Digital Energy
Introduction:
Advanced protection, control and communications
Protection, Control, Metering, Monitoring,
Analysis and Energy Management System
• Supports open communications
protocols such as ModBus/DNP for
integration with other IEDs
• Applicable for electrical utilities as
well as industrial electrical systems
• Best value for price
• Building block for systems
• Large graphical built-in interface
• Meets well established IEC 61131-3
standard for easy logic configuration
• Graphical editor for programming
logic
• Pre-assigned interlocking
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Applications
Advanced Protection for Industrial and Distribution Utilities
The F650 can be used for:
• Comprehensive feeder protection and
control functionality at any voltage
level
• Backup protection for transformers,
busbars, generators and large motors
• Control functions include
synchronism-check, recloser and
breaker failure
• Monitoring functions:
Oscillography
Event Recorder
Fault Recorder
Data Logger
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Features & Benefits
Supporting design flexibility with multiple I/O options
The F650 features advantage
such as:
• Modular hardware architecture:
Main CPU board with two plug and play
comm boards
Universal magnetic (CTs & VTs) module
Programmable I/O module
Single or redundant power supply
Front board: HMI ( Graphical or
alphanumerical display, LEDs, RS232)
• Modern and open communication protocols
for easy integration
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Block Diagram
Complete Feeder Protection and Control of Multiple Devices
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Protection
Complete Feeder Protection and Control of Multiple Devices
• Phase, neutral and ground TOCs • Under and overvoltage elements
and IOCs
• Under and overfrequency elements
• Standard curves and
programmable user curves: • RMS / DFT choice independent from
mains frequency (50 / 60 Hz)
IEEE
• Use of established protection
IEC algorithms
ANSI • Designed to withstand surges,
IAC overcurrents and DC-biased faults
I2t • True universal current range 1/5 A
Definite time • DSP to unload main CPU (64
samples/cycle)
Rectifier
• Bidirectional protection
User curves
• Sensitive earth fault
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Control
Control of Multiple Devices including Main Breaker and Motorized
Switches
PC design mode example
F650 Control functions include:
• Synchrocheck
• 4 Shot autorecloser is fully programmable
• Breaker failure
• Fuse failure
• One line diagram in graphic LCD display
with capability to display switchgear
F650 Actual screen example elements
• Full control of switches and breakers
• Built in pre-configured interlockings for
secure control.
• Annunciator panel viewing
• Three setting groups available
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Monitoring & Metering
Reduce Troubleshooting time and maintenance Cost – Event
Reports, Waveform Capture, IRIG-B Time Synchronization
The F650 provides:
• Data logger (16 Channels)
• Event recording of up to 479 time-
tagged events
• Programmable oscillography feature (up
to 20 records)
• Monitoring of current, voltage, power,
power factor, energy, demand and
frequency
• Fault recording and location with 10
fault reports
• IRIG-B DC for accurate 1 ms time
tagging
• Breaker monitoring
• Three phase energy metering
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Typical Wiring
Multiple configurations suitable for various applications
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Mechanical
Various I/O Options, Dual Power Supply Capable, High Speed
Communications
Mechanical advantages of the F650:
• Modular concept
• 6 unit height allows optimising space for terminals
• Built in guide-rails facilitate board insertion/extraction
• Grounding screw built into case
• Printed labels on the rear plate facilitates wiring
• Power supply is clearly marked with positive and
negative terminals far from each other to prevent
accidents
• TX and RX LEDs for Ethernet port communications
visible from rear side helps troubleshooting
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Hardware
Advanced design – Dual Power Supply, DSP to improve CPU
Performance
Redundant Power Supply CPU+DSP
• Wide input range (HI & LO) • High-speed 32-Bit RISC CPU > 50 MIPS
LO 24 - 48 VDC with more than 32 Megabytes memory
HI 110 - 250 VDC 120 - 230 VAC • Firmware upgrades through the use of
flash memory
• Switching Mode Power Supply with High
Efficiency > 80% • Modular communications for flexibility
and cost effective solutions
• Redundant model available through the
use of 2 modules assembled in the • High-speed communications:
mother board 10/100Mbps Ethernet LAN,
single/redundant Fiber Optic 100Mbps.
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Hardware
Accurate Metering and Expandable I/Os via Internal and External
I/O Modules
Magnetic Module Digital I/O
• 9 analog inputs total: • CAN bus for increased number of I/Os
4 VT • Status inputs
4 universal CT 20 - 300 VDC
1 sensitive earth CT Programmable threshold levels
• Control outputs
• Modular universal range CT (Valid for 1 Heavy duty relays valid for heavy
or 5 A to only one terminal) inductive loads
Fast activation speeds (< 8ms)
• On-board DSP provides high-speed • Supervision
digital sampling for detailed 2 voltage monitors and 1 current
oscillograms and accurate monitor available per trip circuit
measurements
>16 Bit A/D
supervision unit
2 independent trip circuit supervision
64 samples / power cycle units 12 /
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Hardware
Easy to use Human Machine interface with Communication
Access
DISPLAY & LEDS
Graphic 16x40 or text 4x20 LCD display
Fluorescent backlight to improve visibility
Multicolor programmable LEDs with label panel
KEYPAD & SHUTTLE
Local / Remote / Off pushbutton with LEDs
Key control for easy navigation
ESC key, built-in ENTER function and audio
feedback
Ergonomic programmable keys
FRONT PORT
Electrically isolated front USB communication
port
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Hardware
Complete Expandability based on modular design
Standard I/O
Module Magnetic Module for AC
Optional I/O Current and Voltage Inputs
Module
Standard Power
Supply Async F/O Com1
Async F/O Com2
Rear-View diagram
Distributed I/O displays I/O,
Fiber Optic CAN
Magnetic Module (CTs
Redundant Power 10/100BaseT & VTs), and other
Supply (Optional) connector locations
100BaseFx
Redundant
100BaseFx
IRIG-B Input Ground
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EnerVista F650 Setup Software
Powerful Configuration Tools for the F650
The EnerVista F650 Setup Software provides the following functions:
Settings Metering
Configuration
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Configuration
Reduce Overall System Costs and Improve System reliability by
Reducing the number of Auxiliary Devices
The F650 is easy to configure:
• The F650 visual environment (based on
IEC 61131-3 standard PLC language)
permits easy configurable logic
• Simply make connections on the screen
and load them into the flash memory
• Configurable HMI interface
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Communications
High speed communication capabilities
Block Diagram:
• Internal serial buses to
optimize security and
immunity to EMC.
• High speed buses to avoid
bottlenecks.
• 100 Mbps Ethernet fibre
optic for maximum
performance.
• CAN bus for distributed IO up
to 1 km.
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Communications
Access to Information – Wide Area Network Integration, Multiple
Communication Media and Protocols
Physical layer:
• RS485 asynchronous port up to
115200 bauds.
• Fibre optics asynchronous port up
to 115200 bauds.
• Synchronous Ethernet port up to
100 Mbits/s.
• CAN port for distributed I/O.
• Option for redundant ports (both
synchronous and asynchronous).
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Communications
Powerful Communications reducing Wiring Costs with Peer-to-
peer Communication
Protocols:
• Modbus RTU and Modbus TCP/IP
• DNP 3.0 Level 2 over TCP/IP, UDP/IP and serial
• IEC 61850, IEC 60870-5-104
PROTECTION RELAYS
HV Line x 2 Breaker x 2 Transformer x 2 MV Feeder x 20
D60 F650 F650 DTP DTR F650
MULTINET
MULTILINK SWITCH
Fiber Optic
DIRECT I/O
BUS CAN
Fiber Optic
C30 CIO CIO CIO HMI
REMOTE DI/DO/AO EXTENSION
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Reliability
Reliable Design Features based on Extensive Industry Experience
Hardware:
• Redundant power supply
• Distributed supply concept
• “Cool” temperature design through low power consumption
• Replacing hardware by firmware reduces parts count
Firmware:
• Double Flash memory concept avoids program
crashes during field upgrades. This allows secure
remote reprogramming
• CMM model approach for quality
• OOP in high level C language
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F650 Ordering Code
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Dimensions
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CAN Bus Remote I/O Module
Remote CAN Bus Input/Output Module
for the 650 Family
Connection of F650’s with CIO’s linked by an Ethernet LAN
Target Applications/Industries: Key Values:
• Target any applications involving a F650, W650 or • Additional I/O for 650 family of relays
G650 systems to replace RTU units • Remote mounting from relay location (up to 1km)
• Use CIO remote I/O modules for higher reliability, • Operates connected to one F650, W650, and G650
lower cost, and more functions, instead of settling for family of relays
an RTU.
• Each module includes up to 32 inputs and 16 outputs
• Sense up to 32 digital inputs, 8 outputs, 2 with trip
• One 650 type relay can handle up to 1 CIO (future
coil supervision, 8 dcmA transducers inputs for
releases will allow increased number of CIO units per
pressures, temperatures, fluid levels, or other process
relays)
values. Report these values to SCADA or DCS
systems, and use them in local automatic control • Simplified wiring (2 fiber optic cables) for lower cost and
equations. increased reliability
• Scaleable solution (1 or 2 boards, different modules to fit
the application)
• 1 ms time tagging
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CIO Typical Wiring
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CIO Ordering Code
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F-650
Feeder Manager and Bay Controller
Advanced Protection for Industrial and Distribution Utilities
• Integrate protection and
control
> Remote control
> Local control
• Monitor trip/close circuits,
rack in/out switches
• Applicable for radial and
looped feeders
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F-650 Bay Controller
Standardization & Minimization
• Control Points Eliminate the Need For:
> Trip/Close Switches & Indicators
> Miscellaneous Function Switches
– Metering Display
– Maintenance Lockout
– Transfer, Autotransfer, Block Transfer
• PLC Logic Eliminates the Need For:
> Auxiliary Relays
> Timers
• Dynamic Mimic Eliminates the Need For:
> On-Panel Hard Mimic and Indicators
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Appendix
F650
Product Positioning
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Feeder Protection – F650
Functionality
F60
SR 750/760
F650 F35
MIFII
F650
FMII SR 735/737 Price
“Designed and Built for the Industrial Environment”
Target Applications/Industries: Key Values:
• Primary distribution protection at any voltage level with re- • Cost effective – Complete feeder protection and control of multiple
closer devices including main breaker and motorized switches
• Backup/auxiliary protection for transmission lines, • Access to information - Wide area network integration, multiple
transformers, generators and motors communication mediums and protocols
• Feeder applications requiring Ethernet communications • Reduced wiring costs – peer-to-peer communication
• Low cost replacement for RTUs and I/O intensive applications • Complete asset monitoring – full metering, data logger
• Bay control • Reduce troubleshooting time and maintenance cost – event
reports, waveform capture, IRIG-B time synchronization
• Reduced number of devices – control functions, built in HMI,
Sales Strategy:
programmable LEDs
• Target rec-munis and industrial distribution • Design flexibility - Many I/O options, programming logic
Many High End Features in a Economically Priced Package 29 /
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