ROOTECH TM-1P-50 Manuals

Manuals and User Guides for ROOTECH TM-1P-50. We have 1 ROOTECH TM-1P-50 manual available for free PDF download: User Manual

ROOTECH TM-1P-50 User Manual

ROOTECH TM-1P-50 User Manual (252 pages)

Digital Power Meter/ Power Measuring Module

Brand: ROOTECH | Category: Measuring Instruments | Size: 17 MB

Table of Contents

Table of Contents
10
Chapter 1 Introduction

18
Chapter 2 Installation

32
Chapter 3 Accura 2350 Operation/Setup

101
- Operation Mode
  101
- Button Operation
  101
- Accura 2350-3P/3PSC
  102
- Applied Model
  102
- Front View
  102
- Display Mode
  103
- Setup Mode
  105
- Accura 2350-1P/1PSC
  119
- Applied Model
  119
- Front View
  119
- Display Mode
  120
- Setup Mode
  120
- Accura 2350-1PSCSH
  129
- Applied Model
  129
- Front View
  129
- Display Mode
  130
- Setup Mode
  130
Chapter 4 Accura 2300S Operation/Setup

141
- Device Configuration
  141
- Operation Modes
  141
- LED Display
  141
- Fig 4.1 Accura 2300S Front View
  141
- Button Operation
  142
- Fig 4.2 Screen in Display Mode
  142
- Fig 4.3 Screen in Setup Mode
  142
- Fig 4.4 Screen in Event Mode
  143
- Display Mode
  144
- Front View
  144
- Fig 4.5 Accura 2300S Front View
  144
- Fig 4.6 Temperature Sensor on Accura 2300S
  145
- Selecting the ID of Accura 2350 Module
  146
- Fig 4.7 Selecting the ID of Accura 2350 Module
  146
- Full Display Screen
  148
- Measurement of Voltage/Current/Power/Energy
  149
- Fig 4.8 Voltage/Current/Power/Energy Display Screen
  149
- Fig 4.9 Voltage/Current/Power/Energy Display Screen for each Phase
  149
- Measurement of Voltage/Frequency
  150
- Measurement of Current
  150
- Fig 4.10 Line-To-Line Voltage Display Screen
  150
- Fig 4.11 Phase Current Display Screen
  150
- Measurement of Power/Power Factor
  151
- Measurement of Demand
  151
- Fig 4.12 Active Power Display Screen
  151
- Fig 4.13 Active Power Demand Display Screen
  151
- Measurement of Active Energy
  152
- Measurement of Leakage Current
  152
- Fig 4.14 Net Energy Display Screen
  152
- Fig 4.15 Leakage Current Display Screen
  152
- Ethernet Information
  153
- Fig 4.16 Ethernet Connection Status Display Screen
  153
- Temperature/Date & Time
  154
- Fig 4.17 Temperature Display Screen
  154
- Setup Mode
  155
- Full Screen in Setup Mode
  156
- Measurement Setup
  157
- Fig 4.18 3-Phase 4-Wire Connection(3P4W): Setup for PT Primary V
  157
- Secondary V Values
  157
- Fig 4.19 3-Phase 3-Wire Connection(3P3W): Setup for PT Primary V
  158
- Secondary
  158
- Fig 4.20 1-Phase 3-Wire Connection(1P3W): Setup for PT Primary V
  158
- Fig 4.21 1-Phase 2-Wire Connection(1P2W): Setup for PT Primary V
  158
- Event Setup
  163
- Fig 4.22 Dip Event Setup(3-Phase 4-Wire)
  164
- Fig 4.23 Dip Event Setup(3-Phase 3-Wire)
  164
- Fig 4.24 Swell Event Setup(3-Phase 4-Wire)
  166
- Fig 4.25 Swell Event Setup(3-Phase 3-Wire)
  166
- Accura 2350 Module ID Setup
  173
- Accura 2350-1P Device Group Setup
  177
- Ethernet Communication Setup
  180
- RS-485 Communication Setup
  183
- Reset Configuration
  185
- Digital Input/Output Setup
  187
- Display Setup
  192
- Information
  195
- Event Mode
  196
- Start Event and End Event
  196
- Providing Notifications for Start Events
  196
- Clearing Event Notifications
  196
- Fig 4.26 Dip(Sag) Event Notification Screen
  196
- Fig 4.27 Swell Event Notification Screen
  196
- Button Function
  197
- Event Log Number
  198
- Event Timestamp
  198
- Fig 4.28 Example of Event Log Number
  198
- Dip Event Log
  199
- Swell Event Log
  199
- Fuse Fail Event Log
  200
- Temperature Event Log
  201
- Current Event Log
  201
- Leakage Current Event Log
  202
- Demand Current Event Log
  203
- Power Event Log
  204
- No Event Log
  204
- Necessary Steps for Device Setup
  205
- Step 1: Setup for the Voltage Wiring of Accura 2300S and PT Rating
  205
- Step 2: Automatic Assignment of Accura 2350 Module Ids and Update of Ids
  206
- Step 3: Ethernet Setup of Accura 2300S
  209
Chapter 5 Measurements

210
- Measurement Parameters
  210
- Measurement Events
  212
- User-Defined Events
  213
- Fig 5.1 Block Diagram of User-Defined Events
  213
- Voltage Wiring
  214
- 3-Phase 4-Wire Connection
  214
- Fig 5.2 3P4W Connection with 3 Pts and 3 Cts
  214
- 3-Phase 3-Wire Connection
  215
- Fig 5.3 3P3W Connection with 2 Pts and 3 Cts
  215
- 1-Phase 3-Wire Connection
  217
- Fig 5.4 1P3W Connection with 2 Pts and 2 Cts
  217
- 1-Phase 2-Wire Connection
  218
- Fig 5.5 1P2W Connection with 1 PT and 1 CT
  218
- Measurement of Voltage Dips(Sags)/Swells
  219
- Fig 5.6 Calculation of 1-Cycle RMS Voltage Refreshed each Half Cycle
  219
- Fig 5.7 Voltage Dip(Sag) Detection
  219
- Leakage Current Measurement
  220
- Residual Voltage Measurement
  220
- Residual Current Measurement
  220
- Measurement of Power Per Phase
  221
- Three-Phase Power Measurement
  222
- Fig 5.8 Vector Sum for the Total Apparent Power
  222
- Power Factor(PF) Measurement
  223
- Fig 5.9 Arithmetic Sum for the Total Apparent Power
  223
- Phase Angle Measurement(Lead/Lag)
  224
- Fig 5.10 PF Sign and Phase Angle(Lead/Lag)
  224
- Demand Measurement
  225
- Fig 5.11 Demand Calculation
  225
- Fig 5.12 Predicted Demand Calculation
  225
- Fig 5.13 Hourly Auto Sync
  226
- Fig 5.14 Manual Sync
  226
- Voltage Harmonics
  227
- Current Harmonics
  227
- Unbalance(Nema MG1)
  227
- Negative-Sequence/Zero-Sequence Unbalance
  229
- Fig 5.15 Symmetrical Components
  229
- Aggregation
  230
- Fig 5.16 Aggregation Process for Avg/Max/Min Values
  230
- Fig 5.17 Aggregation Process for the Last Latched Values
  230
Appendix A Specifications

233
Appendix B Standards

243
Appendix C Accuracy/Reliability

247
- Accuracy
  247
- Reliability
  248
Appendix D Line-To-Neutral Voltage for Common Main Supply Systems

249
- Wiring Modes
  249
Appendix E Ordering Information

250

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