Power Measurement 7330 ION User Manual
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Power Measurement 7330 ION User Manual

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Summary of Contents for Power Measurement 7330 ION

  • Page 1 Ve rsion 2.0...
  • Page 2 (PT), current transformer (CT), status input, relay, and control power circuits. Installation and servicing should be performed only by qualified, properly trained personnel. See the 7330 ION Installation & Basic Setup Instructions for further details.
  • Page 3 9RHIVWXERHMRK XLI &EWMGW SJ XLI  -32 'LETXIV  Chapter 1 introduces the 7330 ION, and shows how it fits into power monitoring systems. The display and analysis software tools that compliment the 7330 ION are discussed, and some of the device’s capabilities are presented.

  • Page 4: Table Of Contents

    'SRXIRXW 4S[IV 7XEVX  M -RXVSHYGXMSR  The 7330 ION is Factory-Configured and Ready to Operate ........1-2 What’s New in 7330 Firmware Version 7330V20x ............1-2 The 7330 ION in a Power Monitoring System.............. 1-3 Data Display and Analysis Tools ..................1-3 I/O Options..........................

  • Page 5: Table Of Contents

    PowerView’s Setup Screens Mode ................. 3–13 PowerView’s Basic and Advanced ION Setup Modes ..........3–14 Determining Which Modules to Configure ..............3–15 Configuring the 7330 ION with the Front Panel ............3–16 The Front Panel’s Setup Menus ..................3–16 Accessing the Setup Menus..................... 3–16 Navigating Menus......................

  • Page 6: Table Of Contents

    Modbus Slave Module Parameter Mapping ..............4–20 Importing Data using Modbus RTU ................4–22 Using the DNP 3.0 Protocol....................4–23 The 7330 ION’s Factory DNP 3.0 Configuration ............4–23 DNP Slave Export Module Settings ................4–24 DNP Options Module Settings ..................4–25 Importing Data using DNP 3.0 ..................
  • Page 7 Password Protected Min/Max Register Resets .............. A-3 Hardware-based Security....................A-3 Configuring the 7330 ION-RM..................A-4 Safety Precautions ......................A-4 Configuration Procedure....................A-5 CT & PT Selection....................... A-5 Checklist for Factory-Sealed 7330 ION-RMICAN ............A-6 Data Recorder #1 (-RMSEAL only) .................. A-7 -RHI\  -...
  • Page 8 -RXVSHYGXMSR The 7330 ION is a highly advanced digital power meter, suited to many power monitoring and control applications. This Intelligent Electronic Device (IED) can take the place of numerous transducers, meters and control circuits in your power monitoring system. The 7330 ION provides true RMS measurements of voltage, current, power and energy, complimented by extensive I/O capabilities, comprehensive logging, and advanced power quality functions.

  • Page 9: I/O Options

    7330 ION easier to set up and use. (EXE (MWTPE] ERH (IZMGI 'SRJMKYVEXMSR -QTVSZIQIRXW The most significant change to the 7330 ION in the V20x release is found when you display data or perform configuration functions with PEGASYS Vista, ION Designer and the front panel.
  • Page 10 This manual discusses the 7330 ION as it is most commonly used — as a part of a complete power monitoring system.
  • Page 11 Four optically isolated digital inputs and four digital outputs are available on the 7330 ION. Up to four digital input or four digital output modules can be added. Refer to the section “Using Onboard I/O and the Extension Board” in Chapter 4 for details.
  • Page 12 PEGASYS software to change settings in the device’s operating software. (PEGASYS is highly recommended for device configuration.) Chapter 3 is directed at the user who wants to get more out of the 7330 ION by making adjustments to its factory-configured functionality. This chapter focuses on the different configuration changes that can be made with minimal effort, and what effects each type of setting will have.
  • Page 13 Customer Service. &IJSVI =SY GER 9WI XLMW +YMHI By the time you are ready to use this Guide, your 7330 ION should be installed, basic setup should have been performed, and communications/basic operation should have been verified. If the unit is not yet installed and operational, refer to the 7330 ION Installation &...

  • Page 14: Summary Of Data Provided

    (MWTPE]MRK (EXE The 7330 ION is shipped from the factory with a comprehensive configuration. Most users will find that the factory configuration suits their needs entirely. This chapter describes how to view the data that is measured by the factory- configured 7330 ION using PEGASYS Vista software, PowerView software and the front panel interface.
  • Page 15 7YQQEV] SJ (EXE 4VSZMHIH The standard set of three Vista diagrams included with PEGASYS 2.0 display a variety of the data measured by the factory-configured 7330 ION. Some of the diagrams include grouping windows that display additional data. The following list summarizes the data available from the standard diagrams; more detail is provided in the next few pages.
  • Page 16 ION data in Vista 2.0. If you are not able to run the PEGASYS Communications Server, Log Server or Vista, you will need to complete PEGASYS commissioning before you can display data from your 7330 ION. Contact your PEGASYS Administrator or refer to the PEGASYS 2.0 Administrator’s Guide before continuing with this User’s Guide.
  • Page 17 6IEP8MQI 1IEWYVIQIRXW The Real-Time diagram includes a simple power system illustration that shows various real-time parameters. The diagram also includes links to a min/max parameter display. 9‚ˆiyrpyvpxà h’à ‚sà ‡ur†r iˆ‡‡‚†Ã ‡‚à wˆ€ƒÃ ‡‚à ‡ur 9‚ˆiyrpyvpxà ‡uv†Ã iˆ‡‡‚ p‚……r†ƒ‚qvtÃqvht…h€† ‡‚à …r‡ˆ…Ã ‡‚à ‡urà Ir‡‚…x 9vht…h€ 9‚ˆiyrpyvpxÃ...
  • Page 18 4S[IV 5YEPMX] (EXE The Power Quality diagram shows harmonics details. The harmonics measurement display shows total harmonic distortion for each phase of voltage and current. Links to harmonics min/max and harmonics trending displays are provided, and a control object is included for enabling/disabling harmonics logging.
  • Page 19 )RIVK] (IQERH 'EPGYPEXMSRW The Energy & Demand diagram shows the real-time sliding window demand for kW, kVA and kVAR, and the real-time energy values kWh net, kVARh net and kVAh. Peak demand is displayed for kW, kVAR and kVA, and a link to a demand profile trend is provided.
  • Page 20 7IXTSMRXW The Setpoints diagram uses setpoints to monitor kW demand, over current and under average voltage and power factor levels. Vista annunciates warnings if any of the values exceed specified limits. Users with Level 3 PEGASYS authority can define the setpoint limits. H‚v‡‚…Ãrhpu 9‚ˆiyrpyvpxÃ...
  • Page 21 (MKMXEP -RTYXW The Digital Inputs diagram monitors the four status inputs on the 7330 ION. The status of each input ( ), and the number of times the status has changed is displayed. The status change counter can be reset.
  • Page 22 (MWTPE]MRK %HHMXMSREP (EXE MR :MWXE The factory-configured 7330 ION measures and calculates additional data that is not presented in the standard Vista diagrams. This data can be added to the standard diagrams, or new diagrams can be created. Any data that the 7330 ION measures can be displayed in Vista.
  • Page 23 PowerView, and what data screens are available. 7YQQEV] SJ (EXE 4VSZMHIH PowerView includes a set of tables that display data from the 7330 ION version 7330V2.x. The available data is grouped into 10 data screens for displaying measurements.
  • Page 24 Display tab of the Device Properties dialog box, select from the list of tables shown. Although all tables shown will allow you to display data, the Version 2.0 tables match the 7330 ION’s factory-configuration, allowing PowerView to display a more comprehensive set of parameters.
  • Page 25 The front panel is configured at the factory with eight displays showing most of the parameters measured by the device. An RMD, or Remote Modular Display, can be added to an existing 7330 ION TRAN to provide a front panel display. (EXE (MWTPE] 7GVIIRW When the device is activated, the front panel displays net energy.
  • Page 26 7GVIIR 7IXYT 3TXMSRW The Screen Setup screen allows you to change the data displayed on the eight display screens, and how the data is displayed (see “Creating Custom Front Panel Displays” in Chapter 4). (MWTPE] 7IXYT 3TXMSRW There are five Display Setup options that enable you to modify the display. From the Select Setup menu, select Display Setup and you are presented with the following options: (MWTPE] 7IXYT...

  • Page 27: Display Mode

    ♦ Display Mode There are two Display Mode options: Programmable Mode and Fixed Mode. The default is programmable mode, which provides eight data display screens which can be configured to meet your requirements (see “Creating Custom Front Panel Displays” in Chapter 4). Fixed Mode displays four screens, each with large characters in the display, easily visible from a distance.
  • Page 28 The standard PEGASYS Vista diagrams, the PowerView Data Screens and the front panel display screens show much of the data that the factory-configured 7330 ION measures and calculates. There is additional data, however, that is Uurà DPIà €‚qˆyr†Ã hqà ‚ˆ‡ƒˆ‡...
  • Page 29 )RIVK] ERH (IQERH *VEQI[SVO 'SRXMRYIH (MWTPE]IH%GGIWWMFPI F] (IJEYPX (IWGVMTXMSR SJ -32 1SHYPI -32 1SHYPI 3YXTYX 6IKMWXIV 4EVEQIXIV SV *YRGXMSR 2EQI 0EFIP 0EFIP :MWXE 4S[IV:MI[ *VSRX TERIP 6‰tÃ8ˆ……r‡ÃTXÃ9r€hq TXÃ9r€hqÃÆ# DÃh‰tƐq DÃh‰tƐq 6‰tÃ8ˆ……r‡ÃQ…rqvp‡rqÃTX TXÃ9r€hqÃÆ# DÃh‰tƐq DÃh‰tÃ…rqƐq 9r€hq @r…t’Ã…r†r‡Ã‡…vttr… @‘‡r…hyÃQˆy†rÃÆ& @r…t’ÃS†r‡ @r…t’ÃS†r‡ TX9Ã…r†r‡Ã‡…vttr… @‘‡r…hyÃQˆy†rÃÆ"...
  • Page 30 1MR 1E\ *VEQI[SVO 'SRXMRYIH (MWTPE]IH%GGIWWMFPI F] (IJEYPX (IWGVMTXMSR SJ -32 1SHYPI -32 1SHYPI 3YXTYX 6IKMWXIV 4EVEQIXIV SV *YRGXMSR 2EQI 0EFIP 0EFIP :MWXE 4S[IV:MI[ *VSRX TERIP Hh‘ÃQuh†rÃ7Ã8ˆ……r‡ Hh‘v€ˆ€ÃÆ DÃiÀ‘ DÃiÀ‘ Hh‘ÃQuh†rÃ8Ã8ˆ……r‡ Hh‘v€ˆ€ÃÆ ! DÃpÀ‘ DÃpÀ‘ Hh‘Ã6‰r…htrÃ8ˆ……r‡ Hh‘v€ˆ€ÃÆ " DÃh‰tÀ‘ DÃh‰tÀ‘ Hh‘ÃxXÇ‚‡hy Hh‘v€ˆ€ÃÆ...
  • Page 31 1MR 1E\ *VEQI[SVO 'SRXMRYIH (MWTPE]IH%GGIWWMFPI F] (IJEYPX (IWGVMTXMSR SJ -32 1SHYPI -32 1SHYPI 3YXTYX 4EVEQIXIV SV *YRGXMSR 2EQI 0EFIP 6IKMWXIV 0EFIP :MWXE 4S[IV:MI[ *VSRX TERIP HvÃQuh†rÃ8Ã8ˆ……r‡ Hvv€ˆ€ÃÆ ! DÃpÀ DÃpÀ HvÃ6‰r…htrÃ8ˆ……r‡ Hvv€ˆ€ÃÆ " DÃh‰tÀ DÃh‰tÀ HvÃxXÇ‚‡hy Hvv€ˆ€ÃÆ # FXÇ‚‡Ã€ xXÇ‚‡Ã€ HvÃxW6SÇ‚‡hy Hvv€ˆ€ÃÆ...

  • Page 32: Real-Time Measurements

    ,MWXSVMG (EXE 0SKKMRK *VEQI[SVO This portion of the meter’s configuration records ‘standard’ power system parameters such as voltage, current, power, frequency and power factor. Low, mean and high values are recorded for all parameters. Note that ‘low’ and ‘high’ are different from ‘min’ and ‘max’: low and high are reset every 15 minutes, whereas min and max are typically long-term measurements that are only reset by the operator.

  • Page 33: Setpoints

    7IXTSMRX *VEQI[SVO This portion of the configuration provided setpoints to monitor phase current, voltage unbalance and kW sliding window demand. Using PEGASYS Vista, upper limits are input for each parameter. If the measured value goes above the specified limit for at least 30 seconds, Vista annunciates an alarm. (MWTPE]IH%GGIWWMFPI F] (IJEYPX (IWGVMTXMSR SJ -32 1SHYPI...
  • Page 34 6IEP 8MQI 1IEWYVIQIRXW 'SVI 1SHYPIW This portion of the factory configuration contains the real-time phase voltage and current measurements, and harmonics measurements. (MWTPE]IH%GGIWWMFPI F] (IJEYPX (IWGVMTXMSR SJ -32 1SHYPI -32 1SHYPI 3YXTYX 4EVEQIXIV SV *YRGXMSR 2EQI 0EFIP 6IKMWXIV 0EFIP :MWXE 4S[IV:MI[ *VSRX TERIP Quh†rÃ6ÃGIÃW‚y‡†...
  • Page 35 6IEP8MQI 1IEWYVIQIRXW 'SRXMRYIH (MWTPE]IH%GGIWWMFPI F] (IJEYPX (IWGVMTXMSR SJ -32 1SHYPI -32 1SHYPI 3YXTYX 4EVEQIXIV SV *YRGXMSR 2EQI 0EFIP 6IKMWXIV 0EFIP :MWXE 4S[IV:MI[ *VSRX TERIP QAÃvÃRˆhq…h‡Ã! Q‚r…ÃHr‡r… Q‚r…ÃHr‡r… Rˆhq…h‡Ã! H‚qˆyr QAÃvÃRˆhq…h‡Ã" Rˆhq…h‡Ã" QAÃvÃRˆhq…h‡Ã# Rˆhq…h‡Ã# Q‚r…ÃAhp‡‚…ÃQuh†rÃ6 QAÆvtÃh Q‚r…ÃAhp‡‚…ÃQuh†rÃ7 QAÆvtÃi Q‚r…ÃAhp‡‚…ÃQuh†rÃ8 QAÆvtÃp Q‚r…ÃAhp‡‚…Ç‚‡hy QAÆvtÃ‡‚‡...
  • Page 36 6IEP8MQI 1IEWYVIQIRXW 'SRXMRYIH (MWTPE]IH%GGIWWMFPI F] (IJEYPX (IWGVMTXMSR SJ -32 1SHYPI -32 1SHYPI 3YXTYX 4EVEQIXIV SV *YRGXMSR 2EQI 0EFIP 6IKMWXIV 0EFIP :MWXE 4S[IV:MI[ *VSRX TERIP W"ÃC9à W‚y‡†ÃQuh†rÃ8ÃC9† Ch…€‚vp†Ã6hy’“r… W"ÃCh…€‚vp† –‘¦ H‚qˆyrÃÆ" W"ÃC9à $ W‚y‡†ÃQuh†rÃ8Ç‚‡hyÃC9† W"ÃU‚‡hyÃC9 W‚y‡†ÃQuh†rÃ8Ç‚‡hyÃr‰rÃC9† W"ÃU‚‡Ã@‰rC9 W‚y‡†ÃQuh†rÃ8Ç‚‡hyÂqqÃC9† W"ÃU‚‡ÃPqqC9 D ÃC9à 8ˆ……r‡ÃQuh†rÃ6ÃC9†...

  • Page 37: Configuration Tools

    Creating custom functionality involves dismantling the factory configuration and replacing it with your own module links and settings. If you want to make significant changes to the operation of the 7330 ION, refer to Chapter 4. -R XLMW 'LETXIV ♦...
  • Page 38 If you plan to do more extensive changes later on, use PEGASYS ION Designer for device configuration — this software provides the most comprehensive view of the 7330 ION’s internal operation. Once you have become comfortable with the ION Designer interface you will be better prepared to make major changes later.

  • Page 39: Basics Of The Ion Architecture

    &EWMGW SJ XLI -32 %VGLMXIGXYVI Before you begin altering the 7330 ION’s operation, it is advisable to familiarize yourself with the basics of how the device operates. Understanding the basics of the ION architecture will help you understand how to make different types of configuration changes.

  • Page 40: Customizing The 7330 Ion's Operation

    There are approximately 50 types of modules in the ION architecture; the 7330 ION has 34 different module types. Most ION devices can support several instances of a certain module type (for example, the 7330 ION includes 32 Maximum modules, 30 Sliding Window Demand modules, and eight External Boolean modules).
  • Page 41 If PEGASYS 2.0 has been properly configured, the screen below will appear in each time that you open a 7330 ION in ION Designer. If PEGASYS has not yet been configured, refer to the PEGASYS Administrator’s Guide, or contact your PEGASYS network administrator.
  • Page 42 +VSYTMRK ;MRHS[W *SPHIVW The main 7330 ION configuration screen displays a number of folders. A folder in ION Designer indicates that additional modules are available. Double-click on a folder to access the modules that are contained inside it. In some cases a folder will contain additional folders —...
  • Page 43 Many of the Power Meter module’s setup registers are configured when the 7330 ION is initially put into service (the device will not operate properly until Volts mode and PT and CT ratios are set), but some registers may need to be changed to refine the device’s operation.
  • Page 44 ID 'SQQYRMGEXMSRW 4VSXSGSPW By default each communications port on the 7330 ION is configured to use the ION protocol. If you want to make use of the Modbus or DNP 3.0 configurations, you need to configure the Communications module that controls the port you want to use.
  • Page 45 The Meter Clock Setup area contains the Clock module. Right-click near the center of the module’s icon to configure its setup registers. This module controls the 7330 ION’s internal clock, which provides timestamps for data logged by the device. The clock needs to be configured properly to ensure that logged data has accurate timestamp information.
  • Page 46 UurÃ…v‚…v‡’Ãh††vtrqÇ‚ÃhÃSryh‡v‰rÃTr‡ƒ‚v‡Ãr‰r‡ÃÇ‚Ã!$$Ã!$$Ãv†Ãuvtur†‡ There is no need to change any of the Setpoint module’s setup registers for normal operation of the 7330 ION. If you want to fine-tune over/ under condition monitoring, the only setup registers you should change are SusUntlON and SUSUntlOFF.
  • Page 47 ‡u…‚ˆtu H‚qiˆ†Ã ³Ã …rsr…à ‡‚à 8uhƒ‡r…à # The 7330 ION uses the DNP 3.0 protocol to make various energy, power and s‚…Ãqr‡hvy†Ã‚Ã†r‡‡vtÇuv†Ãˆƒ demand parameters available to DNP 3.0 master devices. Refer to the section “Using the DNP 3.0 Protocol” for a list of the parameters available through DNP.
  • Page 48 *EGXSV] -RJSVQEXMSR The Factory Information area has a single module called “Factory 1”. The Factory module contains information about the 7330 ION. Right-click near the center of the module’s icon to view its setup registers. The Factory module displays firmware version, serial number and other device information in read- only setup registers (read-only registers can be viewed but not changed).
  • Page 49 'SRJMKYVMRK XLI  -32 [MXL 4S[IV:MI[ PowerView for Windows NT / 95 provides complete device configuration capabilities. PowerView lets you configure setup registers and modify module links. The device setup functions discussed in this chapter are limited to setup register changes (module linking is an advanced operation - refer to Chapter 4). 9WMRK XLI 4S[IV:MI[ -RXIVJEGI When you start PowerView and logon, a split screen appears showing your power monitoring network on the left and setup screens or data screens on the...
  • Page 50 3–7 for a description of each of the Power Meter module’s setup registers. 'LERKMRK XS %HZERGIH 7IXYT 1SHI For a comprehensive view of all ION modules in the 7330 ION, set PowerView to Advanced ION Setup mode. Advanced ION Setup can be set for individual devices in the network.

  • Page 51: Configuring The 7330 Ion With Ion Designer

    ‚sÇuh‡Ã‡’ƒr If you double-click a folder and no modules appear in the right pane, there are no modules of that type created in the 7330 ION’s factory configuration. If a module appears, double-click it to configure its setup registers. (IXIVQMRMRK ;LMGL 1SHYPIW XS 'SRJMKYVI The 7330 ION is factory configured to be fully operational.
  • Page 52 The front panel also provides quick access to parameter reset for common cumulative parameters. 8LI *VSRX 4ERIP W 7IXYT 1IRYW To access the front panel’s device configuration functions, press the round button. The Select Setup screen appears listing the 7330 ION’s front panel setup options: 7IXYT 3TXMSR (IWGVMTXMSR 8yrh…ÃAˆp‡v‚†...
  • Page 53 2EZMKEXMRK 1IRYW Each menu has a title displayed at the top of the display screen and menu items displayed below the title. Use the arrow buttons to scroll through the menu items. To select an item that is highlighted, press the round key. To return to the previous screen, select RETURN.
  • Page 54 'PIEV *YRGXMSRW The Clear Functions menu allows you to reset cumulative parameters. To access the Clear Functions screen, press the round button while the 7330 ION is displaying data; scroll down the Select Setup menu and select Clear Functions. 4IEO (IQERH 6IWIX The following Demand parameters are reset when Peak Dmd Rset is used: ♦...
  • Page 55 — typically you will not need to change these settings once the device is operational. To access the Quick Setup screen, press the round button while the 7330 ION is displaying power system data. Scroll down the Select Setup menu and select Quick Setup.
  • Page 56 The Advanced Meter Setup provides access to the setup registers of every ION module in the 7330 ION. To access this menu screen, select Adv Meter Setup from the Select Setup menu. Follow this procedure to access a setup register: From the Feature Manager screen, select the module’s type.
  • Page 57 See Chapter 2 for details on these menus. 'LERKMRK XLI  -32 W 4EWW[SVH When any changes are made to the 7330 ION via the front panel, the 7330 ION prompts for a user password. The password prevents unauthorized tampering with your 7330 ION’s configuration.
  • Page 58 (MEKRSWXMGW The 7330 ION comes with a diagnostic tool to verify digital output and com port communications. The Diagnostic screen is accessed from the Select Setup menu; this screen allows you to verify both Communications and Digital I/O. Each diagnostics screen shows labeled boxes depicting active communications through a particular port;...
  • Page 59 9WMRK %HZERGIH *IEXYVIW The 7330 ION’s functionality can be customized to perform many power monitoring and control functions. Using advanced features often requires considerable background knowledge — please be prepared to spend some time familiarizing yourself with the information in this chapter and the Technical Reference in Chapter 5.
  • Page 60 'YWXSQM^MRK XLI  -32 W 3TIVEXMSR The 7330 ION, and all other ION devices, can be completely customized to perform any functions you need. PEGASYS and PowerView software provide the tools to create specific functionality by altering the operating software inside the 7330 ION.
  • Page 61 -32 (IXEMPW In order to create custom functions in the 7330 ION it is necessary to understand some of the “rules” of ION. Read the following paragraphs for information on the component parts of an ION module and what restrictions apply to their use.

  • Page 62: The Not Available Value

    – refer to the Arithmetic module description in the ION Reference.) 'SVI 1SHYPIW ERH *M\IH 1SHYPI 0MROW The 7330 ION includes several core modules. Core modules are integral to the basic operation of the device; they cannot be created or deleted. Core modules DPIÃ...
  • Page 63 Enumerated These registers are used for storing one value from a list of several options. For example, the Setpoint module has an Evaluate Mode setup register that can be set to either . Typically only setup registers are of the LESSTHAN GREATERTHAN enumerated class.
  • Page 64 “Max Vunbal” to make it more apparent what the contents of the register represent. The length of the label is limited to 15 characters. 8MQMRK 'SRWMHIVEXMSRW MR XLI  -32 The standard, high-accuracy update rate of the modules in the 7330 ION is once per second. 8MQI7IRWMXMZI 1SHYPIW Many modules in the 7330 ION have setup registers requiring you to specify a time interval.
  • Page 65 7IUYIRGI SJ 1SHYPI )\IGYXMSR ION modules are executed in the order in which they are logically linked, rather than the order in which you actually linked them. In other words, modules are executed in the same order in which the data flows from one module to the next. This allows you to create a framework by linking modules in any order you want and maintain a logical execution order.
  • Page 66 Ahvyˆ…r 6Ãshvyˆ…rÃuh†Ã‚ppˆ……rq )\XIVREP -32 )ZIRXW Some events are not produced by a specific module; they are generated internally by the 7330 ION. These events and their associated priority levels are shown in the table below. )ZIRX +VSYT (IWGVMTXMSR 4VMSVMX] 2YQFIV Xh…vt...

  • Page 67: The Main 7330 Ion Configuration Screen

    'LIGOMRK XLI 4VSGIWWSV 4S[IV 0IZIP The 7330 ION’s Diagnostics module contains an output labeled Prc Pwr Used. This output reports the amount of processor power being used by the device’s `‚ˆÃphÃhy†‚ÉvrÃ‡urÉhyˆrà ‚s configuration. hÃ ‚ˆ‡ƒˆ‡Ã vÃ DPIà 9r†vtr… C‚yqà q‚Ã ‡urà Tuvs‡Ã xr’à hq To monitor processor power, add a numeric object to a Vista diagram, and link it yrs‡pyvpxÃ...

  • Page 68: Basic Configuration

    The factory configuration can be reinitialized in the 7330 ION through ION Designer. The basic setup of the device can be retained, so the 7330 ION does not need to be taken out of service for a long period of time. Follow this...
  • Page 69 'LSSWMRK XLI 1SHYPI The ION Designer toolbox displays icons for all of the modules available in the 7330 ION. If the toolbox is not displayed, choose Show Toolbox from the Options menu, and the toolbox appears: @hpuà €‚qˆyrà h‰hvyhiyrà v...

  • Page 70: Deleting Modules

    Line Help for instructions if you want to link modules that reside on different nodes. Follow the steps below to link modules on the 7330 ION: To list a module’s output registers, click on the symbol on the right side of the module icon.
  • Page 71 )HMXMRK )\MWXMRK *VEQI[SVOW If you are comfortable with ION and the 7330 ION’s configuration, you can make changes to the existing frameworks to customize operation. Any edits you make to the existing frameworks will alter the device’s operation —...
  • Page 72 9WMRK 3RFSEVH -3 ERH XLI )\XIRWMSR &SEVH The 7330 ION provides four onboard digital output ports, four status inputs, one infrared port, and one configurable LED output. The digital outputs, D1 through D4, can be used as status outputs or for relay control. The four status inputs can be used for monitoring external contacts or pulse counting applications.
  • Page 73 9WMRK XLI 3RFSEVH (MKMXEP 3YXTYXW The four digital output ports are located on the rear panel of the 7330 ION. ION Digital Output or Pulser modules control the function of the digital output ports. These ports can be used to control relays or send status signals.
  • Page 74 Pulser module to IR LED. 0)( )RIVK] 4YPWMRK The LED port (L1) accesses the LED on the back of the 7330 ION. This port is used for kWh pulsing by default; LED 1 on the back of the 7330 ION pulses every 10 kWh.

  • Page 75: Led Energy Pulsing

    Pulser module you wish to use and set its Port setup register to L1. 7TIGMJ]MRK E 4SVX -R ER -32 1SHYPI The Digital Output and Pulser modules in the 7330 ION allow you to specify which port a signal is sent to. Similarly, Digital Input modules allow you to specify which port to monitor for incoming signals.

  • Page 76: Communications Setup

    Modbus Slave modules can be relinked to other parameters that you want to rcD¦”š#‘rrTrf access through Modbus. There are only four Modbus Slave modules available in the 7330 ION, so you will have to delete some of the preconfigured links if s‚…à p‚€ƒyr‡rÃ...
  • Page 77 Refer to the Modbus Slave module description in the ION Reference for complete details of each setup register’s function and options. Refer to 7300 ION & 7330 ION Modicon Modbus Protocol document for additional details on the Modbus implementation in the 7330 ION.
  • Page 78 1SHFYW 7PEZI 1SHYPI 4EVEQIXIV 1ETTMRK The following tables show which measurements are provided by each of the four Modbus Slave modules. The source for each measurement is shown (“Source ION Module”) so that you can easily delete parameters if you want to access different data.
  • Page 79 1SHFYW 7PEZI 1SHYPI  0MROW 1IEWYVIQIRX 0EFIP 7SYVGI -32 1SHYPI 1SHFYW 1SHYPI ERH -RTYX 2YQFIV 1SHFYW 6IKMWXIV Quh†rÃ6ÃxX xXÃh Q‚r…ÃHr‡r… H‚qiˆ†ÃTyh‰rÃÆ!òÃT‚ˆ…prÃDƒˆ‡ÃÆ #!&#!' Quh†rÃ7ÃxX xXÃi Q‚r…ÃHr‡r… H‚qiˆ†ÃTyh‰rÃÆ!òÃT‚ˆ…prÃDƒˆ‡ÃÆ! #!(#" Quh†rÃ8ÃxX xXÃp Q‚r…ÃHr‡r… H‚qiˆ†ÃTyh‰rÃÆ!òÃT‚ˆ…prÃDƒˆ‡ÃÆ" #" #"! U‚‡hyÃxX xXÇ‚‡ Q‚r…ÃHr‡r… H‚qiˆ†ÃTyh‰rÃÆ!òÃT‚ˆ…prÃDƒˆ‡ÃÆ# #""#"# Quh†rÃ6ÃxW6S xW6SÃh Q‚r…ÃHr‡r…...
  • Page 80 (# ! -QTSVXMRK (EXE YWMRK 1SHFYW 689 It is possible to bring data into the 7330 ION using Modbus. Various ION registers can be written by Modbus Master devices by correlating the Modbus register number with the address of the ION register you want to write. When a...
  • Page 81 DNP. Alternately you can add additional DNP Slave Export modules and link the desired ION parameters to them. There are 16 DNP Slave Export modules available on the 7330 ION; of these, 14 are used by the factory configuration.
  • Page 82 DNP Options module and the DNP Slave Export modules. It is beyond the scope of this 7330 ION’s User’s Guide to describe DNP; consult the DNP User’s Group or other resources to learn more about the protocol.
  • Page 83 -QTSVXMRK (EXE YWMRK (24  Data can be imported into the 7330 ION from a DNP Master device. DNP Slave Import modules are used to take a DNP analog or binary output object and map it into an ION numeric or Boolean register. Refer to the ION Reference for detailed module descriptions.
  • Page 84 'VIEXMRK 'YWXSQ *VSRX 4ERIP (MWTPE]W Custom front panel displays can be created showing any data the 7330 ION measures or calculates. There are eight display screens available for configuration; as the front panel’s screen displays are factory-configured, an existing display is sacrificed when a custom display is created.

  • Page 85: Ion Module Summary

    8IGLRMGEP 6IJIVIRGI The specifications that follow are subject to change without notice. -R XLMW 'LETXIV ♦ ION Module Summary ..................5-2 Setup Register Creation Defaults ..............5-2 Input and Output Register Descriptions............5-2 ♦ Measurements ....................... 5-9 kW and kWh Measurements .................5-10 ♦...

  • Page 86: Measurements

    The following table lists all of the ION modules available in the current version of the 7330 ION. The table shows how many of each ION module are available. The ION Module Summary table also shows the ranges or options available for each module’s setup registers and the default setting each register holds when a...
  • Page 87 -32 1SHYPI 7YQQEV] 8EFPI 'SRXMRYIH -32 1SHYPI 8SXEP 9WIH MR 7IXYT 6IKMWXIVW 6ERKI SV 3TXMSRW 'VIEXMSR (IJEYPX 2EQI %ZEMPEFPI *EGXSV] MR  'SRJMK 8‚€€Ã 8UTÃGr‰ry IPSH6GÂ…ÃDIW@SU@9 IPSH6G Tro™o¦rc SUTÃ9ryh’ Ç‚à Ærp‚q  Ærp‚q† ”rršDrfr© ‚ Vv‡ÃD9 Ç‚Ã((((à ~o‘5‘rcš™ ` Q…‚‡‚p‚y DPIÃHP97VTÃ9IQÃ"Ã...
  • Page 88 -32 1SHYPI 7YQQEV] 8EFPI 'SRXMRYIH -32 1SHYPI 8SXEP 9WIH MR 7IXYT 6IKMWXIVW 6ERKI SV 3TXMSRW 'VIEXMSR 2EQI %ZEMPEFPI *EGXSV] (IJEYPX MR  'SRJMK 9IQÃTyh‰r 7h†rQ‚v‡ Ç‚Ã% @‘ƒ‚…‡ T‡h‡vpPiw 7vh…’ÃDƒˆ‡Ã7vh…’Ã8‚ˆ‡r…Â…Ã6hy‚tÃDƒˆ‡ 7vh…’ÃDƒˆ‡ @‰r‡Piw @hiyrÂ…Ã9v†hiyrÃ@‰r‡ÃPiwrp‡† 9v†hiyrÃ@‰r‡ Piwrp‡† 9rhqihq Ç‚Ã#"Ñà  A…‚“T‡hPiw @hiyrÂ…Ã9v†hiyrÃA…‚“rÃT‡h‡vpÃPiwrp‡† 9v†hiyrÃA…‚“r T‡h‡vpÃPiwrp‡...
  • Page 89 -32 1SHYPI 7YQQEV] 8EFPI 'SRXMRYIH -32 1SHYPI 8SXEP 9WIH MR 7IXYT 6IKMWXIVW 6ERKI SV 3TXMSRW 'VIEXMSR 2EQI %ZEMPEFPI *EGXSV] (IJEYPX MR  'SRJMK ‡Ã"!7v‡ÃA…‚“rÃ8‚ˆ‡r…Ã@‰r‡ÃXv‡u‚ˆ‡ÃUv€r 9IQÃTyh‰r A…“8‡@‰r‡† %7v‡ÃA…‚“r ‡Ã"!7v‡ÃA…‚“rÃ8‚ˆ‡r…Ã@‰r‡ÃXv‡uÃUv€r Pƒ‡v‚†Ã 8‚ˆ‡r…Ã@‰r‡ Tro™o¦rc Xv‡u‚ˆ‡ÃUv€r ‡Ã %7v‡ÃA…‚“rÃ8‚ˆ‡r…Ã@‰r‡ÃXv‡u‚ˆ‡ÃUv€r ‡Ã %7v‡ÃA…‚“rÃ8‚ˆ‡r…Ã@‰r‡ÃXv‡uÃUv€r A…“8‡@‰9rƒ‡u Av‘rqÃh‡Ã ‡Ã"!7v‡Ã8‚ˆ‡r…Ã8uhtrÃ@‰r‡ÃXv‡u‚ˆ‡ÃUv€r 8‡8uhtr@‰r‡† %7v‡Ã8‚ˆ‡r…...
  • Page 90 -32 1SHYPI 7YQQEV] 8EFPI 'SRXMRYIH -32 1SHYPI 8SXEP 9WIH MR 7IXYT 6IKMWXIVW 6ERKI SV 3TXMSRW 'VIEXMSR (IJEYPX 2EQI %ZEMPEFPI *EGXSV] MR  'SRJMK @‰r‡ÃG‚t 9rƒ‡u Ç‚Ã!à 8‚‡…‚yyr…à Q…‚‡rp‡v‚ UurÃQ…‚‡rp‡v‚Ã…rtv†‡r…Ãv†Ãshp‡‚…’†r‡Ã‡‚à !' 8ˆ‡‚ss Ç‚Ã!$$ @‘‡r…hyÃ7‚‚yrh @‰Q…v‚…v‡’ @‘‡r…hyÃIˆ€r…vp @‰Q…v‚…v‡’ Ç‚à !& @‘‡r…hyÃQˆy†r "! &...
  • Page 91 -32 1SHYPI 7YQQEV] 8EFPI 'SRXMRYIH -32 1SHYPI 8SXEP 9WIH MR 7IXYT 6IKMWXIVW 6ERKI SV 3TXMSRW 'VIEXMSR (IJEYPX 2EQI %ZEMPEFPI *EGXSV] MR  'SRJMK D‡rt…h‡‚… " 9v‰v†‚… Ç‚à Ñà  Ærp‚q† "% D‡ÃH‚qr APSX6S9ÃS@W@ST@ APSX6S9 67TPGVU@ÃÂ…ÃI@U WhyˆQˆy†r Ç‚à Ñà  S‚yyWhyˆr Ç‚Ã...
  • Page 92 -32 1SHYPI 7YQQEV] 8EFPI 'SRXMRYIH -32 1SHYPI 8SXEP 9WIH MR 7IXYT 6IKMWXIVW 6ERKI SV 3TXMSRW 'VIEXMSR (IJEYPX 2EQI %ZEMPEFPI *EGXSV] MR  'SRJMK W‚y‡†ÃH‚qr #XX`@Ã"XX`@Ã9@GU6 #XX`@ Q‚r…ÃHr‡r…à TDIBG@Â…Ã9@HP cr|roc”šro QUÃQ…v€ Ç‚Ã(((((( !!&&"#&à r‘cr‘™oˆšr|™ro cr|roc”šro QUÃTrp Ç‚Ã(((((( !!&&"#&à r‘cr‘™oˆšr|™ro ƒ 8UÃQ…v€ Ç‚Ã(((((( ƒ...
  • Page 93 -32 1SHYPI 7YQQEV] 8EFPI 'SRXMRYIH -32 1SHYPI 8SXEP 9WIH MR 7IXYT 6IKMWXIVW 6ERKI SV 3TXMSRW 'VIEXMSR (IJEYPX 2EQI %ZEMPEFPI *EGXSV] MR  'SRJMK TyvqvtÃXvq‚ " TˆiÃD‡‰y Ç‚Ã$(#Ærp‚q† 9r€hq ÆTˆiD‡‰y† Ç‚à $ Q…rqÃSr†ƒ Ç‚Ã(( & Uur…€hy D‡r…‰hy %Ç‚Ã$(#Ærp‚q† 9r€hq Uv€rÃ8‚†‡ Ç‚Ã((È (È...
  • Page 94 O; ERH O;L 1IEWYVIQIRXW 6EXIH 'YVVIRX -V %GGYVEG] (MWTPE] 6IWSPYXMSR 6IKMWXIV &SYRHW 4S[IV *EGXSV 4* O; *7 O;L VIEHMRK "' 5ÃQAÃir‡rrÃ“'Ãhqà  ÈÃ…rhqvt  È  È Ç‚Ó Ç‚Óà  ≤ ≤ & ""‘  5Ã!Èà ÃD…à à È "' 5ÃQAÃir‡rrÃ“'ÃhqÃ...
  • Page 95 -RTYX 6EXMRKW -RTYX 3TXMSRW 7TIGMJMGEXMSRW W‚y‡htr  !ƒ‡v‚) !ÃW68Á‚€vhyÃATÃvƒˆ‡Ã!$ȉr……htrÃÃ7h……vr…Ƈ…vƒÃp‚rp‡‚…Ã…h‡rqÇ‚Ã%ÃW‚y‡†Ãyvr‡‚yvr Dƒˆ‡† !&&ƒ‡v‚ !&&ÃW68Á‚€vhyÃATÃvƒˆ‡Ã!$ȉr……htrÃÃ7h……vr…Ƈ…vƒÃp‚rp‡‚…Ã…h‡rqÇ‚Ã%ÃW‚y‡†Ãyvr‡‚yvr "#&ƒ‡v‚ "#&ÃW68Á‚€vhyÃATÃvƒˆ‡Ã!$ȉr……htrÃÃ7h……vr…Ƈ…vƒÃp‚rp‡‚…Ã…h‡rqÇ‚Ã%ÃW‚y‡†Ãyvr‡‚yvr 8X8ƒ‡v‚ h‰hvyhiyrÐv‡uà !ÃÉÃ!&&ƒ‡v‚†Ã‚y’Ã8hƒ‡ˆ…rqv…rÃp‚rp‡‚…†Ã…h‡rqÇ‚Ã$ÃW‚y‡†Ãyvr‡‚yvr P‰r…y‚hqÐv‡u†‡hqÃs‚…Ãhyyƒ‡v‚†)à $ÃW68Ãp‚‡vˆ‚ˆ†Ã!$ÃW68Ãs‚…à Ærp‚qÁ‚…rpˆ……vt Ω Dƒˆ‡ÃD€ƒrqhprÃs‚…Ãhyyƒ‡v‚†)Ã!ÃH 8ˆ……r‡ÃDƒˆ‡† $Ã6€ƒÃ‚€vhy Ã6€ƒ†ÃsˆyyÆphyr P‰r…y‚hqÐv‡u†‡hqÃs‚…Ãhyyƒ‡v‚†)à $Ã6€ƒ†Ãp‚‡vˆ‚ˆ†Ã"Ã6€ƒ†Ãs‚…à Ærp‚qÁ‚…rpˆ……vt Ω Dƒˆ‡ÃD€ƒrqhpr)Ã!À X‚…†‡Ã8h†rÃ7ˆ…qrÃ5à Ã6€ƒ†)Ã%!$ÃW6 9vtv‡hyÃDƒˆ‡† T‡hqh…qÆrysr‘pv‡rqÃq…’Ãp‚‡hp‡Ã†r†vtÁ‚Ãr‘‡r…hyÉ‚y‡htrÆ‚ˆ…prÃ…r„ˆv…rq "ÃW98Ãqvssr…r‡vhyÃ8PHˆ‡ƒˆ‡Ã‡‚ÃT Çu…‚ˆtuÃT#Ãvƒˆ‡† Hvv€ˆ€ÃQˆy†rÃXvq‡u)Ã!$À†rpÃÃHh‘v€ˆ€ÃQˆy†rÃSh‡r)ÃÃ!Èy†r†ÃÆrp ° ± Q‚r…ÃTˆƒƒy’ T‡hqh…q '$!#W68Ã!##ÃC“Â…Ã'$!#W98à ÈÃ$Ã6€ƒÃ‚…†‡Ãph†rÃy‚hqvtÃ!ÃXÃ5Ã...
  • Page 96 3TXMSREP 6IPE] 1SHYPIW Only use Power Measurement-approved external relays with the digital outputs of the 7330 ION. Contact Power Measurement for complete information regarding relay applications >IVS :SPXEKI 8YVR3R 2SVQEPP] 3TIR 1ERYEP 3ZIVVMHI 3YXTYX 1SHYPIW %' 3YXTYXW (' 3YXTYXW 4EVX 2YQFIV...
  • Page 97 2SVQEPP] 3TIR 7SPMH 7XEXI 6IPE]W %' 3YXTYXW >IVS :SPXEKI 8YVR 3R (' 3YXTYXW 4EVX 2YQFIV +(3%' +(3%' +(3(' +(3(' +(3('0 0S[ 0IEOEKI ™Â ™Â ™Â I‚€vhyÃGvrÃW‚y‡htr) !ÃW68 !#ÃW68 ™Â ™Â ™Â G‚hqÃQ‚r…ÃAhp‡‚…) #Àv #Àv ™Â ™Â ™Â A…r„ˆrp’ÃShtr) !$ÃC“Ç‚Ã&ÃC“ !$ÃC“Ç‚Ã&ÃC“ ™Â...
  • Page 98 1IGLERMGEP 6IPE] 4EVX 2YQFIV +(3('1 Hh‘v€ˆ€ÃGvrÃW‚y‡htr) ÃW98 !ÃW68Àh‘v€ˆ€ 8‚‡hp‡ÃSh‡vt) ÃXh‡‡†Ã€h‘v€ˆ€ Tv‡puvtÃ8ˆ……r‡) $Ã6ÃqpÀh‘v€ˆ€ÃDqˆp‡v‰rÃy‚hq†Ã…r„ˆv…rÃqv‚qrƈƒƒ…r††v‚ 8h……’vtÃ8ˆ……r‡) Ã6Àh‘v€ˆ€ÃDqˆp‡v‰rÃy‚hq†Ã…r„ˆv…rÃqv‚qrƈƒƒ…r††v‚ Ω 8‚‡hp‡ÃSr†v†‡hpr) !$À Àh‘v€ˆ€ Uˆ…‚ÃUv€r) À†rpÀh‘v€ˆ€ Uˆ…‚ssÃUv€r) À†rpÀh‘v€ˆ€ µ Pss†‡h‡rÃGrhxhtrÃ8ˆ……r‡) !à 6Àh‘v€ˆ€Ã5Ã%C“ 9vryrp‡…vpÃD†‚yh‡v‚ÃDƒˆ‡Ã‡‚ÃPˆ‡ƒˆ‡) $ÃW68Ã…€† ° ° Pƒr…h‡vtÃUr€ƒr…h‡ˆ…rÃShtr) 8Ç‚Ã'$ ° ° T‡‚…htrÃUr€ƒr…h‡ˆ…rÃShtr) 8Ç‚Ã !$ U…h†vr‡ÃQ…‚‡rp‡v‚) Hrr‡†Ã6ITDÃ"&( ('(ÃTˆ…trÃXv‡u†‡hqÃ8hƒhivyv‡’ÃUr†‡ %HHMXMSREP 7TIGMJMGEXMSRW Operating Temp: 0°C to +50°C (+32°F to +122°F) ambient air.
  • Page 99 3VHIVMRK -RJSVQEXMSR To order the 7330 ION you must first specify a model and then indicate the options with which you wish the unit equipped. &EWMG 1SHIP 7330 ION With an integrated display, infrared optical port, two optically isolated RS-485 communications ports, four digital inputs, and four digital outputs.
  • Page 100 3VHIVMRK )\EQTPI This example specifies a 7330 ION -TRAN model for use with 347/600 Volts @ 60 Hz systems: 7330ION -TRAN -347 -60Hz )\XIVREP 3YXTYX (IZMGI 4EVX 2YQFIV 7YQQEV] The following table summarizes the manufacturer’s part numbers for external output devices used with the 7330 ION.
  • Page 101 If the unit is being returned for an upgrade, recalibration or other modification, list the requirements. ♦ The RMA number issued by Power Measurement , the serial number of the unit, the company name and address, the name of the person filling out the report, and the date.
  • Page 102 *SV 7LMTQIRXW 3VMKMREXMRK 3ZIVWIEW Power Measurement Ltd. 2195 Keating Cross Road, Saanichton, BC V8M 2A5 CUSTOMS CLEARANCE Livingston International Inc. Ph(250)388-4435 *SV 7LMTQIRXW 3VMKMREXMRK MR 'EREHE Power Measurement Ltd. 2195 Keating Cross Road, Saanichton, BC V8M 2A5 6IKMWXVEXMSR Please complete and mail the enclosed Warranty Registration card immediately.
  • Page 103 National and utility-based standards regulate protection against unauthorized alteration of measured quantities.  -3261 1SHIPW Two models of the 7330 ION-RM revenue meter are available; each model is designated by the certification it holds. 1SHIP 'IVXMJMGEXMSR %GLMIZIQIRX...
  • Page 104 “net” is “del-rec” For example, the 7330 ION’s output register “kVARh tot” will be “kVARh del+rec” in the 7330 ION-RM. A complete list of output registers is given in Chapter 2 for the non-revenue version of the 7330 ION. %HHMXMSREP 6IZIRYI 1IXIVMRK 1SHYPIW There are 13 additional modules incorporated into the frameworks of the 7330 ION-RM.
  • Page 105 3. Twist the wire and crimp the lead-sealing tab onto the wire. 4EWW[SVH 4VSXIGXIH 1MR1E\ 6IKMWXIV 6IWIXW The 7330 ION meter front panel incorporates a password that must be entered in order to reset any of the minimum/maximum register values. The password must therefore be used to reset peak demand register values.

  • Page 106: Security Mechanisms

    7330 ION-RM meter. 7EJIX] 4VIGEYXMSRW Before attempting to remove the back plate of the 7330 ION-RM, ensure that the device is protected against static-electric discharge. To prevent damage to the unit, wear an anti-static wrist strap at all times.

  • Page 107: Hardware-Based Security

    'SRJMKYVEXMSR 4VSGIHYVI %98-32 In order to configure the 7330 ION-RM, ensure that adequate safety precautions Uurà p‚€ƒ‚r‡†Ã v†vqrà ‡ur have been exercised (see above). &""à DPISHà h…rà r‘‡…r€ry’ †r†v‡v‰rà ‡‚à ryrp‡…‚†‡h‡vp 1. Remove the thumbscrews and retainer bars from the unit. Remove the anti- qv†puh…trÃ...
  • Page 108 'LIGOPMWX JSV *EGXSV]7IEPIH  -3261-'%2 8PHQ6I`) 8PIU68UÃI6H@) TUS@@U) QCPI@) 8DU`) A6Y) QSPWDI8@) QPÃIVH7@S) QPTU6GÃ8P9@) DI9VTUS`Ã86I696ÃS@BDTUS6UDPIÃÆÃÃ) 7KH IROORZLQJ LQIRUPDWLRQ 0867 EH VXSSOLHG DW WLPH RI RUGHU Tr…‰vprÃU’ƒrÆryrp‡Ã‚r ÃÃÃÃÃÃÃ!@yr€r‡Ã"Xv…rÃ9@GU6ÃÃW‚y‡†ÃH‚qrÃ2Ã9@GU6 ÃÃÃÃÃÃÃ"@yr€r‡Ã#Xv…rÃX`@ÃÃÃW‚y‡†ÃH‚qrÃ2Ã#XX`@ W‚y‡htrÃU…h†s‚…€r…ÃSh‡v‚ ÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃ)ÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃQ…v€h…’Trp‚qh…’ÃSh‡vtÃr‘à !) ! 8ˆ……r‡ÃU…h†s‚…€r…ÃSh‡v‚ ÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃ)ÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃQ…v€h…’Trp‚qh…’ÃSh‡vtÃr‘Ã$)$ W‚y‡htrÃDƒˆ‡ÃSh‡vtÆryrp‡Ã‚r ÃÃÃÃÃà ! !&& "#& 8ˆ……r‡ÃDƒˆ‡ÃSh‡vt Dqˆ†‡…’Ã8hhqhÃ8yh††ÃÃ...
  • Page 109 (EXE 6IGSVHIV  617)%0 SRP] Data Recorder #1 is locked in the 7330 ION-RMICAN-RMSEAL; channel assignments must therefore be specified prior to sealing. A‚…à p‚€ƒh‡vivyv‡’à v‡uà ‡urà VUT HW(à ivyyvtà †‚s‡h…rà 9h‡h When ordering the –RMSEAL option, specify the following parameters to be Srp‚…qr…ÃÆ...

  • Page 110: Advanced Setup

    -RHI\ accessing ION registers, 3–6 data display improvements, 1–2 advanced features of the 7330, 4–1 data display screens (RMD), 2–12 advanced meter setup (RMD), 3–21 default config. See factory configuration Advanced Setup folder, 3–10 Demand Modules folder, 3–9 device type, 3–12 &...

  • Page 111: Getting More Information

    factory configuration, 1–2 infrared port, 4–15 dismantling, 4–8, 4–9 communications, 4–16 restoring, 4–10 energy pulsing, 4–16 factory configured frameworks, 2–15 Input/Output digital inputs, 2–20 extension board, 4–14 energy and demand, 2–15 new options, 1–2 historic data logging, 2–19 onboard, 4–14 min/max, 2–16 digital inputs, 4–14 real–time(core modules), 2–21...

  • Page 112: Safety Precautions

    measurements, preconfigured See also real–time measurements, 2–4 core modules framework, 2–21 factory configured historic data enable, 2–4 min/max framework, 2–16 long–term min/max, 2–4 Modicon Modbus protocol, 3–11, 4–18 registers, ION, 3–4 changing configuration, 4–18 accessing with ION Designer, 3–6 factory configuration, 4–18 changing with ION Designer, 3–5 importing data, 4–22 labels and names, 4–6...

  • Page 113: Input Ratings

    using this guide, 1–5 serial number, 3–12 setpoints, 2–7 framework, 2–20 modules, 3–10 over average current, 2–7 Vista over kW sliding demand, 2–7 displaying data, 2–9 under average line–line voltage, 2–7 summary of data provided, 2–2 under power factor monitoring, 2–7 digital inputs, 2–3 standards compliance, A–14 energy and demand, 2–2...

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