2010

MV network management

Easergy range

Panorama

Easergy range dedicated supervisor

Remote network control

Remote network monitoring

Local fault indication

L500 T200 P T200 I T200E Flite 116-SA/G200 Flair 200C Flite 110-SA Flite 210, 230 Flite 312, 315, 332, 335, 382

Flair 21D, 22D, 23DV Flair 219, 279 Flair 310, 370

Easergy range dedicated remote control system

Overhead switch control unit

Control unit for MV and MV/LV substations

Communicating fault current detector for overhead lines

Communicating fault current detector for an MV substation

Fault current detectors for an overhead network Fault current detectors for MV substations

Capacity: 500 Easergy type devices

Control of 1 or 2 switches

Control of 1 to 16 switches

Control of 4switches

Single-phase ammetric detector

Three-phase, 2 channel fault current detector open to all types of earthing system

Single-phase ammetric detector

Three-phase ammetric detectors

Three-phase directional detectors

DIN format three-phase ammetric detectors

Three-phase ammetric detectors

Three-phase directional detectors

Main functions Main functionsb Network view with substation alarmb Detailed substation viewb Alarm logs, archivesb Direct access to substation view via a listb Automatic sorting of alarms and archives by substationb Online help

b Pole mounted b Wall-mounted b Ringmastermounted Flite 116: b Line installationb Phase-to-phase and phase-to-earth fault current detectionb I and U presence measurementsb Communication management with G200b Powered by lithium batteryG200: b Pole-mountedb Flite 116 concentratorb Processing and archivingb Free I/O: 3 digital outputs and 6 digital inputsb 220 Vac, solar or 12 Vdc supply

b Wall-mountedb Phase-to-phase andphase-to-earth fault currentdetectionb U, I, P, Q, S, energy and powerfactor measurements cos φb Management of 3 digitaloutputs and 6 digital inputsb 220 Vac supply backed-up by Ni-CD batteryb Concentration of Modbuscommunication devicesb Data and measurementsarchives

b Line installation

b Phase-to-phase and phase-to-earth fault current detectionb Indication of transient and permanent faults

b Powered by lithium battery

b Pole-mounted

b Phase-to-phase and phase-to-earth fault current detectionb Indication of transient and permanent faults

b Powered by lithium battery

b Pole-mounted

b Phase-to-phase and phase-to-earth fault current detectionb Transient and/or permanent fault indicatorb Fault counter

b Powered by lithium battery, solar panels or 12 Vdc depending on model

b Incorporated in the switchgear b Phase-to-phase and phase-to-earth fault current detectionb Measurements: v ammeter v maximeter

b Self-powered by current sensors

b Wall-mounted

b Phase-to-phase andPhase-to-phase and phase-to-earth fault current detection

b Power supply:v Flair 279: 220 Vac (battery-backed)v Flair 219: battery

b Wall-mounted

b Phase-to-phase and phase-to-earth fault current detectionb Indication of transient and permanent faults

b Power supply:Power supply:230 Vac backed up by battery or external depending on model

b Switch monitoring and controlb Fault current detectorb Automation systems: sectionaliser, power supply source changeover switchb Measurements: I, U, P, Q, S, energy and power factor cos j

b Measurements: I, U

b Concentration of Modbus communication devicesb Data and measurements archivesb Back-up power supply for control unit, switch and transmission equipment

Communication Communicationb Integrated communication front-endb Permanent and non-permanent communications management: v telephone/GSMv radiov direct public and dedicated private lineb Periodic call management

b 1 to 2 serial communication portsb 1 Ethernet portb Communication port operation management b Transmission interface: PSTN, radio, GSM, GPRS, Ethernet, dedicated line, RS232, RS485

b 915 MHz short range radio communicationb 1 SCADA communication portb Transmission interface: radio, GSM, GPRS, CDMA

b 1 communication portb 1 Ethernet port (option)b Transmission interface:PSTN, Radio, GSM, GPRS,Ethernet, RS232, RS485

b Option: signallingOption: signalling contact for RTU

b Signalling contactsSignalling contacts for RTU

b Signalling contact forSignalling contact for RTU

b Signalling contactSignalling contact for RTU

b Signalling contactSignalling contact for RTU

Communication protocolb Modbus b IEC 870-5-101 and IEC 870-5-104

b Serial DNP3 and TCP/IPb Serial Modbus and TCP/IPb Other proprietary protocols

b IEC 870-5-101b Serial DNP3 and TCP/IPb Modbus

b IEC 870-5-101b DNP3b Modbus

Data configuration Data configurationb Professional communications and database editorb Data creation via dialogue boxes

b Embedded web serverEmbedded web serverb Local and remote configurationLocal and remote configuration

b Local and remote configuration with Easergy L500

b Local or remote configurationb Embedded web server

b By micro-switches b By micro-switches b Configurable via display unit

b By micro-switchesor button and display unit

b By micro-switches b Configurable via display unit

Accessories Accessoriesb Radio, PSTN, DL and fibre optic modems

b Simulation tools and tests b Installation tool b Open phase and zero sequence sensors

b Installation tool b Open phase and zero sequence sensorsb Unit for wall-mounting

b Open phase and zero sequence sensors

b Open phase and zero sequence sensors

b Open phase and zero sequence sensors

Easergy range PanoramaEasergy: a range of solutions for MV network management

Easergy range dedicated supervisor

Remote network control

Remote network monitoring

Local fault indication

L500 T200 P T200 I T200E Flite 116-SA/G200 Flair 200C Flite 110-SA Flite 210, 230 Flite 312, 315, 332, 335, 382

Flair 21D, 22D, 23DV Flair 219, 279 Flair 310, 370

Easergy range dedicated remote control system

Overhead switch control unit

Control unit for MV and MV/LV substations

Communicating fault current detector for overhead lines

Communicating fault current detector for an MV substation

Fault current detectors for an overhead network Fault current detectors for MV substations

Capacity: 500 Easergy type devices

Control of 1 or 2 switches

Control of 1 to 16 switches

Control of 4switches

Single-phase ammetric detector

Three-phase, 2 channel fault current detector open to all types of earthing system

Single-phase ammetric detector

Three-phase ammetric detectors

Three-phase directional detectors

DIN format three-phase ammetric detectors

Three-phase ammetric detectors

Three-phase directional detectors

Main functions Main functionsb Network view with substation alarmb Detailed substation viewb Alarm logs, archivesb Direct access to substation view via a listb Automatic sorting of alarms and archives by substationb Online help

b Pole mounted b Wall-mounted b Ringmastermounted Flite 116: b Line installationb Phase-to-phase and phase-to-earth fault current detectionb I and U presence measurementsb Communication management with G200b Powered by lithium batteryG200: b Pole-mountedb Flite 116 concentratorb Processing and archivingb Free I/O: 3 digital outputs and 6 digital inputsb 220 Vac, solar or 12 Vdc supply

b Wall-mountedb Phase-to-phase andphase-to-earth fault currentdetectionb U, I, P, Q, S, energy and powerfactor measurements cos φb Management of 3 digitaloutputs and 6 digital inputsb 220 Vac supply backed-up by Ni-CD batteryb Concentration of Modbuscommunication devicesb Data and measurementsarchives

b Line installation

b Phase-to-phase and phase-to-earth fault current detectionb Indication of transient and permanent faults

b Powered by lithium battery

b Pole-mounted

b Phase-to-phase and phase-to-earth fault current detectionb Indication of transient and permanent faults

b Powered by lithium battery

b Pole-mounted

b Phase-to-phase and phase-to-earth fault current detectionb Transient and/or permanent fault indicatorb Fault counter

b Powered by lithium battery, solar panels or 12 Vdc depending on model

b Incorporated in the switchgear b Phase-to-phase and phase-to-earth fault current detectionb Measurements: v ammeter v maximeter

b Self-powered by current sensors

b Wall-mounted

b Phase-to-phase andPhase-to-phase and phase-to-earth fault current detection

b Power supply:v Flair 279: 220 Vac (battery-backed)v Flair 219: battery

b Wall-mounted

b Phase-to-phase and phase-to-earth fault current detectionb Indication of transient and permanent faults

b Power supply:Power supply:230 Vac backed up by battery or external depending on model

b Switch monitoring and controlb Fault current detectorb Automation systems: sectionaliser, power supply source changeover switchb Measurements: I, U, P, Q, S, energy and power factor cos j

b Measurements: I, U

b Concentration of Modbus communication devicesb Data and measurements archivesb Back-up power supply for control unit, switch and transmission equipment

Communication Communicationb Integrated communication front-endb Permanent and non-permanent communications management: v telephone/GSMv radiov direct public and dedicated private lineb Periodic call management

b 1 to 2 serial communication portsb 1 Ethernet portb Communication port operation management b Transmission interface: PSTN, radio, GSM, GPRS, Ethernet, dedicated line, RS232, RS485

b 915 MHz short range radio communicationb 1 SCADA communication portb Transmission interface: radio, GSM, GPRS, CDMA

b 1 communication portb 1 Ethernet port (option)b Transmission interface:PSTN, Radio, GSM, GPRS,Ethernet, RS232, RS485

b Option: signallingOption: signalling contact for RTU

b Signalling contactsSignalling contacts for RTU

b Signalling contact forSignalling contact for RTU

b Signalling contactSignalling contact for RTU

b Signalling contactSignalling contact for RTU

Communication protocolb Modbus b IEC 870-5-101 and IEC 870-5-104

b Serial DNP3 and TCP/IPb Serial Modbus and TCP/IPb Other proprietary protocols

b IEC 870-5-101b Serial DNP3 and TCP/IPb Modbus

b IEC 870-5-101b DNP3b Modbus

Data configuration Data configurationb Professional communications and database editorb Data creation via dialogue boxes

b Embedded web serverEmbedded web serverb Local and remote configurationLocal and remote configuration

b Local and remote configuration with Easergy L500

b Local or remote configurationb Embedded web server

b By micro-switches b By micro-switches b Configurable via display unit

b By micro-switchesor button and display unit

b By micro-switches b Configurable via display unit

Accessories Accessoriesb Radio, PSTN, DL and fibre optic modems

b Simulation tools and tests b Installation tool b Open phase and zero sequence sensors

b Installation tool b Open phase and zero sequence sensorsb Unit for wall-mounting

b Open phase and zero sequence sensors

b Open phase and zero sequence sensors

b Open phase and zero sequence sensors

AMTED107018EN 01-2010

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As standards, specifications and designs change from time to time, please ask for confirmation of the information given in this publication.

Publishing: Schneider Electric Industries SASDesign: Schneider Electric Industries SASPrinting: Imprimerie du Pont de Claix/JPF - Made in France

This document has been printed on ecological paper

Schneider Electric35 Rue Joseph MonierCS 3032392506 Rueil Malmaison CedexTel : +33 (0)1 41 29 70 00Fax : +33 (0)1 41 29 71 00

www.schneider-electric.com

Reduce outage timeOptimized intervention as a result of reliable information from fault current

detectors, locally and from a distance.In the event of a fault, the control units can be used to restore the supply

to the healthy parts of the network:by the operator from the remote control center: 50% of the network supply

can be restored within a few minutesby the integrated automated devices: the faulty sections of the reset cycle

can be isolated.

Improve the quality of distributed energyAccurate information about permanent and transient faults allows corrective

and preventive maintenance to be carried out to reduce fault repeatability.The quality of the distributed energy can be monitored by means of relevant

recorded and transmitted measurements:measurement of load currents and real-time indication of variationsmeasurement of voltages with indication and storage of voltage dips and jumpsmeasurement of the power factor.

Reduce operating costsAccurate fault information considerably reduces fault detection time:on-site intervention times are greatly reduced through the use of communicating

devicesaccurate fault information simplifies troubleshooting operations and tasks.Preventive maintenance on the MV network reduces the number of call-outs

during duty hours.

Fast return on investmentThe modularity and integrability of the Easergy products range significantly

reduce installation and commissioning costs.The integral modularity of the Easergy products range allows you to invest

exactly what is required and to benefit from an immediate return on investment. You can then add extra equipment when your budget allows.

Investing in the control station can be costly and take time to implement. Remote control of your networks can be achieved in stages using simple systems that can be implemented within a few months. This also allows the improvement in quality of service and the technical options to be assessed:

adapting stations to remote control: power-operated MV cubicles, control unit or communicating detector, transmission equipment

the comprehensive real-time network control functions and price-quality ratio of the Easergy L500 SCADA make it an exceptional tool for the following applications:

remote control of small networkssystem dedicated to controlling networks complementary to the DMS system temporary system until a DMS is installedsystem maintenancetrial runs.

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What are the expected advantages of MV network management?

b Develop customer satisfaction and servicesb Increase economic performanceb Control investment (past and future)