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Schneider Electric 4000 - page 18

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Chapter 1—Introduction 63230-300-212

FirmwAre April 2001

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Contents

Main NOTE:Provides additional information to clarify or simplify a procedure. NOTICE WARNING PLEASE NOTE Class A FCC Statement CONTENTS Page Page Page Page Page LIST OF FIGURES Page LIST OF TABLES Page CHAPTER 1INTRODUCTION HAPTER CONTENTS C W HAT IS THE CIRCUIT MONITOR? Page SMS-3000 Setup Guide, TOPICSNOT COVERED IN THIS BULLETIN Page Page CHAPTER 2SAFETY PRECAUTIONS Page CHAPTER 3OPERATION OPERATING THE DISPLAY Page MAIN MENU OVERVIEW CONFIGURINGTHE CIRCUIT MONITOR USING THE SETUP MENU RS-485 RS-232 Ethernet Options Infrared Port Page Page Table33: Options for Meter Setup Standard speed High speed Boolean Digital Disturbancemonitoring Page Page Page High Low N Y NOTE:An asterisk next to the alarm in the alarm list indicates that the alarm is enabled. Table35: Optionsfor Editing an Alarm NOTE: Other optionmodules will be displayed in the I/O menu if they are installed Page Page NOTE:For a description of the I/O options displayed above,refer to on page 69. Page Custom quantities that youdefine for display from thecircuit monitor are not availableto They mustbe defined separately in SMS. Page Page Page Page Page Page Page Table310: Options for Advanced Meter Setup RESETTING MIN/MAX, DEMAND, AND ENERGY VALUES VIEWING METEREDDATA Page Page VIEWING ALARMS Page VIEWING I/O STATU S normal READING AND WRITING REGISTERS PERFORMING A WIRING ERROR TEST Page Page Page Tabl e 312: Wiring ErrorMessages Page CHAPTER 4METERING CAPABILITIES REAL-TIME READINGS MIN/MAX VALUES FOR REAL-TIME READINGS Page 63230-300-212 Chapter4Metering Capa bilities April 2001 Min/Max Values for Real-time Reading s 55 Figure 42: Reactive PowerVAR sign convention VARSign Conventions Real Power In Reactive Power In Real Power In DEMAND READINGS updatesevery 15 seconds updates every60 seconds updated at each subinterval Figure 43: Block Interval Demand Examples Page 0% Page per pulse per hour per second watt-hours x 3600 seconds x pulse watts = Figure 46: Channel pulse metering example ENERGY READINGS Page POWER ANALYSIS VALUES x100% TDD = I Overall Power 2 Fundamental Power Harmonic Power = Distortion Power Factor = Overall Power Power Factor Fundamental Power Power Factor Tabl e 45: Power Analysis Values CHAPTER 5INPUT/OUTPUT CAPABILITIES I/O OPTIONS DIGITAL INPUTS DEMAND SYNCH PULSE INPUT Normal Demand Mode External Synch Pulse Demand Timing ANALOG INPUTS Page Circuit MonitorControlled: CircuitMonitor Controlled: all RELAY OUTPUT OPERATING MODES Circuit Monitor Controlled: MECHANICAL RELAY OUTPUTS SOLID-STATE KYZ PULSEOUTPUT . Page CALCULATING THE KILOWATTHOUR-PER-PULSE VALU E ANALOG OUTPUTS each Page CHAPTER 6ALARMS ABOUT ALARMS NOTE: Alarms withboth Pickup and Dropout setpoints set to zero are invalid. EV1 EV2 Max1 Alarm Period Pickup Delay Dropout Delay Under VoltagePhase A Pickup, Under Voltage PhaseA Dropout kW Demand kW Demand150kW CUSTOM ALARMS SETPOINT-CONTROLLED RELAY FUNCTIONS Page Page SCALE FACTORS SCALING ALARM SETPOINTS . ALARM CONDITIONS AND ALARM NUMBERS Tabl e 63: List of DefaultAlarms by Alarm Number Tabl e 63: List of Default Alarmsby Alarm Number Tabl e 64: Alarm Types Tabl e 63: List of Default Alarmsby Alarm Number Table 6 4: Alarm Types any,butnot all, none theenabled alarm drops out only one none CHAPTER 7LOGGING ALARM LOG DATA LOGS NOTE: Thesame data log file can support both scheduled and alarm-driven entries. MIN/MAX LOGS MAINTENANCE LOG MEMORY ALLOCATION Page Page CHAPTER 8WAVEFORM AND EVENT CAPTURE TYPES OF WAVEFORMCAPTURES Page Page NOTE: Fordetailed instructions, refer to the SMS online help. SETTING UP THE CIRCUIT MONITOR FOR AUTOMATIC EVENT CAPTURE WAVEFORMSTORAGE HOW THE CIRCUIT MONITOR CAPTURES AN EVENT CHAPTER 9DISTURBANCE MONITORING ABOUT DISTURBANCE MONITORING Page Page CAPABILITIES OF THE CIRCUIT MONITOR DURING AN EVENT USING THE CIRCUIT MONITOR WITH SMS TO PERFORM DISTURBANCE MONITORING t1 t2 UNDERSTANDING THE ALARM LOG Page CHAPTER 10MAINTENANCE AND TROUBLESHOOTING Page CIRCUIT MONITOR MEMORY TechnicalSupport Contacts IDENTIFYING THE FIRMWARE VERSION TROU BLE SHO OT ING Tabl e 101: Troubleshooting APPENDIX AABBREVIATED REGISTER LISTING CONTENTS ABOUT REGISTERS HOW POWER FACTOR IS STORED IN THE REGISTER HOW DATE AND TIME ARE STORED IN THE RE GISTER REGISTER LISTING Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page APPENDIX BUSING THE COMMAND INTERFACE CONTENTS OVERVIEW OF THE COMMAND INTERFACE Page Tabl e B2: Command Codes Takecare when assigningpointers. Valuesmay be corruptedif two commands are using the same register. Table B 2: Command Codes I/O POINT NUMBERS I/O point number OPERATING OUTPUTS FROM THE COMMAND INTERFACE USING THE COMMAND INTERFACE TO CHANGE CONFIGURATION REGISTERS set control start verify proper setup CONDITIONAL ENERGY INCREMENTAL ENERGY SETTING UP INDIVIDUAL HARMONIC CALCULATIONS CHANGING SCALE FACTORS Page GLOSSARY device address UndervoltagePhase A Ethernet address displacement power factor swell sag harmonics (rms voltagesag power factor see powerfactor voltageswell Page INDEX

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