Yokogawa PR300 Power and Energy Meter Instruction Manuals and User Guides
We have 4 Instruction Manuals and User Guides for PR300 Power and Energy Meter Yokogawa
Manuals 
| Recognized languages: | English |
|---|---|
| Pages: | 2 |
| Size: | 737 KB |
| Recognized languages: | English |
|---|---|
| Pages: | 22 |
| Size: | 1.07 MB |
| Recognized languages: | English |
|---|---|
| Pages: | 76 |
| Size: | 5.77 MB |
Show table of contents
Document Outline
- Introduction
- Notices
- Checking the Package
- Checking the Model and Suffix Codes
- Contents
- Chapter 1 Installation and Wiring
- 1.1 Installation with the ANSI 4-inch Round Form or JIS 110-square Instrument Size
- 1.2 Installation with the DIN 96-square Instrument Size
- 1.3 Wiring
- Crimping Terminal Recommendations
- Single-phase two-wire system (voltage input, current input, power supply)
- Single-phase three-wire system (voltage input, current input, power supply)
- Three-phase three-wire system (voltage input, current input, power supply)
- Three-phase four-wire system (voltage input, current input, power supply)
- Three-phase four-wire system (2.5 element) (voltage input, current input, power supply)
- Other Wiring
- 1.4 Attaching the Dust Cover and Terminal Cover
- Chapter 2 Preparations before Starting Measurement (Set up the PR300 First)
- Chapter 3 Parameter Setting Operations
- 3.1 Basic Parameter Setting Operations
- 3.2 Setting the VT and CT Ratios
- 3.3 Setting the Integrated Low-cut Power
- 3.4 Setting RS-485 Communication Conditions
- 3.5 Setting Ethernet Communication Conditions
- 3.6 Setting Pulse Output Conditions
- 3.7 Setting Analog Output Conditions
- 3.8 Setting Demand Measurement Conditions
- 3.9 Setting the Measured Value Display Pattern
- 3.10 Setting the “Indicator-out” Mode and Locking Parameters
- Chapter 4 Operation for Display of Measurement Items and Measurement Method
- 4.1 Measurement Items
- 4.2 Switching Display Pattern
- 4.3 Displaying Measured, Instantaneous, and Maximum/Minimum Values
- Example Display and Measuring Ranges of Active Power (Regenerative Power)
- Example Display and Measuring Ranges of Reactive Power
- Example Display and Measuring Ranges of Apparent Power
- Example Display and Measuring Ranges of Voltage
- Example Display and Measuring Ranges of Current
- Example Display and Measuring Ranges of Power Factor
- Example Display and Measuring Ranges of Frequency
- How to Switch between Instantaneous Value, Maximum Value, and Minimum Value
- 4.4 Phase Switching for Voltage and Current
- 4.5 Displaying Energy Values
- 4.6 Resetting Measured Values
- 4.7 Demand Measurement (Optional Measuring Function)
- Chapter 5 Troubleshooting
- Appendix
- Appendix 1 Specifications of PR300
- Measuring Function
- Power Items and Equations
- Input Specifications
- Digital Input Specifications
- Analog Output Specifications (additional output function)
- Pulse Output Specifications (additional output function)
- Demand Alarm Output Specifications (optional measuring function)
- Communication Specifications
- Standard Performance
- Safety and EMC Standards
- Environmental Conditions
- Mounting and Shape
- Appendix 2 System Reset
- Appendix 3 Parameter Map
- Appendix 4 Parameter List
- Appendix 5 Alphanumeric Characters Table for 7-segment LED
- Appendix 1 Specifications of PR300
- Index
- A
- C
- D
- E
- H
- I
- M
- O
- P
- R
- S
- T
- V
- W
- Wiring diagram
- Single-phase two-wire system
- Single-phase three-wire system
- Three-phase three-wire system
- Three-phase four-wire system
- Three-phase four-wire system (2.5 element)
- Analog output
- Demand alarm output
- Demand alarm release
- Ethernet communication
- Integration control signal
- Palse output
- RS-485 communication
- Wiring diagram
| Recognized languages: | English |
|---|---|
| Pages: | 141 |
| Size: | 5.93 MB |
Show table of contents
Document Outline
- Introduction
- Documentation Conventions
- Notices
- CONTENTS
- 1. Communications Overview
- 2. Setup
- 3. Procedures for Setting PR300 Functions
- 4. PC Link Communication Protocol
- 4.1 Overview
- 4.2 Command and Response
- WRD Reads D registers on a word-by-word basis
- WWR Writes data into D registers on a word-by-word basis
- WRR Reads D registers on a word-by-word basis in random order
- WRW Writes data into D registers on a word-by-word basis in random order
- WRS Specifies the D registers to be monitored on a word-by-word basis
- WRM Monitors the D registers on a word-by-word basis
- INF6 Reads the model, suffix codes, and version information
- INF7 Reads the maximum value of CPU
- 4.3 Communication with Higher-level Devices
- 4.4 Sample Program
- 5. Modbus/RTU and ASCII Communication Protocols
- 6. Modbus/TCP Communication Protocol
- 7. Functions and Usage of D Registers
- 8. PR201 Original Communication Protocol
- Appendix Table of ASCII Codes (Alphanumeric Codes)
- Revision Information