Medium Voltage Distribution
advantage
Take
of
our Feeder Automation solution...
Feeder Automation
Find out more about our feeder automation solution, today!
Visit www.schneider-electric.com/energy-automation to learn more
about the Easergy range.
Panorama
from de-centralised to centralised architectures
De-centralised
(RTU)
Semi-centralised
Centralised
(SCADA/DMS + RTU)
(SCADA/DMS)
Master the challenges of
today
and tomorrow
As a distribution network operator, you know the challenges you
face today better than anyone. But what about the challenges of
tomorrow? Can you maintain your network and simultaneously:
Evolve with the grid
New technologies are changing the grid itself. Are you prepared to
incorporate smart-grid technologies and manage smart metering
data? To integrate more renewables?
SCADA
DMS
Ensure availability
SCADA
DMS
Demand for energy is growing. Will you be ready to manage it
on both MV & LV sides? To reduce outage durations (SAIDI) on
networks operating near capacity?
Maintain quality
Quick hit for problematic
locations
Fastest restoration time
Fast return on investment
Reconfiguration time: <1
min
Our Self Healing Grid
solution is based on
well known products
which are customized
with pre-defined
schemes for fast
project delivery and
flexibility.
Combined management
of priorities on targeted
locations equiped with
reclosers, ATS, CBs on
underground loop or self
healing loop
Common worldwide
architecture
Long term global scheme
Advanced functionality
from leading DMS
Reconfiguration time: <3
Reconfiguration time: <5
min
Our semi-centralised
solution combines the
standardisation of a
conventional DMS with
the flexibility of decentralised solutions
for truly powerful
solutions with smart
grid customisation.
Power and voltage quality are key. Do you have a plan to
regulate quality in the face of unbalanced loads and stricter
CO2 emissions limits?
Standardised field devices
Manage costs
Single solution for entire
grid
min
Our ADMS offer
provides the market’s
most advanced
DMS solution for
your control centre,
together with
standard devices for
maximum efficiency.
ART.832397 © 2014 Schneider Electric Industries SAS - All rights reserved
Simple & fast delivery
Make the most of your energy tm
Schneider Electric Industries SAS
35, rue Joseph Monier
CS 30323
F - 92506 Rueil Malmaison Cedex (France)
Tel.: +33 (0) 1 41 29 70 00
RCS Nanterre 954 503 439
Capital social 896 313 776 €
www.schneider-electric.com
AMTED107018EN
As standards, specifications and designs change from time
to time, please ask for confirmation of the information given
in this publication.
Design: Schneider Electric Industries SAS
Photos: Schneider Electric Industries SAS - iStock
Printed:
This document has been
printed on recycled paper.
02-2014
None of the above matters if you can’t turn a profit. How can you
reduce capital expenses, minimize the impact of equipment faults,
and cut technical losses?
There’s no magic answer to these challenges, but modernisation is
key. And by implementing effective network automation, you can
make it easier.
How?
With flexible, reliable automation solutions to help you
enhance grid reliability, optimize network
performance, and reduce outage durations. In any
distribution network.
1
Easergy
T200 P
2
Easergy
Flite 116-SA/G200
3
4
Easergy
Flite 110-SA
Easergy
Flite 210, 230
5
6
Dedicated controller for N, U, W
reclosers, and RL sectionaliser
Overhead switch control unit
Communicating fault passage
indicator for overhead lines
Capacity
400 Easergy type devices
Phase and earth current,
directional, voltage, frequency,
harmonics
Control of 1 or 2 switches,
PM6 or other load break switches
Single-phase ammetric detector
Single-phase ammetric
detector
2
3
 Pole-mounted
 Phase and earth faults,
 Switch monitoring and control
directional
 Measurement : Current, voltage, 24VDC or 48VDC motorizations
real power, power factor, demand,  Fault passage detection
phase-to-phase and phase-to-earth
harmonics, supply outages,
faults
waveform capture
 Automation systems: sectionaliser,
 Setting: by laptop, operator
automatic power source transfer
control panel, Scada
 Measurements: I, U, P, Q, S,
 Installation: mounted on the
energy and power factor cos 
pole or substation frame
 Concentration of Modbus slave
devices
 Remote setting with WSOS5
 Data and measurements archives
monitoring and control software
 Electronics sealed to IP65, 316  Back-up power supply for control
unit, switch and transmission
grade stainless steel enclosure
equipment: typical autonomy 16h
 Programmable logic controller
IEC 61131-3 and built-in calculation
formulas to create or tailor specific
Advanced controller dedicated functions/applications
to N, U and W Series reclosers,
and RL Series sectionaliser
Flite 116:
 clip-on installation
 Phase-to-phase and phase-toearth fault current detection
 I and U presence measurements
 Communication management
with G200
 Powered by lithium battery
G200:
 Pole-mounted
 Data concentrator up to 9 Flite
116-SA sensors
 Processing and archiving
 Free I/O: 3 digital outputs and
6 digital inputs
 220 Vac, solar or 12 Vdc supply
Three-phase ammetric
detectors
Three-phase directional
detectors
to
15
 Integrated communication front-end
 Permanent and non permanent
communications management:
 phone line/GSM/GRPS/3G
 radio
 direct public and dedicated private line
 Ethernet
 Periodic call management
 IEC 870-5-101 and
IEC 870-5-104
 Serial DNP3 and TCP/IP
 Serial Modbus and TCP/IP
 Other proprietary protocols
 Line installation
 Wall-mounted
 Phase-to-phase and
phase-to-earth fault
current detection
 Indication of transient
and permanent faults
 Phase-to-phase and
phase-to-earth fault
current detection
 Indication of transient
and permanent faults
 Phase-to-phase and
phase-to-earth fault
current detection
 Indication of transient
and permanent faults
 Powered by lithium
battery
 Powered by lithium
battery
 Pole-mounted
 Phase-to-phase and
phase-to-earth fault
current detection
 Transient and/or
permanent fault indicator
 Fault counter
 Powered by lithium
battery, solar panels or
12 Vdc depending on
model
 Incorporated in the
switchgear
 Phase-to-phase and
phase-to-earth fault
current detection
 Measurements:
 ammeter
 maximeter
 Self-powered by
current sensors and 3
backup supply solutions
when network is dead:
 21D: super capacitor
 22D Li Battery
 23D/23DM: Ext DV
supply
 Wall-mounted
 Phase-to-phase and
phase-to-earth fault
current detection
 Power supply:
 Flair 279: 220 Vac
(battery-backed)
 Flair 219: battery
 Power supply:
 Flair 510: with Li battery
 Flair 570: 110/220 VAC
with backup Li battery
 Flair 590: 220 VAC with
backup supercapacitor
 IEC 870-5-101
 Serial DNP3 and TCP/IP
 Serial Modbus and TCP/IP
Accessories
Accessories
 PSTN modem, GPRS/3G and fibre optic  TTS (Test & Training Set)
modems
 IOEX (Input Output Expander)
 FTIM (Fast Trip Input Module)
 SVIIS (Secondary Voltage
Injection Interface Set)
 Installation tool
 Signalling contacts
for RTU
 Signalling contact
for RTU
 1 RS485
communication port
(Flair 23DM only)
 Signalling contact for
RTU
 Signalling contacts for
RTU (signalling possibility
separate from phase and
neutral faults)
 Two external inputs
allowing:
 resetting of faulty
signalling
 detector tests
14
Brain of Premset
embedded control and
monitoring system
 Phase-to-phase and phase-toearth fault current detection
 U, I, P, Q, S, energy and
power factor measurements
cos 
 Management of 3 digital
outputs and 6 digital inputs
 220 Vac supply backed-up by
lead battery
 Concentration of Modbus
communicating devices
 Data and measurement
archives
 Programmable logic controller
IEC 61131-3 and built-in
calculation formulas to create
or tailor specific functions/
applications
 Radio, PSTN, GSM,
GPRS, 3G
 1 communication port
 1 Ethernet port (option)
 Transmission interface:
PSTN, Radio, GSM, GPRS,
Ethernet, RS232, RS485
 Modbus/IP,
 IEC 870-5-101/104,
 DNP3, DNP3/IP
 IEC 870-5-101 and
IEC 870-5-104
 Serial DNP3 and TCP/IP
 Serial Modbus and TCP/IP
Communication protocol
 Configurable via display  By micro switches or
unit
push buttons & LCD unit
 By micro-switches
 Configurable via display
unit
 Embedded web server
 Local and remote configuration
 Embedded web server
 Local and remote configuration
Accessories
 Open phase and zero
sequence sensors
 External Light Indicator*
 Unit for wall-mounting*
*(optional)
 Open phase and zero  Open phase and zero
sequence sensors
sequence sensors
 External light indicator*  External light indicator*
*(optional)
*(optional)
 Open phase and zero
sequence sensors
 Open phase and zero
sequence sensors
PM100592
Communicating fault passage
indicator for MV substation
Configuration
 By micro-switches
15
 Wall-mounted
 Control and monitoring
through embedded devices
in MV switchgear
Premset, SM6 (end 2014)
 Ensure remote
control and automated
management.
 Embedded web server.
 Concentration of Modbus slave devices
 Local and remote
 Data and measurements archives
configuration
 Back-up power supply for control unit, switch and
 ATS100:
transmission equipment: typical autonomy 16 hours
automatic source transfer
 Programmable logic controller IEC 61131-3 and built-in with dedicated front panel.
calculation formulas to create or tailor specific functions/ Lines, generator,
applications
bus tie
 IEC 870-5-101 and IEC 870-5-104
 Serial DNP3 and TCP/IP
 Serial Modbus and TCP/IP
 Other proprietary protocols
Easergy
PS100
1 or 2 Fault Passage Indicators
functions, compatible with all
earthing systems
 Switch monitoring and control 24VDC or 48VDC
motorizations
 Fault passage detection phase-to-phase and
phase-to-earth faults
 Automation systems: sectionaliser, automatic power
source transfer
 Measurements: I, U
 1 to 2 serial communication ports to SCADA/DMS
 1 Ethernet port
 Communication port operation management
 Transmission interface: PSTN, radio, GSM, GPRS,
3G, Ethernet, dedicated line, RS232, RS485
 Peer-to-peer communication in Modbus IP
MV/LV Substation
power supply
PE90718
DM103098
DM103099
Switch monitoring
and control unit
 Ringmaster-mounted
Embedded in SM6
cubicle NSM for ATS
function (T200S)
 Modbus
 Professional communications and
database editor
 Data creation via dialogue boxes
13
Easergy
Flair 200C
Communication
 Option: signalling
contact for RTU
Configuration
 Simulation tools and tests
PE57924G
Main functions
 915 MHz short range radio
communication between G200 and
Flite 116-SA
 1 SCADA/DMS communication
port transmission interface: radio,
GSM, GPRS
 Local configuration with PC tool
12
 Wall-mounted
 By micro-switches
 Embedded web server
 Local and remote configuration
11
Easergy
R200, ATS100
Main functions
Configuration
 Controls N, U and W series
Reclosers and RL-Series Load
Break Switch/Sectionaliser
Easergy
T200E
Control of 1 to 16 switches, Control of 4 switches,
RM6, FBX, SM6 and other dedicated to Ringmaster
cubicles
 Pole-mounted
Three-phase
Three-phase ammetric
amperematric/ammetric
detectors
fault detectors with LCD.
Compatible with all types
of neutral system and
communication capability.
DIN format
Communication protocol
 DNP3, IEC 870-5-101/104
Modbus/IP and DNP3/IP
Easergy
T200I
Control unit for MV and MV/LV substations
Communication
 Radio, modem, GSM, V23,
 1 to 2 serial communication
RS232, RS485, 10BaseT Ethernet ports to SCADA/DMS
 1 Ethernet port
 Communication port operation
management
 Transmission interface: PSTN,
radio, GSM, GPRS,
3G, Ethernet, dedicated line,
RS232, RS485
 Peer-to-peer communication in
Modbus IP
PE90717
PM57922
10
Remote
Network Monitoring
Three-phase detectors
compatible with all
neutral system types
PM6 remote control enclosure
Communication protocol
 Modbus serial and TCP/IP,
IEC 870-5-101 and IEC 870-5-104
9
Easergy Flair 510,
570, 590
Can be delivered
embedded in RM6,
FBX, Flusarc and
Premset
Communication
8
8
Easergy range dedicated
remote control system
Main functions
6
PE57787
Easergy Flite 312, Easergy Flair 21D, Easergy
315, 332, 335, 382 22D, 23D, 23DM Flair 219, 279
7
PM103942
Remote
Network Control
Fault current detectors Fault current detectors Fault current detectors Fault current detectors
for an overhead network for an overhead network for an overhead network for MV substations
 Network view with substation alarm
 Detailed substation view
 Alarm logs, archives
 Direct access to substation view
via a list
 Automatic sorting of alarms
and archives by substation
 Online help
1
Local Fault
Indication
4
5
7
Local Fault
Indication
PE57929
PE56266
ADVC 2
Easergy
L500
Remote
Network Monitoring
Underground Network
PE90724
Remote
Network Control
Underground Network
PE57923
Recloser
Controler
Overhead Network
PE57927
Overhead Network
PE90722
at a glance
Dedicated supervision for
Easergy range
PM103550
Feeder Automation solution
 Fault indicator: Flair
23DM
 Control unit: SC110
 Backup power supply:
PS100
Power supply and battery
charger for MV/LV
substation.
24V or 48V for motor and
IEDs supply
12V for communication
device supply
Autonomy up to 24h
90W for 24/48V permanent
load
300W 1mn for motor supply
10kV insulation
Monitoring of battery to
detect end of life through
Modbus communication