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Flite 116–G200

1. 17 VO WINING 555528 ated he eae need 18 G2SF Principle of Operation 19 G2SF Product Description ecer 20 I O Wiring G2SF Dimensions of Cabinet and Mounting Holes 21 Flite 116 SA iiie ceret tec ide at ied 23 Flite Timing Diagram sssesseen 24 Lithium Battery oro DI m dS 26 Flite Installation ecrit 26 Weather Proof Envelope sssssessseeneee 28 Placement of Flite Unit ee 29 Flite Exclusion Zones enne 31 SCADA Communication sene 32 Adding a SIM Card sseeem n 33 G2PF Cabinet Installation eene 34 G2PF Cabinet Installation with Optional G200 Mounting Plat sis ies 34 G2PF AC Unit Battery Installation 35 LV Supply Connection sm 35 Battery Connection onto Sockets ssssss 36 Screw Connector ssssssseee eene 36 Solar Cell Panel ri ceteri teret 37 G2SF Screw Holes rore eer 38 G2SF Mounted in Cabinet 38 Example of DB9 DB9 Configuration Cable 39 G200 Main Menu DNP3 Protocol RS232 Modem Version 41 G200 Main Menu IEC 101 Protocol Hayes Modem M COM M 41 G200 Main Menu Modbus Protocol GPRS
2. 2011 Schneider Electric All Rights Reserved Figure 34 4 EASERGY Configuration and Diagnostic ALT F4 Exit Easergy G200 DNP3 RS232 PROM vx xx EQUIPMENT NAME FLITE SETUP Flite Identification Parameters Flite 1 to 6 DNP3 SETUP RTU address 0 DNP3 Profile COMMUNICATION SETUP Modem Slot 1 Direct RS 232 Communication Parameters SAVE CONFIGURATION OK Cancel DIAGNOSIS Display events Display analog Flite counters Figure 35 Version X K K N EQUIPMENT NAME K N FLITE SETUP K Flite Identification K Parameters Flite 1 to 6 R IEC 870 5 101 SETUP Link address 1 Interoperability Transmission N N K K K K N N K K K bx K N K K LE COMMUNICATION SETUP Modem Slot 1 Hayes Communication Parameters SAVE CONFIGURATION OR Cancel DIAGNOSIS Display events Display analog Flite counters Figure 36 G200 Main Menu Modbus Protocol GPRS Modem Version XIII EASERGY Configuration and Diagnostic ALT F4 Exit XIII HN Easergy G200 MODBUS GPRS K HN PROM vx xx K N EQUIPMENT NAME R K K N FLITE SETUP N K Flite Identification Flite Communication Parameters K HN Parameters Flite 1 to 6 Parameters Flite 7 to 9 K HN K A MODBUS Address 255 K K Alarm and Storage Parameters Relay Parameters K K K N COMMUNICATION SETUP N K Modem Slot 1 GPRS Modem Slot 2 Short Range Radio K HN GPRS Parameters K K Modbus TCP IP parameters K N K N
3. 2011 Schneider Electric All Rights Reserved 46010 501 01 Flite 116 G200 DNP3 User Manual 09 2011 Section 4 Installation Exclusion Zones Figure 21 Flite Exclusion Zones m Case 1 Good o D gt 62 miles 1 km m I G200 i I O FLITE116 D gt 62 miles 1 km Case 2 Wrong 4 p Case 3 Wrong I D gt 62 miles 1 km 2011 Schneider Electric All Rights Reserved 31 Flite 116 G200 DNP3 User Manual Section 4 Installation Radio or Cellular Antenna 32 46010 501 01 09 2011 The G200 cabinet or the RTU to which it is linked per the RS232 may be fitted vvith a long range radio interface radio or cellular to communicate with the SCADA This long range radio interface has a stronger radio signal than the short range radio used between the G200 and its attached Flite units and may therefore disturb this link The long range antenna must be placed on the opposite side of the pole where the G200 short range antenna is installed The short range radio partly uses 902 928 MHz bandwidth so we recommend avoiding the same frequency on the long range link If you must use the same frequency please contact your local Schneider Electric representative Figure 22 SCADA Communication Min 16 ft 5 m Max 328 ft 100 m CDMA GSM GPRS radio antenna EN SCADA lt u Min 6 6 ft 2 m Min 6 6 ft 2 m N
4. NOTE The setting is not exactly the same in this menu for all the different versions of protocol Some parameters may not be present for all versions Figure 40 G200 Long Range Comm Settings Direct RS232 EASERGY Configuration and Diagnostic ALT F4 Exit XIII Communication Parameters Modem Direct RS 232 Host baud rate 9600 bauds Parity even Frame error on idle interval yes Handle DSR no Handle CD no Delay before transmission 00ms Handle CTS no CTS delay 20ms RTS or CTS to message delay 20ms Message to RTS delay 20ms C9 D3 D3 B3 Dd D4 D3 D3 D3 D4 D4 Dd D3 D3 D3 D3 D3 D4 D3 D3 D3 M Escape Exit Xb Handle CTS To make the G200 wait for the CTS signal after asserting the RTS signal before sending the message select yes e Default value no CTS delay The G200 delay waits until the CTS appears if handled Adjustable from 0 500 ms e Default value 20 ms RTS or CTS to message delay The G200 delay waits until after the RTS or CTS if handled appears before sending the message e Adjustable from 0 500 ms Default value 20 ms Message to RTS delay The G200 delay waits until after the end of the message before asserting RTS low Adjustable from 0 500 ms Default value 20 ms 2011 Schneider Electric All Rights Reserved 46010 501 01 09 2011 Radio External Modem Host baud rate e Data communication speed betwee
5. e Parameter values are modified using the or Space keys to increase the value and the Rey to reduce the value NOTE When a parameter value is at its maximum pressing the or Space key changes the value to its minimum Pressing the key changes the parameter value back to the maximum e To exit a sub menu press the Escape key e To exit the main menu press the Alt and F4 keys simultaneously Specific Messages When the configuration software starts up several types of messages may appear on the screen e Unidentified equipment connected the serial link between the configuration computer and the equipment to be configured is not valid check the connection cord and the connection location at the computer end e Fault messages related to a configuration loss or internal problem refer to the Maintenance section on page 63 Software Configuration Pressing the F10 key accesses the software configuration menu which is used to modify the display colors and the serial port used 40 2011 Schneider Electric All Rights Reserved 46010 501 01 09 2011 CPU Configuration G200 Main Menu Equipment Name Local name only used to access a hidden menu reserved for the manufacturer Flite Identification When selected the G200 searches for all nearby Flite units and records their unique physical address the process takes approximately two minutes Flite Communication Parameters Gives access to
6. 3 30 or 70 s or OFF Automatic timer reset 2 4 8 or 16 hours Voltage parameters setting done remotely from the G200 or from SCADA Electrical field used as voltage reference 9 or 18 RV m Local fault indication Visual signal Red flashing light 8 high luminosity LEDs Flash frequency 20 min Flash duration per fault 2 4 8 or 16 hours set by user Total flash duration with the same battery 400 hours Short range radio interface Frequency used 918 919 2 MHz according to FCC Part 15 Sensitivity 110 dBm Power supply Replaceable lithium battery 3 6 Vdc Battery duration 10 years with 400 hours flash and 3 Flite units installed Temperature Current Parameters 13 to 158 F 25 to 70 C 40 to 131 F 40 to 55 C also available Operation temperature Humidity lt 95 Wind resistance 93 mile hour 150 km hour same as Flite 110SA Electro magnetic compatibility IEC Short circuit withstand 12 5 kA 1 s Maximum load current 800 A Shock tests 125 kV Mechanical Specifications The Flite 116 SA is protected by a weather proof envelope made of PC ABS The dimensions are listed in Table 5 Table 5 Mechanical Specifications Net weight 1 2 Ib 0 54 kg IP protection level IP54 NEMA 3 IR7 impact resistant Mounting Spring grips 2011 Schneider Electric All Rights Reserved 27 Flite 116 G200 DNP3 User Manual 46010 501 01 Section
7. Config in progress Stored Not alarmed Config fault 3 Stored Not alarmed Deadband indication Not alarmed DeadBand value Imean A Stored 10 Current Imin A Stored 5 Min variation A Imax A Stored Volt KV m Not Stored 2 Voltage KV m i i Escape Exit 4 Config in progress Alarm and storage activation when a Flite configuration is in progress Config fault Alarm and storage activation when a Flite configuration failed Deadband indication not for Modbus Alarm activation when the deadband threshold has been reached I MAX I MIN MEAN or Voltage DeadBand value for current measurement e Current 96 relative current variation required for storage e Imin variation A minimum absolute variation that is required for storage NOTE To be stored a current must increase or decrease in percentage above what is set in Current AND increase in absolute value above what is set in Min variation A Measured value deadband voltage Deadband value for voltage availability the minimum variation between the last measurement sent to the SCADA and the new voltage measurement that is taken into account 57 Flite 116 G200 DNP3 User Manual Section 5 Commissioning Alarm Parameters G200 Information NOTE For each parameter the choice Info in stack is not available with Modbus protocol Equip
8. 3 Flite 09 2011 Figure 19 Weather Proof Envelope o 5 11 in 130 mm m z 2 o a 28 2011 Schneider Electric All Rights Reserved 46010 501 01 09 2011 Section 4 Installation Flite Installation Introduction Distance Figure 20 Placement of Flite Unit Radius 328 ft 100 m Unreliable communication area G200 Installation G200 Flite Orientation and Positioning of Antennas 2011 Schneider Electric All Rights Reserved Flite 116 G200 DNP3 User Manual Section 4 Installation E E 7 zZ Ww When used in urban areas many natural obstacles vehicles buildings etc may disturb the radio signal between a G200 and its Flite units Diffraction refraction or diffusion phenomena can create areas of shadows interrupting message receptions at points close to the sender while enabling a correct reception at a more distant point In addition electromagnetic noise can affect communication performance Avoid installing Flite units close to a high power radio or cellular relay See below for a list of rules to follow to ensure reliable radio communication e All Flite units should be placed within a 164 to 328 ft 50 to 100 meters radius around the G200 although depending on local conditions Flite units may successfully operate with no disturbance at even greater distances e The maximum distance between Flite units should be 100 meters e If the pole is
9. Direct RS232 Version Host baud rate e Data communication speed between the SCADA and the G200 e Adjustable from 200 to 9 600 bps e Default value 9 600 bps NOTE For test purposes it is better to select a low speed so it is easier to see exchanged messages between the SCADA and the G200 see the section Protocol Analysis on page 65 Parity Parity of the characters in send mode Select none space even or odd If possible choose even parity to ensure secure transmission amp Frame error on idle interval e Select No if the modem or the transmission can generate an interval of more than one bit between two characters If yes is defined the message will be rejected e Default value yes Handle DSR e Select yes if you want the G200 to detect connection using the DSR signal e Default value no Handle CD e To make the G200 control reception with CD signal select yes e Default value no Delay before transmission e Some modems require a delay after receiving a message before being able to transmit another one If the delay is too short or if needed the beginning of the message can be cut and a frame error can be generated Adjustable from 0 to 500 ms e Default value 00 ms 44 46010 501 01 09 2011 The following menus are used to set the long range communication parameters between the G200 and the remote control system
10. During the first installation it is mandatory Figure 53 46010 501 01 09 2011 Flite Configuration Short Range Radio Communication Settings EASERGY Configuration and Diagnostic ALT F4 Exit Flite Communication Parameters Serial Number Wink RSSI Level logical Address to activate a Flite identification command main ETT TER i menu to update this menu 012B043002D5 WINK RSSI 2 012B04300315 WINK RSSI 3 012B0430000B WINK RSSI 4 Serial Number 012B04300317 WINK RSSI 5 E E 012B043002C3 WINK RSSI 6 e Physical address in hexadecimals on six 012B043002CA WINK RSSI 7 bytes of the Flite units identified by the G200 eel oe m Rean A This list is updated by the Flite identification command in the main menu This field cannot be modified by the operator NOTE An FFFFFFFFFFFF value means that there is no corresponding Flite unit Nota Wink Command signal used to flash a Flite unit RSSI Level e Means Received Signal Strength Indication e Used to get information on the signal level e received by Flite e Incorrect conditions it should be greater than 30 Escape Exit Get Flite Current Get Flite Info an indicator is considered as missing if its logical address is 0 Measuring period lh Measurement period Period used by Flite for current measurement Adjustable to 2 min for test purpose only or to 1 hour standard operation Get Flite Current Command to retrieve the latest _INST c
11. Figure 42 G200 Long Range Comm Settings Modem Hayes 4 EASERGY Configuration and Diagnostic ALT F4 Exit i Communication Parameters Modem Hayes Host baud rate 9600 bauds Dialing type No 2222222 Host tel number Host tel number main standby Dial up delay time Os random value first attempt 1s second attempt 1mn third attempt 2mn Modem init E0QOV1 amp C1 amp D2S0 2 Factory modem init 2mn 20s Max transmission time Answer Mode Calling Mode Mode SCADA i Escape Exit Modem init e Initialization string sent to the modem equipment power up e Selecting the factory modem init function resets this string to its default value e Modem initialization sequence must do the modem operation as follows No echo Turn on carrier detect signal when the remote carrier signal is present Hang up when the DTR is low Return basic OK CONNECT RING NO CARRIER ERROR BUSY NO ANSWER result codes as Word Auto answer For a standard hayes modem the default init string configure these settings Max transmission time e Maximum duration of a call in answering mode or calling mode alarm e On time out expiration the modem hangs up Mode three possibilities e SCADA The G200 only communicates with a SCADA system the address of the SCADA is configured in the main menu e W500 Not used e SCADA W500 Not used 2011 Schneider
12. Modem Version ile tii Hee ip echa Ra d tes 41 G200 Main Menu Save Configuration DNP3 Protocol RS232 Modem Version essss em 42 G200 Main Menu Save Configuration IEC Protocol HAYES Modem Version 42 G200 Main Menu Save Configuration Modbus Protocol GPRS Modem Version seen 42 G200 Long Range Comm Settings Direct RS232 44 G200 Long Range Comm Settings Range External Modern ses dise 45 G200 Long Range Comm Settings Modem Hayes 46 G200 Long Range Comm Settings GSM 47 G200 Long Range Comm Settings Modem GPRS 48 G200 Long Range Comm Settings TCP IP Parameters 49 G200 Long Range Comm Settings Time Setup 50 G200 Long Range Comm Settings Protocol Profile Settings Li er hes Nee tnt bea ee 51 G200 Long Range Comm Settings Protocol Profile SET GS e east e fi o ranean needed 52 5 Flite 116 G200 DNP3 User Manual List of Figures List of Tables Figure 34 Figure 35 Figure 48 Figure 49 Figure 50 Figure 51 Figure 52 Figure 53 Figure 54 Figure 36 Figure 37 Figure 38 Figure 39 Figure 40 Table 1 Table 2 Table 3 Table 4 Table 5 Table 6 46010 501 01 08 2011 G200 Long Range Comm Settings Protocol Profile SEINS 2 nn er pee tes 53 G200 Long Range Comm Settings Protocol Profile SI
13. P3 P3 9 D D3 Broadcast command allowed e Normally the broadcast command cannot be used in balanced mode However when the collision avoidance algorithm is enabled the broadcast command can be used to reduce the number of messages exchanged Select yes to use this additional option The default setting is no 54 2011 Schneider Electric All Rights Reserved 46010 501 01 09 2011 Alarm and Storage Settings This menu is used to configure the alarm parameters for the long range communication to the SCADA system and storage parameters Alarm Parameters Overall Gives access to the general G200 alarm menu Alarm Parameters Flite information Gives access to Flite alarms and events storage menu Alarm Parameters G200 information Gives access to the G200 alarms and events storage menu 2011 Schneider Electric All Rights Reserved Flite 116 G200 DNP3 User Manual Section 5 Commissioning Figure 48 G200 Long Range Comm Settings Alarm and Storage Settings Y 2 2s EASERGY Configuration and Diagnostic ALT F4 Exit i Alarm and Storage Parameters Alarms Parameters Overall Alarm Parameters Flite information Alarm Parameters G200 information i Escape Exit 55 Flite 116 G200 DNP3 User Manual Section 5 Commissioning Alarm Parameters Overall This menu is used to configure automatic calls to the supervisor SCADA Alarm message enabled Yes If a chang
14. The equipment does not require regular maintenance It is essential to have a computer or a PC compatible and the Easergy CD ROM Easergy Configurator for all equipment servicing Specific maintenance information such as reading of internal equipment states and of stored events is available only on this CD ROM NOTE Spare fuses are available in the accessory bags attached to the inside of the basic enclosure Connecting the Computer Using the See the section Commissioning on page 39 Software Diagnostics Equipment States Figure 36 Diagnostics Equipment States Hayes and RS232 The equipment states menu is used to display Version information linked to the G200 and Flite unit s state XIII Easergy Configuration and Diagnostic ALT F4 Exit XINA K Equipment states K M Equipment Fault no Modem not identified no X G200 Information B Alarm processing no SIM card failure no Modem state Modem Init K GSM signal quality must be gt 16 K e Equipment fault The G200 encounters a N received signal 0 Max 31 Not detectable 99 ir K K configuration fault K Fault MV Com Batt Conf I ave I min I max MV Comm K pre K E ab 1 il A k 1 K e Modem not identified The G200 was prc p a a A pA a unable to communicate with the modem used 2 mo ne m mo no 9 g 3 R 3 no no no no no 0 0 0 0 0 K Alarm processing An alarm is being DA no mo mo nos Ado 9 0 o 2 E Ws no no no no no 0 0 0 0 0 K processed K 6 no no no no
15. This is why a di dt algorithm is preferred to an Imax algorithm because you can apply the same value for the whole feeder substation e Imax level Minimum absolute phase current threshold above which a fault is detected Adjustable from 100 800 A NOTE The selected threshold must be greater than the maximum load current in use on the conductor at the location where it is installed e Auto Reset Time out length of delay Flite waits after MV has returned before resetting the flash Adjustable to 0 2 30 or 70s For automatic voltage reset or to OFF 0 For transient fault detection NOTE The Flite may be set to find all types of faults permanent transient and self extinguishable depending on its parameter settings e Flash time Time out after which flash is reset Adjustable from 2 to 16 hours 2011 Schneider Electric All Rights Reserved Figure 54 Flite EASERGY Configuration and Diagnostic ALT F4 Exit Flite 116 G200 DNP3 User Manual Section 5 Commissioning Flite Configuration Fault Detection Parameter Settings Parameters Flite 1 to 6 Flite Flite Flite Flite Flite i i i i i n 1 n 2 n 3 n 4 n 5 n 6 f i i FAULT DETECTION i DI DT level 60 A 60 A 60 A 60 A 60 A 60 A f I max level 500 A 500 A 500 A 500 A 500 A 500 A f auto Reset 3 s 3 s 3 s 3 s 35s 3 8 j Flash time 2h 2h 2h 2h 2h 2h n Inrush 38 3 s 3 s 3 8 d d 35
16. User Manual Section 3 Flite Figure 16 24 Table 3 Application DI dt Imax Inrush restraint Fault confirmation Automatic voltage reset Automatic timer reset Fault delay trip Flite Timing Diagram Event detected no flash Waiting for an MV fault Waiting for events Flash on Flite units located Upstream from the fault ee 3 MV fault 01i No reclosing cycles I Automatic voltage reset di dt fault lo Imax fault o End of di dt fault End of Imax fault Voltage presence return End of voltage presence loss o ooo Flite units located Upstream from the fault MV fault 0 1 03 0 3 No reclosing cycles Automatic voltage reset 0 5 30 i i i i T o ES i MEE i di dt fault 10 1 A i i i Imax fault o End of di dt fault End of Imax fault Voltage presence return End of voltage presence loss O 46010 501 01 09 2011 Flite Timing Diagram Flite 116 SA OFF or 6 12 24 30 40 60 or 80 A 100 150 200 250 300 400 500 600 or 800 A ON 3 30 or 60 s or OFF ON 70 s or OFF ON 3 30 or 70 s or OFF 2 4 8 or 16 hours NI 25 ms 60 Hz 30 ms 50 Hz Flite units located Downstream from the fault Flite units located Downstream from the fault 0 3 0 3 0 5 30 T Ho 00 ll 0 0 hJh3 A 2011 Schneider Electric All Rights Reserved 46010 501 01 09 2011 Functions Line Monitoring Load
17. default setting is yes Emission of End of initialization e Select no if you do not want the G200 to send an End of initialization M El NA 1 message after start up when the SCADA does not support this information e The default setting is yes 2011 Schneider Electric All Rights Reserved 53 Flite 116 G200 DNP3 User Manual 46010 501 01 Section 5 Commissioning 09 2011 This menu is used to configure protocol specific Figure 35 G200 Long Range Comm Settings Protocol Profile parameters for IEC 101 Settings BALANCED MODE ONLY Station e As specified in IEC 870 5 101 RTUs are usually type B stations but it may be necessary to declare them as type A The default setting is B EASERGY Configuration and Diagnostic ALT F4 Exit XIII Balanced mode Balanced mode only Station B Time out Time out 58 Maximum number of emissions 3 n pat i Send Confi e As specified in IEC 870 5 101 it can vary ais comences URL Confirm between 1 and 60 s The default value is 5s Maximum number of emissions e As specified in IEC 870 5 101 it includes the first transmission and the repetitions It can 3 Escape Exit vary between 1 and 10 In The default value is 3 Data service e As specified in IEC 870 5 101 Send Confirm or Send No Reply The default setting is Send Confirm B3 P3 I Dd P3 D3 D3 D3 D3 ss D3 D3 D3 D3 P3 P3 a D3 D3 P3 DJ P3 D3 Dd D3 D3 P3 a D3 D3 D3
18. external 6 Vdc power supply powered by a solar cell panel which is fitted with its own backup battery optional model no GS612 10W e G2GF uses 40 mA when the GSM GPRS interface is in stand by mode e During GSM GPRS communication consumption climbs to 0 35 A when the GSM reception level is correct it may hit 0 8 A if the GSM reception level is low Figure 10 I O Wiring m z 2 o T Three digital outputs Six digital inputs NOTE Digital outputs are not active 18 2011 Schneider Electric All Rights Reserved 46010 501 01 Flite 116 G200 DNP3 User Manual 09 2011 Section 2 G200 G2SF Principle of Operation Figure 11 G2SF Principle of Operation I e d 5 Z m Flite units 1 9 Customer laptop for local configuration Config interface RS232 interface Customer RTU Fault alarm 1 Dry relay output contacts EL Free digital inputs Li Digital output may be set to i MV fault line 1 2 or 3 or I MV fault on any line or 1 Flite communication failure or Flite battery failure I eo is a ae am r l l l I I I l I l l I 1 I I l l l I i I I l l k am am am nnn 2011 Schneider Electric All Rights Reserved 19 Flite 116 G200 DNP3 User Manual 46010 501 01 Section 2 G200 09 2011 Product Description Distribution networks are sometimes fitted with remote controlled overh
19. more than 8096 e Tradio The sending rate of message previously acknowledged The rate should be 10096 Tapp The application acknowledge rate The rate should be more than 8096 If the resulting rate is lower than the one expected it could be due to a hardware problem on the Flite unit Replace the current Flite unit with a new unit and redo the test If the problem is still there it could be due to a disturbed radio environment or a wrong installation Please refer to the Installation section on page 29 2011 Schneider Electric All Rights Reserved Easergy G200 Range Wireless Communication Indicator Instruction Bulletin Square D and Schneider Electric are trademarks or registered trademarks of Schneider Electric Other trademarks used herein are the property of their respective owners Schneider Electric USA Inc Electrical equipment should be installed operated serviced and maintained only by qualified 295 Tech Park Drive Suite 100 personnel No responsibility is assumed by Schneider Electric for any consequences arising out of La Vergne TN 37086 USA the use of this material 1 888 778 2733 46010 501 01 08 2011 www schneider electric us 2011 Schneider Electric All Rights Reserved
20. no 0 0 0 0 0 K 7 no no no no no 0 0 0 0 0 K e GSM SIM card failure The G200 has 8 no no no no no 0 0 0 0 0 g R 9 no no no no no 0 0 0 0 0 K K K K K K K K K xk ESCAPE Exit Shows the received signal strength indication of the GSM GPRS modem Should be above 16 e Ip address only GPRS The current G200 IP address Flite Information Fault Pres Fault detected on Flite no x Bat fault Battery fault of Flite no x lav Last received average load I min Last received minimum load max Last received maximum load MV Presence Last received MV availability 2011 Schneider Electric All Rights Reserved 63 Flite 116 G200 DNP3 User Manual Section 6 Maintenance Comm Qual Quality of the radio communication between the G200 and the Flite no x This indicator is regularly refreshed measurement period and must be 100 NOTE The counter is initially set to 100 at each configuration loading then it is reduced gradually when measurements are not updated within each period plus an additional two min delay to take radio repeats into account Conf Fault Flite no x configuration is not complete Modem state Indicates the current state of the modem 64 Figure 37 X X Table 6 Modem State Modem hang up Easergy Configuration and Diagnostic ALT F4 Exit NY K Equipment states N M Equipment Fault no Modem not identified no M Alarm processing no SIM car
21. resend its user data when the RTU doesn t receive any CONFIRM frame ACK or NACK to a message using SEND CONFIRM EXPECTED frame types e When the Maximum Data Link re tries is reached without confirmation the Link Layer will perform RESET OF REMOTE LINK to re initialize the link Time out Thisis the delay that the Link Layer will wait for a CONFIRM frame after sending a SEND CONFIRM expected frame Adjustable from 1 to 10 s Delay before emission e Time out delay before the first emission e Sometimes the connection time can be longer on the SCADA than on the RTU This time out delay must expire before the first emission is made unsolicited response mode 2011 Schneider Electric All Rights Reserved Flite 116 G200 DNP3 User Manual Section 5 Commissioning Figure 47 G200 Long Range Comm Settings Protocol Profile Settings EASERGY Configuration and Diagnostic ALT F4 Exit A DNP3 Profile LINK LAYER Idle line delay 10ms Requires Data Link Confirm no Maximum Data Link Re tries 3 Time out t 58 Delay before emission 10s APPLICATION LAYER Handle requested object s unknown bit yes Sends Unsolicited Responses yes Wait delay 100ms Requires Application Confirm no Maximum Application Re tries fos Time out Imn Escape Exit APPLICATION LAYER Handle requested object s unknown bit If defined as yes the G200 will use a specific bit to indicate to
22. the short range radio the G200 Flite communication parameters Parameters Flite x to y Gives access to fault parameters of each Flite unit referred to with a logical address 1 9 For DNP3 only RTU Address Source address used by the remote SCADA to identify this the G200 through the DNP3 protocol adjustable from 0 65534 SCADA Address Destination address used by the G200 to identify the remote SCADA through the DNP 3 0 protocol adjustable from 0 65534 W500 Address Not used For IEC 101 only Link address Permit to the SCADA to identify the G200 among all the far end equipment Depending on the length of the link address field 1 or 2 octets it can adopt all values between 0 and 254 or 0 and 65534 Common address of ASDU This address is generally not used by the G200 but the latter controls it In general it is set to 0 although the standard defines this value as not used to 1 or to the same value as the ink address Interoperability Transmission Gives access to the protocol related transmission parameter configuration screen Interoperability Application Gives access to the application configuration menu for the protocol Balanced mode Gives access to the menu used to configure the transmission specific elements in balanced mode For MODBUS only Modbus Address Permit to the SCADA to identify the G200 among all the far end equipment Automatically define to 255 for GPRS transmission
23. used to configure protocol specific Figure 34 G200 Long Range Comm Settings Protocol Profile parameters for IEC 101 Settings Time tag type EASERGY Configuration and Diagnostic ALT F4 Exit XXIII e This option is used to send spontaneous Application status changes without a time tag or with a time tag using binary time on 3 or 7 octets CP24Time2a or CP56Time2a For example a single point change can be transmitted in the format ASDU M SP NA 1 M SP TA 1 orM SP TB 1 according to the option selected Time tag type 7 octet binary time Measured value type Scaled Command mode direct Measurements managed by GI yes NOTE Binary time on 2 octets is not used Emission of End of initialisation yes The default option is 7 octet binary time Binary time on 3 octets consists only of minutes and milliseconds whereas 7 octet binary time gives the year month day of month hours minutes and milliseconds by Pscape air D SR P3 D3 D3 D3 DJ D4 Dd D D3 D3 D3 Dd D4 D3 Dd D3 D3 D3 D3 D4 D3 Measured value type e Normally IEC 101 provides normalized or scaled e With G200 the only possibility is scaled Command mode e Normally IEC101 propose two options direct and Select and execute e With G200 the only possibility is direct Measurements managed by GI e Define if the general interrogation from the SCADA includes the request of measurements The
24. 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 ESCAPE Exit 2011 Schneider Electric All Rights Reserved Flite 116 G200 DNP3 User Manual Section 6 Maintenance This menu is used to analyze the data exchange on the long distance connection with the SCADA The main causes of malfunction are e Absence of Supervisor G200 dialogue check Equipment power supply State of transmission interface modem Fault communication module Functional fault statements such as remote controls not executed and remote indications not received check Flite power supply Flite to G200 communication possible short range radio disturbances The Display Events menu is used to review stored time stamped events locally e When all events have been displayed their total number is indicated on the same line as the message End of xx events At that point it is possible to move around the list using the arrow keys e 100 time stamped events may be recorded When this number is exceeded the first event in the list is Events loss e Events may be erased by selecting Erase events in the main menu Confirmation is requested by Confirm Y N Pressing the Y key permanently erases the time stamped events The Display analog menu is used to display the latest recorded INST valu
25. 010 501 01 09 2011 Open the Flite s transparent cover and plug in the battery connector Using a magnet on the Flite generates the following actions Flite 116 SA FLASH is ON Flite immediately resets 1 Flite flashes for 20 s and sends Imax di dt alarms to FLASH is OFF the G200 in real time useful for a demonstration This may be done with gloves and an insulated bucket truck using standard security procedures for hot line working or with the specific Flite 11X installation tool model no 59953 mounted on a hot stick mounting tool that is fitted with a universal adapter NOTE The Flite 116 SA is fitted with a hook to use with the second mounting tool shot gun tool 2011 Schneider Electric All Rights Reserved 46010 501 01 Flite 116 G200 DNP3 User Manual 09 2011 Section 3 Flite Specifications General Specifications Table 4 Flite General Specifications Application Flite 116 SA Distribution lines 6 to 69 kV Power frequency 50 and 60 Hz HV MV neutral arrangement Solidly grounded via a resistor or isolated Fault detection on invert time protected lines Yes Conductor diameter 5 to 25 mm Fault detection parameters setting done remotely from the G200 or from SCADA Di d OFF 6 12 24 30 40 60 or 80 A Imax 100 150 200 250 300 400 500 600 800 A Inrush restraint ON 3 30 or 60 s or OFF Fault confirmation ON 70 s or OFF Automatic voltage reset ON
26. 1 09 2011 Relay Parameters NOTE The relay parameters depend on the version Relay activation Permit to activate the use of relays It is not recommended to use relays with solar panel power supply Each digital output relay may be assigned to one of the following actions e Fault When a line fault occurs on any Flite the DO closes when all line faults are cleared the DO opens e Com fault When a short range communication failure occurs on any Flite the DO closes when all communication failures are cleared the DO opens e Bat Fault When a battery failure occurs on any Flite the DO closes when all battery failures are cleared the DO opens e Fault x If a line fault occurred on Flite number x x 1 2 or 3 the DO closes when the fault is cleared the DO opens 2011 Schneider Electric All Rights Reserved Flite 116 G200 DNP3 User Manual Section 5 Commissioning Figure 52 G200 Long Range Comm Settings Relay Parameters EASERGY Configuration and Diagnostic ALT F4 Exit Relay Parameters i Relay activation no not recommended with solar panel power supply Relay 1 Fault Relay 2 Com Fault Relay 3 Bat Fault Escape Exit 59 Flite 116 G200 DNP3 User Manual Section 5 Commissioning Flite Configuration Short Range Radio Communication Settings This menu is used to configure the short range radio communication between the G200 and the Flite units NOTE
27. CTS delay 20ms RTS or CTS to message delay 20ms Message to RTS delay 20ms i Escape Exit 45 Flite 116 G200 DNP3 User Manual Section 5 Commissioning Modem Hayes Version Host baud rate e Data communication speed between SCADA and the G200 e Adjustable to 200 300 600 1 200 2 400 4 800 9 600 or 19 200 bps e Default value 9600 bps recommended Dialing type e Configurable to NO TONE or PULSE some PSTN modems require a PULSE dialing mode e Default value no Host tel number main e SCADA main phone number used to send the alarms to SCADA e 15 digits maximum Host tel number standby e SCADA backup phone number in case of no access using the main phone number e 15 digits maximum Dial up delay time e Time out delay is used for the alarms configured with a delayed option First attempt adjustable from 0 to 1 min per steps of 1 s setting it to 0 selects a random value between 0 and 1 min this is mandatory to prevent all equipment calling the SCADA simultaneously Second attempt configurable from 0 to 5 min per steps of 1 min setting it to 0 selects a random value between 0 and 5 min Third attempt configurable from 0 to 10 min in steps of 1 min setting it to 0 selects a random time between 0 and 10 min NOTE The 2 and 3 d attempts are only used if the preceding one 15t or 2nd one did not manage to send the frame 46 46010 501 01 09 2011
28. Current Measurement Lithium Battery Alarm Short Range Communication Alarm MV Sag or Absence 2011 Schneider Electric All Rights Reserved Flite 116 G200 DNP3 User Manual Section 3 Flite In parallel to the fault detection function Flite performs a load current measurement 3 630 A an immediate voltage loss detection a regular check of the MV voltage presence or absence and the voltage of the lithium battery Each Flite sends the following data collected to the G200 unit every end of period a period 1 hour I MAX maximum instantaneous current measured I MIN minimum instantaneous current measured MEAN average current for the period FLITE battery status Upon SCADA request for instance prior to switch loads the G200 hub will ask all Flite units to send their instantaneous current measurement I INST This is so the network operator can make sure that loads may be added to others By regularly downloading the MAX I MIN I MEAN measurements from each Flite the SCADA operator has a clear view of the daily weekly yearly consumption on each phase on each MV line of the network Flite 116 SA The principle remains the same with some improvements INST is a 3 s current measurement value sampled permanently MAX and MIN are re evaluated every 3 s MEAN is the average of all INST values At the end of a period each G200 hub knows which Flite unit is having a lithium battery problem Once this in
29. Current Measurement Display eeeee 65 Flite Radio Analysis inisi ieii iaiia 66 Flite Counters iore E REG 66 4 2011 Schneider Electric All Rights Reserved 46010 501 01 08 2011 List of Figures 2011 Schneider Electric All Rights Reserved Figure 1 Figure 2 Figure 3 Figure 4 Figure 5 Figure 6 Figure 7 Figure 8 Figure 9 Figure 10 Figure 11 Figure 12 Figure 13 Figure 14 Figure 15 Figure 16 Figure 17 Figure 18 Figure 19 Figure 20 Figure 21 Figure 22 Figure 23 Figure 24 Figure 25 Figure 26 Figure 27 Figure 28 Figure 29 Figure 30 Figure 31 Figure 32 Figure 33 Figure 34 Figure 35 Figure 36 Figure 37 Figure 38 Figure 39 Figure 40 Figure 41 Figure 42 Figure 43 Figure 44 Figure 45 Figure 46 Figure 47 Figure 33 Flite 116 G200 DNP3 User Manual List of Figures G2PF Principle of Operation 11 View from the Bottom of the Enclosure 12 View from the Back of the Enclosure 12 TOP VISW ire ce A eo E ep re ree C ERE RE EPA EGER 12 Bottom VIew cete tre deed ei edad nes 12 AC Version G2PF Components see 13 VO Wiring 1 2 2 1 etie ea en eere nan dan PU ARR etes 15 G2GF Principle of Operation 16 G2GF Product Description
30. ED is on and output alarm 12 V e When the battery is charging the Battery mode LED is flashing Figure 7 I O Wiring Three digital outputs Six digital inputs 15 I e d 5 Z m Flite 116 G200 DNP3 User Manual 46010 501 01 Section 2 G200 09 2011 G2GF Principle of Operation Figure 8 G2GF Principle of Operation m z 2 o ac Flite units 1 9 Customer laptop for local configuration interface GSM or GPRS interface GSM dial up network or GPRS IP network Solar panel 6 Vdc 10 A h bat regulator ee i C 16 2011 Schneider Electric All Rights Reserved 46010 501 01 Flite 116 G200 DNP3 User Manual 09 2011 Section 2 G200 Product Description I e J o Z m Figure 9 G2GF Product Description Spare RS232 local configuration port use standard RS232 cable Not used Firmware EPROM below the modem Short range radio antenna connector Embedded GSM or GPRS modem 6 Vdc power supply on the right Short range radio module Six dry contact inputs Three dry contact outputs not active RS232 local configuration port HARTING plug use specific G2GF configuration cable Dimensions Height x VVidth x Depth 11 x 8 x 4 in 270 x 203 x 110 mm 2011 Schneider Electric All Rights Reserved 17 Flite 116 G200 DNP3 User Manual 46010 501 01 Section 2 G200 09 2011 Electrical Specification e The G2GF is fed from an
31. Electric All Rights Reserved 46010 501 01 09 2011 GSM Version Figure 43 Host baud rate e Data communication speed between the SCADA and the G200 e Must be set to 9 600 baud with a GSM modem mandatory data speed PIN code e Setting the PIN into the SIM card default value is 000 e Incase a wrong PIN is entered GSM SIM card failure appears in the screen Equipment States NOTE After three unsuccessful PIN operations the SIM card is locked To unlock it a mobile phone set is needed the G200 cannot do it Please also refer to the SIM card user s guide to unlock it Flite 116 G200 DNP3 User Manual Section 5 Commissioning G200 Long Range Comm Settings GSM EASERGY Configuration and Diagnostic ALT F4 Exit Communication Parameters Modem GSM Host baud rate 9600 bauds PIN code 0000 Modem parameters Host tel number main 722 2 Host tel number standby Dial up delay time first attempt 1s Os random value second attempt 1mn third attempt 2mn Max transmission time Answer Mode 2mn Calling Mode 20s Short message system SMS Short message system enable no SMS service center phone number SMS user phone number Mode SCADA Escape Exit Mode three possibilities Modem parameters see Hayes version e Short message system enabled To get a SMS short message sent to a specific s GSM cell phone f
32. External Modem 45 Modem Hayes Version eee 46 GSM Bio M 47 Modem GPRS Version emm eene 48 TCP IP Parameters 1 s rein 49 Time Set p Sze e cage patien tia Peter queo odes 50 Protocol Profile Settings for DNP 3 0 51 APPLICATION LAYER entier ntt rnnt inn ei eet aan 51 LINKLEAYER inert RERUM 51 Protocol Profile Settings for IEC 101 52 Alarm and Storage Settings 55 Alarm Parameters Overall 56 Alarm Parameters Flite Information 57 Alarm Parameters G200 Information 58 Relay Parameters ee eene peer eee ste e siti 59 Flite Configuration cerent tn mter tegere ree gs 60 Short Range Radio Communication Settings sss 60 Fault Detection Parameter Settings see 61 Section 6 Maintenance uusesusbessebeseio nie ove bles de tin tn enr LS 63 Introduction hende e eine An ee ERE 63 General Information iius tereti scettr eite ente 63 Connecting the Computer Using the Software ssss 63 BEea cc 63 Equipment States eee eene prece 63 200 Informatlon ieiuna ite teint Dn eor ede je e tette 63 Flite Information 2t rendere tte eene ec trece ne 63 Protocol Analysis ei st genet duras decente 65 Events Display rss rente Er ier ies ire 65
33. Flite 116 G200 Easergy Wireless Communication Indicator User Manual 46010 501 01 09 2011 Retain for future use Schneider Hazard Categories and Special Symbols Please Note A gt A Read these instructions carefully and look at the equipment to become familiar with the device before trying to install operate service or maintain it The following special messages may appear throughout this bulletin or on the equipment to warn of potential hazards or to call attention to information that clarifies or simplifies a procedure The addition of either symbol to a Danger or Warning safety label indicates that an electrical hazard exists which will result in personal injury if the instructions are not followed This is the safety alert symbol It is used to alert you to potential personal injury hazards Obey all safety messages that follow this symbol to avoid possible injury or death A DANGER DANGER indicates an imminently hazardous situation which if not avoided will result in death or serious injury A WARNING WARNING indicates a potentially hazardous situation which if not avoided can result in death or serious injury ACAUTION CAUTION indicates a potentially hazardous situation which if not avoided can result in minor or moderate injury CAUTION CAUTION used without the safety alert symbol indicates a potentially hazardous situation which if not avoided can result in property dama
34. Import Setup Time RADIO analyser XIII III III AA Easergy G200 MODBUS GPRS PROM VX XX 290222222 EQUIPMENT NAME FLITE SETUP Flite Identification Parameters Flite 1 to 6 MODBUS Address 255 Alarm and Storage Parameters COMMUNICATION SETUP Modem Slot 1 GPRS GPRS Parameters Modbus TCP IP parameters SAVE CONFIGURATION OK Cancel DIAGNOSIS Display events Display analog Flite counters DXDT Erase events Equipment states DNP3 analyser Flite Communication Parameters Parameters Flite 7 to 9 Relay Parameters Modem Slot 2 Short Range Radio Export Import Setup Time RADIO analyser XIII DEDEDE Ba ES ES ES P3 P3 D3 D3 D3 D3 D3 ea D3 D3 9 D3 D3 ea a D3 D3 D3 D3 P9 D D3 D3 C9 9 B3 ES D3 D4 D3 D3 D3 D3 D4 D D3 xa 2011 Schneider Electric All Rights Reserved 46010 501 01 09 2011 2011 Schneider Electric All Rights Reserved Flite 116 G200 DNP3 User Manual Section 5 Commissioning MODEM GPRS G2DGPRS CFG G200 parameters GPRS cfg G200 parameters IP cfg TCP IP parameters Import The configuration is imported from cfg file If no cfg file is present the default configuration is applied DIAGNOSIS For more information on these choices see the Maintenance section on page 63 Time Setup is discussed on page 50 43 Flite 116 G200 DNP3 User Manual Section 5 Commissioning G200 Long Range Communication Settings
35. ME 54 G200 Long Range Comm Settings Alarm and Storage Settings Mn bee heated 55 G200 Long Range Comm Settings Alarm Parameters Overall saisies ected ed ee eee diese 56 G200 Long Range Comm Settings Alarm Parameters Flite Information erret nene rete 57 G200 Long Range Comm Settings Alarm Parameters G200 Information i ien eit estes enne cu 58 G200 Long Range Comm Settings Relay Parameters 59 Flite Configuration Short Range Radio Communication Settings crat UPPER REG 60 Flite Configuration Fault Detection Parameter Settings 61 Diagnostics Equipment States Hayes and RS232 Mia P s 63 Diagnostics Equipment States Modem GPRS 64 Display Events nine ns lene ipit Ree ictus ne 65 Display Analog eterne inet eee ti 65 File CouUriters ior deett f Ete fd ng tede een Peres 66 General Specifications 10 Flite 116 SA Standard Configurations 23 Flite Timing Diagram 24 Flite General Specifications 27 Mechanical Specifications seseeesss 27 Modem State Troubleshooting Hayes Version 64 2011 Schneider Electric All Rights Reserved 46010 501 01 08 2011 Section 1 Introduction General Notes Product References 2011 Schneider Electric All Rights Reserved Flite 116 G200 DNP3 User Manual Section 1 Introducti
36. NP3 User Manual 46010 501 01 Section 1 Introduction 08 2011 m z 2 Sas o I 8 2011 Schneider Electric All Rights Reserved 46010 501 01 Flite 116 G200 DNP3 User Manual 09 2011 Section 2 G200 Section 2 G200 BE o J Introduction The G200 is available in the following versions S e G2PF As a standalone unit large IP54 NEMA 3 cabinet powered by LV input e G2GF As a standalone unit medium IP54 NEMA 3 cabinet powered by solar cell panel e G2SF As a card fitted inside a small IP21 NEMA 1 cabinet for integration in an existing remote control cabinet Functions The G200 performs the following functions Dialogue with Flite fault indicators via a bi directional short range high frequency HF radio link Monitoring for remote indication and or local display of the following information Fault current path for both short circuits and ground faults Medium voltage loss return alarms Average load current Medium voltage availability Flite low battery alarm Flite communication failure alarm Communication with the remote control supervisor Use of DNP 3 0 protocol Management of data communication devices G2PF Recording of time stamped events as they happen 20 ms accuracy These events may be downloaded onsite to a laptop PC with a local connection e External power supply 6 12 Vdc G2PF G2GF and G2SF 110 240 Vac with internal backup bat
37. P3 stack for DNP3 or IEC 101 only Di dt Alarm and storage of all di dt faults detected by any Flite unit Imax Fault Alarm and storage of all Imax faults detected by any Flite unit Flite batt check Alarm and storage of low battery alarm from any Flite unit Volt Presence not for Modbus Alarm and storage of MV trespassing according to selected voltage threshold Flite Comm fault e Alarm and storage on Flite G200 short range communication faults e Analarm is set when the preset number of successive Flite communications is greater than the selected threshold Successive comm fault before alarm e Number of successive faults before the alarm above is set e Adjustable from 1 to 4 Flite Presence not for Modbus Alarm and storage of Flite presence a logical address is assigned to the Flite or absence the logical address is set to zero events 2011 Schneider Electric All Rights Reserved Flite 116 G200 DNP3 User Manual Section 5 Commissioning Figure 50 G200 Long Range Comm Settings Alarm Parameters Flite Information EASERGY Configuration and Diagnostic ALT F4 Exit A Alarm Parameters Flite information Info in stack Alarm dI dt Stored Not alarmed Imax Stored Not alarmed Flite Batt check Stored Not alarmed Volt Presence Stored Not alarmed i Flite Comm Fault Stored Not alarmed before alarm Successive comm fault 1 Flite Presence Stored Not alarmed
38. SAVE CONFIGURATION OK Export K K Cancel Import K N DIAGNOSIS N K Display events Erase events Setup Time K K Equipment states K K K KAI 41 Flite Communication Parameters SCADA address 0 Storage Parameters Modem Slot 2 Erase events Equipment states i DNP3 analyser EASERGY Configuration and Diagnostic ALT F4 Exit Easergy G200 IEC 870 5 101 PROM vx xx Alarm and Storage Parameters Erase events Equipment states DNP3 analyser Flite 116 G200 DNP3 User Manual Section 5 Commissioning G200 Main Menu DNP3 Protocol RS232 Modem Version Parameters Flite 7 to 9 W500 address 0 I Relay Parameters Short Range Radio Export Import Setup Time h RADIO analyser G200 Main Menu lEC 101 Protocol Hayes Modem Flite Communication Parameters Parameters Flite 7 to 9 Common address of ASDU 1 Application Balanced mode Relay Parameters Modem Slot 2 Short Range Radio Export Import Setup Time Ps ss RADIO analyser XIII EDD DDD EDD Flite 116 G200 DNP3 User Manual Section 5 Commissioning Modem Slot 1 e Direct RS232 Direct RS232 Permanent link Radio external Radio link e MODEM HAYES dial up Hayes for Hayes compatible modems GSM for AT commands compatible GSM modems e MODEM GPRS GPRS For WAVECOM GPRS GSM modems with embedded IP stack Communications Parameters DIRECT RS232 and DATA MODEM only Gives access to long range communication pa
39. ances between Flite Units Linked to Two Separate G200 Units 30 Exclusion Zonaes iens i Aaa dete dee ede Peta 31 Radio or Cellular Antenna ssssssssessssseeeeeneennen nnn 32 SIM Card for GSM GPRS Communications eene 33 Introduction to GSM GPRS Networks eee 33 3 Flite 116 G200 DNP3 User Manual 46010 501 01 Table of Contents 09 2011 SIM Card GSM Antenna Installation 33 G200 Mounting O2PE m Cabinet Installation e 34 Powering the AC Unit eee trece nete dienen 35 G2GF ine ei EE RS 37 Optional GS612 10W sse emm enn 37 G2SF cC 38 Section 5 Commissioning LAR SH AAs hoe ini ani it ee A eee A e ds 39 G200 Configuration Tools sse 39 Hardware Required nsnsi eed RE nn it antennes 39 Connecting the Computer ss 39 Configuring the Unit o ceti Tr renati fe Rer ettet 39 Important Note usines 39 Specific Messages eere teet ette tete i 40 Software Configuration esseem 40 CPU Configuration suisse 41 G200 Main Menti 25255850 feed noes dat bende cte tete a eee bebe dE inne 41 SAVE CONFIGURATION iii 42 T ue 43 DIAGNOSIS site ris nee tennis 43 G200 Long Range Communication Settings 44 Direct RS232 Version tesi ini 44 Radio
40. d failure no X K R amp Modem state Ppp connected IP address 192 168 12 6 A M GSM signal quality must be gt 16 A M received signal 0 P Max 31 Not detectable 99 N K K K Fault MV Com Batt Conf I ave I min I max MV Comm x K Pres Pres Fault Fault Fault A A A kV m Qual HX Wi no no no no no 0 0 0 0 0 K W 2 no no no no no 0 0 0 0 0 K W 3 no no no no no 0 0 0 0 0 K Na no no no no no 0 0 0 0 0 N HN 5 no no no no no 0 0 0 0 0 N K 6 no no no no no 0 0 0 0 0 x 7 no no no no no 0 0 0 0 0 K HN 8 no no no no no 0 0 0 0 0 K HN 9 no no no no no 0 0 0 0 0 K K K K K K K N ESCAPE Exit R 46010 501 01 09 2011 Diagnostics Equipment States Modem GPRS Modem State Troubleshooting Hayes Version Comments Standby state Modem calling Modem answering Modem connected Modem breaking The modem is hanging up Modem Init the G200 is configuring the modem Modem sending SMS Code pin error Wrong PIN used Modem Init Entering code pin Code pin error Network registration GPRS registration PDP Init PDP Closing PDP Status PDP Connected Closing TCP listened TCP Closing TCP Listening TCP Listened TCP Connecting TCP Connected Modem failure GSM registration denied the G200 is configuring the modem Wrong PIN used IMSI registration Opening a PDP session Closing the PDP session Checking the PDP status Stand by state when listen mode is not activat
41. e 20 2011 Schneider Electric All Rights Reserved 46010 501 01 Flite 116 G200 DNP3 User Manual 09 2011 Section 2 G200 Dimensions The G2SF is intended to be mounted inside an existing remote control cabinet I e d Z m Figure 14 G2SF Dimensions of Cabinet and Mounting Holes 6 3 in 160 mm 5 4 in 138 mm 0 2 in 5 mm 8 7 in 220 mm 2011 Schneider Electric All Rights Reserved 21 Flite 116 G200 DNP3 User Manual 46010 501 01 Section 2 G200 09 2011 m z 2 Sas o I 22 2011 Schneider Electric All Rights Reserved 46010 501 01 09 2011 Section 3 Flite Introduction Figure 15 Flite 116 SA Flite 116 SA Operations Performed Fault Detection Table 2 Flite 116 SA Standard Configurations Flite 116 SA Di 60 A Imax 800 A Validation ON 70 s Flash 2 hours Inrush ON 3 s Reset ON 3 s 2011 Schneider Electric All Rights Reserved Flite 116 G200 DNP3 User Manual Section 3 Flite Flite units are wireless single phase fault passage indicators also referred to as Faulted Circuit Fault Indicators FCls for medium voltage distribution lines and load current measurement devices Flite units are fitted with the following components Two sensors one for MV voltage detection and one for current measurement e Short range radio module e An IP54 UV resistant envelope PC ABS Atransparent screen e Eight high intens
42. e The pin and socket connector is cross cable style NOTE For a PC fitted without a RS232 port an RS232 USB adapter is necessary Figure 33 Example of DB9 DB9 Configuration Cable Metallic part Metallic part Female connector Male connector on laptop side on G200 side NOTE The male female cable is crossed Plug the cord into serial port no 1 COM1 of the computer and into the connector on the front of the module at the G200 end NOTE On the G2GF you can use the HARTING connector vvithout opening the enclosure When the PC is on insert the Easergy CD ROM into the drive After a moment the software will run automatically autorun function and a window will appear on the screen In the menu select Other choice and then select Start in the second menu The Easergy Configurator will start automatically and the main menu will appear in a DOS screen To apply the modified data press the OK zone Until this is done the equipment runs with the previous data which is different from the data displayed on the screen e Pressing Cancel aborts the modifications and the default parameters are used e The zone where the cursor is positioned is highlighted e To move between the zones data input fields or function title use arrow keys or tabulation key e To select a highlighted zone use the Enter or Space keys 39 Flite 116 G200 DNP3 User Manual 46010 501 01 Section 5 Commissioning 09 2011
43. e of state of alarms and or switch position occurs a call is made to the SCADA No the G200 does not send any alarm message to the SCADA Call Test To test the long range communication select as yes At the next configuration backup the G200 shall issue a call to the SCADA Automatic call 56 To issue a cyclic call to the SCADA select yes Type in the start time next time after backup and the period in hours 46010 501 01 09 2011 Figure 49 G200 Long Range Comm Settings Alarm Parameters Overall EASERGY Configuration and Diagnostic ALT F4 Exit H Alarms Parameters Overall H i Alarm message enabled E yes I i i Call Test write 1 only no i f i i Automatic call no i Start time h 0 i min 2 15 i Period hours 24 i i i i i f i i i i i i i Escape Exit i 4 2011 Schneider Electric All Rights Reserved 46010 501 01 09 2011 Alarm Parameters Flite Information This menu is used to configure the alarm parameters and storage information for Flite events NOTE For each parameter the choice Info in stack is not available with Modbus protocol For each item you can decide whether the corresponding event is e Alarmed alarmed on bit set only alarmed on bit clear only or not alarmed e Stored in the CLASS1 DN
44. ead MV load break switches which are not fitted with a fault indication feature and or load current measurement G2SF offers the possibility to upgrade the switches with these functions Figure 12 G2SF Product Description Local configuration DB9 and specific interface G200 motherboard RTU communication RS232 in DB9 and RJ45 outputs RS232 PCB interface Short range 6 12 Vdc radio power supply Optional short range radio antenna Three dry relay outputs 6 digital inputs Enclosure Electrical Specifications e G2SF is powered by an external 6 Vdc power supply provided by the remote control cabinet into which it is integrated e In its standard version RS232 communication interface G2SF has a total consumption of 26 mA 30 mA by relay closed including the short range radio module standby consumption e G2SF is not fitted with any battery backup the backup comes from the remote control cabinet e G2SF card is fitted with a double protection system which prevents damage to Figure 13 I O Wiring Three digital outputs the G2SF card if the polarity is inverted on its DC power connector and the external DC supply source if the G2SF card is in short circuit consumption exceeds 0 9 A Six digital inputs The digital output may be set to e MV fault line 1 2 or 3 or e MV fault on any line or e Flite communication failure or e Flite battery failur
45. ed Closing the listen port Disconnection from the SCADA Opening the listen port Stand by state when listen mode is activated Connecting to the SCADA Connected to the SCADA IMSI registration is refused by the operator check your SIM card authorization with your provider GPRS registration denied GPRS registration or PDP activation is refused by the operator check your SIM card authorization with your provider 2011 Schneider Electric All Rights Reserved 46010 501 01 09 2011 Protocol Analysis Events Display Figure 38 Display Events 10 11 12 13 14 15 16 17 18 Current Measurement Display Figure 39 Display Events AP 9 15 05 02 13 49 54 55 Comm Fault start FI5 15 05 02 13 49 58 18 Local configuration 15 05 02 13 51 11 54 Fault IMax F111 15 05 02 13 52 53 83 Fault IMax F110 15 05 02 13 54 15 53 Comm Fault start FI4 15 05 02 13 54 15 80 Comm Fault stop FI4 15 05 02 13 54 32 74 Local configuration 15 05 02 13 55 12 54 Comm Fault start FI4 15 05 02 13 55 54 54 Comm Fault stop FI4 15 05 02 13 59 54 52 Digital Input 5 15 05 02 13 01 54 53 Local configuration 15 05 02 14 05 54 54 Flite config stop FI1 15 05 02 14 07 54 56 Flite config start F11 18 05 02 10 26 48 08 Equipment start End of 22 events Display Analog Display analog Instant Value from get pic data Adr date 1 2 3 4 5 6 7 8 9 00
46. er the login and the password provided with your GPRS account NOTE In most cases login and password are not required for GPRS access Time between connection attempt The period of time between two connection attempts in case the connection is lost Daily modem reset hour In case the connection is lost this function permits to recover the connection to the GPRS operator after a modem reset operation NOTE If OhO is defined the daily modem reset is not activated 48 Figure 44 46010 501 01 09 2011 G200 Long Range Comm Settings Modem GPRS EASERGY Configuration and Diagnostic ALT F4 Exit GPRS Parameters SIM CARD PARAMETERS GPRS 1 Escape PIN code 0000 COMMUNICATION PARAMETERS APN Server Max 30 Digits APN Login Max 30 Digits APN Password Max 30 Digits Time between connection attempt 30 mn Daily modem reset hour 0 h 0 Exit 2011 Schneider Electric All Rights Reserved 46010 501 01 Flite 116 G200 DNP3 User Manual 09 2011 Section 5 Commissioning TCP IP Parameters Figure 45 G200 Long Range Comm Settings TCP IP Parameters Mode only for DNP3 protocol e SCADA The G200 only communicates with a SCADA system the DNP 3 0 address of EASERGY Configuration and Diagnostic ALT F4 Exit XIII TCP IP parameters G200 PARAMETERS the SCADA is configured in the main menu Mode SCADA Host address 0 0 0 0 if dynamic 0 0 0 0 e W500 Not used Liste
47. es from all Flite units To refresh these values use GET PIC DATA in the Flite Communication Parameters menu 65 Flite 116 G200 DNP3 User Manual Section 6 Maintenance Flite Radio Analysis Flite Counters 66 46010 501 01 09 2011 This menu is used to analyze the data exchange on the short range radio link to each Flite unit The main causes of malfunction are e Absence of Flite G200 dialogue check Equipment power supply State of transmission interface aerial Flite position etc Flite power supply Flite battery Start up procedure e Functional fault statements remote controls not executed remote indications not received check Flite power supply Communication with the Flite possible short range radio disturbances Figure 40 File Counters F EASERGY Configuration and Diagnostic ALT F4 Exit i Flite counters i iCommunication Diagnose i FLITE 1 2 3 4 5 6 Y 8 9 Trs232 0 0 0 0 0 0 0 0 0 Tradio 0 0 0 0 0 0 0 0 0 Tapp 0 08 0 0 0 0 0 0 0 i ESCAPE Exit The Flite counters menu is used to display the counter s statistics from the Flite units To refresh these values use the Get Flite info command in the Flite Communication Parameters menu The Flite counters are e Trs232 Acknowledges the rate of message sending on the serial port between the radio component and the PIC The rate should be
48. ew diameters available by request Figure 25 G2PF Cabinet Installation with Optional G200 Mounting Plate 1 2011 Schneider Electric All Rights Reserved 46010 501 01 09 2011 Povvering the AC Unit Figure 26 G2PF AC Unit Battery Installation Nylon ties Figure 27 LV Supply Connection HPC fuse holder G200 LV input Incoming LV wire 2011 Schneider Electric All Rights Reserved Flite 116 G200 DNP3 User Manual Section 4 Installation Battery Installation NOTE Do not connect the battery wire or plug until after the LV supply has been connected The standard AC version of the G2PF is delivered with a 12 V 2 Ah battery other battery versions are available on request e Install the battery inside the G2PF cabinet on the bottom left side Figure 26 and secure it with nylon ties T o d 5 Z m NOTE The battery must be connected once the LV supply has been connected Otherwise it may have a shorter lifetime LV Supply Connection e Ensure that the voltage is not greater than 264 Vac NOTE An incorrect voltage may damage the G2PF unit or make it inoperable e Open the HPC fuse holder protecting the LV input before connecting the LV wire to the G2PF unit e Once the LV wire is connected close the HPC fuse holder a red LED should be lit for a few seconds on the G200 card e Connect the battery plug 35 m z 2 Z I Flite 116 G200 DNP3 User Manual Secti
49. formation is forwarded to the SCADA or the maintenance center the operator knows he has to plan a replacement for that Flite unit This prevents non working fault indicators on the network Although the short range communication G200 Flite units have been duly tested at the time of on site installation there may be new obstacles obstructing the direct line of sight needed for good communication for example growing trees parked trucks new fences etc This is why the G200 is fitted with a special counter which records all unsuccessful communications to any Flite When a user set limit is overtaken an alarm is sent to the SCADA or maintenance center requesting action The Flite 116 SA is permanently monitoring the medium voltage As soon as a voltage dip occurs even on single phase CB recloser or fuse operation a radio alarm is sent in real time to the G200 Upon voltage return at the end of the alarm it is also sent to the G200 but itis 70 s delayed to avoid multiple radio alarms during reclosing cycles 25 m z 2 EE o I Flite 116 G200 DNP3 User Manual Section 3 Flite Installation Power Supply Figure 17 Lithium Battery Battery Reset Radio modem Battery connector for battery Test Reset Feature and Maintenance Installation Figure 18 Flite Installation MV conductor Hook Universal adapter bottom of installation tool Hot stick ______ mounting tool 26 46
50. g type gF dimensions 40 x 1 50 in 10 x 38 mm Screw connection LV Monitoring The power supply stops to supply the G200 unit if the LV supply absence exceeds the battery backup time Following a failure the equipment power supply is automatically restored when the LV supply returns The mechanical ground is connected to either the O volt or the electrical ground of the assembly DC Voltage Supplied From the AC supply the Phoenix LV transformer supply a 12V DC voltage between 10 Vdc to 16 Vdc or 13 6 Vdc to 9 6 Vdc if power is supplied by the battery and in this case the voltage depends directly on the voltage on the battery Adjustment of the output DC 12V voltage is made at factory by a potentiometer on the LV Phoenix transformer and doesn t need to be changed Protected by a 3 15 A slow blow fuse internal Output current 4 A is provided 7 A in peak When the AC supply voltage is lost a relay output Alarm is activated If the supply voltage fails the output voltage is supplied by the battery without any interruption Power Supply Monitoring Two digital inputs are used to indicate presence of failure regarding the power supply DI 1 This digital input is activated when AC supply is lost ON status voltage presence OFF status voltage absence DI 2 This digital input is activated when a battery fault is detected see battery characteristics section below Telecoms DC Supply for External Modems V
51. ge NOTE Provides additional information to clarify or simplify a procedure Electrical equipment should be installed operated serviced and maintained only by qualified personnel No responsibility is assumed by Schneider Electric for any consequences arising out of the use of this material 46010 501 01 09 2011 Table of Contents Section 1 Introduction Section 2 G200 Section 3 Flite Section 4 Installation 2011 Schneider Electric All Rights Reserved Flite 116 G200 DNP3 User Manual Table of Contents m TN E 7 General Notes tisane ann M Ulo Rs D tete can 7 Product References aede enn ae ea eo Ee dee 7 UR e 9 Introduction iate tee er e pee ut 9 FUNCIONS ETE 9 General Specifications asinine ietie e denter ande 10 G2PR is eid eset RM ost eus es a at Se dec 11 Principle Of Operation ccccceceeeeeecceceeeeeeeeeeeeeeceeeeeeeseeeeaeeeeseseeaeees 11 Product Description ss 12 Electrical Specifications sociara r 14 AC Supply Versioni 2 eret tete een eee 14 VO WIIG 2 eintritt tte ru eee Hx enne E tete nier RE ded 15 GG EET 16 Principle of Operation dida troie idee esp iced debts 16 Product Description o crore rbi terii tee armement 17 DIMENSIONS oiii oo aet pen hane He ct incre pa dede guod aea LER HER Rua s Tal SAI 17 Electrical Specification
52. gure 2 View from the Bottom of the Enclosure Short range radio antenna Figure 3 View from the Back of the Enclosure Pole attachments provided for different poles Figure 4 Top View Pole attachments provided for different poles Figure 5 Bottom View Reserve Cable gland for mains power supply cable Cable gland for long range communication cable Ground link 2011 Schneider Electric All Rights Reserved 46010 501 01 Flite 116 G200 DNP3 User Manual 09 2011 Section 2 G200 Figure 6 AC Version G2PF Components I e d rA ui Short range antenna Short range radio daughter card GSM GPRS daughter card 6 digital inputs 3 relay outputs connection G200 motherboard R232 telecoms interface Configuration port GSM antenna cable Battery location Mains power fuse LV insulation transformer Ground lead factory installed 2011 Schneider Electric All Rights Reserved 13 Flite 116 G200 DNP3 User Manual Section 2 G200 Electrical Specifications AC Supply Version m za 2 2 I Terminal blocks for modem power supply connection Sole ILT eros Potentiometer for voltage adjustment adjusted to 12 V at factory 14 46010 501 01 09 2011 LV Supply Characteristics 85 Vac to 264 Vac 50 Hz and 60 Hz Current consumption max 0 65 A 230 Vac 1 35 120 Vac LV input protected by HPC fuse 4 A ratin
53. it for the DC version of the G2PF unit when the Figure 30 Solar Cell Panel external modem used does not exceed the solar cell panel capacity 2011 Schneider Electric All Rights Reserved 37 m z 2 Z ac Flite 116 G200 DNP3 User Manual Section 4 Installation G2SF Figure 31 38 G2SF Screw Holes 5 4 in 138 mm E E 2 N o CNE 8 7 in 220 mm 0 71 in D ny 18 mm 46010 501 01 09 2011 The G2SF unit is meant to be mounted inside the cabinet of an existing control cabinet with four screws see Figure 31 The unit is fitted with four holes enabling it to be screwed onto a metallic plate such as Figure 32 below Figure 32 G2SF Mounted in Cabinet In this example of implementation the G200 is delivered with the following four cables a short range antenna cable a DC power supply dry relay outputs a communication cable and a configuration cable 2011 Schneider Electric All Rights Reserved 46010 501 01 09 2011 Section 5 Commissioning G200 Configuration Tools Hardvvare Required Connecting the Computer Configuring the Unit Important Note 2011 Schneider Electric All Rights Reserved Flite 116 G200 DNP3 User Manual Section 5 Commissioning The equipment is configured using a computer with an MS DOS operating system and the following provided accessories e Easergy CD with Easergy Configurator software e Connection cabl
54. ity red LEDs for local fault display and test e Spring grips to attach to the MV conductor line e A replaceable lithium battery standard model When fitted with a standard configuration see Table 2 the Flite will operate as described below Fault Detection Once the MV line is established the Flite units detect all sudden load current increases di dt greater than 60 A and or Imax level occurring within 30 ms immediately within validation time followed by a voltage dip lasting more than 300 ms The voltage dip corresponds to the first opening ofthe upstream recloser Once confirmed Flite starts flashing and sends an alarm to the G200 hub When a recloser starts an open and reclosing sequence all Flite units located outside the path of the fault filter the inrush current occurring during reclosings to avoid false fault detection Reset If the recloser has cleared the fault the MV voltage comes back for more than a given time standard 3 s so Flite resets its flash and sends a fault cleared alarm to the G200 hub If the recloser has not cleared the fault Flite flashes for several hours in timer reset mode default setting four hours except if the fault is repaired and the line is re energized before this time has elapsed It stops flashing and sends a fault cleared alarm to the G200 e fthe fault is not cleared and the operator cannot reclose the recloser the Flite flash goes on 23 Flite 116 G200 DNP3
55. located along the road install the G200 antenna above truck height e Please note that noise is lower than 65 dBm on 902 928 MHz frequency range e Place Flite units in the middle of the range rather than close to the pole Turn the G200 to the side of the Flite units that are furthest away Take care to distance the G200 antenna from metallic objects on the pole e Try to have a direct line of sight between the G200 and all Flite units e Place the high power radio antenna GSM GPRS CDMA or radio on the G200 pole mounted version or of the RTU card version at least 6 6 ft 2 meters from the G200 short range radio antenna NOTE Flite units are equipped with a broad band antenna so they may be placed at any point around the relay as long as no metallic obstacles obstruct the link 29 Flite 116 G200 DNP3 User Manual 46010 501 01 Section 4 Installation 09 2011 Distances between Flite Units Linked to To avoid collisions we recommended placing two Flite units linked to Two Separate G200 Units two different G200 units by more than 1 2 miles 1 km Similarly two G200 units must be separated by more than 1 2 miles 1 km To check the Flite unit s positioning use the RSSI command in the Flite Communication Parameters menu see description on page 41 1 On a future G200 software release it will be possible to diminish this distance by selecting a different schedule for regular Flites to G200 communications 30
56. mber you want the 5 min per steps of 1 min setting it to 0 selects a random value G200 to use to listen to the incoming connection between 0 and 5 min value is from 1 65535 Third attempt configurable from 0 to 10 min in steps of 1 min Max transmission time and retry delay setting it to 0 selects a random time between 0 and 10 min e Maximum duration of a TCP IP connection NOTE The 2nd and 3rd emissions are only used by the equipment if the in answering mode or calling mode alarm preceding one did not manage to send the frame e On time out expiration the TCP IP SCADA Parameters connection is closed oe e IP address Destination IP address of the SCADA system e Socket type only for DNP3 protocol Reserved for future use e Remote port Port number of the remote SCADA system on which the SCADA system is listening to incoming connection from the G200 units e Each time the G200 is receiving a request the timer is reset 2011 Schneider Electric All Rights Reserved 49 Flite 116 G200 DNP3 User Manual Section 5 Commissioning Time Setup The equipment clock may be set by the configuration computer or automatically from the SCADA using protocol specific commands e Automatic time setup The G200 automatically adjusts its date and time to the PC s date and time Manual time setup The G200 clock is manually set by the user e Clock stop When the equipment is stored for a long period of time we
57. ment Start Alarm and storage of all the G200 starts restarts Conf e Alarm and storage of all local remote configurations e tis set to 0 for a local configuration and to 1 for a remote one G200 IP address change Modbus TCP IP only Alarm and storage of IP address change occurrence for dynamic IP address only DNP3 or Modbus or IEC 101 Stack 80 e Alarm and storage of DNP3 stack 80 overflow occurrences e When the DNP3 stack has reached 80 of its capacity it may send an alarm to the SCADA to download the stack before any event loss occurs Digital Input x Alarm and storage of all digital input status changes 58 Figure 51 46010 501 01 09 2011 G200 Long Range Comm Settings Alarm Parameters G200 Information EASERGY Configuration and Diagnostic ALT F4 Exit Alarm Parameters G200 information Info in stack Alarmed Equipment Start Conf local or remote G200 IP address change DNP3 Stack 80 Digital Digital Digital Digital Digital Digital Input Input Input Input Input Input Escape Exit o UE W N Stored Not stored Stored Not Not Not Not Not Not Stored stored stored stored stored stored stored Alarmed on bit set Not alarmed Alarmed on bit set Alarmed on bit set Not alarmed Not alarmed Not alarmed Not alarmed Not alarmed Not alarmed 2011 Schneider Electric All Rights Reserved 46010 501 0
58. n mode yes e SCADA W500 Not used Slave ID 0 Local port 1 65535 20000 issi ime de Host address only for DNP3 protocol The van Seana eas aoe ade address of the G200 acting as a host for IP is Gor Gonnecp delay ds try so s E 0s random value 2nd try 7 imn automatically allocated 3rd try 2mn SCADA PARAMETERS Listen mode only for DNP3 protocol a rap dus A dus ocke ype Remote port 1 65535 1163 e To make the G200 stay in standby e Select yes if you want the G200 to be in listen mode between connections due to alarms P3 C9 D3 D3 DJ D C9 D3 D3 C9 D3 D3 D D4 DS D3 D3 D3 D3 D3 D3 D3 D3 P3 C9 C9 D3 P3 B3 D3 D3 D3 D3 D3 D3 53 D3 D3 D3 D3 D3 D3 D3 D3 DJ M Escape Exit Ki Slave ID only for Modbus protocol In Modbus protocol slave identification must be TCP IP connect delay designed to be able to send an alarm to the L500 in case the IP address has been changed from the operator for dynamic address only First attempt adjustable from 0 to 1 min per steps of 1 s setting it to 0 selects a random value between 0 and 1 min this is mandatory to prevent all equipment calling the SCADA simultaneously Time to send an alarm configured with delayed option NOTE This address is only managed in case of L500 SCADA type The same IP address must also be defined on L500 in the G200 setting Second attempt configurable from 0 to Local port Enter the port nu
59. n the SCADA and the G200 e Adjustable from 200 9 600 bps e Default value 9 600 bps NOTE For test purposes it is better to select a low speed so it is easier to see exchanged messages between the SCADA and the G200 see the section Protocol Analysis on page 65 DTR to RTS delay e The G200 delay waits until after asserting the DTR before setting the RTS to 1 e Adjustable from 0 500 ms e Default value 20 ms Handle CTS e To make the G200 wait for the CTS signal after asserting the RTS signal before sending the message select yes e Default value no CTS delay e The G200 delay waits until the CTS appears if handled e Adjustable from 0 500 ms e Default value 20 ms RTS or CTS to message delay e The G200 delay waits until after the RTS or CTS if handled appears before sending the message e Adjustable from 0 500 ms e Default value 20 ms Message to RTS delay The G200 delay waits until after the end of the message before asserting RTS low e Adjustable from 0 500 ms e Default value 20 ms 2011 Schneider Electric All Rights Reserved Flite 116 G200 DNP3 User Manual Section 5 Commissioning Figure 41 G200 Long Range Comm Settings Range External Modem mene EASERGY Configuration and Diagnostic ALT F4 Exit semneesdccsp 1 Communication Parameters Modem Radio external Host baud rate 9600 bauds DTR to RTS delay 20ms Handle CTS vno
60. nts Display analog Flite counters EASERGY Configuration and Diagnostic ALT F4 Exit Easergy G200 DNP3 RS232 PROM vx xx SCADA address 0 Storage Parameters Erase events Equipment states DNP3 analyser Flite Communication Parameters Parameters Flite 7 to 9 W500 address 0 Relay Parameters Modem Slot 2 Short Range Radio Export Import Setup Time RADIO analyser Figure 38 G200 Main Menu Save Configuration IEC Protocol HAYES Modem Version XIII EASERGY Configuration and Diagnostic ALT F4 Exit Figure 39 G200 Main Menu Save Configuration Modbus Protocol GPRS Modem Version RA EASERGY Configuration and Diagnostic ALT F4 Exit ES C9 D3 D3 D3 D3 C9 ES D3 Dg ES D3 D3 A P3 D3 ES ES ES D3 D3 a Ba DS DS D3 ES ES P3 Ca D3 D3 ES P3 P3 D3 D3 D3 P3 P3 Ps D3 D3 D3 D3 P3 220222222 EQUIPMENT NAME FLITE SETUP Flite Identification Parameters Flite 1 to 6 IEC 870 5 101 SETUP Link address 1 Interoperability Transmission COMMUNICATION SETUP Modem Slot 1 Hayes Communication Parameters SAVE CONFIGURATION OK Cancel DIAGNOSIS Display events Display analog Flite counters Alarm and Storage Parameters Erase events Equipment states DNP3 analyser III DIADA EIX Easergy G200 IEC 870 5 101 PROM vx xx Flite Communication Parameters Parameters Flite 7 to 9 Common address of ASDU 1 Application Balanced mode Relay Parameters Modem Slot 2 Short Range Radio Export
61. o metallic obstacle Direct line of sight 2011 Schneider Electric All Rights Reserved 46010 501 01 09 2011 SIM Card for GSM GPRS Communications Introduction to GSM GPRS Networks SIM Card GSM Antenna Installation Figure 23 Adding a SIM Card SIM card holder Card holder Release button Antenna connector mmex type 2011 Schneider Electric All Rights Reserved Flite 116 G200 DNP3 User Manual Section 4 Installation G200 units may communicate to the SCADA or L500 hosts through various medias among these are global system for mobile communications GSM for dial up connections or general packet radio services GPRS using an IP address The G200 offer includes embedded GSM GPRS interfaces as well as external GSM GPRS modem devices To operate these interfaces or devices need a SIM card This SIM card is provided by your GSM GPRS network provider and contains the required information to hook the G200 unit onto the GSM GPRS network To insert the SIM card inside the G200 embedded GSM GPRS interfaces or external GSM GPRS devices x o 9 z Li To add a SIM card refer to the instructions belovv Povver off the G200 unit Press the release button to unlock the SIM card holder Remove the card holder and place your SIM card Put the card holder back inside the GSM GPRS device Connect the antenna to the GSM GPRS modem Power the G200 unit again Check on a PC using the G200 config
62. ofile Settings for IEC 101 This menu is used to configure protocol specific parameters for IEC 101 Link transmission procedure e Balanced correspond to master master transmission or unbalanced to master slave The default setting is unbalanced Frame length maximum length L e As specified in IEC 870 5 101 The values range from 11 to 255 Select a value less than 255 if shorter frames are required The default value is 255 octets Single character used as ACK e Select yes to use the single character I E5 as an ACK otherwise a fixed length frame is used e In radio mode no is recommended as the character E5 is easily generated by noise The default setting is yes Single character used as NACK requested data not available e Select yes to use the single character I E5 as a NACK requested data not available otherwise a fixed length frame is used e In radio mode no is recommended as the character E5 is easily generated by noise The default setting is no Field length Link address e Defines the length of the link address field 1 or 2 octets The default value is 1 Field length Common address of ASDU e Defines the length of the ASDU common address field 1 or 2 octets The default value is 2 Field length Information object address e Defines the length of the object information address field 1 2 or 3 octet
63. oltage between 10 Vdc to 16 Vdc or 13 6 Vdc to 9 6 Vdc if voltage is supplied by the battery an this case the voltage depends directly on the voltage of the battery Two terminals blocks are available to connect the power supply for an external modem or a radio Battery Characteristics e Lead battery sealed maintenance free 12 V 2 1 Ah Charging time 3 hours Lifetime greater than three years 2011 Schneider Electric All Rights Reserved 46010 501 01 09 2011 O Wiring 2011 Schneider Electric All Rights Reserved Flite 116 G200 DNP3 User Manual Section 2 G200 e Backup time one hour depends on the kind of transmission e Automatic failure of the equipment power supply in the event of total discharge Battery Monitoring Battery management is optimized temperature is compensated for charging the battery in order to increase the battery lifetime e Voltage on the battery is checked permanently When the voltage on the battery is less than 10 2 Vdc an alarm is activated Battery mode LED on LV transformer is on Alarm LED is on and output alarm 12 Vdc e Ifthe voltage on the battery drops to 9 6 V due to a complete discharge of battery the G200 switches off and remains switched off The device is Switched on automatically only after recovering the power supply e A battery test is performed regularly If the battery test result is wrong an alarm is activated Battery mode LED is off Alarm L
64. on Flite 116 116 SA wireless sensors are used to provide current measurement and line fault indication to a SCADA system The G200 a wireless communication indicator hub is used with the wireless sensors to report the data on a long range level The G200 is available as e astandalone unit powered by either solar cell or through a 110 230 Vac line or e an OEM part to be integrated inside an existing control cabinet that is fitted with a remote terminal unit RTU for connecting the outputs of the G200 dry contact output relay and or RS232 interface This user manual describes each component the G200 and Flite units and how to install and commission them NOTE The G200 is linked to other applications that are not described in this document Please note that some features requested by and developed for OEM customers may not appear in this manual This document describes the standard product version To order a product with the correct reference please refer to the commercial brochure or to your local Schneider Electric representative In this document the G200 is referred to as e G2PF large sized enclosure e G2GF medium sized enclosure e G2SF card version with an IP21 enclosure NOTE In this user manual models Flite 116 and Flite 116 SA are both referred to as Flite NOTE The G200 DNP 3 0 User Manual NT00081 04 provides more detail regarding the DNP 3 0 implementation for the G200 RTU Flite 116 G200 D
65. on 4 Installation Figure 28 36 Battery Connection onto Sockets Battery connection Phoenix LV transformer 46010 501 01 09 2011 Battery Connection Connect the battery to the equipment by screwing the two wires into the terminal blocks located on the phoenix LV transformer see Figure 28 NOTE Connectors are polarized When installing connectors do not make a bad connection Figure 29 Screw Connector Normal Operation Once the operations above have been carried out the equipment is supplied for normal operation and allows battery charging 2011 Schneider Electric All Rights Reserved 46010 501 01 Flite 116 G200 DNP3 User Manual 09 2011 Section 4 Installation G2GF e The G2GF is meant to be mounted on any kind of pole concrete steel or wood e Since both power supply and battery backup are located outside the G2PF unit inside the solar cell panel there is nothing to do on this unit except connecting the DC supply to the G200 card and the GSM antenna to the GSM card NOTE As standard the solar cell panel model no GS612 10W includes a GSM patch antenna So the antenna cable and the DC cable are located inside a single cable of protection linking the G2GF unit to the GS612 10W unit Optional GS612 10W The optional GS612 10W solar cell panel has been designed to fit the power requirement of G2GF units fitted with our embedded GSM or GPRS card It is also possible to use
66. or instance the service e personnel s cell upon alarm detection select yes NOTE It is possible to have both an alarm sent to the SCADA and a SMS to a cell phone The short message is sent first SMS service center phone number e Phone number of the SMS server e Refer the SIM card s user guide for this phone number NOTE You may set the phone number in international format for example 336 for a French cell phone number SMS user phone number GSM cell phone number of the person service personnel the SMS will be sent to NOTE You may set the phone number in international format for example 336 for a French cell phone number 2011 Schneider Electric All Rights Reserved SCADA The G200 only communicates with a SCADA system the address of the SCADA is configured in the main menu W500 Not used SCADA W500 Not used 47 Flite 116 G200 DNP3 User Manual Section 5 Commissioning Modem GPRS Version PIN code e Setting the PIN into the SIM card default value is 000 e Incase a wrong PIN is entered GSM SIM card failure appears in the screen Equipment States NOTE After three unsuccessful PIN operations the SIM card is locked To unlock it a mobile phone set is needed the G200 cannot do it Please also refer to the SIM card user s guide to unlock it APN Server Enter the access point name APN given by your GPRS network provider APN Login and Password Ent
67. rameter settings GPRS Parameters GPRS MODEM only Gives access to GPRS menu TCP IP Parameters GPRS MODEM only Gives access to TCP IP menu DNP3 Profile Gives access to the DNP3 protocol menu Alarm and Storage Parameters Gives access to the alarms and the storage menu NOTE For RS232 the link is permanent so alarms have no use Relay Parameters this menu is not available in all versions Menu used to configure relay parameters SAVE CONFIGURATION OK Request to confirm modifications of any data both in the main menu and in the sub menus Cancel All data that has been modified but not yet confirmed are cancelled the equipment keeps the previous data which is displayed again on the screen Export The configuration is copied in a file with a cfg extension e All versions FLITE CFG Flite parameters e Direct RS232 G2DRS232 cfg G200 parameters com cfg long range communication parameters e MODEM DATA dial up G2DMOD cfg G200 parameters com cfg long range communication parameters 42 Figure 37 46010 501 01 09 2011 G200 Main Menu Save Configuration DNP3 Protocol RS232 Modem Version 229222722 EQUIPMENT NAME FLITE SETUP Flite Identification Parameters Flite 1 to 6 DNP3 SETUP RTU address 0 DNP3 Profile COMMUNICATION SETUP Modem Slot 1 Direct RS 232 Communication Parameters SAVE CONFIGURATION OK Cancel DIAGNOSIS Display eve
68. recommend stopping the clock to increase the service lifetime of the lithium battery associated with the component that manages the clock NOTES 1 The G200 is delivered with the clock stopped 2 The date and time are only used for dating time stamped events and by the protocol analyzer 50 46010 501 01 09 2011 Figure 46 G200 Long Range Comm Settings Time Setup EASERGY Configuration and Diagnostic ALT F4 Exit i Setup Time i automatic Time setup from laptop Date 10 11 04 Time 09 54 10 t Clock stop for an extended storage Escape Exit 4 2011 Schneider Electric All Rights Reserved 46010 501 01 09 2011 Protocol Profile Settings for DNP 3 0 This menu is used to configure protocol specific parameters for DNP 3 0 LINR LAYER Idle line delay e Minimum line idle interval between two consecutive frames e Adjustable from 10 100 ms Requires Data Link Confirm To make the Link Layer send user data using a SEND CONFIRM EXPECTED frame type select yes e To make the Link Layer send user data using a SEND NO REPLY EXPECTED frame type select no NOTE In case the SEND NO REPLY expected frame type is used the G200 will never send RESET of remote link frames It shall strictly operate as a slave Maximum Data Link Re tries e Number of times the Link Layer tries to
69. s The default value is 2 Field length Cause of transmission e Defines the length ofthe cause of transmission field 1 or 2 octets The default value is 1 52 46010 501 01 09 2011 Figure 33 G200 Long Range Comm Settings Protocol Profile Settings EASERGY Configuration and Diagnostic ALT F4 Exit XIII Transmission Link transmission procedure unbalanced Frame length maximum length L 255 Single character I used as ACK yes NACK requested data not available no Field length Link address Common address of ASDU Information object address Cause of transmission i Information objects base addresses Orders i 1 Single indications 7 10 Measurements 100 Flite parameters 4 160 Measure parameters El 170 Variable structure qualifier Sequence SQ 1 octet octet octet octet HN NH i K K K N K K K K N K N K K K N K N K K enabled K K N K M Escape Exit XIII III III III III P3 B3 P3 D3 C9 DJ ES P3 DJ P3 D3 D3 9 D3 D3 DJ D3 D3 D3 D3 D3 P3 A Information objects base addresses Orders The value of the information object addresses is the object type base address relative address The relative addresses are given in the tables of G200 IEC101 protocol user guide in the Information object addresses section The base addresses can be defined by configuration The following rules must be complied with e An object cannot ha
70. s H Validation 5s 5 8 ES 5 8 5 s 56 i MV level 1 A A A A A A i i i i 1 A KV m B 18 KV M i Escape Exit 4 Inrush Used to filter inrush currents due to MV LV transformers magnetizing currents upon line energizing Adjustable to 3 30 60 s or to OFF without Setting it to OFF means to de activate the inrush filter not recommended Validation When set to ON Flite must see a voltage dip within 70 s after the fault occurrence in order to confirm it Setting it to OFF without may be useful for some specific applications MV level This is the electrical field that Flite must sense for all voltage operations fault confirmation and automatic voltage reset Adjustable to 4 or 18 kV m depending on circuit situation see drawing below A level For single circuit situation of MV line B level For multi circuit situation of MV line Default value 4 kV m IN Single circuit Z lite 116 SA Flite 116 G200 DNP3 User Manual 46010 501 01 Section 5 Commissioning 09 2011 m z 2 Sas o I 62 2011 Schneider Electric All Rights Reserved 46010 501 01 Flite 116 G200 DNP3 User Manual 09 2011 Section 6 Maintenance Section 6 Maintenance detected the embedded GSM modem card but cannot read the SIM card Received signal Introduction General Information
71. sse 18 2S Freecom ERO Ce iab se Mo Gh ok oc oM ccr teritur 19 Principle of Operation 2 eine seein eee ee ene s 19 Product Description ssssssssssseeneeenee eene 20 Electrical Specifications cccccccececcececeeeeeaeeeeseeeeaeaeeeesesenaeeeeeeeeeaees 20 DIMENSIONS ie nene eto esta n tree reliance Gaia ell ende 21 une NOB IHR OU did Une 23 Introduction autistes dni tar a a ined 23 Operations Performed ctae enne eie eerie tienden 23 Fault Detection us 23 FUNCTIONS e 25 Line Monitoring us 25 Load Current Measurement 25 Lithium Battery Alarm 25 Short Range Communication Alarm 25 MV Sag or Absence 25 Installation iiti hoe esce ete tete ee em dace 26 Power S pply 2 iaeia ea dekaadi des eee temia tens matisa eei 26 Test Reset Feature and Maintenance sssssssssssss 26 Installation oe t e ee EN IEEE trata dnt eiue ique 26 Specifications ee oru er eU dO UE RE ERE AR RSREDIS 27 General Specifications cecinere needed eee 27 Mechanical Specifications sssssssssssseeeneene 27 Editat eda iege A E umes 29 Flite Installation 2525 5 emeti ies edita 29 Introduction E pce at Me humaine me Nagios ties 29 DiIStan CE i 52s n Donner RERUM SERERE ATE RU did ee a ERIS 29 3200 Installation 2 22 e ERE I eh eiie Gl es esie 29 G200 Flite Orientation and Positioning of Antennas 29 Dist
72. tery G2PF Solar cell panel fitted with 6 Vdc 10 A h backup battery G2GF G2SF G2GF 2011 Schneider Electric All Rights Reserved 9 Flite 116 G200 DNP3 User Manual Section 2 G200 General Specifications Table 1 General Specifications Flite communication 46010 501 01 09 2011 Management Number of Flite 116 units per G200 1 9 Frequency used 918 919 2 MHz with frequency hopping Short range radio Standard compliance FCC part 15 249 and AS NZS 4268 2003 Maximum distance to G200 328 ft 100 m Electronics Requested voltage 6 Vdc G200 card Requested power supply for RS232 interface 26 mA power supply Requested power supply for GSM GPRS interface 40 mA in standby 0 8 A upon GSM communication 300 mA upon GPRS communication Cabinet characteristics Electrostatic discharges IEC 1000 4 2 Level 4 8 kV on contact Electromagnetic Electrical fields IEC 1000 4 3 80 MHz 1 GHz 3 05 VIft 10 V m compatibility Radio frequency in MC IEC 1000 4 6 0 15 MHz to 80 MHz 10 Vrms A dro All versions 13 to 131 F 25 to 55 C Climatic Operation temperature F C G2PF 40 F 40 C on teat specifications Storage temperature F C All versions 13 to 158 F 25 to 70 C G2PF 17 x 13x 8 in 430 x 330 x 200 mm 18 Ib 8 kg without battery 24 Ib 9 kg with 2 Ah I I H
73. the SCADA that the object required is unknown If the SCADA doesn t support this function configure to No Sends Unsolicited Responses Unsolicited responses are enabled if yes is selected Wait delay Tolimit the number of frames for unsolicited responses it is possible to declare a time out delay so when an event occurs the G200 waits for this time out after this event before sending an unsolicited response This enables the G200 to see whether other events happen during the delay and if so to send all events in the same unsolicited response This delay is adjustable from O ms to 5 s e Select 0 ms if you do not want to use this feature Requires Application Confirm Touse the Application Confirm select yes e Normally when Sends Unsolicited Responses is enabled you have to enter yes unless otherwise required Maximum Application Re tries e Defines the number of re tries by the application layer when the RTU doesn t receive any Confirm frame application level to a frame asking for an application confirmation e When the maximum application re tries is reached without confirmation the G200 will stop sending the frame Time out e This is the length of delay that the Application Layer will wait for a Confirm frame application level after sending a frame asking for an application confirmation e Adjustable from 1 to 5 min 51 Flite 116 G200 DNP3 User Manual Section 5 Commissioning Protocol Pr
74. uration software that SO Oe ND the modem is identified the GSM GPRS radio signal is correct the SIM card is identified and the telephone numbers are correct NOTE Write down the telephone number of your SIM card to record it on the SCADA or on the L500 33 Flite 116 G200 DNP3 User Manual Section 4 Installation G200 Mounting G2PF Cabinet Installation m z Q 7 I Figure 24 G2PF Cabinet Installation Upper metal plate Lower metal plate 34 46010 501 01 09 2011 The G2PF cabinet is meant to be mounted on any kind of pole concrete steel or wood Therefore it is mounted using two stainless steel plates on the back one on the top one on the bottom For wooden poles e Screw for upper metal plate 1 x M6 screw e Screw for lower metal plate 1 x M6 screw Other screw diameters available on request If the service personnel prefer to use a hammer and nails use the optional G200 mounting plate see Figure 25 To install the mounting plate see the instructions below First the optional G200 mounting plate is to be installed on the pole See instructions below and refer to Figure 25 Using screws nails install the optional mounting plate on the pole Lift the G2PF unit 1 Hook the G2PF upper metal plate inside the G200 mounting plate 2 Boom Using M6 screws screw the G2PF lower metal plate into the G200 mounting plate hole 3 other scr
75. urrent values from all Flite units data available with display analog command Logical Address Logical address that is used by the G200 to address the Flite units e Adjustable from 0 9 e A Flite is considered as not present if its logical address is 0 NOTE All Flite units must have a different logical address from 1 9 For example say that three Flite units have been detected e Flite on phase A select 1 as its logical address Flite on phase B select 2 as its logical address e Flite on phase C select 3 as its logical address NOTE Before using 10 11 and 12 logical addresses please check with your local Schneider Electric representative to validate whether your G200 version is able to operate with more than nine Flite units 60 Get Flite Info Command to retrieve the latest communication counter values from all Flite units data available with Flite counters 2011 Schneider Electric All Rights Reserved 46010 501 01 09 2011 Fault Detection Parameter Settings These menus are used to configure the Flite fault detection parameters For each Flite unit follovving parameters are adjustable e DI DT level Minimum phase current variation threshold above which a fault is detected Adjustable from 6 80 A or disabled DT is automatically set to 30 ms 50 Hz or 25 ms 60 Hz NOTE The selected threshold may be set at any value whatever the load current is
76. ve a null address The addresses obtained must be less than the maximum possible value 255 for a 1 octet field 65535 for a 2 octet field and 16777215 fora 3 octet field e The addresses must be unique no overlap between the address areas of different types except in the case of commands Orders The values can range from 0 to 255 and the default value is 1 Single indications The values can range from 0 to 255 and the default value is 10 Measurements The values can range from 0 to 255 and the default value is 100 Flite parameters The values can range from 0 to 255 and the default value is 160 Measure parameters The values can range from 0 to 255 and the default value is 170 Variable structure qualifier Sequence SQ 1 e When enabled is selected the G200 tries to shorten the frames when the same types of objects are to be sent in a message Detailed explanation When SQ 1 is enabled the ASDUs with the same TID and COT are coded when possible as a sequence of information elements in an information object SQ 1 oras a sequence of information objects SQ 0 for further details see the M SP NA 1 coding in IEC 870 5 101 subclause 7 3 1 1 Since some PCs do not understand messages in which SQ 1 this option can be disabled The default option is enabled 2011 Schneider Electric All Rights Reserved 46010 501 01 Flite 116 G200 DNP3 User Manual 09 2011 Section 5 Commissioning This menu is
77. x Wx D in mm battery Dimensions and weight b t G2GF 11 x 8x 4 in 270 x 203 x 110 mm 3 3 Ib Mechanical s kg 1 5 kg specifications G2SF 10x6x2 5in 250 x 150 x 65 mm 2 Ib 1 kg G2PF IP54 NEMA 3 IK9 impact resistant Protection IEC 60529 G2GF IP54 NEMA 3 IR9 impact resistant G2SF IP21 NEMA 1 IP54 as an option SCADA communication Protocol DNP 3 0 Serial and TCP IP Modbus Serial and TCP IP IEC 101 G2PF and G2SF standard 89202 G2GF on request Embedded interface GSM xu alta T on request Long range G2PF and G2SF on request communication GPRS G2GF standard G2PF PSTN GSM GPRS or radio External device 1 G2GF No either embedded GSM or GPRS modem G2SF Optional 1 Please contact your local Schneider Electric sales representative for more information 10 2011 Schneider Electric All Rights Reserved 46010 501 01 Flite 116 G200 DNP3 User Manual 09 2011 Section 2 G200 G2PF Principle of Operation Figure 1 G2PF Principle of Operation I e d Z m Flite units 1 9 Customer laptop n Beet ee for local configuration External Radio leased lines PSTN GSM GPRS or CDMA networks Dry relay output contacts LV power supply 2011 Schneider Electric All Rights Reserved 11 m z 2 E 7 T Flite 116 G200 DNP3 User Manual Section 2 G200 Product Description 12 46010 501 01 09 2011 Fi

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