• Power and energy meter

    Shark® 250

    Power and Energy Meter

    • The meter has ANSI C12.20 0.1 Accuracy Class
    • Enhanced Revenue Metering Features
    • Large MemoryCapacity for Load Studies
    • Robust Communication for Utilities
    • Standard Front USB Port for Communication
    • Waveform Recording up to 512 Samples/Cycle
    • Modbus, Level 2 DNP3, and IEC 61850
    • Field Upgradeable I/O
    • Cyber Secured Configuration

    Shark® 250

    Power and Energy Meter

    Shark® 250

    Power and Energy Meter

    • The meter has ANSI C12.20 0.1 Accuracy Class
    • Enhanced Revenue Metering Features
    • Large Memory Capacity for Load Studies
    • Robust Communication for Utilities
    • Standard Front USB Port for Communication
    • Waveform Recording up to 512 Samples/Cycle
    • Modbus, Level 2 DNP3, and IEC 61850
    • Field Upgradeable I/O
    • Cyber Secured Configuration
    • The meter has ANSI C12.20 0.1 Accuracy Class
    • Enhanced Revenue Metering Features
    • Large Memory Capacity for Load Studies
    • Robust Communication for Utilities
    • Standard Front USB Port for Communication
    • Waveform Recording up to 512 Samples/Cycle
    • Modbus, Level 2 DNP3, and IEC 61850
    • Field Upgradeable I/O
    • Cyber Secured Configuration

    Shark® 250

    Power and Energy Meter

    • The meter has ANSI C12.20 0.1 Accuracy Class
    • Enhanced Revenue Metering Features
    • Large Memory Capacity for Load Studies
    • Robust Communication for Utilities
    • Standard Front USB Port for Communication
    • Waveform Recording up to 512 Samples/Cycle
    • Modbus, Level 2 DNP3, and IEC 61850
    • Field Upgradeable I/O
    • Cyber Secured Configuration
  • Shark 50B Standard Web Browser
    Shark® 250
    Revenue Metering for Substations
    • Perpetual Time of Use.
    • CT/PT Compensation to improve system accuracy.
    • Compensation for Transformer and Line Losses.
    • Test mode.
    • Energy presets.
    • Pulse accumulators and totalizers.
    • Up to 8 pulse outputs and 8 pulse inputs.
    Shark® 250
    Revenue Metering for Substations
    Shark® 250 Revenue
    Metering for Substations
    • Perpetual Time of Use.
    • CT/PT Compensation to improve system accuracy.
    • Compensation for Transformer and Line Losses.
    • Test mode.
    • Energy presets.
    • Pulse accumulators and totalizers.
    • Up to 8 pulse outputs and 8 pulse inputs.
    • Perpetual Time of Use.
    • CT/PT Compensation to improve system accuracy.
    • Compensation for Transformer and Line Losses.
    • Test mode.
    • Energy presets.
    • Pulse accumulators and totalizers.
    • Up to 8 pulse outputs and 8 pulse inputs.
    Shark® 250
    Revenue Metering for Substations
    • Perpetual Time of Use.
    • CT/PT Compensation to improve system accuracy.
    • Compensation for Transformer and Line Losses.
    • Test mode.
    • Energy presets.
    • Pulse accumulators and totalizers.
    • Up to 8 pulse outputs and 8 pulse inputs.
  • Power quality and fault analysis
    Shark® 250
    Power Quality & Fault Analysis
    • Power quality features that allow a user to analyse real time data.
    • Gives the user access to fault data and PQ information via multiple analytical tools.
    • Converts data to COMTRADE and PQDIF formats, for system-wide fault data standardization.
    • Measure and record critical PQ data:
      • Harmonics
      • Power factors
      • Phase Imbalance
    • Provides advanced analysis options for improving power system reliability.
    Shark® 250
    Power Quality & Fault Analysis
    Shark® 250
    Power Quality & Fault Analysis
    • Power quality features that allow a user to analyse real time data.
    • Gives the user access to fault data and PQ information via multiple analytical tools.
    • Converts data to COMTRADE and PQDIF formats, for system-wide fault data standardization.
    • Measure and record critical PQ data:
      • Harmonics
      • Power factors
      • Phase Imbalance
    • Provides advanced analysis options for improving power system reliability.
    • Power quality features that allow a user to analyse real time data.
    • Gives the user access to fault data and PQ information via multiple analytical tools.
    • Converts data to COMTRADE and PQDIF formats, for system-wide fault data standardization.
    • Measure and record critical PQ data:
      • Harmonics
      • Power factors
      • Phase Imbalance
    • Provides advanced analysis options for improving power system reliability.
    Shark® 250
    Power Quality & Fault Analysis
    • Power quality features that allow a user to analyse real time data.
    • Gives the user access to fault data and PQ information via multiple analytical tools.
    • Converts data to COMTRADE and PQDIF formats, for system-wide fault data standardization.
    • Measure and record critical PQ data:
      • Harmonics
      • Power factors
      • Phase Imbalance
    • Provides advanced analysis options for improving power system reliability.
  • Advanced smart substation applications
    Shark® 250
    Better Communication for Advanced Smart Substation Applications
    • Offers advanced communication usually found only in higher-end, more costly solutions.
    • Provides Level 2 DNP3 and IEC 61850 to send real time and stored interval data to multiple software systems.
    • Is capable of communicating with an RTU to bring SCADA information back via one protocal, while being evaluated by other software systems for interval or power quality analysis.
    • Multiple, simultaneous serial and Ethernet ports.
    • Front panel USB port for communication and programming.
    Shark® 250
    Better Communication for Advanced
    Smart Substation Applications
    Shark® 250 Better
    Communication for Advanced
    Smart Substation Applications
    • Offers advanced communication usually found only in higher-end, more costly solutions.
    • Provides Level 2 DNP3 and IEC 61850 to send real time and stored interval data to multiple software systems.
    • Is capable of communicating with an RTU to bring SCADA information back via one protocal, while being evaluated by other software systems for interval or power quality analysis.
    • Multiple, simultaneous serial and Ethernet ports.
    • Front panel USB port for communication and programming.
    • Offers advanced communication usually found only in higher-end, more costly solutions.
    • Provides Level 2 DNP3 and IEC 61850 to send real time and stored interval data to multiple software systems.
    • Is capable of communicating with an RTU to bring SCADA information back via one protocal, while being evaluated by other software systems for interval or power quality analysis.
    • Multiple, simultaneous serial and Ethernet ports.
    • Front panel USB port for communication and programming.
    Shark® 250
    Better Communication for Advanced Smart
    Substation Applications
    • Offers advanced communication usually found only in higher-end, more costly solutions.
    • Provides Level 2 DNP3 and IEC 61850 to send real time and stored interval data to multiple software systems.
    • Is capable of communicating with an RTU to bring SCADA information back via one protocal, while being evaluated by other software systems for interval or power quality analysis.
    • Multiple, simultaneous serial and Ethernet ports.
    • Front panel USB port for communication and programming.
    IEC 61850
    Level 2 DNP3
  • Cyber secured configuration
    Shark® 250
    Cyber Secured Configuration
    • An admin level and up to 8 levels of passwords support customization levels of access.
    • Passwords are 30 character alphanumeric.
    • Usernames and passwords are encrypted when sent to the meter, to further enhance security.
    • Allow you to add customized security restriction to most meter functions.
    Shark® 250
    Cyber Secured Configuration
    Shark® 250
    Cyber Secured Configuration
    • An admin level and up to 8 levels of passwords support customization levels of access.
    • Passwords are 30 character alphanumeric.
    • Usernames and passwords are encrypted when sent to the meter, to further enhance security.
    • Allow you to add customized security restriction to most meter functions.
    • An admin level and up to 8 levels of passwords support customization levels of access.
    • Passwords are 30 character alphanumeric.
    • Usernames and passwords are encrypted when sent to the meter, to further enhance security.
    • Allow you to add customized security restriction to most meter functions.
    Shark® 250
    Cyber Secured Configuration
    • An admin level and up to 8 levels of passwords support customization levels of access.
    • Passwords are 30 character alphanumeric.
    • Usernames and passwords are encrypted when sent to the meter, to further enhance security.
    • Allow you to add customized security restriction
      to most meter functions.
    IEC 61850
    Level 2 DNP3
  • Feild expendable
    Shark® 250
    Field Expendable I/O and
    Communication
    The Shark® 250 meter offers unequalled I/O expendability. Using the 2 universal option slots, the unit can easily configured to accept new I/O cards even after installation. The unit auto-detects installed I/O installed cards. up to 2 cards of any type can be used per meter. When using energy metering data, it's imperative to not only measure the data, but also to be able to communicate real time data, in order to meet many operational needs.

    The Shark® 250 meter is able to send data to many different systems, using multiple open protocols. These protocols include Modbus RTU/ASCII/TCP, Level 2 DNP3, and IEC 61850. The meter's communication architecture is flexible, and designed to integrate directly into most existing infrastructure systems.
    Shark® 250
    Field Expendable I/O and Communication
    Shark® 250 Field Expendable
    I/O and Communication
    The Shark® 250 meter offers unequalled I/O expendability. Using the 2 universal option slots, the unit can easily configured to accept new I/O cards even after installation. The unit auto-detects installed I/O installed cards. up to 2 cards of any type can be used per meter. When using energy metering data, it's imperative to not only measure the data, but also to be able to communicate real time data, in order to meet many operational needs.

    The Shark® 250 meter is able to send data to many different systems, using multiple open protocols. These protocols include Modbus RTU/ASCII/TCP, Level 2 DNP3 and IEC 61850. The meter's communication architecture is flexible, and designed to integrate directly into most existing infrastructure systems.
    The Shark® 250 meter offers unequalled I/O expendability. Using the 2 universal option slots, the unit can easily configured to accept new I/O cards even after installation. The unit auto-detects installed I/O installed cards. up to 2 cards of any type can be used per meter. When using energy metering data, it's imperative to not only measure the data, but also to be able to communicate real time data, in order to meet many operational needs.

    The Shark® 250 meter is able to send data to many different systems, using multiple open protocols. These protocols include Modbus RTU/ASCIWTCP, Level 2 DNP3 and IEC 61850.The meter's communication architecture is flexible, and designed to integrate directly into most existing infrastructure systems.
    Shark® 250
    Field Expendable I/O and Communication
    The Shark® 250 meter offers unequalled I/O expendability. Using the 2 universal option slots, the unit can easily configured to accept new I/O cards even after installation. The unit auto-detects installed I/O installed cards. up to 2 cards of any type can be used per meter. When using energy metering data, it's imperative to not only measure the data, but also to be able to communicate real time data, in order to meet many operational needs.

    The Shark® 250 meter is able to send data
    to many different systems, using multiple open
    protocols. These protocols include Modbus
    RTU/ASCII/TCP, Level 2 DNP3, and IEC
    61850. The meter's communication architecture
    is flexible, and designed to integrate directly
    into most existing infrastructure systems.

    INP100S:
    100BaseT Ethernet Capability

    INP300S:
    EC 61860 Protocol
    Ethernet Card

    1mAOS:
    Four Channel
    Bi-directional 0-1
    mA Outputs

    20mAOS:
    Four Channel 4-20
    mA Outputs

    PO1S:
    Four Pulse Outputs / Four Status Inputs

    RO1S:
    Two Relay Outputs / Two Status Inputs

    RS1S:
    Serial Communication Card

    4GLTE:
    Underglass 4G LTE Wireless Cellular Communication

    PO1S:
    Four Pulse Outputs / Four Status Inputs

    RO1S:
    Two Relay Outputs / Two Status Inputs

    RS1S:
    Serial Communication Card

    4GLTE:
    Underglass 4G LTE Wireless Cellular Communication

    PO1S:
    Four Pulse Outputs / Four Status Inputs

    RO1S:
    Two Relay Outputs / Two Status Inputs

    RS1S:
    Serial Communication Card

    4GLTE:
    Underglass 4G LTE Wireless Cellular Communication

    INP100S:
    100BaseT Ethernet Capability

    INP300S:
    EC 61860 Protocol
    Ethernet Card

    1mAOS:
    Four Channel
    Bi-directional 0-1
    mA Outputs

    20mAOS:
    Four Channel 4-20
    mA Outputs

  • Upgrade existing switchboard meters
    Shark® 250
    Upgrade Existing Switchboard Meters
    to Gain Advanced Metering Capabilities
    • Transform to a communicating metering solution easily — Direct replacement to analog meters
    • No panel cutting and uses existing CTs, PTS and wiring.
    • The most cost effective way to modernize existing substation.
    • Add communication, power quality and advanced accuracy easily by just changing the existing meter!
    Shark® 250
    Upgrade Existing Switchboard Meters
    to Gain Advanced Metering Capabilities
    Shark® 250
    Upgrade Existing Switchboard
    Meters to Gain Advanced
    Metering Capabilities
    • Transform to a communicating metering solution easily — Direct replacement to analog meters
    • No panel cutting and uses existing CTs, PTS and wiring.
    • The most cost effective way to modernize existing substation.
    • Add communication, power quality and advanced accuracy easily by just changing the existing meter!
    • Transform to a communicating metering solution easily — Direct replacement to analog meters
    • No panel cutting and uses existing CTs, PTS and wiring.
    • The most cost effective way to modernize existing substation.
    • Add communication, power quality and advanced accuracy easily by just changing the existing meter!
    Shark® 250
    Upgrade Existing Switchboard Meters
    to Gain Advanced Metering Capabilities
    • Transform to a communicating metering solution easily — Direct replacement to analog meters
    • No panel cutting and uses existing CTs, PTS and wiring.
    • The most cost effective way to modernize existing substation.
    • Add communication, power quality and advanced accuracy easily by just changing the existing meter!
    IEC 61850
    Level 2 DNP3
  • Highly Accurate metrology
    Shark® 250
    Highly Accurate Metrology

    The meter has ANSI C12.20 0.1 Accuracy Class and IEC 62053-22 CL 0.2S - typical accuracy better than 0.06%

    • 24 bit analog to digital conversion
    • Sampling rate at over 400 samples per cycle.
    • Multi-stage calibration for accuracy over entire dynamic range.
    • Pickup Current: 0.1% of Nominal: Class 10: 5 mA, Class 2: 1mA
    • Highly stable, precision sensing components to maintain accuracy over time
    Shark® 250
    Highly Accurate Metrology
    Shark® 250
    Highly Accurate Metrology

    The meter has ANSI C12.20 0.1 Accuracy Class and IEC 62053-22 CL 0.2S - typical accuracy better than 0.06%

    • 24 bit analog to digital conversion
    • Sampling rate at over 400 samples per cycle.
    • Multi-stage calibration for accuracy over entire dynamic range.
    • Pickup Current: 0.1% of Nominal: Class 10: 5 mA, Class 2: 1mA
    • Highly stable, precision sensing components to maintain accuracy over time

    The meter has ANSI C12.20 0.1 Accuracy Class and IEC 62053-22 CL 0.2S - typical accuracy better than 0.06%

    • 24 bit analog to digital conversion
    • Sampling rate at over 400 samples per cycle.
    • Multi-stage calibration for accuracy over entire dynamic range.
    • Pickup Current: 0.1% of Nominal: Class 10: 5 mA, Class 2: 1mA
    • Highly stable, precision sensing components to maintain accuracy over time
    Shark® 250
    Highly Accurate Metrology

    The meter has ANSI C12.20 0.1 Accuracy Class and IEC 62053-22 CL 0.2S - typical accuracy better than 0.06%

    • 24 bit analog to digital conversion
    • Sampling rate at over 400 samples per cycle.
    • Multi-stage calibration for accuracy over entire dynamic range.
    • Pickup Current: 0.1% of Nominal:
      Class 10: 5 mA, Class 2: 1mA
    • Highly stable, precision sensing
      components to maintain accuracy
      over time
    IEC 61850
    Level 2 DNP3
  • Large memoray capicity
    Shark® 250
    Large Memory Capacity
    • An admin level and up to 8 levels of passwords support customization levels of access.
    • Passwords are 30 character alphanumeric.
    • Usernames and passwords are encrypted when sent to the meter, to further enhance security.
    • Allow you to add customized security restriction to most meter functions.
    Shark® 250
    Large Memory Capacity
    Shark® 250
    Large Memory Capacity
    • An admin level and up to 8 levels of passwords support customization levels of access.
    • Passwords are 30 character alphanumeric.
    • Usernames and passwords are encrypted when sent to the meter, to further enhance security.
    • Allow you to add customized security restriction to most meter functions.
    • An admin level and up to 8 levels of passwords support customization levels of access.
    • Passwords are 30 character alphanumeric.
    • Usernames and passwords are encrypted when sent to the meter, to further enhance security.
    • Allow you to add customized security restriction to most meter functions.
    Shark® 250
    Large Memory Capacity
    • An admin level and up to 8 levels of passwords support customization levels of access.
    • Passwords are 30 character alphanumeric.
    • Usernames and passwords are encrypted when sent to the meter, to further enhance security.
    • Allow you to add customized security restriction
      to most meter functions.
    Record voltage surges and sags
    View a captured oscilloscope
    of the waveform
HomeProductsShark® 250 Power and Energy Meter

Shark® 250 Power and Energy Meter

The Shark® 250 meter is the latest addition to the Shark® Series power meter line. Designed for Utility substation and critical industrial applications, it offers enhanced revenue metering features, such as on-board Time of Use, CT/PT compensation, Test Mode and Energy presets, pulse accumulators and totalizers. It has multiple serial or Ethernet ports for redundant communication, including a front panel USB port. The Shark® 250 meter has up to 128 MB memory capacity for more significant load studies, including longer storage without overwriting of data.

Cyber Secure Encrypted Configuration

The Shark® 250 power meter uses a multi-level Cyber Secure encrypted configuration. The meter’s Cyber security prevents tampering and hacking of your power system data. Features of the meter’s unique Cyber Security include:

  • Highly secure encrypted passwords.
  • 9 user IDs and passwords – up to 30 characters in length to insure password strength
  • An administrator and up to 8 user IDs
  • Password fail timeouts eliminate brute force attacks
  • Limit access to meter functions

Robust Communication

The Shark® 250 meter allows up to 4 serial and Ethernet communication ports, including a front panel USB, a standard RS485, optional RS232/RS485, and up to two Ethernet ports.

  • Level 2 DNP3 (available for 1 serial and/or 1 Ethernet port) and/or IEC 61850
  • Modbus RTU/ASCII/TCP
  • NTP, SMTP, HTTP Ethernet protocols
  • Ethernet ports and Serial ports
  • USB Port
  • RS485 Port

Field Expandable I/O

The Shark® 250 power meter is field upgradeable. Expandable I/O cards include:

  • RS1S: Serial Communication Card with RS232/485 Modbus and DNP3
  • INP100S: 100BaseT Ethernet Card with Modbus and DNP3
  • INP300S: IEC 61850 Protocol Ethernet Card
  • 1mAOS: Four Channel Bi-directional 0-1 mA Outputs
  • 20mAOS: Four Channel 4-20 mA Outputs
  • PO1S: Four Pulse Outputs/Four Status Inputs
  • RO1S: Two Relay Outputs/Two Status Inputs

Data Trending and Analysis

The Shark® 250 power meter has up to 128 MB of memory for data logging. Use the memory for historical trends, limit alarms, I/O changes and sequence of events. The meter’s advanced storage means the unit can be programmed to store historical and waveform data for many years. In addition, the unit’s real-time clock allows for time stamping of all the data in the instrument. The clock is accurate to 3 ppm and is very stable over temperature.

Power Quality Measurement and Analysis

The Shark® 250 power meter records up to 512 samples per cycle for a voltage sag or swell, or a current fault event. The unit provides the pre and post-event recording capability shown in the table below. Waveform records are programmable to the desired sampling rate. V4 provides up to 128 MB of storage.

The meter’s advanced DSP design allows power quality triggers to be based on a 1 cycle updated RMS. Hundreds of events can be stored until the memory fills. The meter stores waveform data in a first-in/first-out circular buffer to insure data is always recording.

The unit uniquely offers a waveform scope to view the real time waveform for voltage and current. The waveform scope allows the meter to be used as a basic oscilloscope throughout a power system.

https://www.electroind.com/eigs-shark-250-meter-meets-ansi-c12-20-0-1-cl/

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