Siemens 9700 Power Quality Framework, Continued

DISPLAYING DATA 2-17

Power Quality Framework, Continued

Displayed/Accessible by Default

Description of

Parameter or Function WinPM MGT

Module

Name Module

Label Output

Register Label

Sag/Swell Data Recorder lData Recorder #5 Sag/Swell Log Sag/Swell Log

Transient Data Recorder lData Recorder #6 Transient Log Transient Log

Phase A Voltage Waveform

Rec.

lWaveform Recorder

#1 Wfm Rec V1 Wfm Rec V1

Phase B Voltage Waveform

Rec.

lWaveform Recorder

#2 Wfm Rec V2 Wfm Rec V2

Phase C Voltage Waveform

Rec.

lWaveform Recorder

#3 Wfm Rec V3 Wfm Rec V3

Phase A Current Waveform

Rec.

ll

Waveform Recorder

#4 Wfm Rec I1 Wfm Rec I1

Phase B Current Waveform

Rec.

ll

Waveform Recorder

#5 Wfm Rec I2 Wfm Rec I2

Phase C Current Waveform

Rec.

ll

Waveform Recorder

#6 Wfm Rec I3 Wfm Rec I3

Sag/Swell monitoring Enable lEx t ernal Boolean #4 Sag/Swell Enble Sag/Swell Enble

Transient monitoring Enable lExternal Boolean #10 Transient Enble Transient Enble

Waveform Recording Enable lExternal Boolean #11 Wfm Rec Enble Wfm Rec Enble

Disturbance Counter reset lExternal Pulse #8 Dist Count Rset Dist Count Rset

Manual Waveform Rec trigger lExternal Pulse #12 Man Wfm Trg Man Wfm Trg

Sag/Swell Counter lCounter #9 Sag/Swell

Count Sag/Swell

Count

Transient Counter lCounter #10 Transient Count Transient Count

Disturbance timestamp reset lCounter #11 Rset timestamp Rset timestamp

Waveform trigger merge lPulse Merge #1 Wfm Trg Merge Wfm Trg Merge

Contents

Main 9700 Power Meter Installation & Basic Setup Instructions Understanding the Basics of the 9700 Power Meter Accessing Data and Interpreting Displays Making Minor Configuration Changes 4 7 Page Contents Displaying Data................................................................................. 2-1 Making Configuration Changes...................................................... 31 Using Advanced Features............................................................... 41 Technical Reference ........................................................................ 51 Page Page 1 The 9700 Power Meter is Factory-Configured and Ready to Operate The 9700 Power Meter in a Power Monitoring System Input/Ouput Power System Connections Display and Analysis Tools Communications Options Data Display and Analysis Tools Communications Options Input/Output Using this Guide Before You can Use this Guide 9700 Power Meter Installation & Basic Setup Instructions Getting More Information Page 2 Displaying Data with the MGT Modular Graphics Terminal Data Display Screens Interpreting Numbers in Numeric Displays not Bar Graph Displays Tr e n d D i s p l a y s Harmonics Displays Display Screens Available under SETUP Page Complete List of Factory-Configured Measurements and Functions Energy & Demand Framework Energy and Demand Framework, Continued Min/Max Framework Page Min / Max Framework, Continued Historic Data Logging Framework Historic Data Logging Framework, Continued Harmonics Logging Framework Power Quality Monitoring Framework Power Quality Framework, Continued Setpoint Framework Digital Inputs Framework Real T i me Measurements (Core Modules) Page Page Page Page 3 Changes Configuration T ools Basics of the Architecture frameworks modules 238) The Module function box The Registers Making Configuration Changes Configuring the 9700 Power Meter with the MGT The MGTs Setup Menus Page Using the MGTs Buttons Quick Setup Page Param eter Reset Min/Max Rset SWDemand Rset Energy Rset S Count Rset TDemand Rset Configure ION 4 WinPM-Advanced 9000 Series Meter Programming Basic Concepts function box: The Module The Registers Module Linking Module Linking Restrictions Register Classes The Not Available V alue Making Configuration Changes Creating New Modules Deleting Modules Configuring Existing Modules Page Page Page Linking Modules Page Deleting Links Page Overview of Module Groups . Module Group Description Using Onboard and Expansion I/O Onboard Status Inputs Auxiliary Analog Inputs Expansion Boards 9700 Power Meter Installation & Basic Setup Instructions Specifying a Port in an Module Using the Modbus RTU Protocol The 9700 Power Meters Factory Modbus Configuration Modbus Slave Module Settings Modbus Slave Module Parameter Mapping Modbus Slave Module #2 Links Modbus Slave Module #3 Links Measurement Label Source Module Modbus Module and Input Number Modbus Register Importing Data using Modbus RTU Using the DNP 3.0 Protocol The 9700 Power Meters Factory DNP 3.0 Configuration DNP Slave Export Module Settings DNP Options Module Settings Setup Register Setting Function Importing Data using DNP 3.0 Using the EtherGate Protocol Installation and Basic Setup Instructions through Communicating 8LVSYKL the 9700 Power Meter Using the Internal Modem Baud Rates ModemGate Functionality Connecting the Modem Installation and Basic Setup Instructions Modem Init ModemIni ModemInit Modem Initialization String Examples Using Time Synchronization Time Synchronization Accuracy Communications Ports and Protocols Used Time Synchronization using a GPS Receiver Supported GPS Receivers Time Synchronization Diagnostics and Event Logging Creating Custom MGT Displays Overview of MGT Button Configuration Using the MGT Display Formats parameter handle. Standard Character Screens Large Character Screens Bar Graph Screens Page Page Page Harmonics Screens - Parameter Trending Screens Status Display Screens Page Waveform Display Screens Integrator Screens Page 5 Module Summary Setup Register Creation Defaults in 9700 Setup Registers Range or Options Creation Default Factory set depends on I/O options empty Page Page Page Note: DNP is only available on Com 2 or Com 3 (read- only) Page Page depends on ordering option not configurable - factory ordering option Setup Registers Range or Options Creation Default ION Reference fixed at the fundamental harmonic Measurements (@50 Hz/60 Hz @ 25C) @1% to 125% Full Scale (FS) of input rating (50 mA to 6.25 A) Accuracy (%reading + %FS) MGT Resolution (%FS)* Register BoundsParameter kW Measurement Accuracy IncreasedAccuracy % Full Scale of Rated Load IncreasedAccuracy % Full Scale of Rated Load Input Ratings Input Ratings, continued Optional Input/Output Modules Analog Input Modules Analog Output Modules Voltage Outputs Current Outputs Part Number GAOVDC5 GAOVDC5B GAOVDC10 GAOVDC10B GAOIDC420 Digital Input Modules AC Inputs DC Inputs Part Number GDIAC120 GDIAC240 GDIDC32 GDIDC32H (High Speed) Digital Input Dry Contact Modules Part Number GDICC Thermocouple Input Modules Thermocouple Type Type J Type K Type R Type T Part Number GAITCJ GAITCK GAITCR GAITCT RTD Input Modules Digital Output Modules Zero Voltage Turn-On, Normally Open, Manual Override Output Modules AC Outputs DC Outputs Part Number GDOAC120MO GDOAC240MO GDODC60MO N/A Normally Open, Solid State Relays (Low Leakage) Additional Specifications Compatible A T Commands Page Page Standards Compliance Ordering Information Internal Analog Input Options External Input/Output Expansion Options Ordering Example External Output Device Part Number Summary Warranty Product Return Procedure Page I 9 A B C M N O P Q T U XPress Card, 430 W X