PM800 User Guide June_2011 Installation Directions

2014-07-05

• Contents
• Chapter 1— Introduction
  • Topics Not Covered In This Manual
  • What is a Power Meter?
  • Power Meter Hardware
    • Power Meter With Integrated Display
    • Power Meter Without Display
    • Power Meter With Remote Display
    • Power Meter Parts and Accessories
  • Box Contents
  • Features
  • Firmware
• Chapter 2— Safety Precautions
• Chapter 3— Operation
  • Power Meter Display
  • How the Buttons Work
  • Changing Values
  • Menu Overview
  • Power Meter Setup
    • SETUP MODE Access
    • DATE Setup
    • TIME Setup
    • LANG (Language) Setup
    • COMMS (Communications) Setup
    • METER Setup
    • CTs Setup
    • PTs Setup
    • HZ (System Frequency) Setup
    • SYS (System Type) Setup
    • ALARM (Alarms) Setup
    • I/O (Input/Output) Setup
    • PASSW (Password) Setup
    • TIMER (Operating Time Threshold) Setup
    • ADVAN (Advanced) Power Meter Setup Features
    • ROT (Phase Rotation) Setup
    • E-INC (Incremental Energy Interval) Setup
    • THD Calculation Setup
    • VAR/PF Convention Setup
    • Lock Resets Setup
    • Alarm Backlight Setup
    • Bar Graph Setup
    • PQ Advanced Evaluation Setup
    • Power Demand Configuration Setup
  • Power Meter Resets
    • Initialize the Power Meter
    • Accumulated Energy Readings Reset
    • Accumulated Demand Readings Reset
    • Minimum/Maximum Values Reset
    • Display Mode Change
    • Accumulated Operating Time Reset
  • Power Meter Diagnostics
    • View the Meter Information
    • Read and Write Registers
    • View the Meter Date and TIme
• Chapter 4— Metering Capabilities
  • Real-Time Readings
    • Min/Max Values for Real-time Readings
  • Power Factor Min/Max Conventions
  • Power Factor Sign Conventions
  • Demand Readings
    • Demand Power Calculation Methods
    • Demand Current
    • Predicted Demand
    • Peak Demand
    • Generic Demand
    • Input Metering Demand
  • Energy Readings
  • Energy-Per-Shift (PM810 with PM810LOG)
    • Configuration
  • Power Analysis Values
• Chapter 5— Input/Output Capabilities
  • Digital Inputs
  • Demand Synch Pulse Input
  • Relay Output Operating Modes
  • Solid-state KY Pulse Output
    • 2-wire Pulse Initiator
  • Fixed Pulse Output
  • Calculating the Kilowatthour-Per-Pulse Value
  • Analog Inputs
  • Analog Outputs
• Chapter 6— Alarms
  • Basic Alarm Groups
  • Setpoint-driven Alarms
  • Priorities
  • Viewing Alarm Activity and History
  • Types of Setpoint-controlled Functions
  • Scale Factors
  • Scaling Alarm Setpoints
  • Alarm Conditions and Alarm Numbers
  • Advanced Alarm Groups
  • Alarm Levels
  • Viewing Alarm Activity and History
  • Alarm Conditions and Alarm Numbers
• Chapter 7— Logging
  • Introduction
  • Memory Allocation for Log Files
  • Alarm Log
    • Alarm Log Storage
  • Maintenance Log
  • Data Logs
    • Alarm-driven Data Log Entries
    • Organizing Data Log Files (PM850, PM870)
  • Billing Log
    • Configure the Billing Log Logging Interval
• Chapter 8— Waveform Capture
  • Introduction
  • Waveform Capture
    • Initiating a Waveform
  • Waveform Storage
    • Waveform Storage Modes
  • How the Power Meter Captures an Event
  • Channel Selection in PowerLogic Software
• Chapter 9— Disturbance Monitoring (PM870)
  • About Disturbance Monitoring
  • Capabilities of the PM870 During an Event
• Chapter 10— Maintenance and Troubleshooting
  • Introduction
  • Power Meter Memory
    • Date and Time Settings
  • Identifying the Firmware Version, Model, and Serial Number
  • Viewing the Display in Different Languages
  • Technical Support
  • Troubleshooting
    • Heartbeat LED
• Appendix A—Instrument Transformer Wiring: Troubleshooting Tables
  • Using This Appendix
    • What is Normal?
  • Section I: Common Problems for 3-Wire and 4-Wire Systems
  • Section II: 3-Wire System Troubleshooting
  • Section III: 4-Wire System Troubleshooting
  • Field Example
• Appendix B—Register List
  • Register List Access
  • About Registers
    • Floating-point Registers
  • How Date and Time are Stored in Registers
  • How Signed Power Factor is Stored in the Register
  • Supported Modbus Commands
  • Resetting Registers
• Appendix C—Using the Command Interface
  • Overview of the Command Interface
    • Issuing Commands
    • I/O Point Numbers
  • Operating Outputs from the Command Interface
  • Using the Command Interface to Change Configuration Registers
  • Conditional Energy
    • Command Interface Control
    • Digital Input Control
  • Incremental Energy
    • Using Incremental Energy
  • Setting Up Individual Harmonic Calculations
  • Changing Scale Factors
  • Enabling Floating-point Registers
• Appendix D—Advanced Power Quality Evaluations
  • Power Quality Standards
  • SEMI-F47/ITI (CBEMA) Specification
  • EN50160:2000 Specification
  • How Evaluation Results Are Reported
  • Possible Configurations Through Register Writes
  • Evaluation During Normal Operation
  • Evaluations During Abnormal Operation
  • Operation with PQ Advanced Enabled
  • Advanced Power Quality Evaluation System Configuration and Status Registers [EN50160 and SEMI-F47/ITI (CBEMA)]
  • EN50160 Evaluation Data Available Over a Communications Link
  • Setting Up PQ Advanced Evaluation from the Display
• Glossary
  • Terms
  • Abbreviations and Symbols
• Index