Shark 270 Meter Brochure V.1.07 Revenue Energy E159710
User Manual: Pdf Shark-270-revenue-energy-meter-brochure E159710
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Revenue Meter
• 0.15% Energy Accuracy
• Compliant with ANSI C12.20 Class 0.2 and IEC
62053-22 Class 0.2S
• Time of Use, Transformer/Line Loss Compensation,
and Test Mode
• Real Time SCADA Communication Capability:
Modbus RTU Modbus TCP/IP, Level 2 DNP3,
and IEC 61850
• 3 Communication Ports
• Rugged Design with New Advanced Primary
Surge Suppression
Power Quality Meter
• Power Quality Analyzer with Limits, %THD
Monitoring and Harmonics Recording
• 512 Samples/Cycle Waveform Recorder on Surges
and Sag Events
• Onboard Storage to Retain Data for Later Retrieval
• Extensive Logging and Recording
• Ethernet Communication Offers Data Push to
Cloud Servers
• Enhanced Security with IP Whitelisting
www.electroind.com
Electro Industries/GaugeTech™
The Leader in Power Monitoring and Smart Grid Solutions™
SOCKET FORM REVENUE METER
Economical and Highly Featured
MV90
CoMpatible
New
New
2
The Shark® 270 is a socket form revenue meter designed for
both critical meter applications and basic commercial/industrial
metering applications. It is a significant departure from existing
technology, incorporating high-end revenue metering functions in
an economical design.
The Shark® 270 meter is a full four quadrant, bidirectional
revenue meter that can also be used for inter-tie metering. Its
0.15% metrology accuracy meets and exceeds all the accuracy
requirements of ANSI C12.20 Class 0.2% and IEC 62053-22
CL 0.2S. The meter has advanced revenue metering features
that allow it to be used not only for measuring basic energy, but
also for providing a full complement of necessary tools, such
as transformer/line loss compensation, CT/PT compensation,
advanced test mode, perpetual TOU, and extensive logging for
interval energy storage.
The Shark® 270 meter is designed to be field upgradeable. When
enabled, the meter will provide extensive power quality features,
including the ability to measure harmonics to the 40th order. In
addition, it will provide a captured waveform of voltage surges
and sags; current fault events; imbalance analysis, including
symmetrical components; and much more.
All data can be analyzed using EIG’s software, or converted to
PQDIF® or COMTRADE® formats for analysis by third
party systems.
The Shark® 270 meter also has one of the industry’s most
comprehensive communication capabilities, including extensive
Ethernet functionality. It can send out data via a host of protocols,
including Modbus, DNP3, and IEC 61850, to help in solving any
metering data dilemma.
DESCRIPTION
• 0.15% revenue certifiable energy and demand metering
• Meets ANSI C12.20 Class 0.2% and IEC 62053-22 CL 0.2S
• Time of Use functionality
• Transformer/line loss and CT/PT compensation
• Test mode and energy presets
• Multifunction measurement including voltage, current, power,
frequency, energy, etc.
• Configurable pulse accumulators and aggregators
• Ten logs, including six historical logs for trending data
• Up to 128 MB memory for logging and data storage
and analysis
• Power quality measurement of %THD and alarm limits,
symmetrical components, voltage and current unbalance
• Sampling rate of up to 512 samples per cycle for
waveform recording
• Multiple standard and optional communication ports
• Optional 100BaseT Ethernet with embedded web server*
• Optional IEC 61850 Protocol server*
• Cyber security, including multilevel passwords and physical
sealing switch
* Only one Ethernet card (INP100S or INP300S) can be used in
the meter.
FROM THE SIMPLE TO THE COMPLEX
Accuracy
• Primary revenue metering
• Industrial and commercial metering and sub-metering
• Advanced metering infrastructure
• Customer power quality
• Grid monitoring and substation metering
• Distribution automation
Applications
Parameters Accuracy
Voltage L-N [V] 0.1% of reading
Voltage L-L [V] 0.2% of reading
Current Phase [A] 0.1% of reading
Current Neutral (calculated) [A] 2% of Full Scale
Active Power Total [W] 0.15% of reading
Active Energy Total [Wh] 0.15% of reading
Reactive Power Total [VAR] 0.2% of reading
Reactive Energy Total [VARh] 0.2% of reading
Apparent Power Total [VA] 0.2% of reading
Apparent Energy Total [VAh] 0.2% of reading
Power Factor 0.2% of reading
Frequency [Hz] +/- 0.007 Hz
Harmonic Distortion (1 to 99.99)% +/- 2%
Note: See the Shark® 270 Meter User Manual for full
accuracy specifications.
3
SHARK®270 METER
PRIMARY REVENUE METERING
Advanced Energy Metrology
Utilities today face many challenges when metering customers.
Installed meters need to be highly accurate and verifiable. Due to
reductions in labor force, modern meters need to be both reliable
and designed for a long operation life. The Shark® 270 meter
meets these requirements with advanced metering technology and
superior engineering to improve reliability.
The meter is an ANSI C12.20 Class 0.2% meter that also
conforms to the IEC 62053-22 CL 0.2S standard for accuracy.
The Shark® 270 meter is designed to provide precise and reliable
measurements that are highly stable, and that maintain accuracy
over a long period of time.
Loss Compensation
The meter can compensate energy readings for transformer and
line losses. This allows a utility to properly bill a customer for
usage, even if the meter is placed on the secondary side of the
transformer.
CT/PT Compensation
For stringent accuracy requirements, the meter can compensate
for the inaccuracies of the instrument transformers. The Shark®
270 meter has built-in features that allow a utility provider to adjust
the energy meter to compensate for these inaccuracies, using both
amplitude and phase angle adjustments.
Time of Use
The Shark® 270 meter uses a perpetual Time of Use
(TOU) calendar that only needs to be set up once. The TOU
implementation allows the user to set up multiple rates to meet
any contractual obligation. It also allows the user to customize any
energy parameter for TOU. The 16 available TOU registers can be
configured not only for TOU built-in energy readings, but also for
any stored data from pulses.
• Perpetual TOU calendar – set up only once and use indefinitely
• Up to four seasons - seasons can be customized
• Up to 12 months per year - set independently from seasons
• Flexible billing periods/rates/holidays/schedules setup
• Perform TOU on up to 16 configurable datasets consisting of 38
channels of data, including all energy channels and readings per
quadrant and phase, and pulse aggregators
• Cumulative and continuous cumulative demand are available
KYZ Pulse Outputs/Inputs
In addition to test mode pulses, the meter has one standard KYZ
pulse output, and up to 8 optional pulse outputs, that allow the
meter to deliver energy pulses to a separate recorder, RTU or other
type of energy data collector.
The meter can also function as a recorder itself, by accepting up
to 8 optional pulse inputs. These energy values can be logged by
the meter’s internal profiling memory, allowing for energy flow
analysis over time, which is useful for billing, planning and/or
circuit efficiency analysis. The input values can also be totalized in
the meter's aggregators.
Test Mode and Energy Presets
Two test pulses located on the meter's face can be used to
simultaneously test watt hour and VAR hour readings for accuracy
verification. When placed into test mode, the unit freezes and
stores all the energy parameters, allowing users to test and verify
energy accuracy without changing meter readings. The meter can
also receive preset energy values, so that it can replace an existing
field installation, without disturbing faceplate monthly energy reads.
Two Programmable
Test Pulses
Test Mode
Button
Display
Shows Test
Status
4
UNIQUE SCREEN DESIGNER
The Shark® 270 meter provides one of the industry’s most
advanced LCD display configuration technologies - the Screen
Designer, which lets you create fully customized display screens
for any specific application. Use the Screen Designer to build user
display screens that provide information on anything the meter
measures. In addition to the custom displays, the meter comes pre-
programmed with multiple display screens.
3 Display View Modes/250 Screen Slots
The meter’s memory has 250 slots for custom and/or
pre-programmed screens. These slots can be allocated to any view
mode, with any number of slots used in each of the modes.
Screen Designer to Create Exactly What's Needed
• Make custom screens that display any meter readings
• Customize screen labels
• Customize screen numbering and order
• Display water, gas and other types of usage
• Add diagnostic information
• Provide ambient and transformer temperature, or any other
desired critical operational data
• Use the meter as an aggregator and display total usage
Normal Mode
• Wh delivered and received
• VAh delivered and received
• VARh delivered and received
• Com port settings
Time of Use Mode
• Wh and W demand delivered and received, total
• VARh and VAR demand delivered and received for each
register
• VAh delivered and received for each register
• VAh delivered and received, total
• Present season, past season
• Present month, past month
• Any other needed TOU measurements
Pre-Configured Diagnostic Screens
Select from a large offering of diagnostic screens, such as:
• Voltage phase angles
• Harmonic magnitudes
• Firmware versions
• Meter status
• Phasor diagram
• Per phase current and power measurements
• Segment checks
• Meter configuration
• Many additional diagnostic screens available
• Peak Rolling Window demand
• Peak Block Window demand
5
SHARK®270 METER
DATA TRENDING AND ANALYSIS
The Shark® 270 meter has up to 128 MB of memory for data
logging, used 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. The unit's real-time clock allows for time stamping
of all the data in the instrument when log events are created. The
clock is accurate to 3 ppm and is very stable over temperature.
Historical Logs
• 6 assignable historical logs
• Independently programmed
trending profiles
• Up to 64 parameters per log
System Events Log
To protect critical billing information, the meter records and logs
the following with a time stamp:
• Demand resets • System startup
• Energy resets • Log resets
• Critical data repairs • Programmable settings changes
• Password requests/
sealing switch changes
I/O Change Log
• Provides a time stamped log of any relay output
• Provides a time stamped log of input status changes
• 2048 events available
Limit/Alarm Log
• Provides magnitude and duration
of an event
• Includes time stamps &
alarm value
• 2048 events available
• Email on alarm capability
with INP100S Ethernet card
Limit Alarms and Control
Capability (V4 Option)
Limit Events:
• Any measured parameter
• Up to 16 limits • Voltage unbalance
• Current unbalance • Based on % of full scale settings
Alarm Log
Limit Setup
POWER QUALITY MEASUREMENT AND ANALYSIS
The Shark® 270 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. V5 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.
Waveform Scope
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.
Independent CBEMA Log Plotting
The meter stores an independent CBEMA log for magnitude and
duration of voltage events. This allows a user to quickly view total
surges, total sags and duration, without retrieving waveform data.
Harmonic Recording to the 40th Order
The Shark® 270 meter provides advanced harmonic analysis to the
40th order for each voltage and current channel, in real time. Using
the stored waveforms, harmonic analysis is available to the 255th
order.
Waveform Scope Display
Note: Sampling rate based on 60 Hz systems. For 50 Hz systems, multiply
by 1.2.
16
8
4
2
1
48
24
12
6
3
Samples
per Cycle Pre Event
Cycles
Post Event
Cycles
Max Waveform
per Event
128
64
32
16
8
32
64
128
256
512
Optional Waveform Recorder
V4
Historical Trending
Harmonic Spectrum
(40th Order)
Waveform
Zoomed
6 Channels of Waveforms
V5
6
STANDARD AND OPTIONAL COMMUNICATION CAPABILITY
The meter has a standard RS485 serial port that can be used for
either Modbus RTU /ASCII or Level 2 DNP3. The optional INP100S
Ethernet card allows the meter to speak multiple sessions of
Modbus TCP and DNP3. The optional INP300S Ethernet card allows
the meter to speak via Modbus TCP and IEC 61850. The meter
supports a comprehensive array of different communication options,
including serial, Ethernet, and optical through the IR port. Using the
Ethernet and/or serial port, the meter can be easily connected to
multiple third party systems and to EIG’s meter reading software,
Energy Manager EXT.
ANSI Optical Port
• ANSI Type 2 Optical port
for laptop PC read and
programming
• Modbus RTU/ASCII
• Up to 57.6k baud
RS485 Port
• Modbus RTU/ASCII
• Level 2 DNP3
• Up to 57.6k baud
• Convertible to USB using
RS485 to USB cable,
E159343
1. INP100S: 100BaseT Ethernet Capability
Provides the meter with 100BaseT Ethernet functionality.
• Embedded web server, smartphone compatible
• Network Time Protocol (NTP) support (Network Clock Sync)
• 12 simultaneous Modbus TCP/IP connections
• 5 simultaneous DNP3 over TCP/IP connections
• Supports alarm emails and periodic email notification of meter
status/reading data
• Offers enhanced security to protect from unauthorized
programming
• Supports data push to cloud servers
2. INP300S: IEC 61850 Protocol Ethernet Card
• Simultaneous Modbus TCP/IP and IEC 61850
• 5 simultaneous MMS clients
• Multiple Logical Nodes, including LLN0, LPHD, MMXU,
MHAI, MMTR, and others.
• Polled operation mode (queried reports)
• Buffered and unbuffered reports
• Configurable .CID file
• Offers enhanced security to protect from unauthorized
programming of meter settings
3. 1mAOS: Four Channel Bi-directional 0-1 mA Outputs
• Assignable to any parameter
• 0.1% of full scale
• Max. Load Impedance 10 kΩ
• Range +/- 0-1 mA
• Designed for RTUs and generating stations
4. 20mAOS: Four Channel 4-20 mA Outputs
• Assignable to any parameter
• 0.1% of full scale
• 850 Ω at 24 V DC
• Loop powered using up to 24 V DC
• Ideal for any process control application
5. PO1S: Four Pulse Outputs / Four Status Inputs
• Programmable to any energy parameter and pulse value
• Form A: Normally open contacts
• Also used for End of Interval pulse
• 120 mA continuous load current
• Status inputs - dry contact status detection, only
• Provides KY outputs and pulse input counting
6. RO1S: Two Relay Outputs / Two Status Inputs
• 30 V AC / 30 V DC - 0.25 A relays, form C
• Trigger on user set alarms
• Set delays and reset delays
• Status inputs – dry contact status detection, only
• Allows for control, alarm and status (must be at V4 or
higher for limit alarms and control)
The Shark® 270 meter offers unequaled I/O expandability. Using the two universal option slots, the unit can be easily configured to accept
new I/O cards even after installation. The unit auto-detects installed I/O option cards. Up to 2 cards of any type* can be used per meter. For
metering applications, it is imperative to not only measure the energy data, but also to be able to communicate this real time data, in order
to meet many operational needs. The Shark® 270 meter is able to send data to many different systems, using multiple open protocols.
These protocols include Modbus RTU/ASCII/TCP, DNP3 and IEC 61850. The meter’s communication architecture is flexible, and designed to
integrate directly into most existing systems.
FIELD EXPANDABLE I/O AND COMMUNICATION CAPABILITIES
*Only one Ethernet card (INP100S or INP300S) can be used.
New
New
7
SHARK®270 METER
V-SWITCH™ KEY TECHNOLOGY
UNIQUE SURGE SUPPRESSION MODULE TO PROTECT AGAINST DAMAGING SURGES
The Shark® 270 meter is equipped with EIG's V-Switch™ key
technology. This technology uses an algorithm to generate a code
that activates more advanced features for the meter. This code can
be applied in the field, without needing to remove the meter from
installation.
The base Shark® 270 meter with V1 provides basic features,
including highly accurate energy measurement and Time of Use.
Many users will find this sufficient for base applications. But
when applications become more complex, addressing the need
for advanced features is simple. The user only needs to contact
EIG and purchase a V-Switch™ key for whichever meters need
upgrading.
The minimum V-Switch™ key for load profiling is the V2 option.
This option allows up to 3 assignable logs and more than 3
months of storage. If the need for additional logs and storage
arises, the unit can be easily upgraded to allow for more features
and memory allocation.
V-Switch™ key technology is important to conserve economic
resources, because cost-effective solutions can be mass-
deployed, and then units can be upgraded on an as-needed basis.
The chart on the right explains the V-Switch™ keys available for
the Shark® 270 meter.
The Shark® 270 meter is designed to withstand harsh electrical
environments. Revenue meters are often placed in remote
locations that can be susceptible to transient events, surges,
sags and other electrical anomalies. The Shark® 270 meter
uniquely filters these events from damaging the electronics of the
instrument, while still providing the ability to record the waveforms
of their occurrence.
The meter has a protection module consisting of a combination
of high power metal oxide varistor, gas-tube and high power
resistors, to attenuate powerful surges the meter may receive.
The unique network created by these parts assures that the
energy from the surges is well-absorbed before it can reach the
meter’s sensitive electronic circuitry. The heat dissipation from the
surges is distributed evenly between the protective components,
which increases the transient suppression device's longevity and
effectiveness.
In addition, immunity against high frequency interference signals
is enhanced by additional filtering circuits, which are included in
the protection module. The protection module was created to be
an independent hardware, dedicated to dealing with the offending
signals, and housed separately from the rest of the circuits, in a
compartment just large enough for it to perform its function.
Features V1 V2 V3 V4 V5
Multifunction Measurement P P P P P
Programmable Display P P P P P
Time of Use P P P P P
System Events P P P P
Input Status Change P P P P
Limits P P P P
Harmonics P P P
2 MB Memory* P
4 MB Memory* P
10 MB Memory** P
128 MB Memory** P
Waveform 128 Samples per
Cycle P
Waveform 512 Samples per
Cycle P
CT/PT Compensation P P P P P
TLC Compensation P P P P P
IEC 61850 Protocol P P P
Level 2 DNP3 P P P
Modbus Protocol P P P P P
* Enables up to 3 Historical logs. **Enables up to 6 Historical logs.
8
UTILITY METERING
Highly Accurate Measurements for Grid Metering and
Power Generation
The Shark® 270 meter is designed with the latest DSP technology,
providing highly accurate measurements that allow users to obtain
reliable data for inter-tie billing, power generators and alternative
energy solutions. The meter provides a versatile, reliable solution
for measuring energy and providing accurate cost analysis and
allocation.
Better Communication for Advanced Smart
Substation Applications
With the Shark® 270 meter, the user obtains advanced
communication usually found only in higher-end, more costly,
solutions. Whether it’s communicating DNP3 or IEC 61850 in smart
substation applications, the meter has the ability to send data
to multiple software systems, providing real time information as
well as stored interval data. The Shark® 270 meter is capable of
communicating with an RTU to bring SCADA information back via
one protocol, while itself being evaluated by other software systems
for interval or power quality analysis.
Power Quality and Fault Analysis
The Shark® 270 meter’s power quality features allow a user to not
only analyze real time data, but to have access to fault data and
power quality information, via a host of analytical tools. These tools
provide easy conversion to COMTRADE and PQDIF formats, making
the meter very helpful in standardizing fault data power system-wide.
The meter measures and records critical power quality data such as
harmonics, PF and phase imbalance, to provide advanced analysis
options for improving power system reliability.
Waveform Zoomed
9
SHARK®270 METER
INDUSTRIAL AND COMMERCIAL ENERGY METERING
The Perfect Upgrade Solution to Existing Mechanical
Meters
The Shark® 270 meter is an ideal upgrade to existing, non-
communicating mechanical, or older solid state, meters. By just
replacing the existing meter with the new Shark® 270 unit, the
basic metering capability is transformed into a communicating
solution. With the standard Shark® 270 unit, the meter is provided
with an RS485 Modbus port. With the optional Ethernet module,
the meter is capable of communicating over Ethernet to send
Modbus data to most standard energy management and building
automation systems.
Email and Data Push Features Perfect for Cloud
and IOT (Internet of Things) Solutions
The Ethernet capability of the Shark® 270 meter offers many
advanced features that are useful for industrial and commercial
applications. In addition to communicating via Modbus TCP, the
meter can be configured to send emails on alarm conditions.
These emails allow facility managers to be made aware of high
demand conditions, alarms and other issues that affect both energy
reliability and cost.
The email feature also allows users to send periodic notifications
of values, such as demand and energy consumption. This is useful
for energy dashboards and other cloud software applications,
which can receive data on usage and alarms in this way. And it is
essential for IOT applications, in which a user wants to integrate
many, or all, electrical appliances and pieces of apparatus.
The Shark® 270 meter also supports data push to cloud servers
that use the JSON structure, such as Lucid BuildingOS® Data
Push. The meter can send up to 15 meter readings to the cloud
service, to support cloud-based building management applications.
Diagnose Power Quality Events at Incoming Circuts
With the Shark® 270 meter, a facility manager or engineer can
view power quality events that occurred at the incoming service
point, allowing him or her to analyze the cause of these events
and implement remediation. With the Shark® 270 meter’s power
quality information, users will be able to see how many events
occurred and what types of events were experienced, and also
be able to determine if these events could affect their installed
sensitive equipment.
Power quality events include records of faults, voltage surges
and sags, harmonics, imbalances, power factor and many other
indices. This data is automatically collected and stored in remote
databases for system-wide analysis.
Multi-Cycle Fault Events
10
DIMENSIONAL DRAWINGS
Shark® 270 Meter A-Base Side View
Shark® 270 Meter A-Base Front View
Shark® 270 Meter S-Base Side View
Shark® 270 Meter S-Base Front View
6.84 in
17.37 cm
6.96 in
17.68 cm
10.4 in
26.42 cm
0.87 in
2.21 cm
2.02 in
5.13 cm
9.46 in
24.03 cm
7.51 in
19.08 cm
6.96 in
17.68 cm
8.75 in
22.23 cm
7.03 in
17.87 cm
7.51 in
19.08 cm
11
SHARK®270 METER
WIRING DIAGRAMS
Earth Ground
Earth Ground
2
1
3
NO PTs, 3 CTs
SERVICE: WYE, 4 WIRE
FORM: 36S (TRANSFORMER RATED)
FUSES
LINE
LOAD
V1
N
V3
V1V2V3
*REFFER TO SHORTING BLOCK
INSTRUCTIONS TO APPLY
SHORTS
*
*
*
N
Earth Ground
Earth Ground
21
3
3
1
2
NO PTs, 3 CTs
SERVICE: WYE / DELTA, 4 WIRE
FORM: 9S (TRANSFORMER RATED)
FUSES
LINE
LOAD
V1
N
V3
V1V2V3
*REFFER TO SHORTING BLOCK
INSTRUCTIONS TO APPLY
SHORTS
*
*
*
N
V2
Earth Ground
Earth Ground
NO PTs, 2 CTs
SERVICE: DELTA, 3 WIRE
FORM: 45S (TRANSFORMER RATED)
1
3
FUSES
LINE
LOAD
V1
V2
V3
V1V2V3
*REFFER TO SHORTING BLOCK
INSTRUCTIONS TO APPLY
SHORTS
*
*
Form 45S DELTA, 3 WIRE
Form 9S WYE/DELTA, 4 WIRE
Form 36S WYE, 4 WIRE
12
Option
Numbers:
Example: Shark270
Model Frequency Current Class V-Switch™ Pack Power Supply I/O Slot 1* I/O Slot 2*Form
Shark270
(Revenue Meter)
60
50
50 Hz
System
60
60 Hz
System
2
2
2 A
Secondary
20
20 A
S
S
Blade
Powered
SE
Externally
Powered
INP100S
X
None
PO1S
4 Pulses /
4 Inputs
RO1S
2 Relays /
2 Inputs
1mAOS
4 Channel
Analog Output
0-1 mA
20mAOS
4 Channel
Analog Output
4-20 mA
INP100S
100BaseT
Ethernet
INP300S
IEC 61850
Protocol
Ethernet
X
X
None
PO1S
4 Pulses /
4 Inputs
RO1S
2 Relays /
2 Inputs
1mAOS
4 Channel
Analog Output
0-1 mA
20mAOS
4 Channel
Analog Output
4-20 mA
V2
V1
Multifunction
Meter
V2
Standard Data
Logging Memory
V3
Power Quality
Harmonics
V4
128 Samples/
Cycle
Waveform
Recording
V5
512 Samples/
Cycle
Waveform
Recording
Extended
Memory
9S
9S
36S
45S
9A
-
-
-
-
-
-
-
-
-
-
-
-
-
-
E159710 032018 V.1.07
Shark® 270
Webpage
* Only one Ethernet card, INP100S or
INP300S, can be used in a meter.
Electro Industries/GaugeTech
1800 Shames Drive • Westbury, NY 11590
1- 877-EIMETER (1-877-346-3837) • E-Mail: sales@electroind.com
Tel: 516-334-0870 • Web Site: www.electroind.com • Fax: 516-338-4741
Additional Accessories
Communication Converters
E159343 – RS485 to USB Converter Cable
Unicom 2500 – RS485 to RS232 Converter
Software
COMEXT4P – Communicator EXTTM 4.0
Software, Single License
Converter
CONN20163-KT – Terminal Breakout Box Kit
for I/O (converts RJ45 cable
connection to an 8 pole
screw terminal receptacle)
Standalone I/O Module Kits for the
Shark® 270 Meter
PO1S-KT – 4 Pulses/4 Inputs plus cable
RO1S-KT – 2 Relays/2 Inputs plus cable
20mAOS-KT – 4 Channel, 4-20 mA, Analog
Outputs plus cable
*INP100S-KT – 100BaseT Ethernet plus cable
*INP300S-KT – IEC 61850 Protocol Ethernet
plus cable
* Only one Ethernet card, INP100S-KT or INP300S-KT, can be used in a meter.
Specifications
Sense Inputs Electrical Ratings
Current
• Transformer rated
• Two or three current inputs
depending on Form (Ia,
Ib, Ic)
• Class 2 - 1 A nominal,
burden 0.0112 VA at 2 A
Input/phase
• Class 20 - 5 A nominal,
burden 0.0112 VA at 20 A
Input/phase
• Pickup Current: Shall begin
reading at 0.001 A (1 mA)
for Class 2 and 0.005 A (5
mA) for Class 20
• Continuous maximum
ratings: Class 2 - 5 A AC
Class 20 - 30 A AC
• Overcurrent ratings as the
factor of Current Class: 5x
- for 10 seconds, 15x - for 3
seconds, 25x - for 1 second
• The current inputs are only
to be connected to external
CTs
Voltage
• Absolute Maximum
rating, between any voltage
inputs: Unit with external
power connection: 720
V AC; Unit powered from
voltage blades ("-S" option):
576 V AC
• Supported common Power
Mains with direct voltage
connections: Forms 9S,
36S, 45S with blade ("-S")
or external ("-SE") power
option; 57.7/100 V, 69/120
V, 120/208 V, 230/400 V,
277/480 V; Form 45S with
external ("-SE") power
option only: 347/600 V; for
lower or higher voltage
Power Mains use voltage
transformers
• Input Impedance: 4 Mohm
per phase
• Surge withstand. See com-
pliance section for details
• Burden: with external power
connection: 0.09 VA/input
at600VAC(4MΩ/input);
Unit powered from voltage
blades: see power supply
ratings
Power Supply
• Input Voltage range:
• Absolute maximum con-
tinuous: 576 V AC (between
any voltage inputs in blade
powered units, "-S" option);
277 V AC or 400 V DC
(externally powered units,
"-SE" option)
• Absolute minimum startup/
dropout voltage for blade
powered, fully loaded unit
("-S" option), at 60 Hz. All
applicable blades are
symmetrically energized:
• 4W Wye service, Form
9S, 3 x L-N: 45/35 V AC
• 4W Wye service, Form
36S, 2 x L-N: 50/45 V AC
• 4W Delta service, Form
9S, 3 x L-N: 70(40)/52(30)
V AC - high (low) phase
• 3W Delta service, Form
45S, 3 x L-L: 65/55 V AC
• Absolute minimum startup/
dropout voltage for exter-
nally powered , fully loaded
unit ("-SE" option), at 75/70
V AC or DC
• Frequency range: (45 to 65)
Hz or DC
• Ride through characteristics
at 120 V maximum power
consumption: ~33 ms
• Power consumption (bur-
den), maximum: 8 VA/4.5 W
per Phase – with 3 phase
supply; Typical burden with
1 Ethernet Card installed:
3.3 VA/1.7 W per phase – at
3 phase 120 V AC
Display
• Graphical back-illuminated
TFT LCD programmable
display
• Pre-configured screens and
Screen Designer for fully
customized screens
• Size: 2.7"
• Resolution: 400 X 240
Isolation
• Between human accessible
I/O connections and power,
voltage, current inputs:
2500 V AC
• Between power and voltage
and current inputs: 2500
V AC
• Between human accessible
I/O connections: 500 V AC
• Isolation is Hi-Pot test veri-
fied in factory
Memory
• Up to 128 MB of Flash
memory
Standard Communication
• LCD display
• ANSI Type 2 Optical port
• RS485 serial port
• Modbus® RTU, Modbus
ASCII and DNP3 protocols
• Data Speeds of up to 57600
bps
Optional Communication
• INP100S: 10/100BaseT
Ethernet with Total Web
Solutions
• INP300S: IEC 61850
Protocol server
• Modbus TCP/IP, DNP3, IEC
61850
Standard KYZ/RS485 Card
Specifications
• RS485 Port:
• RS485 Transceiver;
meets or exceeds EIA/
TIA-485 Standard
• Type: Two-wire, half
duplex
• Min. input impedance:
96kΩ
• Max. output current:
±60 mA
• Wh Pulse
• KYZ output contacts, and
infrared LED light pulses
through face plate - "P"
light port, Kh value is
user definable
• Pulse Width: 100 ms,
fixed
• Full Scale Frequency:
~5 Hz
• Contact type:
SPDT (NO – C – NC)
• Relay type: Solid state
• Peak switching voltage:
AC/DC 30 V
• Continuous load current:
120 mA
• Peak load current: 350
mA for 10 ms
• On resistance, max.:
35Ω
• Leakage current: 1 μA
maximum
• Isolation: 3750 V AC
• Reset state: (NC - C)
Closed: (NO - C) Open
Clock Timing
• Internal Clock Crystal -
accuracy better than 15
seconds per month
• Line Frequency Clock
Synchronization - accuracy
better than 1 second per
month
• Internet synchronization
with optional Network card
(SNTP Protocol)
Environmental (Temperature
Specifications to Indirect Light)
• Operating Temperature: (-40
to +70)°C
• Display Operating
Temperature: (-30 to +60)°C
• Humidity: 95% RH non-
condensing
• Storage Temperature: (-40
to +85)°C
• Raintight Lexan Cover, UV
protected
• Protection Class: front IP65,
rear IP51
Internal Battery (for Time Only)
• 3V Lithium Battery main-
tains time during outages
- part #BATT21214
• Battery life 10 years from
date of manufacture when
properly installed in meter
Compliance
• ANSI C12.18 (Type 2
Optical Port)
• ANSI C12.20 0.2% Accuracy
Class (METLAB tested)
• CE (IEC 61000-6-2 & IEC
61000-6-4)
• EU Directive 2014/32/EU
(Measuring Instruments
Directive)
• EU Directive 2011/65/EU
(RoHS 2 Directive)
• FCC Class B (Radiated*
and Conducted Emissions)
• IEC 61000-4-2 (Electrostatic
Discharge)
• IEC 61000-4-3 (Radiated EM
Immunity)
• IEC 61000-4-4 (EFT)
• IEC 62052-11 (General
Requirements; Mechanical
Properties; Climactic
Influences)
• IEC 62053-22 CL 0.2S (0.2%
Accuracy)
• IEC/CISPR 11 (Radiated
Emissions)
• IEEE C37.90.1 (Surge
Withstand)
• IEEE C62.41 (Surge
Immunity)
• REACH Compliant
• RoHS Compliant
* With no I/O card installed. Other
tests are pending. Contact
factory for details.
Shipping Dimensions
• Size: 10" W x 10" D x 12" H
• Weight: 5.6 lbs/2.54 kg
• Meter weight without Option
cards: 4.4 lbs/1.83 kg
Ordering Information - all fields must be filled in to create a valid part number
