flair200c eng

schneider-electric.com/energy-automation

Easergy Flair 200CMV substation remote monitoring unitMV electrical network management

Technical data sheet

2schneider-electric.comMV ELECTRICAL NETWORK MANAGEMENT // EASERGY RANGE

ContentsEasergy Flair 200C

Introduction 3

Presentation 4

Fault passage indicators 6

Relevant measurements 7

Substation monitoring 8

Digital control and substation monitoring 10

Characteristics 11

Programmable automation system 12

Communication 14

Web Server 16

Order form 18

Protecting the environment 20


IntroductionEasergy Flair 200C

Everywhere in the world, poor quality of electric power supply is no longer accepted by consumers. In many countries, regulatory standards have therefore been established to ensure a minimum quality of service for electricity.

Of the many indexes, those most commonly used are:• SAIDI: standard average interruption duration index - e.g.: 96 minutes/year • SAIFI: standard average interruption frequency index - e.g.: 1.2 interruptions/year.For power supply companies, the increase in quality of service must go hand-in-hand with an improvement in performance and competitiveness and control of capital expenditure.For an optimum response to these needs, power distribution companies are demanding new products and solutions to allow:

Remote control centre

HV/MV

MV loop

T2004 channels

T200 16 channels

T200 Source changeover switch

T200 4 channels

T200 Flair 200C

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Example of MV loop managed by Easergy solutions

Improved reliability : • Reduction in the duration of power cuts in the

event of incidents on the network (SAIDI)

• Reduction in the number of faults: e.g. through monitoring of MV/LV transformers

• Monitoring and improvement in the quality of power: performance tools for fault analysis.

Reduction in direct and indirect operation costs:• Reduction in response times in the event of

incidents

• Reduction in substation inspection campaigns for maintenance and measurement campaigns

• Reduction in service operations upon equipment failure through remote monitoring: preventive alarm, overloading of network or equipment (transformer)

• Vehicule charge (fuel consumption). It will allow you to participate in the reduction of CO2 emissions.

Efficiency improvement of power distribution: • Quality control of distributed voltage: measurement, alarms and

traceability

• Optimization of the network operating plan based on exhaustive data concerning the network load.

Capital expenditure optimisation:• Have precise, reliable data to define changes and investment planning

concerning the MV network load, transformer outgoer or LV outgoer

• Safeguard network equipment through preventive actions.

Easergy products and solutions meet these objectives by providing you with reliable, maintenance-free equipment that is easy to operate. Schneider Electric is constantly looking for new solutions to simplify the operation of MV networks.


PresentationEasergy Flair 200C

Easergy Flair 200C is specially designed to meet customers’ requirements for the management of MV substations. It provides compact, open solutions:

• Fault passage indicator compatible with any type of earthing system

• Substation monitoring: sending of an alarm in the event of an incident in the substation for efficient maintenance

• Power monitoring unit on the MV and LV network for improved monitoring of load curves and improved power distribution efficiency

• Substation digital concentrator for interfacing between the substation’s communicating equipment and the control centre

• Communication with the remote control centre with call management upon alarm

• IEC61131-1 programmable logic controller (optional) and calculation formulas (included as standard equipment) to create specific, tailored applications.

A product dedicated to remote monitoring of MV substations with a high level of function integration

Easergy Flair 200C is a remote monitoring unit designed to be installed in the MV substations of a public-private distribution network or in customers’ substations. Easergy Flair 200C is a tool that complements control units for MV substations (Easergy T200 I) and conventional fault passage indicators (Easergy Flair).

The Flair 200C is an efficient tool for reducing repair and fault finding times. It improves quality of service and operation for power supply companies.


PresentationEasergy Flair 200C

Main components:

1 – Upward-opening door with blocking system

2 – Power supply terminal block

3 – Battery

4 – 1 or 2 current acquisition, fault current detection and measurement processing circuits

5 – Digital output (DO) for fault current detection external indications

6 – USB configuration port

7 – Ethernet communication and configuration port

8 – GSM/GPRS modem (*)

9 – SIM card (*)

10 – Digital inputs/outputs terminal block

11 – Local indications:

Equipment fault

Battery fault

AC power on

GSM connection status

tx Transmit data

rx Receive data

Channel 1 fault current detection

Channel 2 fault current detection

(*). GSM/GPRS modem version.

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Compact cubicle for 1 or 2 measurement and fault current detection channels

Easergy Flair 200C takes the form of a polycarbonate-ABS enclosure. The wall-mounting cubicle is provided with a padlocking system.On option, Easergy Flair 200C is provided with a second measurement and fault current detection channel.


Fault passage indicatorsEasergy Flair 200C

Easergy Flair 200C detects phase-to-phase and phase-to-earth fault currents on networks with resistor-earthed, directly earthed or isolated neutral, and compensated system without voltage measurement. In the case of compensated (Petersen coil earthed neutral) networks, the value of the earth fault is low relative to the value of the capacitive currents. As a consequence, conventional ammetric detection cannot be used. Easergy Flair 200C uses a new “Insensitive to Capacitive Currents” detection technology.To enhance the reliability of the information transmitted, detection of a fault current is confirmed by loss of the “network”. The “network loss” information is generated either from the voltage failure information processed based on the power supply, or from the load current on the line. Two fault current detection algorithms are available in the Easergy Flair 200C catalogue:

Characteristics Detector typeAmmetric detector (AMP) Insensitive to Capacitive Currents detector (ICC)

Mains voltage 4 to 36 kV 4 to 36 kVFrequency 50/60 Hz 50/60 HzType of network Resistor-earthed, directly earthed or isolated Compensated, resistor-earthed, isolated or directly earthed Type of sensor setup A, B and C configurable A and B configurablePhase fault Configurable from 40 to 800 A in increments of 1 AEarth fault A setup: configurable from 20 to 160 A in increments of 1 A

B and C setups: configurable from 2 to 160 A in increments of 1 A “Network” monitoring mode By voltage/By current By current Fault acknowledge time Phase fault: configurable from 40 ms to 800 ms in increments of 20 ms

Earth fault: configurable from 40 ms to 800 ms in increments of 20 msInrush Configurable Yes/No (duration 3 s)

Operation with sustained fault Configurable Yes/NoMinimum current Configurable from 5 to 20 A in increments of 1 AAcknowledge time Configurable from 1 to 100 s in increments of 1 s

Network time without fault Configurable from 1 to 10 s in increments of 1 sFault reset Automatic upon voltage return: configurable Yes/No

After time delay: configurable from 1 to 12 h in increments of 1 h At a distance via the remote control centre Manual by push button on the enclosure

Indications Remote control centre: phase at fault, summary of a phase fault, earth fault Locally: by LED on the enclosure, by external indicator terminal (standard indicator unit)

Detector precision With sensor:Standard High-performance Standard High-performance

Without “power monitoring unit” option ± 10% ± 7% ± 10% ± 7%With “power monitoring unit” option ± 5% ± 2% ± 5% ± 2%

Insensitive to Capacitive Currents (ICC) detectorThe principle of the ICC detector is based on similarity analysis of phase and earth fault currents to distinguish between an upstream earth fault current and a downstream fault without voltage measurement. The ICC algorithm is used on resonance earth. The principle of the ICC algorithm can also be used with networks with directly earthed and impedance-earthed neutral, if the value of the capacitive currents is significant relative to the value of the earth fault current. • Permanent phase-to-phase and phase-to-earth faults: tripping threshold

confirmed by an acknowledge time and network loss• Fault validation by “network” loss from the load current• Operation on network with sustained fault or not.

Easergy Flair 200C is also available without the fault detection option.Easergy Flair 200C then acts only as a substation measuring, supervision, monitoring and control unit.

Ammetric detector (AMP)• For networks with resistor-earthed, directly

earthed and isolated neutral• Permanent phase-to-phase and phase-to-

earth faults: triggering threshold confirmed by an acknowledge time and network loss

• (Fast) phase-to-phase and transient phase-to-earth faults (not confirmed by network loss)

• Each type of fault has an associated counter that can provide relevant information concerning the number of faults for maintenance

• Fault confirmation by “network” loss• “Inrush” filtering function at power up to

prevent untimely detection when switching on loads.

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Relevant measurementsEasergy Flair 200C

4 possible measurement setups

Measurement recordingEasergy Flair 200C offers various modes for recording measurements and transmitting them to the remote control centre. The criteria can be combined together:• Recording: local recording in the Flair 200C internal log.• Event recording: measurement transmitted at the request of the remote

control centre. • Dial-up: measurements are transmitted at the initiative of the Flair 200C

when the requisite conditions are met. • Measurements can be recorded in several ways:

- regularly: sampled or averaged value with configurable period - upon exceeding a high or low threshold - upon variation or “dead band” (variation %) - upon regular recording of Min. and Max. values over 1, 7 or 14 days.

Measurement characteristics

Voltage measurement Type of measurement Single-phase from the power sourceInput voltage 120/240 Vac – 20% + 10%; 50/60 HzTransformer time index (phase shift) Configurable from 0 to 11 hNetwork voltage rating (scaled) Configurable from 200 to 36,000 V Value returned V1 MV or LV: true rms value up to H15

Current measurement Type A setup I1, I2 and I3: true rms value up to H15 I0: value calculated from I1 + I2 + I3 (H1) Average 3I: from I1, I2 and I3

Type B and C setups I1 and I3: true rms value up to H15 I0: true rms value up to H3 I2: value calculated from I0-I1-I3 (H1) Average 3I: from I1, I2 and I3

Number of samples 36 per period (50/60 Hz)

Measurement precisionCurrent Standard sensor 5% from 100 to 500 A

High-performance sensor 2% from 100 to 500 AWithout sensors 0.5% from 100 to 500 A

Voltage 1% from 90 to 265 VacPower factor ± 1% at 600 A with 0.707 < |PF| < 1 on channel 1

± 5% at 600 A with 0.707 < |PF| < 1 on channel 2Frequency 50 Hz ± 0.02 Hz from 48 to 52 Hz

60 Hz ± 0.02 Hz from 58 to 62 HzPower (without CTs) ± 1% at 600 A with 0.707 < |PF| < 1 on channel 1

± 5% at 600 A with 0.707 < |PF| < 1 on channel 2

Setups 1 2 3 4V1 V2 V1 V2 V1 V2

Fault detector b b b b b

Current MT MT MT MT MT MT BTVoltage MT MT MT MT MT BTPower b b b b b b

Energy b b b b b b

Power factor b b b b b b

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Measurements and detection of possible fault currents according to various setups

Standard measurements with fault passage indicator• Temperature measurement

- cubicle interior: ± 2°C from –20°C to +70°C - cubicle exterior: interior temperature – 9°C

• Current measurement: I1, I2, I3, I0 and Iaverage.

Measurements available with “power monitoring unit” option• Current measurement: I1, I2, I3, I0 and

Iaverage • LV and MV voltage measurement and

monitoring• Frequency • Active, reactive and apparent power • Active and reactive energy with capability

for counter indexing • Power factor.

Setup 1

Setup 2

Setup 3

Setup 4


Substation monitoringEasergy Flair 200C

MV/LV transformer

Public lighting cabinet

LV switchboard RM6 24 kV

MVswitchboard

• Transformer protection: TGPT2 • Door opening • Switch position • LV outgoer fuse tripping• Public lighting fault.

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Digital inputs/outputs for substation monitoring and control

6 configurable digital inputs:• Standard input:

goes to 1 when the digital input is active• FPI input:

goes to 1 when the digital input is active and causes the external indicator to flash.

Each digital input has its associated counter.

3 configurable digital outputs:• Standard output:

the output is maintained when the associated variable goes to 1• Pulse output:

activation of the command generates on the output a pulse of duration configurable between 50 ms and 5 s in increments of 5 ms.

• Dual output: 2 outputs are used. This choice offers a simple solution for controlling certain switches by means of double-bit commands.

Example of substation monitoring point:

Voltage monitoring and quality controlWith the “power monitoring unit” option, Easergy Flair 200C can indicate power supply faults and provide a log for improved quality control of the power supplied.

• Power off detection thresholds configurable from 5% to 95% of Un

• Power on detection thresholds configurable from 70% to 120% of Un

• Time for acknowledging power off and on configurable from 20 to 800 ms.


Substation monitoringEasergy Flair 200C

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Event log

Archives, indications and alerts for optimum operation and maintenance

Event storage capacityFor all the logs, when the maximum storage capacity is reached, the most recent event erases the oldest event.

Time setting and event time stamping

Flair 200C time setting is performed:• Locally with a laptop PC; • Via the remote control system; • Via the Ethernet network.

With management of:• Time zones • Summer/winter time difference.

Precision of event time stamping:• Resolution: 1 ms • Discrimination between 2 events: 10 ms.

All internal data (variables) and data coming from equipment connected to the Modbus local area network can be recorded with time stamping. This information can be transmitted to the remote control centre and/or archived in logs for consultation and downloading (in the form of .xls files), by connecting a microcomputer locally or remotely.

Variable recording criteria: • Events: information transmitted to the SCADA system

These variables are recorded in the “events” log. They are transmitted to the remote control centre according to the protocol exchange conditions

• Alarms: spontaneous transmission These variables are recorded in the “alarm” log. They trigger spontaneous dial-up to the remote control centre and can send an SMS or an email according to the configuration

• System: can be consulted locally, is designed for operation and maintenance: storing in memory of transmission events, transmission errors, change of system configuration, etc.

Events 10 000

Alarms 2 000

System 6 000

Mesures 30 000


Digital control and monitoring of substationEasergy Flair 200C

MV/LV transformer

Meteringframe

LV circuit-breaker

SM6 24 kV MV switchboard

Easergy Flair 200C, with an optional Ethernet port or a Modbus Master RS232/485 local communication port, allows:

• Interfacing of substation communicating equipment with the remote control centre via the communication protocols and media available in the Easergy Flair 200C catalogue. In this case, Easergy Flair 200C serves as a communication concentrator and gateway.

• Monitoring and control of equipment from a PC connected to Internet via the Easergy Flair 200C Web server (GSM/GPRS or PSTN transmission media).

• Recording and time stamping of variables. Easergy Flair 200C offers various possibilities for time setting, polling and time stamping of changes of state depending on the external devices:

- Sepam type slave, Wade range, Easergy range. These slaves manage event time stamping and their clocks can be synchronized by Easergy Flair 200C. The events with their associated dates are read by Easergy Flair 200C every second.

- Other slaves. For slaves not managing event time stamping, the analogue or digital data are read and then generated as time-stamped events by the Flair 200C.

Characteristics of a local area network

Protocol Modbus / Modbus TCP Master

Number of slaves 31 in an RS485 link / 20 in an Ethernet link

Maximum number of variables Digital Inputs/Outputs: 400Double-bit digital Inputs/Outputs: 200Analog Inputs/Outputs: 300

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Example of variable configuration page

Easergy Flair 200C offers full access to all status and measurement information and the controls of connected devices. They are treated as an internal variable on which specific processing operations can be performed: archiving, monitoring, control, alarms, etc.

• Sepam protective relay • Power monitoring unit • LV circuit breaker • Customer counter

(or counting digital input)

• Public lighting management.

Example of substation communicating equipment:

Modbus / Modbus TCP protocols

Sepam protection relay

PowerLogic power meter

Twido programmable logic controller

Advantys OTB input/output module

Examples of connected equipments:


CharacteristicsEasergy Flair 200C

Electrical characteristics

Power supply Voltage 120/240 Vac – 20% + 10%; 50/60 HzBattery Type Sealed spiral lead maintenance-free type: 4 V; 2.5 Ah

Battery life from – 20°C to + 70°C

Minimum 4 h (minimum 3 h with Ethernet option)

Lifetime at 20°C 10 years Inputs/Outputs 6 inputs Insulated, dry loop polarized at 5 V internally

3 outputs IEC 60255-5 Insulated (50 Hz/1 min.): 1.5 kV 30 VA (maximum 60 Vdc or 125 Vac)

Dielectric AC supply input IEC 60255-5 Insulation (50 Hz/1 min.): 10 kV Surge (1.2/50 μs): 20 kV

Current Transformer input IEC 60255-5 Insulation (50 Hz/1 min.): 2.5 kV Surge (1.2/50 μs): 5 kV

Electromagnetic Rapid transients IEC 61000-4-4 ± 4 kV on mains, sensor and RS485 (criterion A) ± 2 kV on logical inputs/outputs and external indicator terminal (standard indicator unit) (criterion A) ± 1 kV on GSM/GPRS antenna (criterion B)

Electrostatic discharge IEC 61000-4-2 Level 3; 8 kV in air; 6 kV at contact (criterion A)Radiated electromagnetic field IEC 61000-4-3 80 MHz; 3 GHz; 10 V/m (criterion A)Radio frequency in common mode IEC 61000-4-6 0.15 MHz to 80 MHz; 10 Vac (criterion A)50 Hz magnetic field IEC 61000-4-8 30 A/m continuous-duty and 300 A/m from 1 to 3 s (crite-

rion A)Surge IEC 61000-4-5 2 kV level 3 in common mode (criterion A)

1 kV level 2 in differential mode (criterion A)Immunity to voltage dips IEC 61000-4-11 Voltage dip:

• 30% reduction for 0.5 period (criterion B)

• 60% reduction for 5 periods (criterion C)

• 60% reduction for 50 periods (criterion C)Power cuts:

• greater than 95%, 250 periods (criterion C)Pulse magnetic field immunity IEC 61000-4-9 1000 A/M Level 4 (criterion A)Damped oscillatory wave immunity IEC 61 000-4-12

level 3; criterion A± 2.5 kV in common mode± 1 kV in differential mode

Environmental characteristics

Temperature IEC 60068-2-1 /IEC 60068-2-2

– 20°C to + 70°C

Relative humidity IEC 60068-2-30 95%; 144 h ((6 x 12-h cycles at 55°C + 12 h at 25°C)Salt spray test IEC 60068-2-11 168 h Storage temperature IEC 60068-2-14 – 40°C to + 70°C; maximum variation of 5°C per min.

Mechanical characteristics

Cubicle material Polycarbonate

Vibrations IEC 60068-2-6 10 to 2000 Hz; 2 g peak-to-peakDimensions H x W x D 333.5 x 210 x 104 mmWeight (typical) 2.5 kg Protection index IEC 60529 IP21 (IP2X with cubicle open); IK07

Easergy Flair 200C designed to meet customers’ technical requirements


Programmable automation systemEasergy Flair 200C

Calculation formulasThe calculation formulas are available as a standard feature in the Flair 200C.They can be used in the Flair 200C to create relatively simple logic equations not requiring a programme to be written in PLC language.

These formulas can be used to create logic equations based on combinations of variables more simply than a PLC programme. The variable types that can be used are the same as for PLC programmes (existing variables or virtual variables created specifically).

The following functions can be incorporated in the formulas:

Mathematical functions: absolute value, square root, natural logarithm, base-10 logarithms, exponentials, powers, integer part, etc.

Statistical functions: smallest and largest values, sum and average of values, etc.

Logic functions: set duration pulse, status copy after a set time, status hold for a set time, etc.

Time/date functions: current date and time, character string converted into date and time, time between two executions of formulas, test whether current day is a working day, etc.

Other functions: values bounded by min and max, delta between previous and current value.

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The Flair 200C is fitted with various devices allowing to perform specific tailored functions or applications: • Calculation formulas available as a standard feature in the equipment.• An IEC 61131-3 programmable logic controller available as an option, and including a RTU control programming workshop

and a possible communication between equipment.

Typical applications that can be created with the calculation formulas:• Calculation of analogue values to

determine averages, alarms or any other calculation based on variables.

• Combinations of variables, such as: - Combining phase and neutral faults

rather than indicating them separately - Defining a synthesis of internal faults - Managing other equipment of the MV

substation such as the light control, etc.

• Use of a Digital Output (DO) for external indication of earth fault and/or phase fault presence.

Example


Programmable automation systemEasergy Flair 200C

The existing variables of the Flair 200C that can be used in the programmes are: TSD, TSS, TM, TSL, DI, DO.Virtual variables can also be created for the PLC programmes. They can also be type: DI, DO, DDI, DDO, AI, AO.A specific development platform (RTU Control) is provided (on the Easergy CD supplied with the equipment) to create or modify a PLC programme from the following programming languages:

• SFC – Sequential Function Chart

• FBD – Function Block Diagram

• LD – Ladder Diagram

• ST – Structured Text

• Il – Instruction List

The platform’s programme can be loaded onto the equipment and then checked via the Flair 200C Web server.

A specific page is used to manage the programme (start, stop) as well as the associated variables and another page is used to create and manage the calculation formulas.

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Communication between equipmentThe programmable automation system option also includes a complementary function for communication between equipment including a Modbus exchange via a TCP/IP link between Flair 200Cs and/or T200s connected on the same MV loop. This communication allows the exchange of a data table between these Flair 200Cs and/or T200s. This communication between equipment is typically used for self-healing network applications.A specific page on the Flair 200C server is used to define the exchange table and this function’s operating parameters.

RTU Control programmable logic controller

Optionally, the Flair 200C can incorporate the IEC 61131-3 programmable logic controller. This allows the user to create specific tailored client applications.

Embedded PLC

T200/F200C softwareVariables exchanges

Programs download Inputs/outputs from internal I/O

or from an external PLC

RTU Control : development platform

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CommunicationEasergy Flair 200C

IEC 870-5-101 and IEC 870-5-104 protocolsTwo transmission modes are available for each configuration:• Asymmetric (Master/Slave mode) • Symmetric (Master/Master mode)(1)

DNP3 serial and TCP protocols(2) • Level supported for commands and replies: 3 • Transmission in Master/Slave mode if

unsolicited response operation is not used• Transmission in Master/Master mode (1) if this

type of operation is used.

Modbus serial and TCP protocols(2)

• Transmission in Master/Slave mode • Transmission in Master/Master mode(1) with

the report by exception function.

Other proprietary protocolsWe have extensive experience of interoperability of our protocols via our numerous projects worldwide (contact us).

SCADA

IEC, Modbus, DNP3 protocols, etc

Modbus / Modbus TCP protocol RS485 or Ethernet

Communication networks: GSM/GPRS, Ethernet, PSTN, Radio...

(1) Master-Master: this option is used to limit exchanges with non-permanent transmission media (Radio, GSM, GPRS, PSTN). A device speaks only when it has something to say. On the other hand, the SCADA no longer controls the data flow and collisions between messages can occur when several devices take control to speak at the same time. Easergy Flair 200C includes collision avoidance algorithms to deal with this problem.

(2) In GPRS, the protocols manage the “Permanent” or “Semi-permanent” transmission mode. The Modbus TCP/IP and DNP IP protocols can also manage the transmission mode “Non permanent” serving to limit data flows.

Open to all SCADA systemsEasergy Flair 200C can manage both a “serial type” protocol and IP protocols (Example: IEC 870-5-101 and IEC 870-5-104). It is thus possible to mix serial and IP transmission media on a given application. Two versions or two different protocols are embedded (e.g. IEC 101/104 and DNP3), thereby allowing switch over the other protocol in total security.

A communications catalogue that is constantly enriched:

Example of communication network and protocols


CommunicationEasergy Flair 200C

Modems and com. port Technical characteristics Main functions

RS232 serial interface • Non-insulated• Maximum transmission speed: 38400 bit/s

Direct link and management of external transmission devices: • Direct: radio modem • Hayes: telephone, GSM

Signals management:• Rx, Tx, DCD, DTR, DSR, RTS, CTS, RI

Voice modem (PSTN) • Standard V.32 bis • 300 to 14400 bits/s • Insulation: 8 kV

• Message repetition (3)• Main dial-up No. • Backup dial-up No.

FSK radio modem • FSK modulation V23 • 200 or 600-1200 baud • Reception level: -30 to +10 dBm on 600 Ohm • Transmission level: -10 dBm or 0 dBm • Receive access impedance: 600 Ohm or high impedance

Signals management:• Rx, Tx, squelch, DCD, RTS • Parity, frame errors

Test mode: • Carrier generation

FFSK radio modem • FFSK modulation • 1200-2400 baud • Reception level: -30 to +10 dBm on 600 Ohm • Transmission level: -10 dBm or 0 dBm • Receive access impedance: 600 Ohm or high impedance

Signals management:• Rx, Tx, squelch, Send Cd • Parity, frame errors

Test mode: • Carrier generation

Multidrop private dedicated line modem (DL)

• FSK V.23 modulation: 600 - 1200 bd• V.24 interface• 2-wire half-duplex or 4-wire full-duplex transmission• Line impedance: 600 Ohms or high impedance (10 kOhm)• Carrier loss detection: 10 ms• Carrier presence detection: 15 ms• Isolation: 8 kV

Management: • Parity, frame errors

GSM/GPRS modem • Dual-band modem GSM and GPRS (or four bands - 900/1800/850/1900 MHz, availability to be confirmed)

• Triple-band collinear aerial with 6-dB gain and 5-m cable - Indoor/outdoor installation

Transmission data:

• Message repetition (3)

• Main call no.

• Backup call number

• SMS transmission (in GSM)

• Management of IP protocols

Ethernet port • 10 base T/100 base T - TX (RJ45)

• 10/100 Mbits

• Management of IP protocols

An extensive choice of modems

External modems and transmission devices Flair 200C manages all types of external modem and transmission devices via the RS232 or Ethernet link.

Integrated modems


Web serverEasergy Flair 200C

Local and remote operation and maintenance by embedded Web serverEasergy Flair 200C incorporates a web data server in HTML page form for data configuration and monitoring. All that is needed to log on to the Flair 200C is a PC provided with a web browser. Remote access is possible via GSM, GPRS, Ethernet and PSTN transmission networks, and can be implemented in parallel from the remote control centre. Thanks to this remote access and its capability to send e-mails and sms, the Flair 200C offers you a cost-efficient solution to monitor your MV substation without SCADA system.In local connection mode, pages are refreshed automatically upon a change of state or cyclically. The embedded web server allows local monitoring of the substation.

User-friendly operation and controlIn parallel to network operation and control from the SCADA system, equipment operation can be controlled via 3 pages:• Display of states and measurements• Commands: reset fault detectors and other digital outputs, reset or

preset fault or energy counters. Command sending is secured (selection and confirmation)

• Consultation of archived data with saving to PC in CSV file form for analysis.

The views are refreshed regularly or automatically upon a change of state.

Secure multilingual serverThe home page allows you to select the server menu language. The available languages in standard configuration are: • English, French, Spanish, Portuguese, etc. • Data literals are customizable• Data access is secured by password. Three access levels can be defined: Administrator, Operator, Monitoring.

E-mail alert

SMSalert

Maintenance and operation services

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On-site maintenance

GSM/GPRS, PSTN, Ethernet/Intranet

GSM/GPRSEthernet

Welcome page - Web server

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Web serveur Easergy Flair 200C

Easier maintenanceUpdating of software versions or change of protocol by downloading from a PC.

Two software versions are saved. It is possible to switch between the two versions.

• Analysis of system Event Log file: - Storage of transmission events (to determine the origin of a

recurring communication fault) - Indication of transmission errors (CRC error, collisions, PSTN line

out of order, switchover to redundancy, etc.) - Indication of system events (start-up, resetting, change of

configuration, etc.).• Communication analyser. This analyser allows observation of frames

exchanged with the remote control centre and any Modbus/Modbus TCP slaves in the substation.

Rapid, reliable setup

Downloading of data configurationsConfiguration is performed by downloading a configuration file. The equipment is delivered with factory settings.

Preparation of typical configuration settings.An off-line configurator allows customer configuration settings to be prepared from typical data. The data are saved to PC in text format.

Partial configuration of equipment.The Easergy Flair 200C configurator accepts a partial text file for the modification of a variable, for example. This improves the reliability of installed base revision for a change of settings (e.g. communication settings).

Equipment data saving to PC

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Configuration Save/Restore page

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Equipment status monitoring page


Order formEasergy Flair 200C

1 - Number of channels 01

02 1 channels

2 channels

2 - PowerMeter A

B

Without

With

3 - Power Supply A Standard

4 - Protocols M2

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Modbus et Modbus TCP

CEI 870-5-101 and CEI 870-5-104

DNP3 and DNP3 TCP

Other, contact us

5 - Modem 2

4

G

F

B

C

Non-insulated RS232

RS232/485 insulated 2,5 kV

Quadriband GSM/GPRS with antenna and 5 m cable

PSTN

V23 FSK Radio modem: 600-1200 bauds

FFSK Radio modem: 1200-2400 bauds

6 - Ethernet port Z

E Without

With

7 - Local area network Z

R Without

Modbus Master RS485 modem, insulated 2 kV (R)

8 - Detector typeZ

A

D

Without fault detection

Ammetric

ICC

9 - IEC 61131-1 programmable logic controller Z

P Without

With

10 - Factory database language FR

EN

SP

PO

CH

GE

TU

PK

French

English

Spanish

Portuguese

Chinese

German

Turkish

Poland

Configure your Easergy Flair 200Cx

To work out the reference of your Flair 200C, copy below the codes located to the left of the boxes you have checked beforehand.

Reference of your configured Easergy Flair 200C :

F2 Z-

1 2 3 5 6 7 8 9 104

Quantity :

Fill only one box per option (put a “x” as per )


Order form (accessories)Easergy Flair 200C

AccessoriesThe Flair 200C is compatible with all current sensors of the Easergy range and available commercially. Easergy Flair 200C is calibrated in factory with the Easergy sensors to assure you the announced performance. Two ranges of opening and self-locking sensors are available in the Easergy Flair 200C catalogue in the form of ready-to-connect kits.

Current sensors

External indicator terminals

MF1 standard sensorsCTs with protected blades of the Easergy Flair detector range

High-performance sensorsResin-coated CTs of the Easergy T200 monitoring and control unit range

Standard indicator unitMounted outside the substation

Internal indicator unitMounted inside the substation, provided with a 30 cm fibre-optic light guide

“Type B” setup

“Type C” setup

com I3 I2 I1

com Io I3 I1

L1com Io I3 I1 L2 L3

“Type A” setup

DE

5891

1

Setup type

Standard sensors: split CTs - IP20 Reference Quantity

Standard sensors Setup type A Kit of 3 MF1 split phase CTs + connection cable

59968 Setup type B Kit of 2 MF1 split phase CTs

+ 1 MFH earth CT+ connection cable

MV258152

Setup type C Kit of 1 MFH split earth CT

+ connection cableMV258153

High-performance sensors: Resin-coated CTs - IP43

High-performance sensors

Setup type A Kit of 3 split phase CTs + connection cable

MV258171 Setup type B Kit of 3 closed phase CTs for RM6 MV258172 Setup type C Kit of 2 split phase CTs

+ 1 earth CT + connection cable

MV258173

Setup type D Kit of 1 split earth CT

+ connection cable MV258174

External indicator terminals

Standard indicator unit (BVE) 59988 Configuration cables

USB configuration cable, 3 m T200 -CFG- USB Ethernet configuration cable, 3 m T200-CFG- ETH-3 Ethernet configuration cable, 10 m T200-CFG- ETH-10


Protecting the environmentEasergy Flair 200C

Make energy safer, more reliable, more efficient and more productive

Schneider Electric has staked out unique positions to serve the market’s emerging needs, with solutions that deliver energy savings of up to 30%, reliable, uninterrupted power and easy on-site or remote control of installations.

Document Number ENMED305014EN - 062016 © 2016 Schneider Electric. All rights reserved.

Schneider Electric Industries SAS35, rue Joseph Monier92506 Rueil Malmaison (France)Phone: +33 (0) 1 41 29 70 00www.schneider-electric.com

flair200c eng

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