Electro Industries Shark 200 Manuals

Manuals and User Guides for Electro Industries Shark 200. We have 2 Electro Industries Shark 200 manuals available for free PDF download: Installation & Operation Manual

Electro Industries Shark 200 Installation & Operation Manual (353 pages)

Upgradeable Fully Featured Power & Energy Meter

Brand: Electro Industries | Category: Measuring Instruments | Size: 20.26 MB

Electro Industries/Gaugetech Electro Industries/Gaugetech Doc # E149701
4
Customer Service and Support
5
Table of Contents
9
1 Three-Phase Power Measurement

13
2 Meter Overview and Specifications

31
- Voltage and Current Inputs
  35
  - Universal Voltage Inputs
    35
  - Current Inputs
    35
  - Ordering Information
    35
  - Key Technology
    38
  - Obtaining a V-Switch Key
    38
  - Enabling the V-Switch Key
    39
- Measured Values
  40
- Utility Peak Demand
  41
- Specifications
  42
  - KYZ/RS485 Port Specifications
    44
  - Infrared LED
    45
  - Internal Schematic
    45
  - Output Timing
    45
  - Optional, through I/O Card Slots
    47
- Compliance
  47
- Accuracy
  49
3 Mechanical Installation

51
- Meter Front and Side Dimensions
  51
- 200T Dimensions
  52
- Meter Back Dimensions
  52
- ANSI Installation Steps
  53
- ANSI and DIN Cutout Dimensions
  53
- DIN Installation Steps
  54
  - Figure 3.5: ANSI Installation
    54
  - DIN Installation
    55
- Transducer Installation
  56
  - Specs for DIN Rail Mounting
    56
  - DIN Rail (Slotted) Dimensions
    56
  - Transducer on DIN Rail
    56
  - DIN Rail Detail
    57
4 Electrical Installation

59
5 Communication Installation

81
- Irda Port
  81
- RS485 / KYZ Output (Com 2)
  81
- Shark 200 Meter Back with RS485 Communication Installation
  82
- Shark 200 Meter Connected to a PC Via RS485 Bus
  82
- 2-Wire RS485 Connection
  83
- RS485 Daisy Chain Connection
  84
- Incorrect “T” and “Star” Topologies
  84
- Using the Unicom 2500
  85
- Unicom 2500 with Connections
  85
- Using the RS485 to USB Communication Converter
  86
  - To Use the E205301
    87
  - Meter Hookup
    87
- And Programming Overview
  87
- Accessing the Meter in Default Communication Mode
  88
  - Protocol: Modbus RTU
    88
  - Shark 200 Meter Device Profile Settings
    93
  - CT, PT Ratios and System Hookup
    93
  - Example CT Settings
    95
  - Example PT Settings
    95
  - Display Configuration
    96
  - Phases Displayed
    96
  - Auto Scroll Display
    96
  - Enable on Face Plate of Display
    96
  - Flip Power Factor Sign
    97
  - Display Voltage in Secondary
    97
  - Load Bar Custom Configuration
    100
  - Enable Fixed Scale for Voltage Display
    100
  - Energy, Power Scaling, and Averaging
    101
  - Power Settings
    101
  - Energy Settings
    101
  - System Settings
    102
  - Interval Window
    102
  - Change the Password
    103
  - Change the Meter Identification
    103
  - Limits
    104
  - To Set up a Limit
    104
  - To Configure a Limit
    105
  - Primary Fields
    105
  - Time Settings
    106
  - Using the Shark 200 Meter
    109
  - Understanding Meter Face Elements
    109
  - Face Plate with Elements
    109
6 : Using the Shark® 200 Meter

110
- Understanding Meter Face Buttons
  110
- Faceplate with Buttons
  110
- Using the Front Panel
  111
  - Understanding Startup and Default Displays
    111
  - Display Showing Watt-Hour Reading
    112
- Using the Main Menu
  112
- Using Reset Mode
  113
- Entering a Password
  114
- Using Configuration Mode
  115
- To Access Configuration Mode
  115
- Configuring the Scroll Feature
  117
- To Enable or Disable Auto-Scrolling
  117
- Configuring CT Setting
  118
- Configuring PT Setting
  119
  - To Change the Value for the PT Numerator or Denominator
    119
  - To Change the Value for the PT Scaling
    119
- Configuring Connection Setting
  121
  - Configuring Communication Port Setting
    121
  - To Enter the Address
    122
  - To Select the Baud Rate
    122
  - To Select the Protocol
    122
- Using Operating Mode
  123
- Possible Readings
  123
- Understanding the % of Load Bar
  124
  - Performing Watt Hour Accuracy Testing (Verification)
    125
  - Watt Hour Test Pulse
    125
  - Using the Watt Hour Test Pulse
    126
  - Test Procedure
    127
  - Using the I/O Option Cards
    129
  - Shark 200 Meter Back, Showing Option Card Slots and I/O Card
    129
  - Detail of Guide Track
    130
7 Using the I/O Option Cards

130
- Configuring Option Cards
  132
  - 1Ma Output Card
    132
  - Default Configuration
    133
- Wiring Diagram
  134
  - Channel 0 - 1 Ma Output Card
    134
  - 20Ma Output Card (20Maos)
    135
- Default Configuration
  136
- Wiring Diagram
  137
- Digital Output (Relay Contact) / Digital Input Card (RO1S)
  138
- Relay Contact (2) / Status Input (2) Card
  140
- Wiring Diagram
  140
- Pulse Output (Solid State Relay Contacts Digital Input Card (P01S)
  141
- Default Configuration
  142
- Pulse Output (4) / Status Input (4) Card
  143
- Wiring Diagram
  143
- Fiber Optic Communication Card (FOSTS; FOVPS)
  144
  - ST Type Connector
    145
  - Versatile Link Type Connector
    145
- Wiring Diagram
  145
  - 10/100Baset Ethernet Communication Card (INP100S)
    146
  - Default Configuration
    147
- IEC 61850 Protocol Ethernet Network Card (INP300S)
  148
- IEC61850 Protocol Ethernet Network Card
  149
- Default Configuration
  149
8 : Using the Ethernet Card (INP100S)

151
- Using the Ethernet Card (INP100S)
  151
- Hardware Connection
  151
- Meter with INP100S Card
  151
- Overview
  151
- Performing Network Configuration
  152
- INP100S Ethernet Card Features
  152
- Ethernet Communication
  153
  - Embedded Web Server
    153
  - Upgrading the Ethernet Card’s Firmware
    161
- Resetting the Ethernet Card
  163
- Email Notification
  164
- Data Push
  170
- NTP Time Server Synchronization
  174
  - Modbus and DNP over Ethernet
    174
  - 8 Keep-Alive Feature
    174
9 : Data Logging

177
- Data Logging
  177
- Available Logs
  177
  - Historical Logs
    177
  - Limit/Alarm Log
    177
  - System Events Log
    178
  - Waveform Log
    178
  - A: Shark® 200 Meter Navigation Maps
    179
  - Main Menu Screens (Sheet 1)
    180
  - Operating Mode Screens
    181
  - Reset Mode Screens
    182
  - Configuration Mode Screens
    183
  - Modbus Register Map Sections
    185
  - Data Formats
    185
  - Ascii
    185
B: Modbus Map and Retrieving Logs

185
- B.4: Floating Point Values
  186
  - B.5: Retrieving Logs Using the Shark® 200 Meter's Modbus Map
    187
  - 200 Meter Logs
    188
- B.5.1: Data Formats
  188
  - I/O Change Log Tables
    189
  - Card Change Flags
    189
  - Card Current States
    190
  - PQ Event Log
    190
  - Historical Log Programmable Settings
    190
- B.5.3: Block Definitions
  190
  - Historical Log Blocks
    191
  - Header
    191
  - Register List
    192
  - Item Descriptor List
    193
  - Log Status Block
    194
  - Max Records
    195
  - Records Used
    195
  - Record Size
    195
  - Log Availability
    195
  - Log Retrieval Block
    196
  - Log Retrieval Header
    197
  - Records Per Window
    198
  - Number of Repeats
    199
  - Log Retrieval Window Block
    199
  - Window Status
    199
  - Record Number
    200
  - Auto-Increment
    200
- B.5.4: Log Retrieval
  200
- Modbus Function Code 0X23
  201
- B.5.4.3: Log Retrieval Procedure
  202
- B.5.4.4: Log Retrieval Example
  205
  - Timestamp
    209
- System Event Record
  214
- B.5.5: Log Record Interpretation
  214
  - Alarm Record
    218
  - Direction
    218
  - Limit ID
    218
  - Limit Type
    218
  - Above Hysteresis
    219
  - Above Setpoint
    219
  - Identifier
    219
  - Interpretation of Alarm Data
    219
  - Below Hysteresis
    220
  - Below Setpoint
    220
  - Historical Log Record
    221
  - I/O Change Log Record
    222
  - PQ Event Record
    223
  - Present States
    223
  - Waveform Log Record
    223
- Log Retrieval Section
  224
- B.5.6: Examples
  224
  - Historical Log 1 Record and Programmable Settings
    226
  - Sample Historical Log 1 Record
    226
  - Waveform Log Retrieval
    227
  - Header Block Definition - 36 Bytes
    228
  - Channel Sample Block Definition (4098 Bytes)
    229
  - Parsing a Waveform Capture
    229
  - Additional Waveform Processing
    236
  - Event Channels
    243
    
    Parsing a PQ Event Record
    243
    
    PQ Event Record Binary Content Mapping
    243
    
    Timestamp (6B)
    243
  - Event_Cycle_Tag = 0
    245
  - Flags= 0
    245
  - Present State/Event Channel Definition (2 Bytes)
    246
  - Decimal Representation
    249
- B.6.1: Hex Representation
  249
  - Modbus Register Map (MM-1 to MM-40)
    250
  - Meter Data Section (Note 2)
    252
  - Physical Layer
    295
C: DNP Mapping

295
- C.1: Supported Link Functions
  296
- Application Layer
  296
- C.3: Data Link Layer
  296
  - Error Reply
    298
  - Object Specifics
    298
  - Object 1 - Binary Input Status with Flag
    298
  - Object 10 - Binary Output States
    298
- C.4: Application Layer
  298
  - Object 30 - Analog Inputs
    299
  - Object 50 - Date and Time
    299
  - Object 60 - Class Objects
    299
  - DNP Object Point Map
    300
  - Binary Input Status with Flags
    300
  - Supported Flags
    300
  - Binary Output States
    301
  - Control Relay Outputs
    302
  - Object 20 - Binary Counters (Primary Readings)
    303
  - Object 30 - Analog Inputs (Secondary Readings)
    304
  - Object 30 - Analog Inputs (Primary Readings)
    307
  - Object 80 - Internal Indicator
    309
  - DNP Message Layouts
    309
  - Legend
    309
  - Link Layer Related Frames
    310
  - Application Layer Related Frames
    310
  - Clear Restart
    310
  - Reset Link
    310
  - Reset Energy
    311
  - Switch to Modbus
    311
  - Reset Demand (Maximums & Minimums)
    311
  - Internal Indication Bits
    312
  - Bad Function
    312
  - Object Unknown
    312
  - Out of Range
    312
  - Installation Procedures
    313
D: Using the USB to Irda Adapter (CAB6490)

313

Electro Industries Shark 200 Installation & Operation Manual (179 pages)

LOW-COST HIGH PERFORMANCE MULTIFUNCTION ELECTRICITY METER

Brand: Electro Industries | Category: Measuring Instruments | Size: 4.28 MB

Customer Service and Support
4
Limitation of Warranty
4
Product Warranty
4
Statement of Calibration
4
About Electro Industries/Gaugetech
5
Chapter 1 Three-Phase Power Measurement

11
- Three-Phase System Configurations
  11
- 1: Wye Connection
  11
- 2: Delta Connection
  13
- 3: Blondell's Theorem and Three Phase Measurement
  14
- Power, Energy and Demand
  16
- Kilowatt-Hours
  18
- Reactive Energy and Power Factor
  18
- Harmonic Distortion
  20
- Power Quality
  23
- 1: Voltage and Current Inputs
  26
- 2: Ordering Information
  27
- Current Input
  27
- 3: V-Switch ™ Key Technology
  28
- 4: Measured Values
  29
- 5: Utility Peak Demand
  30
- Specifications
  30
- Output Timing
  31
- Environmental Rating
  32
Chapter 3 Mechanical Installation

35
- ANSI Installation Steps
  37
- DIN Installation Steps
  38
Chapter 4 Electrical Installation

41
Chapter 5 Communication Installation

59
- 1: Irda Port (Com 1)
  59
- 2: RS485 / KYZ Output (Com 2)
  60
- For All RS485 Connections
  61
- 1: Using the Unicom 2500
  63
- Meter Connection
  64
- Modbus RTU
  64
- Display Configuration
  67
- 1: Understanding Meter Face Elements
  71
- 2: Understanding Meter Face Buttons
  71
- Using the Front Panel
  72
- 1: Understanding Startup and Default Displays
  72
- 2: Using the Main Menu
  73
- 3: Using Reset Mode
  73
- 4: Entering a Password
  74
- Configuration Mode
  74
- 5: Using Configuration Mode
  75
- 1: Configuring the Scroll Feature
  76
- 2: Configuring CT Setting
  77
- 3: Configuring PT Setting
  78
- 4: Configuring Connection Setting
  79
- 5: Configuring Communication Port Setting
  79
- Understanding the % of Load Bar
  81
- Performing Watt-Hour Accuracy Testing (Verification)
  82
- Installing Option Cards
  84
- Configuring Option Cards
  84
- 3: Wiring Diagram
  86
- 20Ma Output Card (20Maos)
  87
- Digital Output (Relay Contact) / Digital Input Card (RO1S)
  89
- 2: Wiring Diagram
  90
- Pulse Output (Solid State Relay Contacts) / Digital Input Card (P01S)
  91
- Fiber Optic Communication Card (FOSTS; FOVPS)
  93
- Multi Mode
  93
- 2: Default Configuration
  95
- Hardware Connection
  97
- Performing Network Configuration
  98
- Upgrading the Ethernet Card's Firmware
  98
- B.4: Floating Point Values
  108
- B.5.1: Data Formats
  109
- Block Size
  111
- Register List
  112
- B.5.4: Log Retrieval
  117
- B.5.4.2: Modbus Function Code 0X23
  117
- B.5.4.3: Log Retrieval Procedure
  118
- B.5.4.4: Log Retrieval Example
  119
- Alarm Record
  126
- C.2: Physical Layer
  163
- C.3: Data Link Layer
  163
- C.4: Application Layer
  164
- C.5: Error Reply
  164
- C.6: DNP Lite Register Map
  165
- C.7: DNP Message Layouts
  167
- D.2: Installation Procedures
  171

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Electro Industries Shark 200 Installation & Operation Manual (353 pages)

Table of Contents

1 Three-Phase Power Measurement

2 Meter Overview and Specifications

3 Mechanical Installation

4 Electrical Installation

5 Communication Installation

6 : Using the Shark® 200 Meter

7 Using the I/O Option Cards

8 : Using the Ethernet Card (INP100S)

9 : Data Logging

B: Modbus Map and Retrieving Logs

C: DNP Mapping

D: Using the USB to Irda Adapter (CAB6490)

Electro Industries Shark 200 Installation & Operation Manual (179 pages)

Table of Contents

Chapter 1 Three-Phase Power Measurement

Chapter 3 Mechanical Installation

Chapter 4 Electrical Installation

Chapter 5 Communication Installation

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