls IM02601004E www.eaton.com Page 13...

  • Page 32: Programming The Meter Module Using The Embedded Web Server Interface

    Step 2 in Section 2.6. NOTE: When connected to a laptop, the Link LED will illuminate and, when communicat- ing, the TXRX LED will flicker. Link LED TXRX LED Figure 7: Connect Laptop to Meter Module IM02601004E Page 14 www.eaton.com...

  • Page 33: Programming The Meter Module Via The Optional Communications Expansion Card

    For further details about the following steps, refer to Setup on the Web Server Screens/ Setup on the Local Graphical Display respectively. CE 1 CE Card CE 2 CE 3 CE 4 Figure 8: Ethernet & Modbus Connections IM02601004E www.eaton.com Page 15...
  • Page 34 4. Type the Name and Password. The defaults are: Name = admin and Password = admin. After entering the Name and Password, click OK. Note: Without logging into the meter, data is read-only. 5. From the setup menu, click Quick Setup to display basic configuration setup. IM02601004E Page 16 www.eaton.com...
  • Page 35 Modbus RTU slave to a master monitoring system. The port defaults as a Master Gateway, which relays Ethernet Modbus TCP command to slave meters connected to the same RS485 link. The Modbus slave address may be set via the display module or with a web browser. IM02601004E www.eaton.com Page 17...
  • Page 36 2 Quick Start Guide for the Meter Module IM02601004E Page 18 www.eaton.com...

  • Page 37: Installation

    The Power Xpert Meter comes standard with the remote mounting brackets attached. • The display comes standard with the required hardware, five #8-32 x .50 LG Phillips Pan head SEMS Screws, for mounting the unit to a door or panel. IM02601004E www.eaton.com Page 29...

  • Page 38: Mounting The Power Xpert Meter And Display Separately

    Use the standard pieces supplied with the mounting kit (#PX-PMBA) to mount the Power Xpert Meter and Display as a single unit. Install the cable supplied in the mounting kit to connect the display module (DG1 & DG2) to the meter module (CM5 & CM6) on the PXMCM-X board. IM02601004E Page 30 www.eaton.
  • Page 39 2) Place one of the provided display P-Back mounting brackets on the side of the display module and screw it into place using the two provided #8-32X1/2 in. screws. Repeat this step to install the remaining Display P- Back Mounting Bracket. IM02601004E www.eaton.com Page 31...
  • Page 40 4) Attach the Meter P-Back mounting brackets to the back of the meter with the #10-32X5/16 in. screws that were removed. 5) Slide the meter housing, with brackets attached, into the display brackets. IM02601004E Page 32 www.eaton.
  • Page 41 3 Installation Mounting the Power Xpert Display and Meter as a Single Unit, Con’t. 6) Screw the display and meter brackets together with the four #10-32X5/16 in. screws provided in the mounting kit. IM02601004E www.eaton.com Page 33...

  • Page 42: Wiring Of Ct & Vt Connections

    Each wire identifi- cation should be visually confirmed as it is attached to the terminal block. CT Current Terminal Block Inputs IM02601004E Page 34 www.eaton.
  • Page 43 If CT or VT terminal blocks or connector hoods are lost or damaged, contact your Eaton representative to obtain the correct replacement hardware.

  • Page 44: Ct & Vt Connector Installation On The Power Xpert

    CT Terminal Block Retaining Screws CT Terminal Block hood as- sembly IM02601004E Page 36 www.eaton.

  • Page 45: Meterdimensions

    3 Installation 3.8. MeterDimensions IM02601004E www.eaton.com Page 37...
  • Page 46 3 Installation Dimension, Con’t. IM02601004E Page 38 www.eaton.
  • Page 47 3 Installation Dimension, Con’t. IM02601004E www.eaton.com Page 39...
  • Page 48 3 Installation Dimension, Con’t. IM02601004E Page 40 www.eaton.

  • Page 49: Wiring

    The power supply wiring should be fused or put on a breaker sized to protect the wire. 3.11. Hipot and Megohm (Megger) Testing CAUTION DO NOT HIPOT OR MEGOHM TEST THE METER. SEVERE DAMAGE TO THE METER CAN RESULT. IM02601004E www.eaton.com Page 41...

  • Page 50: Communication Wiring

    24v source and communication terminals. RS485 fail safe biasing resistors are used at each master port. Eaton strongly recommends using ferrules on wire ends when connecting to a terminal block. When connecting to a terminal block, the twisted pair sensitivity is critical for COM0, COM1 and COM2.

  • Page 51: Rs485 Network

    Phoenix Contact and many other vendors carry ferrules and crimping tools for this pur- pose. For more information about RS485 wiring, please refer to TD 17513, Eaton Electrical field Devices Communication Wiring Specification. Fail safe Pull up/down Bias resistors (Rb) are used to insure that the RS485 link goes to a marked state when no node is driving the line.
  • Page 52 • COM1 defaults to a slave - jumpers defaults to Rb NOT ENGAGED • COM2 defaults to a master - jumpers default to a Rb ENGAGED Refer to Appendix F for jumper placement on the PXCE card. Refer to Appendix E for jumper placement on the PXCM card. IM02601004E Page 44 www.eaton.
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  • Page 64: Leds

    The Green Health LED located on the Display unit will respond as stated above for every meter connected to the display regardless of how many meters are connected, one or sixteen. The Green Health LED on the face of the meter is only reporting the health of that specific meter unit. IM02601004E Page 56 www.eaton.

  • Page 65: Display Link Addressing

    You can reset all of the communications ports by pressing a recessed button located to the left of the status LEDs. The button is marked “Com Reset.” This may be done as part of troubleshooting. The button must be held for at least 2 seconds to prevent pressing it accidentally. IM02601004E www.eaton.com Page 57...
  • Page 66 3 Installation IM02601004E Page 58 www.eaton.

  • Page 67: Introduction To Web Server Screens

    Other information, such as waveforms, trending graphs, harmonic tables, phasors and ITIC curves is also available. The Functions on the Web Server Screens chapter provides more detailed information about the functions, features and options available on each screen. IM02601004E www.eaton.com Page 59...

  • Page 68: Home, Meter, Power, Quality, Energy, I/O, Events & Setup Screens

    When a Meter Option is selected (Power, Quality, Energy, etc.), the main section of THE METER HOME SCREEN the screen updates accordingly to display information about that selection. On the updated screens, further selections can be made to view more detailed information. IM02601004E Page 60 www.eaton.
  • Page 69 4 Introduction to Web Server Screens IM02601004E www.eaton.com Page 61...

  • Page 70: The Meter Main Screen

    This is avail- level as a .csv file. able for the Energy, This is available for Trend, Waveform the Energy, Trend, and Harmonic dis- Waveform and Har- plays. monic displays. IM02601004E Page 62 www.eaton.

  • Page 71: The Power Main Screen

    In the upper central portion of the screens, another drop down menu provides options for graphically viewing the information. 4.4. The Quality Main Screen IM02601004E www.eaton.com Page 63...

  • Page 72: The Energy Main Screen

    From this box, you can navigate to a waveform view or single event ITIC plot. The RMS plot to the right shows the RMS voltage trend line of the wave- form captured during the disturbance. IM02601004E Page 64 www.eaton.

  • Page 73: Selecting Other Devices From The Events Screen

    When EDIT is selected, dropdown boxes, check boxes, radio buttons and/or text boxes will appear to provide option selection. NOTE: If an invalid entry is attempted, a pop up box will appear displaying an error message. Verify parameters and enter a valid entry. IM02601004E www.eaton.com Page 65...

  • Page 74: I/O Screen

    On Power Xpert Meters equipped with a PXMIO card, the I/O screen displays the status of the Discrete Inputs and Relay Outputs. For selected Discrete Inputs that are configured as counters, a profile plot appears. Typically, these represent consumption of Water, Air, Gas, Electricity or Steam from flow other than metering devices. IM02601004E Page 66 www.eaton.
  • Page 75 4 Introduction to Web Server Screens IM02601004E www.eaton.com Page 67...
  • Page 76 4 Introduction to Web Server Screens IM02601004E Page 68 www.eaton.

  • Page 77: Introduction To The Local Graphical Display

    To correct this, see the Trouble- shooting chapter. Navigator 10/100 Ethernet Turn to select (highlight) options on the screen. While high- Port (for local lighted, Push the Navigator to select the currently highlighted display network) function. IM02601004E www.eaton.com Page 69...

  • Page 78: The Main Screens

    Are currently enabled ing stored for historical and not monitoring the System Flkr 0.000 analysis (View Trigger Items...) % 9’s 10 Mins 24 Hours ITIC Curve Power Quality Events Setup Setup Meter Meter Power Quality Events IM02601004E Page 70 www.eaton.

  • Page 79: Navigating From One Main Screen To Another

    The triangular marker acts as a tab to mark the main screen currently in use. 5.3. The Back Button The Back Button on the front of the PowerXpert module is used to return to previous screens. Press the Back Button to go back to the previously viewed screen. IM02601004E www.eaton.com Page 71...

  • Page 80: Accessing Details From All Main Screens

    Select underlined text options to “drill-down” to these screens. Press the Back button on the Power Xpert Meter front plate to return to one or more previous screen selections. IM02601004E Page 72 www.eaton.
  • Page 81 If information is already entered into a field and modification is necessary, simply turn the Naviga- tor to the desired value and press the Navigator to select. Press “Delete” to remove the right-most character. When done modifying the field, select “OK”. IM02601004E www.eaton.com Page 73...

  • Page 82: The Power Main Screen

    Select underlined text options to access these screens. Use/press the Back button on the Power Xpert Meter front plate to return to one or more previous screen selections. IM02601004E Page 74 www.eaton.

  • Page 83: The Events Main Screen

    Select underlined text options to access these screens. Use/press the Back button on the Power Xpert Meter front plate to return to one or more previous screen selections. IM02601004E www.eaton.com Page 75...

  • Page 84: The Setup Main Screen

    Select underlined text options to access these screens. Use/press the Back button on the Power Xpert Meter front plate to return to one or more previ- ous screen selections. Refer to the Setup chapter for more detailed information about the Setup screens. IM02601004E Page 76 www.eaton.
  • Page 85 For higher levels of security, these defualts should be changed. The Setup main screen Quick Setup... MeterNine View & Create Triggers... Meter Setup & Commissioning... Setup This Display... View Setup Edit Setup Login Logout Cancel Meter Power Quality Events Setup Cancel IM02601004E www.eaton.com Page 77...
  • Page 86 5 Introduction to the Local Graphical Display IM02601004E Page 78 www.eaton.

  • Page 87: Functions On The Web Server

    Current minimum and maximum values can be cleared by the user at any time. After the current values are cleared, the meter will begin calculating new minimum and maximum values. IM02601004E www.eaton.com Page 79...
  • Page 88 Current Angle and the calculated watts (V x I x COS[Angle V - Angle I]). Note: Watts calculation is only valid for AN, BN, and CN selections. By default, the fundamental frequency is displayed. It can be excluded by clearing the Exclude Fundamental check box on the left side of the page. IM02601004E Page 80 www.eaton.
  • Page 89 Current minimum and maximum values can be cleared by the user at any time. After the current values are cleared, the meter will start calculating new minimum and maximum values. IM02601004E www.eaton.com Page 81...
  • Page 90 Current Angle and the calculated watts (V x I x COS[Angle V - Angle I]). By default, all the options are selected when the Phasor diagram is selected. You can clear an op- tion on the left side of the page to remove the correlating point of the phasor diagram. IM02601004E Page 82 www.eaton.
  • Page 91 By default, all the options are selected when the Phasor diagram is selected. The user can unselect an option on the left side of the page to remove the correlating point of the phasor diagram. IM02601004E www.eaton.com Page 83...
  • Page 92 Displacement. Click one of the radio buttons on the left side of the page that represents the kind of Power Factor you want to view. The page will up date to display a graph with minimum, maximum and average values as per the selection. IM02601004E Page 84 www.eaton.
  • Page 93 Snapshots of peak demand values with date and time stamps and energy values are saved in a file each time the demand reset is executed. This self-read process can also be initiated by using the calendar schedule. The latest five snapshots are available in a file. IM02601004E www.eaton.com Page 85...
  • Page 94 From the drop-down box near the top of the page, select either TOU, Demand Profile, Demand Comparison, Energy Profile, or Energy Comparison. • Select to view the Present or Last Reset information from the second drop-down box. The page will update to display the information selected. IM02601004E Page 86 www.eaton.
  • Page 95 Windows clipboard (Ctrl+C). Place the cursor where you wish to paste the information in the third-party application and press Ctrl+V. To select the entire table, press Ctrl+A IM02601004E www.eaton.com Page 87...
  • Page 96 The Power Xpert Me- ter logs demand profile data from the following sources: • kWh/kw: Forward, Reverse, Net, Sum, • kVAh/kVA - kVARh/kVAR: Received,Delivered, Net, Sum, and Total Current in Amperes. IM02601004E Page 88 www.eaton.
  • Page 97 Peak demand is shown in the graph as a dashed line. LOCATING DEMAND COMPARISON INFORMATION ON THE WEB On the Energy Main Page, click the kind of Profile you wish to view. Select Demand Comparison from the drop-down box. IM02601004E www.eaton.com Page 89...
  • Page 98 August 14, 2010 12:00 AM -0400 43476.80078 August 15, 2010 12:00 AM -0400 43526.80078 August 16, 2010 12:00 AM -0400 118971.00000 18 Aug 08 07:38:48 August 17, 2010 12:00 AM -0400 111533.00000 August 18, 2010 12:00 AM -0400 128842.00000 IM02601004E Page 90 www.eaton.
  • Page 99 Odd, Even and Inter Harmonics. Maximum THD Current is determined using individual phase THD Currents. All of the THD Current measurements in the Power Xpert Meter are trended and mini- mum and maximum values are logged with date and time stamps. IM02601004E www.eaton.com Page 91...
  • Page 100 The Power Xpert Meter provides Perceptibility, Pst (10 minutes), Plt (2 hours), Trend and Trigger information for Flicker line-to-line and line-to-neutral values. (Flicker available on the 6000 and 8000 Series). IM02601004E Page 92 www.eaton.
  • Page 101 Reset value will be used to check and clear the condition. Every event and it’s corresponding parameters along with the date and time of the occurrence are logged and available for display or retrieval using a communication port. (Triggers are available on the 6000 and 8000 Series). IM02601004E www.eaton.com Page 93...
  • Page 102 A transient is the rapid change in voltage. A typical transient reaches its peak in 5us and lasts 50us. The meter captures transients with optional hardware that samples 5 channels at up to 6Msp for 22ms or 1 Msps for 131 ms. IM02601004E Page 94 www.eaton.
  • Page 103 You can also view the view the ITIC Curve for a single ITIC event. To view a single ITIC event: 1. Select an ITIC event in the Events frame. 2. Click the drop-down list box near the top of the page. IM02601004E www.eaton.com Page 95...
  • Page 104 If multiple event types occur on a given day, the day is shown in red (as in this example). by default, all event types are selected. Clearing a check box also clears those types from the the Events Calendar. IM02601004E Page 96 www.eaton.
  • Page 105 If you select an event in the top timeline, its data is displayed in the lower half of the page. IM02601004E www.eaton.com Page 97...
  • Page 106 If the trigger for another event also appears in a waveform timeline, that event is shown in yellow in the events timeline and its trigger point(s) are shown as yellow horizontal lines in the waveform timeline (see the following figure). IM02601004E Page 98 www.eaton.
  • Page 107 Note that you can also choose to print a waveform timeline (print button) or save the waveform values to a comma-separated values file (file button) on your local com- puter. IM02601004E www.eaton.com Page 99...
  • Page 108 6 Functions on the Web Server Pages IM02601004E Page 100 www.eaton.

  • Page 109: Functions On The Graphical Display

    The intent is to give the user a general understanding of where the most useful and pertinent infor- mation is stored for review. NOTE: Setup information is not provided in this chapter. See the Setup chapter. IM02601004E www.eaton.com Page 101...

  • Page 110: Meter

    The Meter Main Screen MeterNine Avg. LL Voltage: 480.2 V Avg. Current: 0.176 A The Line to Neutral Voltage Screen Frequency: 277.3 V 277.2 V 277.2 V 0.9 V IM02601004E Page 102 www.eaton.
  • Page 111 Avg. Current: 176 A Frequency: MeterNine Measured Symmetric Summary Measured Current lavg: 176 A I Ground: 0.1 A 176 A I Neutral: 20.2 A 175 A De mand: 176 A 177 A Meter Power Quality Events Setup IM02601004E www.eaton.com Page 103...
  • Page 112 59.97 Hz Channel Min: 59.97 Hz Avg V Tue, 24 Jan 2005 7:11:32 EST • Phasor Max: 60.04 Hz • Harmonic • Waveform Tue, 24 Jan 2005 7:11:32 EST (Reset all Min/Max) Meter Power Quality Events Setup IM02601004E Page 104 www.eaton.
  • Page 113 Min/Max Trend Triggers Min/MaxPhase A Displacement PF Setup Events Present: .89 Lag Min: Tue, 24 Jan 2005 7:11:32 EST Max: 0.99 Lead Tue, 24 Jan 2005 7:11:32 EST (Reset all Min/Max) Setup Meter Power Quality Events IM02601004E www.eaton.com Page 105...
  • Page 114 Time Of Use (TOU) The Power Xpert Meter also supports four rate periods for Time Of Use (TOU): A, B, C and D in ad- dition to total rate which is independent of time of use. IM02601004E Page 106 www.eaton.
  • Page 115 149 kVA 69 kvar Reset Demand MeterNine Total Rate A Rate B Rate C Rate Summary Total Peak Reactive Demand Received: 69 kvar Delivered: 1 kvar Net: 68 kvar Sum: 70 kvar Setup Meter Power Quality Events IM02601004E www.eaton.com Page 107...

  • Page 116: Energy

    Present energy and previous energy values are made avail- able along with energy consumed data, over any available communication port and display. IM02601004E Page 108 www.eaton.
  • Page 117 43624 kWh 104026 kVAh 45343 kVArh MeterNine RESET Total Rate A Rate B Rate C Rate Summary Reactive Energy Present Received: 43624 kVArh Delivered: 42 kVArh Net: 45343 kVArh Sum: 45427 kVArh Setup Meter Power Quality Events IM02601004E www.eaton.com Page 109...
  • Page 118 104026 kVAh 45343 kVArh MeterNine Reset Profile... Profile Graph (Last Month Vs. This Month) 0.00 Compare With Last Month End Month Beg. Month Last Month Peak: kVars This Month Peak: kVars Setup Meter Power Quality Events IM02601004E Page 110 www.eaton.

  • Page 119: Quality

    Odd, Even and Inter Harmonics. Maximum THD Current is determined using individual phase THD Currents. All of the THD Current measurements in the meter are trended. Minimum and maximum values are logged with date and time stamps. IM02601004E www.eaton.com Page 111...
  • Page 120 14 A Harm Wave Setup Meter Power Quality Events 25 A Harm Wave 19 A Harm Wave MeterNine Summary IC Odd, Even, Int. Harmonics A 0 kAh Odd: 26 A Even: Int. Harmonics Meter Power Quality Events Setup IM02601004E Page 112 www.eaton.
  • Page 121 1.36% Harm Wave VBC: 1.43% Harm Wave VCA: 1.20 % Harm Wave MeterNine Summary CA Odd, Even, Int. Harmonics % 0 kAh Odd: 1.36 % Even: 0.1 % Int. Harmonics: 0.0 % Meter Power Quality Events Setup IM02601004E www.eaton.com Page 113...
  • Page 122 CF 1.71 Meter Power Quality Events Setup Flkr 0.000 % 9’s 10 Mins 24 Hours MeterNine Summary Crest Factor Setup Power Quality Events Meter 0 kAh Max: 1.80 1.77 1.74 1.73 Meter Power Quality Events Setup IM02601004E Page 114 www.eaton.
  • Page 123 CF 1.71 Power Quality Events Setup Meter Flkr 0.000 10 Mins 24 Hours MeterNine Setup Meter Power Quality Events 9s of Availability 0 kAh Previous Month: 100.000% Month to Date: 100.000% Power Quality Events Meter Setup IM02601004E www.eaton.com Page 115...
  • Page 124 0 kAh SAGS: 0.00 0.00 Alert if > 300.00 SWELLS: 0.00 0.00 Caution if >200.00 dv/dt: 0.00 0.00 Normal at >100.00 THDi: 0.56% 22.38 THDv: 1.82% 72.66 Flicker: 0.33 66.94 Total: 72.91 Meter Power Quality Events Setup IM02601004E Page 116 www.eaton.
  • Page 125 Information Technology Industry Council update of what was known as the CBEMA Curve. This classifies sag and swell events according to their magnitude and duration. The Power Xpert Meter classifies these further with a severity rating (L1, L2, L4, L8). IM02601004E www.eaton.com Page 117...

  • Page 126: Fast Transient (Available On The 8000 Series)

    Wed, 25 Jan 2006 06:33:13 EST New Max (Even Harmonic In)... Wed, 25 Jan 2006 06:33:13 EST New Max (Even Harmonic Ic)... Wed, 25 Jan 2006 05:39:53 EST New Max (Fundamental In)= Wed, 25 Jan 2006 05:39:53 EST New Max (Fundamental Ic)=0 (Reset All Logs...) IM02601004E Page 118 www.eaton.
  • Page 127 Reset All Logs. • When ITIC Curve is selected, the screen will update to display the ITIC Curve. Highlight and select any event listed on the ITIC Curve to display information about that event. IM02601004E www.eaton.com Page 119...
  • Page 128 7 Functions on the Graphical Display IM02601004E Page 120 www.eaton.

  • Page 129: Setup On The Web Server

    Wiring Configuration page has a Security Group of 4, only users with a Security Group of 1 through 4 can edit that page. Only users with the required Security Group or higher as the Security Setup Permission page can edit the security levels for each page. IM02601004E www.eaton.com Page 121...
  • Page 130 Password. To add a user, click Add User at the top of the page and fill in the appropriate fields. After you is added, click Set Password to set the password of the new user. Click the Done button at the bottom of the page when entries are completed. IM02601004E Page 122 www.eaton.
  • Page 131 You can change the graphic displayed in the upper-right corner of the various meter web pages. There are a few limitations: • The graphic must be in one of the following formats: JPEG, PNG, BMP, or GIF. IM02601004E www.eaton.com Page 123...
  • Page 132 3 phase and neutral current unbalance. Selecting Measure In allow you to view actual neutral current based on the 3 phase current unbalance. When Calculate In is selected, the meter estimates the neutral current. IM02601004E Page 124 www.eaton.
  • Page 133 2. Give the file a name (the dialog will fill in the .zip) extension. 3. Click Save. To upload a configuration file to a meter: 1. Click Load a Config. File. 2. Select a .zip file. IM02601004E www.eaton.com Page 125...
  • Page 134 Power, and Quality. Click a category to view or edit. 3. The list will expand again to include all of the options under the selected category. After a selec- tion is made, the page will update to list all the current settings for that trigger. IM02601004E Page 126 www.eaton.
  • Page 135 A blank drop down box is also provided to add a new Demand Overload setting. When entries are completed, click the Done button located at the top of the page. IM02601004E www.eaton.com Page 127...
  • Page 136 The page will update to list all the current settings for the selected trigger. Use the Edit button at the bottom of the page to edit settings. When Edit is selected, the page will display check boxes for modifying current settings. IM02601004E Page 128 www.eaton.
  • Page 137 Edit button at the top of the page to edit settings. When Edit is selected, the page will display drop down boxes and check boxes for use in changing current settings. Click the Done button at the top of the page when entries are completed. IM02601004E www.eaton.com Page 129...
  • Page 138 A 30.72 ksps sampling rate and a pure 120V sine wave would result in a dv of 1.5V per sample at the zero crossing. A disturbed waveform would have a much higher dv/dt. Note: To notify Power Xpert software of subcycle disturbances, select the Send Web Services Notification box. IM02601004E Page 130 www.eaton.
  • Page 139 -10 to 10. A CT Compensation value with a negative sign could be used to reverse the sign of measured current. This allows you to correct the polarity if the CT wires are incorrectly IM02601004E www.eaton.com Page 131...
  • Page 140 Profile and PQ Index. The following discusses each section and how to locate their respective information. DEMAND SETUP The Demand setup pages allow you to select either a Fixed Window or Sliding Window and the respective intervals in minutes. A fixed window setting allows you to select one interval period. IM02601004E Page 132 www.eaton.
  • Page 141 When a selection is made, the appropriate interval periods can be entered. Click the OK button at the top of the page when entries are completed. IM02601004E www.eaton.com Page 133...
  • Page 142 When Add Rate is selected, you will be prompted to select day, rate and time. When all settings are entered, click the Add button beside the newly entered line item. IM02601004E Page 134 www.eaton.
  • Page 143 Day, Date, and Event. After making a selection, click the add button to add the item. To edit the existing calendar, click Edit and make changes to the selected item. Click OK when modifications are completed. IM02601004E www.eaton.com Page 135...
  • Page 144 Use the Edit button at the bottom of the page to modify the current interval and/or the monthly pro- file setting. When all settings are entered, click the OK button located at the top of the page. IM02601004E Page 136 www.eaton.
  • Page 145 Use the Edit button at the bottom of the page to modify the current value settings from 0 to 50. Click the OK button at the bottom of the page when entries are completed. The default is 10.0. IM02601004E www.eaton.com Page 137...
  • Page 146 For S1 and S2 (solid state outputs), the entered pulse constant is in Watt-second secondary. For example, if the CT Ratio is 5000:5, the PT Ratio is 120:120 and the pulse constant is set to 3600 IM02601004E Page 138 www.eaton.
  • Page 147 Use the drop down boxes to select the source of each output and the text boxes beside the source to enter the pulse constant. Click the OK button at the bottom of the page when entries are com- pleted. IM02601004E www.eaton.com Page 139...
  • Page 148 Communications, and System. Click I/O. The tree structure will expand to display Pulse Initiation, Internal I/O, and Remote I/O. Click Internal I/O. The structure will expand again. Click Inputs. The page will update to display the current digital input settings. IM02601004E Page 140 www.eaton.
  • Page 149 Add Trigger button at the top right of the page. Use the Delete button beside the Trigger to remove the Trigger Type from the relay. Click the Done button at the top of the page when entry is complete. IM02601004E www.eaton.com Page 141...
  • Page 150 To edit the settings, click the Edit button at the top of the page. Text boxes, radio buttons and drop down boxes will be displayed for this purpose. Click the OK button at the top of the page when modific ations are completed. IM02601004E Page 142 www.eaton.
  • Page 151 8 Setup on the Web Server Pages Use this page to enter the NTP server IP address for an Ethernet connection. IM02601004E www.eaton.com Page 143...
  • Page 152 Security, Compensation, Metering, I/O, Clock, Communica- tions, and System. Click Communications. Then click the communication setup you wish to view or edit: COM1 & 2, COM 3, or Ethernet/LAN. The page will update to display the current settings for the selection. IM02601004E Page 144 www.eaton.
  • Page 153 None, Odd or Even. Note: If Slave - Gateway is selected, the meter will only respond to the slave address set via the hex switch on that port (Hex switch value + 15). IM02601004E www.eaton.com Page 145...
  • Page 154 Use the drop down box beside Baud Rate to select the appropriate rate; 9600, 19.2K, 38.4K, 57.6K, 115.2K. Use the drop down box beside Stop bits to select 1 or 2. Click the Parity drop down box to select None, Odd, or Even. IM02601004E Page 146 www.eaton.
  • Page 155 IP address automatically. Enter an IP address if the NTP server of the NTP Time Sync option is selected in the Clock setup. Click the OK button at the top of the page to save your settings. IM02601004E www.eaton.com Page 147...
  • Page 156 If there will be a high level of polling traffic, you should seriously consider having the Display Link on a separate RS485 port from the Modbus subnet. A high level of polling traffic can degrade IM02601004E Page 148 www.eaton.
  • Page 157 This is another “load balancing” option that requires that the optional Communications Expan- sion card has been installed. The Gateway will route any commands to slave address (other than its own) to one of the RS485 or RS232 ports, depending on the address. Slave addresses IM02601004E www.eaton.com Page 149...
  • Page 158 The Power Xpert Meter supports Simple Network Management Protocol (SNMP) version 1, and provides information about the meter as per the following Management Information Bases (MIBs): Filename Description / Usage Eaton Power Xpert Meter MIB EATON-PWR-MTR-MIB.txt Metered electrical system values. Eaton Alarms+Traps MIB EATON-PXG-MIB.txt Alarms and notifications (traps).
  • Page 159 From the Setup Main Page, select Meter Setup & Commissioning from the tree structure on the left side of the page. The tree structure will expand to list Security, Compensation, Metering, I/O, Clock, Communications and System. Click Communications. The tree will expand to list COM1 & COM2 IM02601004E www.eaton.com Page 151...
  • Page 160 Password: This is the password for the email account used by the meter. Presently, this field has no function as the meter firmware does not yet support a connection to the mail server using TLS or SSL. IM02601004E Page 152 www.eaton.
  • Page 161 Root Installation CA page for the meter. From this page, you can install an SSL certificate which will allow https communication between your web browser and the meter. For more informa- tion about installing a security certificate, see page 279. IM02601004E www.eaton.com Page 153...
  • Page 162 The tree structure will expand to list Security, Metering, I/O, Clock, Communica- tions, and System. Click System. The tree structure will expand to list Hardware and Firmware. Click Hardware. The page will update to display Hardware information. IM02601004E Page 154 www.eaton.
  • Page 163 The tree structure will expand to list Security, Compensation, Metering, I/O, Clock, Communications and System. Click System. The tree structure will expand to list Hardware and Firmware. Click Firmware. The page will update to display the Firmware version. Refer to Firmware Upgrade, for the upgrade procedure. IM02601004E www.eaton.com Page 155...
  • Page 164 8 Setup on the Web Server Pages IM02601004E Page 156 www.eaton.

  • Page 165: Setup On The Graphical Display

    Click on one of the selections to view and/or edit the detailed information about that selection. NOTE: A pop up box will display an error message if an invalid entry is attempted. The Setup main screen MeterNine View Setup Edit Setup Login Logout Meter Power Quality Events Setup IM02601004E www.eaton.com Page 157...

  • Page 166: Log In

    4. Rotate the dial to select the password field. 5. Repeat the process to select the upper case X for the password. This will complete the login procedure. MeterNine View Setup Edit Setup Login Logout MeterNine Cancel Meter Power Quality Events Setup IM02601004E Page 158 www.eaton.

  • Page 167: Quick Setup

    60 Hz 3 Phase 4 Wire (V 3CT) 3 Phase 4 Wire (V 3CT 2V) 2 1/2 Element Line to Line Voltage: 3 Phase 4 Wire (CTRTAP Delta 3CT) 208 V Next Power Quality Events Setup Meter IM02601004E www.eaton.com Page 159...
  • Page 168 Continue until all modifications in the selected number string are completed. Click on Submit to complete/exit the setup. Quick Setup Screen 2 MeterNine 120 : 120 5000 : 5 5000 : 5 Ground CT: 5000 : 5 Neurtral CT: Submit Meter Power Quality Events Setup IM02601004E Page 160 www.eaton.

  • Page 169: Meter Setup And Commissioning

    PT Primary Com 1 CT Primary Com2 Ground CT Ethernet Neutral CT Name Demand Interval Power PQ Index Configuration Time Set/Date Set Demand Overload Pulse Initiator System HW System FW Diagnostics Security Power Quality Events Setup Meter IM02601004E www.eaton.com Page 161...

  • Page 170: Setup" This Display (Screen Contrast, Etc.)

    View Setup Edit Setup Login Logout Quick Setup... View & CreateTriggers... Meter Setup and Commissioning Setup This Display... Power Quality Events Setup Meter Setup This Display Screen MeterNine Buzzer Disable Contrast Back Light IM02601004E Page 162 www.eaton.

  • Page 171: Network, Firmware & Product Information

    Firmware Version : 1.0.1 Front Panel IP Address : 192.168.1.1 Revision Level : xxxxxx Firmware Date : 2006/02/10 Front Net Mask : 255.255.255.0 Serial Number : xxxxxx Front MAC Address : 00.d0. Date Code : xxxxxx IM02601004E www.eaton.com Page 163...

  • Page 172: Password Setup

    10. Push the dial. 11. Enter the new password and then select Enter (Ent). 12. Highlight OK and then press the dial. Password Setup Screen Meter #10 Set Password For User: New Password Meter Power Quality Events Setup IM02601004E Page 164 www.eaton.

  • Page 173: Firmware Upgrade

    PX4xxx, PX6xxx, or PX8xxx is not compatible with the PXM4000/ PXM6000/PXM8000 meters. 10.1. Locating & Upgrading System Firmware on the Web Locate and download the firmware on the www.eaton.com/pxm web site. Save the firmware upgrade zip file in the PC. Click on the Upgrade button on the System Firmware screen.
  • Page 174 When the upgrade is completed, the user will be prompted to reboot the unit. Connection to the device will be lost at this point. Close the browser and reconnect after the reboot. Check the firmware version by navigat- ing to the System Firmware screen. IM02601004E Page 166 www.eaton.
  • Page 175 To change the Java Settings: 1. Launch the Windows Control Panel. 2. Click the Java icon/entry. 3. On the General tab, click the Network Settings... button. 4. Choose the User proxy server option, but leave the proxy server blank. IM02601004E www.eaton.com Page 167...
  • Page 176 8. Click the Delete Files... button. 9. Select Applications and Applets in the Delete Temporary Files dialog box. 10. Click OK. 11. Click OK In the Temporary Files Settings dialog box. 12. Click OK in the Java Control Panel. IM02601004E Page 168 www.eaton.

  • Page 177: Upgrading From A Pxm4000 To A Pxm6000

    Clicking the link will launch a browser window and open the PXM4000 to PXM6000 up- grade page on the Eaton web site. Follow these general steps to purchase a license file. 1. Create a user account (if you don’t already have one). You can click the New User Registration link and fill out the form to create your account.
  • Page 178 2. In the file browser dialog box, browse to the license file (it has a .LICENSEKEY exten- sion). 3. Click Open. After a successful upgrade, the meter part number (displayed on the hardware information page) will have a “u” appended to it. IM02601004E Page 170 www.eaton.

  • Page 179: Troubleshooting & Maintenance

    11 TROUBLESHOOTING & MAINTENANCE 11.1. Level of Repair This manual supports unit-level troubleshooting only. If the cause of a malfunction is traced to the Power Xpert Meter Module, replace the unit. Return the faulty unit to Eaton for factory repairs. 11.2. Warnings!

  • Page 180: Return Procedure

    If an internal malfunction is identified, the unit should be returned to the factory for repair or replace- ment. To have a unit returned, contact your Eaton authorized distributor with your system hardware and system firmware identification information. This information can be found in the Setup System area of your Meter.

  • Page 181: Operating In Safe Mode

    & de- mand resets prohibited. 6. 1 (ON) 2 (OFF) - high security - configura- tion changes, energy & demand resets prohibited, ADMIN/ADMIN accepted 15 minutes after boot-up. 7. Re-apply power to the meter. IM02601004E www.eaton.com Page 173...
  • Page 182 ON (SW3 on the PXPS-1/ Trend and Min/Max charts. PXPS). Enter the correct time and Reset the Trend data (right click menu). Reboot the meter. IM02601004E Page 174 www.eaton.
  • Page 183 Improper wiring or faulty ex- Verify that external contact ternal device providing contact actually closes and that imped- closure. ance is essentially zero when contact is closed. Also, verify Contact welded. wiring to Discrete Contact inputs per drawings. IM02601004E www.eaton.com Page 175...
  • Page 184 IP address. Once a Domain name is ac- quired, turn off the automatic setting and enter the Domain Name setting. Clear the PC’s arp table (e.g., arp-d on the Windows com- mand prompt). IM02601004E Page 176 www.eaton.
  • Page 185 Turn off auto-negotiate 10/100 for your NIC or Ethernet hub. At the meter, remove power and then remove the compact flash (CF) card. Re-insert the CF card and reapply power. If web interface now works, replace the CF card. IM02601004E www.eaton.com Page 177...
  • Page 186 At the meter, remove power and then remove the compact flash (CF) card. Re-insert the CF card and reapply power. If web interface now works, replace the CF card. Remove power from meter and reseat communications card. Apply power. IM02601004E Page 178 www.eaton.
  • Page 187 Turn off auto-negotiate 10/100 for your NIC or Ethernet hub At the meter, remove power and then remove the compact flash (CF) card. Re-insert the CF card and reapply power. If web interface now works, replace the CF card. IM02601004E www.eaton.com Page 179...
  • Page 188 At the meter, remove power and then remove the compact flash (CF) card. Re-insert the CF card and reapply power. If web interface now works, replace the CF card. Remove power from meter and reseat communications card. Apply power. IM02601004E Page 180 www.eaton.

  • Page 189: Glossary

    Fourier series as follows: Demand Note: 0.5A0 is the average of a periodic function f(x) over one The average value of power or a related quantity over a primitive period. specified interval of time. IM02601004E www.eaton.com Page 181...
  • Page 190 Peak Demand Kilovolt amps reactive hours. The greatest of all the demands that have occurred during a specified period of time; determined by measurement over a prescribed time interval. Kilowatt. See, “Power factor”, Apparent. Kilowatt hour. IM02601004E Page 182 www.eaton.
  • Page 191 For nonsinusoidal quantities, it is the sum of all harmonic components, each determined as above. In a polyphase circuit, it is the sum of the reactive IM02601004E www.eaton.com Page 183...
  • Page 192 (graph, plot, equation(s), table of coordi- nate or statistical data). NOTE: Some of the information provided within these defini- tions have been extracted from The Authoritative Dictionary of IEEE Standard Terms Seventh Edition. IM02601004E Page 184 www.eaton.

  • Page 193: A Modbus Communication

    5 byte, 4 byte, 3 byte, 2 byte, 1 byte and lastly 0 byte, with bit 56 transmitted first. When non zero, the fixed-point low order 16 bit word is first in the Modbus register space. IM02601004E www.eaton.com Page 185...

  • Page 194: Register 2901 (Controls - Modbus Rtu)

    31……24 23……16 15……8 7……0 xxxxxxxx xxxxxxxx P5 | P4 | P3 | P2 | P1 | P0 | V3 | V2 V1 | V0 | D5 | D4 | D3 | D2 | D1 | D0 IM02601004E Page 186 www.eaton.

  • Page 195: Register 4609 (Product Status)

    Normal operating mode VA Demand Over Voltage Var Demand Under Voltage Current Demand Under Frequency Total Harmonic Distortion Over Frequency Multiple causes Apparent Power Factor Reverse Power Displacement Power Factor Voltage Sag Watt Voltage Swell Voltage Transient IM02601004E www.eaton.com Page 187...

  • Page 196: Registers 4611-6332 (Real-Time Measured Values)

    Starting at Register 29000 is a list of the 20 most recent logs. EventID (32 bit) Timestamp (UTC/GMT) Number of ASCII characters in logged ddescription (16 bit) Logged Description (ADCII string of up to 150 characters) IM02601004E Page 188 www.eaton.
  • Page 197 FORMAT FOR KWH/KVARH/KVAH 0000000000000011mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm- mmmmmmmmmmm FORMAT FOR MWH/MVARH/MVAH 0000000000000110mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm- mmmmmmmmmmm TIMESTAMP (UTC) Definition Data Range(decimal) Month 1 - 12 1 - 31 Year Hour 0 – 23 Minute 0 – 59 Millisecond 0 – 59999 IM02601004E www.eaton.com Page 189...
  • Page 198 A MODBUS Communication IM02601004E Page 190 www.eaton.

  • Page 199: B Standard & Extended Modbus Register Maps

    121E Float Volts 4651 122A Real Power (Watts) Float Watts 4653 122C Reactive Power (VAr) Float 4655 122E Apparent Power (VA) Float 4657 1230 PFd [Displacement Power Factor] Float 4659 1232 PFa [Apparent\True Power Factor] Float IM02601004E www.eaton.com Page 191...
  • Page 200 (not supported in PXM 4000) Float Volts Positive Sequence Quadrature (V) 4833 12E0 (not supported in PXM 4000) Float Volts 6305 18A0 Forward Wh Energy 6309 18A4 Reverse Wh Energy 6313 18A8 Sum Total Wh Energy IM02601004E Page 192 www.eaton.

  • Page 201: Extended Modbus Register Map

    Volts 11034 2B19 Vbn200 Float Volts 11036 2B1B Vbc200 Float Volts 11038 2B1D Vcn200 Float Volts 11040 2B1F Vca200 Float Volts 11042 2B21 Vllavg200 Float Volts 11044 2B23 Apparent\True PowerFactor PhaseA Float 11046 2B25 PhaseB Float IM02601004E www.eaton.com Page 193...
  • Page 202 11176 2BA7 RateB Energy kVArh 11180 2BAB RateC Energy kVArh 11184 2BAF RateD Energy kVArh 11188 2BB3 Energy kVArh 11192 2BB7 Total Energy kVArh 11196 2BBB ReactiveReceivedEnergy RateA Energy kVArh 11200 2BBF RateB Energy kVArh IM02601004E Page 194 www.eaton.
  • Page 203 11302 2C25 (not supported in PXM 4000) PhaseBtoPhaseC Float 11304 2C27 (not supported in PXM 4000) PhaseCtoNeutral Float 11306 2C29 (not supported in PXM 4000) PhaseCtoPhaseA Float K-Factor 11308 2C2B PhaseA Float 11310 2C2D PhaseB Float IM02601004E www.eaton.com Page 195...
  • Page 204 (not supported in PXM 4000) PhaseAtoNeutralVoltage Float Volts 11382 2C75 (not supported in PXM 4000) PhaseBCurrent Float Amps 11384 2C77 (not supported in PXM 4000) PhaseBtoCVoltage Float Volts 11386 2C79 (not supported in PXM 4000) PhaseBtoNeutralVoltage Float Volts IM02601004E Page 196 www.eaton.
  • Page 205 CurrentPhaseAngle Neutral Float Degrees 11454 2CBD PhaseA Float Degrees 11456 2CBF PhaseB Float Degrees 11458 2CC1 PhaseC Float Degrees 11460 2CC3 VoltagePhaseAngle Float Degrees 11462 2CC5 Float Degrees 11464 2CC7 Float Degrees 11466 2CC9 Float Degrees IM02601004E www.eaton.com Page 197...
  • Page 206 Date 11578 2D39 PeakDmdRateC Date 11584 2D3F PeakDmdRateD Date 11590 2D45 PeakDmdRateTot Date 11596 2D4B PeakDmdRateRTP Date 11636 2D73 LastMonthFwdReal DemandPower PeakDmdRateA Float Watts 11638 2D75 PeakDmdRateB Float 11640 2D77 PeakDmdRateC Float 11642 2D79 PeakDmdRateD Float IM02601004E Page 198 www.eaton.
  • Page 207 Date 11842 2E41 PeakDmdRateTot Date 11848 2E47 PeakDmdRateRTP Date 11888 2E6F LastMonthSumReal DemandPower PeakDmdRateA Float Watts 11890 2E71 PeakDmdRateB Float 11892 2E73 PeakDmdRateC Float 11894 2E75 PeakDmdRateD Float 11896 2E77 PeakDmdRateTot Float 11898 2E79 PeakDmdRateRTP Float IM02601004E www.eaton.com Page 199...
  • Page 208 Date 12094 2F3D PeakDmdRateTot Date 12100 2F43 PeakDmdRateRTP Date LastMonthNetReactive Demand- 12140 2F6B Power PeakDmdRateA Float 12142 2F6D PeakDmdRateB Float 12144 2F6F PeakDmdRateC Float 12146 2F71 PeakDmdRateD Float 12148 2F73 PeakDmdRateTot Float 12150 2F75 PeakDmdRateRTP Float IM02601004E Page 200 www.eaton.
  • Page 209 12352 303F PeakDmdRateRTP Date 12392 3067 LastPeakDemandCurrent PeakDmdRateA Float Amps 12394 3069 PeakDmdRateB Float 12396 306B PeakDmdRateC Float 12398 306D PeakDmdRateD Float 12400 306F PeakDmdRateTot Float 12402 3071 PeakDmdRateRTP Float 12406 3075 LastPeakDemandCurrentDate PeakDmdRateA Date Date IM02601004E www.eaton.com Page 201...
  • Page 210 Float 12648 3167 PeakDmdRateC Float 12650 3169 PeakDmdRateD Float 12652 316B PeakDmdRateTot Float 12654 316D PeakDmdRateRTP Float 12658 3171 LastPeakNetReal DemandPowerDate PeakDmdRateA Date Date 12664 3177 PeakDmdRateB Date 12670 317D PeakDmdRateC Date 12676 3183 PeakDmdRateD Date IM02601004E Page 202 www.eaton.
  • Page 211 12902 3265 PeakDmdRateD Float 12904 3267 PeakDmdRateTot Float 12906 3269 PeakDmdRateRTP Float LastPeakReceivedReactive Demand- 12910 326D PowerDate PeakDmdRateA Date Date 12916 3273 PeakDmdRateB Date 12922 3279 PeakDmdRateC Date 12928 327F PeakDmdRateD Date 12934 3285 PeakDmdRateTot Date IM02601004E www.eaton.com Page 203...
  • Page 212 13156 3363 PeakDmdRateTot Float 13158 3365 PeakDmdRateRTP Float LastPeakApparent DemandPower- 13162 3369 Date PeakDmdRateA Date Date 13168 336F PeakDmdRateB Date 13174 3375 PeakDmdRateC Date 13180 337B PeakDmdRateD Date 13186 3381 PeakDmdRateTot Date 13192 3387 PeakDmdRateRTP Date IM02601004E Page 204 www.eaton.
  • Page 213 13402 3459 PeakDmdRateB Float 13404 345B PeakDmdRateC Float 13406 345D PeakDmdRateD Float 13408 345F PeakDmdRateTot Float 13410 3461 PeakDmdRateRTP Float LastResetRevReal DemandPower- 13414 3465 Date PeakDmdRateA Date Date 13420 346B PeakDmdRateB Date 13426 3471 PeakDmdRateC Date IM02601004E www.eaton.com Page 205...
  • Page 214 PeakDmdRateRTP Float LastResetSumReal DemandPower- 13582 350D Date PeakDmdRateA Date Date 13588 3513 PeakDmdRateB Date 13594 3519 PeakDmdRateC Date 13600 351F PeakDmdRateD Date 13606 3525 PeakDmdRateTot Date 13612 352B PeakDmdRateRTP Date 13624 3537 LastResetSumReal PowerAccum RateA Energy IM02601004E Page 206 www.eaton.
  • Page 215 PeakDmdRateA Date Date 13756 35BB PeakDmdRateB Date 13762 35C1 PeakDmdRateC Date 13768 35C7 PeakDmdRateD Date 13774 35CD PeakDmdRateTot Date 13780 35D3 PeakDmdRateRTP Date LastResetReceivedReactive Power- 13792 35DF Accum RateA Energy varh 13796 35E3 RateB Energy IM02601004E www.eaton.com Page 207...
  • Page 216 Date 13924 3663 PeakDmdRateB Date 13930 3669 PeakDmdRateC Date 13936 366F PeakDmdRateD Date 13942 3675 PeakDmdRateTot Date 13948 367B PeakDmdRateRTP Date 13960 3687 LastResetSumReactive PowerAccum RateA Energy varh 13964 368B RateB Energy 13968 368F RateC Energy IM02601004E Page 208 www.eaton.
  • Page 217 14154 3749 (not supported in PXM 4000) SagLev4 Uint16 14155 374A (not supported in PXM 4000) SagLev8 Uint16 14156 374B (not supported in PXM 4000) SwellLev1 Uint16 14157 374C (not supported in PXM 4000) SwellLev2 Uint16 IM02601004E www.eaton.com Page 209...

  • Page 218: Minimum And Maximum Register Map

    Float 19458 4C01 Float 19460 4C03 Float 19462 4C05 Vllavg Float 19464 4C07 Vab2 Float 19466 4C09 Vbc2 Float 19468 4C0B Vca2 Float 19470 4C0D VLLavg2 Float 19472 4C0F Float 19474 4C11 Float 19476 4C13 Float IM02601004E Page 210 www.eaton.
  • Page 219 MinMaxResetTime Date 19534 4C4D MinTimeStamp Date 19540 4C53 Date 19546 4C59 Date 19552 4C5F Vlnavg Date 19558 4C65 Date 19564 4C6B Date 19570 4C71 Date 19576 4C77 Date 19582 4C7D Vllavg Date 19588 4C83 Vab2 Date IM02601004E www.eaton.com Page 211...
  • Page 220 MinMaxResetTime Date 19786 4D49 Maximums Float 19788 4D4B Float 19790 4D4D Float 19792 4D4F Vlnavg Float 19794 4D51 Float 19796 4D53 Float 19798 4D55 Float 19800 4D57 Float 19802 4D59 Vllavg Float 19804 4D5B Vab2 Float IM02601004E Page 212 www.eaton.
  • Page 221 MinMaxResetTime Date 19874 4DA1 MaxTimeStamp Date 19880 4DA7 Date 19886 4DAD Date 19892 4DB3 Vlnavg Date 19898 4DB9 Date 19904 4DBF Date 19910 4DC5 Date 19916 4DCB Date 19922 4DD1 Vllavg Date 19928 4DD7 Vab2 Date IM02601004E www.eaton.com Page 213...

  • Page 222: I/O Register Map

    Date 20114 4E91 KFactorSys Date 20120 4E97 MinMaxResetTime Date B.4. I/O Register Map TypeId Units 20126 4E9D Discrete Input 1 Function Uint16 20127 4E9E Discrete Input 2 Function Uint16 20128 4E9F Discrete Input 3 Function Uint16 IM02601004E Page 214 www.eaton.

  • Page 223: Appendix E - Event Trigger Register Map

    4EC0 Solid State Relay 2 Count Uint16 20162 4EC1 Form-C Relay 1 Count Uint16 20163 4EC2 Form-C Relay 2 Count Uint16 20164 4EC3 Form-C Relay 3 Count Uint16 B.5. Appendix E – Event Trigger Register Map IM02601004E www.eaton.com Page 215...
  • Page 224 Waveform Id (0xffffffff if none) Uint32 18711 4916 EventTriggerPushDownList[7] EventID Uint32 18713 4918 EventTime Date 18719 491E Cause Uint16 18720 491F Param1 Float 18722 4921 Waveform Id (0xffffffff if none) Uint32 18724 4923 EventTriggerPushDownList[8] EventID Uint32 IM02601004E Page 216 www.eaton.
  • Page 225 Waveform Id (0xffffffff if none) Uint32 18828 498B EventTriggerPushDownList[16] EventID Uint32 18830 498D EventTime Date 18836 4993 Cause Uint16 18837 4994 Param1 Float 18839 4996 Waveform Id (0xffffffff if none) Uint32 18841 4998 EventTriggerPushDownList[17] EventID Uint32 IM02601004E www.eaton.com Page 217...

  • Page 226: Event Log Register Map

    EventID Uint32 29338 7299 EventTime Date 29344 729F Number of Bytes (1-150) Uint16 29345 72A0 ASCII string (1-150 characters) Char 29420 72EB EventLogPushDownList[5] EventID Uint32 29422 72ED EventTime Date 29428 72F3 Number of Bytes (1-150) Uint16 IM02601004E Page 218 www.eaton.
  • Page 227 75E7 Number of Bytes (1-150) Uint16 30185 75E8 ASCII string (1-150 characters) Char 30260 7633 EventLogPushDownList[15] EventID Uint32 30262 7635 EventTime Date 30268 763B Number of Bytes (1-150) Uint16 30269 763C ASCII string (1-150 characters) Char IM02601004E www.eaton.com Page 219...

  • Page 228: Trend And Profile Query Register Map

    Page (read/write) [page zero is the 26052 65C3 most recent data] Uint16 26053 65C4 TimestampOfLatestValues (read only) Date 26059 65CA Pages (read only) Uint16 26060 65CB MinData [192 samples] (read only) Float 26444 674B MaxData [192 samples] (read only) Float IM02601004E Page 220 www.eaton.

  • Page 229: Latest Min/Max/Avg Register Map

    5 min float V 31114 7989 31116 798b 31118 798d Ia200 5 min float A 31120 798f 31122 7991 31124 7993 Ib200 5 min float A 31126 7995 31128 7997 31130 7999 Ic200 5 min float A IM02601004E www.eaton.com Page 221...
  • Page 230 5 min float var 31348 7a73 31350 7a75 31352 7a77 Qb 5 min float var 31354 7a79 31356 7a7b 31358 7a7d Qc 5 min float var 31360 7a7f 31362 7a81 31364 7a83 Qtotal 5 min float var IM02601004E Page 222 www.eaton.
  • Page 231 31570 7b51 31572 7b53 31574 7b55 InterHarmonicVabxmr 5 min float V 31576 7b57 31578 7b59 31580 7b5b TotalHarmonicVabxmr 5 min float V 31582 7b5d 31584 7b5f 31586 7b61 EvenHarmonicVbcxmr 5 min float V 31588 7b63 31590 7b65 31592 7b67 OddHarmonicVbcxmr 5 min float V IM02601004E www.eaton.com Page 223...
  • Page 232 31804 7c3b 31806 7c3d 31808 7c3f PstVan 5 min float 31810 7c41 31812 7c43 31814 7c45 PstVbn 5 min float 31816 7c47 31818 7c49 31820 7c4b PstVcn 5 min float 31822 7c4d 31824 7c4f 31826 7c51 PstVab 5 min float IM02601004E Page 224 www.eaton.
  • Page 233 5 min float ratio 32044 7d2b 32046 7d2d 32048 7d2f InterHarmVabxmrPct 5 min float ratio 32050 7d31 32052 7d33 32054 7d35 TotalHarmVabxmrPct 5 min float ratio 32056 7d37 32058 7d39 32060 7d3b EvenHarmVbcxmrPct 5 min float ratio IM02601004E www.eaton.com Page 225...
  • Page 234 15 min float V 33078 8135 33080 8137 33082 8139 Vlnavg200 15 min float V 33084 813b 33086 813d 33088 813f Vng200 15 min float V 33090 8141 33092 8143 33094 8145 Vab200 15 min float V IM02601004E Page 226 www.eaton.
  • Page 235 33300 8213 33302 8215 33304 8217 FlickerPerceptVbc 15 min float 33306 8219 33308 821b 33310 821d FlickerPerceptVca 15 min float 33312 821f 33314 8221 33316 8223 FlickerPerceptSys 15 min float 33318 8225 33320 8227 33322 8229 Pa 15 min float W IM02601004E www.eaton.com Page 227...
  • Page 236 15 min float V 33540 8303 33542 8305 33544 8307 OddHarmonicVca 15 min float V 33546 8309 33548 830b 33550 830d InterHarmonicVca 15 min float V 33552 830f 33554 8311 33556 8313 TotalHarmonicVca 15 min float V IM02601004E Page 228 www.eaton.
  • Page 237 33762 83e1 33764 83e3 33766 83e5 FundamentalVabxmr 15 min float 33768 83e7 33770 83e9 33772 83eb FundamentalVbcxmr 15 min float 33774 83ed 33776 83ef 33778 83f1 FundamentalVcaxmr 15 min float 33780 83f3 33782 83f5 33784 83f7 FundamentalIa 15 min float IM02601004E www.eaton.com Page 229...
  • Page 238 15 min float ratio 34002 84d1 34004 84d3 34006 84d5 TotalHarmVbcPct 15 min float ratio 34008 84d7 34010 84d9 34012 84db EvenHarmVcaPct 15 min float ratio 34014 84dd 34016 84df 34018 84e1 OddHarmVcaPct 15 min float ratio IM02601004E Page 230 www.eaton.

  • Page 239: Latest Demand Profile Register Map

    B.9. Latest Demand Profile Register Map The following registers are organized in groups. Each row represents the latest energy demand profile value. The interval of the data is dictated by the configurable demand profile interval available in the meter configuration. IM02601004E www.eaton.com Page 231...
  • Page 240 35054 88ed DemandCurrentPSumRateEPeak configurable float32_t W 35056 88ef DemandCurrentQFwdRateEPeak configurable float32_t var 35058 88f1 DemandCurrentQNetRateEPeak configurable float32_t var 35060 88f3 DemandCurrentQRevRateEPeak configurable float32_t var 35062 88f5 DemandCurrentQSumRateEPeak configurable float32_t var 35064 88f7 DemandCurrentSRateEPeak configurable float32_t VA IM02601004E Page 232 www.eaton.
  • Page 241 35088 890f DI_CounterDemand_Two configurable float32_t 35090 8911 DI_CounterDemand_Three configurable float32_t 35092 8913 DI_CounterDemand_Four configurable float32_t 35094 8915 DI_CounterDemand_Five configurable float32_t 35096 8917 DI_CounterDemand_Six configurable float32_t 35098 8919 DI_CounterDemand_Seven configurable float32_t 35100 891b DI_CounterDemand_Eight configurable float32_t IM02601004E www.eaton.com Page 233...
  • Page 242 IM02601004E Page 234 www.eaton.

  • Page 243: C Snmp Communication

    Possible state values for the MIB Part 2 Entity State MIB The MIB files referenced above are available at the following Eaton web site URL: http://www.eaton.com/EatonCom/Markets/Electrical/Products/PowerQualityManagement/ PowerXpertArchitecture/PowerXpertGatewaySeries1000Card/index.htm You can add these files to the MIB database of your SMP management software to access the individual MIB objects.
  • Page 244 You can configure a device so that it generates a trap if a certain condition occurs, such as an alarm clearing. The trap is sent to the management station to inform it of the occur- rence. See the MIB files for detailed information about each MIB object. IM02601004E Page 236 www.eaton.

  • Page 245: D Diagnostics

    The tree structure will expand to list Battery Status, System Log, Event Log, Communica- tion and I/O. Click on the appropriate link. The screen will update to display the selected informa- tion. The following pages display the Diagnostic screens with a list of the information each provides. IM02601004E www.eaton.com Page 237...

  • Page 246: Battery Status

    The purpose of the battery (located on the core board) is to retain the real time clock through a power cycle. A status of “Bad” indicates that the real time clock has stopped because the battery no longer provides power. IM02601004E Page 238 www.eaton.

  • Page 247: System Log

    • Energy Reset Date and Time* • Security - Log-in Failure Date and Time* • Min/Max Reset Date and Time* • Security - Log-in and Log-out Date and Time* • Reset Events Date and Time* *User name is logged IM02601004E www.eaton.com Page 239...

  • Page 248: Event Count

    D Diagnostics D.3. Event Count • Accumulator Rollovers • Demand Overload • Out of Limit Triggers • Fast Transient Triggers • ITIC Triggers IM02601004E Page 240 www.eaton.

  • Page 249: Communications - Ethernet Status

    • Exp Comms Receive Frame Errors • Exp Comms Transmit Bytes • Exp Comms Transmit Packets • Exp Comms Transmit Errors • Exp Comms Transmit Drops • Exp Comms Transmit FIFO Errors • Exp Comms Transmit Collisions IM02601004E www.eaton.com Page 241...

  • Page 250: Communications - Com0, Com1, Com2, Com3 (Slave)

    D Diagnostics D.6. Communications - COM0, COM1, COM2, COM3 (Slave) • Messages Received • Errors • Exception Errors • Slave No Responses • Slave Naks • Slave Busy • Bus Character Overruns IM02601004E Page 242 www.eaton.

  • Page 251: Communications - Com1, Com2, Com3 (Master)

    D Diagnostics D.7. Communications - COM1, COM2, COM3 (Master) • Messages Sent • Messages Received • Errors • Slave No Responses • Slave Naks • Slave Busy • Bus Character Overruns IM02601004E www.eaton.com Page 243...
  • Page 252 D Diagnostics IM02601004E Page 244 www.eaton.

  • Page 253: Communications - I/O Internal Input Status

    D.8. Communications - I/O Internal Input Status • Present Status* • Status Change Count* *For each digital input D.9. Communications - I/O Internal Output Status • Present Status* • Status Change Count* *For each relay output IM02601004E www.eaton.com Page 245...
  • Page 254 D Diagnostics IM02601004E Page 246 www.eaton.

  • Page 255: E Option Cards

    Individual terminals per block start with 1 and increase along the terminal block. The one exception is the V x auxillary terminal which increments on top of VT. IM02601004E www.eaton.com Page 247...

  • Page 256: Power Xpert Meter Option Cards

    NOTE: Each terminal plate over- laps and fits together in specific order, requiring the correct disas- sembly and reassembly sequence. Power Xpert Meter Card Definitions PXMIO-B (Discrete Input/Output) PXMCE-B (Communication Expansion) PXMCM-1 (Communication Main) PXMPS-1 Power Supply Card IM02601004E Page 248 www.eaton.

  • Page 257: Optional I/O Card

    2) THIS DEVICE MUST ACCEPT ANY INTERFERENCE RECEIVED, INCLUDING INTERFERENCE THAT MAY CAUSE UNDESIRED OPERATION. S1 LED S1 LED Customer Satisfaction for technical support www.EatonElectrical.com Meter Test LED (Follows state of S1) <http://www.EatonElectrical.com 1-800-809-2772 or 1-414-449-7100 10VA Source MAX PXMIO-B PXCE-B PXCM-5 PXPS-1 IM02601004E www.eaton.com Page 249...

  • Page 258: 1Ms Time Stamping Of Digital And Sub-Cycle Disturbance Events

    NTP server IP address must be configured in the communications setup page. Eaton recommends the use of an NTP server to synch the Power Xpert Meter for 1 ms time stamping applications to minimize wiring and installation costs.

  • Page 259: Satellite Time Reference (Cyber-Sciences Str-100)

    STR 100 + G - 1 2 3 4 1 2 3 4 5 6 7 8 9 10 11 12 PXIO Phoenix Contact PLC-BSC-24DC/21 Internal 24Vdc Source Power Xpert Meter PX Meter IM02601004E www.eaton.com Page 251...

  • Page 260: Communications Expansion Card (Pxmce Card)

    Com 3 RS 232 port can be programmed to be a master or Slave Gateway or a Modbus slave RTU. Note: The Power Xpert Meter must be equipped with a Communications Expansion card in order to interface to the NTP Time Server. IM02601004E Page 252 www.eaton.

  • Page 261: Communication Ports (Pxmce Card)

    • CE31 Data A (-) • CE32 Data B (+) • CE33 Shield (RS485 common) CE4 - COM3 - DTE DB9 RS232 interface is configurable as Modbus RTU Slave or Gate- way Master/Slave. Factory default setting is disabled. IM02601004E www.eaton.com Page 253...
  • Page 262 E Option Cards Com 2 Jumpers Master Slave Jumper Setting Jumper ID Slave Port Master Port Com 2 NOTE: Care should be taken to keep jumpers A and B set to the same value. IM02601004E Page 254 www.eaton.

  • Page 263: F Specifications

    Pollution Degree II for Meter and Display Back Pollution Degree III for Display Front Panel Housing must be => NEMA 12 or IP52 Panel must be flat to accept Display gasket Display Ethernet cover must be closed IM02601004E www.eaton.com Page 255...
  • Page 264 Meter PXMCM 24VDC outputs (CM4, CM6) 24VDC +/-10% 10W maximum load Output switched off on PS1 power down Common to paired RS485 port CM3/CM4 CM5/CM6 Common TVS bonded to ground ~ 300V Wiring to 3 position removable terminal plug IM02601004E Page 256 www.eaton.
  • Page 265 Screw down cover Range 10 AWG - 18 AWG Safety Insulation Rating 600 V all CT circuits to ground Installation Category CAT III Dielectric Withstand All inputs to ground 3500 Vac / 1 min ADC Conversion IM02601004E www.eaton.com Page 257...
  • Page 266 600 Vac rms L:L Installation Category CAT -III Metering Range (Temporary transitions- Surge/transients) +/- 1-8000 Vpk L:G Abuse Overload Rating 1000 Vrms Sustained Input Impedance - 2 mega ohm Accuracy +/-1V Wiring to removable terminal plug IM02601004E Page 258 www.eaton.
  • Page 267 CM 4.1* Shield CM 4.2* 24 V+ Source CM 4.3* Common COM 0 CM 5.1 Data A CM 5.2 Data B CM 5.3 Shield / Common CM 6.1* Shield CM 6.2* 24 V+ Source CM 6.3* Comonm IM02601004E www.eaton.com Page 259...
  • Page 268 Min. isolation voltage: 1,000 Vac 1 min. Wire Type Equal or exceed 5 UTP Category 5 unshielded twisted pair recommended cable. Max. length: 100 meters Use of STP cable will yield improved EMI performance Connector Type Male RJ45 modular, Grounded Metal Shield IM02601004E Page 260 www.eaton.
  • Page 269 RS-485 Com 0, Com 1, Com 2 ** Specifications Description Baud Rates 9600 - 115.2K Duplex Half Supported Protocols Modbus gateway to other meters or *Field circuit common is clamped to ground with TVS diode. IM02601004E www.eaton.com Page 261...
  • Page 270 Optical isolation from all other inputs *and outputs, 240 Vac / 1 min. Cable Type Shielded Twisted Pair, 22 AWG Max. Cable Length 50 feet, DTE 9 pin dsub *Field circuit common is clamped to ground with TVS diode at 300V. IM02601004E Page 262 www.eaton.

  • Page 271: G Standard Cards

    Individual terminals per block start with 1 and increase along the terminal block. The one exception is the V x auxillary terminal which increments on top of VT. IM02601004E www.eaton.com Page 263...

  • Page 272: Power Xpert Meter Cards

    Ground- ed wrist straps are recommended. NOTE: Each terminal plate over- laps and fits together in specific order, requiring correct disassembly and reassembly sequence. Power Xpert Meter Card Definitions PXMIO-B (Discrete Input/Output) IM02601004E Page 264 www.eaton.

  • Page 273: Communication Main (Pxmcm) Card

    CM6 - 24Vdc 10W max – Used to power the Graphical Display if the cable distance is less than 30M. If greater than 30M, use a separate 24V supply to power the Display. • CM61 Shield • CM62 24V+ • CM63 24V common IM02601004E www.eaton.com Page 265...

  • Page 274: Pxmcm Com 0 And Com 1 Rs485 Bias Resistors (Terminals Cm3, Cm5)

    • The jumpers designators are stenciled as C0 A and C0 B; C1A and C1B. Positions N are for not engaged and positions Rb are for engaged. See illustration on the following page. • Com 0 has jumpers C0 A and C0 B • Com 1 has jumpers C1A and C1B IM02601004E Page 266 www.eaton.
  • Page 275 C1 B C0 A Com 0 C0 B C1 A C1 A C1 A C2 B Com 1 Com 1 Jumpers NOTE: Care should be taken to keep jumpers A and B set to the same value. IM02601004E www.eaton.com Page 267...

  • Page 276: Source Outputs Cm4 & Cm6

    If during a voltage sag the input to the power supply is too low for normal operation, the CM4 and CM6 24V outputs are turned off to conserve ride through energy. This output drop will cause the display to cycle power and re-initialize after full voltage is restored. IM02601004E Page 268 www.eaton.

  • Page 277: Power Supply Card Pxmps-1

    ON or Factory Test Mode - The meter should never be operated in this mode. The meter will indicate that it’s in factory test mode through a repeating series of three flashes on the red Status LED. IM02601004E www.eaton.com Page 269...
  • Page 278 G Standard Cards G.1. Diagnostic DIP Switch Settings Should a problem arise with your meter, EATON support personnel may ask you to enable a diag- nostic mode using the DIP switches. When in diagnostic mode, Eaton personnel may instruct you to connect a laptop to the meter and either retrieve files or perform other tasks on the meter.

  • Page 279: H Data Files

    A data file (with a .dat extension) All three files are required for data exchange. The COMTRADE files store the following data: Voltage Current Digital Input Channel* VAGAUX VBGAUX VCGAUX RESERVED1 *Waveforms (1 ms resolution) from digital inputs 1 through 8. IM02601004E www.eaton.com Page 271...

  • Page 280: Energy Logs

    (CSV) file that can be readily loaded into Microsoft Excel, Micro- soft Access, or other spreadsheet, graphing, and database applications. The log files contain the following data fields: • Date • Time • Forward kW Demand • Reverse kW Demand • Net kW Demand IM02601004E Page 272 www.eaton.

  • Page 281: Trend Logs

    The log file format is a comma-separated values (CSV) file that can be readily loaded into Microsoft Excel or other spreadsheet, data analysis, or database applications. Because the meter logs so much data, the trend data is broken down into three separate files: • Trend_log_yyyymmdd.csv IM02601004E www.eaton.com Page 273...
  • Page 282 FundamentalVcaxmr(min) FundamentalVcaxmr(max) FundamentalVcn(avg) FundamentalVcn(min) FundamentalVcn(max) InterHarmonicIa(avg) InterHarmonicIa(min) InterHarmonicIa(max) InterHarmonicIb(avg) InterHarmonicIb(min) InterHarmonicIb(max) InterHarmonicIc(avg) InterHarmonicIc(min) InterHarmonicIc(max) InterHarmonicIn(avg) InterHarmonicIn(min) InterHarmonicIn(max) InterHarmonicVab(avg) InterHarmonicVab(min) InterHarmonicVab(max) InterHarmonicVabxmr(avg) InterHarmonicVabxmr(min) InterHarmonicVabxmr(max) InterHarmonicVan(avg) InterHarmonicVan(min) InterHarmonicVan(max) InterHarmonicVbc(avg) InterHarmonicVbc(min) InterHarmonicVbc(max) InterHarmonicVbcxmr(avg) InterHarmonicVbcxmr(min) InterHarmonicVbcxmr(max) InterHarmonicVbn(avg) InterHarmonicVbn(min) InterHarmonicVbn(max) InterHarmonicVca(avg) IM02601004E Page 274 www.eaton.
  • Page 283 EvenHarmIaPct(min) EvenHarmIaPct(max) EvenHarmIbPct(avg) EvenHarmIbPct(min) EvenHarmIbPct(max) EvenHarmIcPct(avg) EvenHarmIcPct(min) EvenHarmIcPct(max) EvenHarmInPct(avg) EvenHarmInPct(min) EvenHarmInPct(max) EvenHarmVabPct(avg) EvenHarmVabPct(min) EvenHarmVabPct(max) EvenHarmVabxmrPct(avg) EvenHarmVabxmrPct(min) EvenHarmVabxmrPct(max) EvenHarmVanPct(avg) EvenHarmVanPct(min) EvenHarmVanPct(max) EvenHarmVbcPct(avg) EvenHarmVbcPct(min) EvenHarmVbcPct(max) EvenHarmVbcxmrPct(avg) EvenHarmVbcxmrPct(min) EvenHarmVbcxmrPct(max) EvenHarmVbnPct(avg) EvenHarmVbnPct(min) EvenHarmVbnPct(max) EvenHarmVcaPct(avg) EvenHarmVcaPct(min) EvenHarmVcaPct(max) EvenHarmVcaxmrPct(avg) EvenHarmVcaxmrPct(min) EvenHarmVcaxmrPct(max) EvenHarmVcnPct(avg) IM02601004E www.eaton.com Page 275...
  • Page 284 TotalHarmVabPct(avg) TotalHarmVabPct(min) TotalHarmVabPct(max) TotalHarmVabxmrPct(avg) TotalHarmVabxmrPct(min) TotalHarmVabxmrPct(max) TotalHarmVanPct(avg) TotalHarmVanPct(min) TotalHarmVanPct(max) TotalHarmVbcPct(avg) TotalHarmVbcPct(min) TotalHarmVbcPct(max) TotalHarmVbcxmrPct(avg) TotalHarmVbcxmrPct(min) TotalHarmVbcxmrPct(max) TotalHarmVbnPct(avg) TotalHarmVbnPct(min) TotalHarmVbnPct(max) TotalHarmVcaPct(avg) TotalHarmVcaPct(min) TotalHarmVcaPct(max) TotalHarmVcaxmrPct(avg) TotalHarmVcaxmrPct(min) TotalHarmVcaxmrPct(max) TotalHarmVcnPct(avg) TotalHarmVcnPct(min) TotalHarmVcnPct(max) Trend_log_yyyymmdd.csv Data Fields Date Time FlickerPerceptSys(avg) FlickerPerceptSys(min) FlickerPerceptSys(max) PltVab(avg) IM02601004E Page 276 www.eaton.
  • Page 285 IFa(min) IFa(max) IFb(avg) IFb(min) IFb(max) IFc(avg) IFc(min) IFc(max) IFsys(avg) IFsys(min) IFsys(max) Ig200(avg) Ig200(min) Ig200(max) In200(avg) In200(min) In200(max) KFa(avg) KFa(min) KFa(max) KFb(avg) KFb(min) KFb(max) KFc(avg) KFc(min) KFc(max) KFsys(avg) KFsys(min) KFsys(max) NegSeqI(avg) NegSeqI(min) NegSeqI(max) NegSeqV(avg) NegSeqV(min) NegSeqV(max) NegSeqVxmr(avg) IM02601004E www.eaton.com Page 277...
  • Page 286 Vllavgxmr200(min) Vllavgxmr200(max) Vlnavg200(avg) Vlnavg200(min) Vlnavg200(max) Vng200(avg) Vng200(min) Vng200(max) ZeroSeqI(avg) ZeroSeqI(min) ZeroSeqI(max) ZeroSeqV(avg) ZeroSeqV(min) ZeroSeqV(max) ZeroSeqVxmr(avg) ZeroSeqVxmr(min) ZeroSeqVxmr(max) ACCESSING THE TREND LOG FILES Trend log files are in the trend directory on the meter’s anonymous FTP site. IM02601004E Page 278 www.eaton.

  • Page 287: I Root Certificate Authority Installation

    1. Open the browser, type the IP address of the meter in the address bar, and select Go. For example: https://192.168.1.1/ca.html The install CA certificate page appears. (see Figure 1). FIGURE 1. INSTALL CA CERTIFICATE PAGE 2. Click the Root CA Certificate link. 3. Click the Open button. IM02601004E www.eaton.com Page 279...
  • Page 288 4. In the Certificate dialog box, click the Install Certificate button. NOTE The certificate cannot be verified yet because it is issued by a nontrusted CA. FIGURE 3. CERTIFICATION PATH WINDOW 5. Click Install Certificate..The Certificate Import Wizard window opens (see Figure 4). IM02601004E Page 280 www.eaton.
  • Page 289 6. Verify that the default setting, Automatically select the certificate store ..., is selected and then Click Next. FIGURE 5. CERTIFICATE IMPORT WIZARD - SUCCESSFULLY STORED 7. The certificate wizard displays a completed dialog. Click Finish (see Figure 5). IM02601004E www.eaton.com Page 281...

  • Page 290: Installing Root Ca With Mozilla Firefox

    To install a certificate for the Power Xpert Meter with Mozilla Firefox: 1. Open the browser and type the IP address of the meter followed by the path “/ca.html” in the address bar. For example: https://192.168.1.1/ca.html 2. The following page displays (see Figure 8): IM02601004E Page 282 www.eaton.
  • Page 291 4. Click the Trust this CA to identify web sites check box option. 5. Click OK to complete the installation process. The installation process is complete. You can now access the meter using the https protocol (for example, https://192.168.1.1/ca.html). IM02601004E www.eaton.com Page 283...
  • Page 292 Eaton Corporation 1000 Cherrington Parkway Moon Township, PA 15108-4312 United- States Tel. 1--800-525-2000 www. Eaton.com © 2016 Eaton Corporation PowerChain Management is a registered All Rights Reserved trademark of Eaton Corporation. Printed in USA Publication No. IM02601004E All other trademarks are property of their July 2016 respective owners.

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