Operating Parameters SICAM Multifunctional Recorder SICAM ... · SICAM Multifunctional Recorder SICAM Q200 7KG97 V2.20 ... 1.7.10 Password Change ... 230.00 V 57.7 V to 400 V

SICAM

Multifunctional RecorderSICAM Q200 7KG97

V2.20

Manual

Table of Contents

Operational Indications andOperating Parameters

1

E50417-H1040-C606-A5

NOTE

For your own safety, observe the warnings and safety instructions contained in this document, if available.

Disclaimer of LiabilityThis document has been subjected to rigorous technical review before beingpublished. It is revised at regular intervals, and any modifications andamendments are included in the subsequent issues. The content of thisdocument has been compiled for information purposes only. AlthoughSiemens AG has made best efforts to keep the document as precise and up-to-date as possible, Siemens AG shall not assume any liability for defects anddamage which result through use of the information contained herein.This content does not form part of a contract or of business relations; nordoes it change these. All obligations of Siemens AG are stated in the relevantcontractual agreements.Siemens AG reserves the right to revise this document from time to time.Document version: E50417-H1040-C606-A5.00Edition: 03.2018Version of the product described: V2.20

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Table of Contents

1 Operational Indications and Operating Parameters..........................................................................................5

1.1 Operational Indications ......................................................................................................................6

1.2 Process Connections ...........................................................................................................................9

1.2.1 AC Measurement ..........................................................................................................................9

1.2.2 Binary Inputs S and R................................................................................................................... 10

1.2.3 Binary Outputs ............................................................................................................................ 11

1.2.4 LEDs ........................................................................................................................................... 11

1.3 Automation Functions ...................................................................................................................... 13

1.3.1 Limit Violation 1-8 and 9-16 ........................................................................................................ 13

1.3.2 Group Indications 1-4 .................................................................................................................. 13

1.4 Display............................................................................................................................................. 14

1.4.1 Display Settings .......................................................................................................................... 14

1.4.2 User-Defined Screen ................................................................................................................... 14

1.5 Energy Management ........................................................................................................................ 16

1.5.1 Load Profile ................................................................................................................................ 16

1.5.2 Tariffs (TOU) ............................................................................................................................... 16

1.6 Recording and Reporting .................................................................................................................. 17

1.6.1 Event Recorders .......................................................................................................................... 17

1.6.2 Waveform Recorder .................................................................................................................... 17

1.6.3 Measurement Recorder ............................................................................................................... 20

1.6.4 Trend Recorder ........................................................................................................................... 20

1.6.5 Mains Signaling Voltage .............................................................................................................. 21

1.6.6 Transient Recorder ...................................................................................................................... 21

1.6.7 Memory Management ................................................................................................................. 22

1.6.8 Report Configuration................................................................................................................... 22

1.6.9 Start and Stop of Recorders ......................................................................................................... 23

1.7 Administration ................................................................................................................................. 25

1.7.1 Time Synchronization.................................................................................................................. 25

1.7.2 Ethernet Communication ............................................................................................................ 26

Table of Contents

4 SICAM, Multifunctional Recorder, Manual

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1.7.3 Protocol IEC 61850 ..................................................................................................................... 27

1.7.4 Protocol Modbus TCP and Modbus TCP/RTU Gateway .................................................................... 28

1.7.5 Protocol SNMP ............................................................................................................................ 29

1.7.6 Protocol DNP3 IP ......................................................................................................................... 29

1.7.7 Communication Serial ................................................................................................................. 30

1.7.8 Serial Communication ................................................................................................................. 31

1.7.8.1 Basic Settings ........................................................................................................................ 31

1.7.8.2 Mapping – Measured Values 1 to 15 ....................................................................................... 32

1.7.8.3 Mapping – Indications ........................................................................................................... 33

1.7.9 Device and Language .................................................................................................................. 34

1.7.10 Password Change........................................................................................................................ 35


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1 Operational Indications and Operating Parameters1.1 Operational Indications 61.2 Process Connections 91.3 Automation Functions 131.4 Display 141.5 Energy Management 161.6 Recording and Reporting 171.7 Administration 25

Operational Indications and Operating Parameters1.1 Operational Indications


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1.1 Operational Indications

Indication Description Notes

Device OK The device startup was successful. Indication ON: Device readyIndication OFF: Device startup not successful or I/O boardsdetection failed

Battery Failure Battery voltage < 2.7 V or no bat-tery inserted

Indication ON: Battery failureThe battery is checked during each device startup and oncea day during operation. A possible battery failure is indicat-ed only after the corresponding check.

Time SynchronizationError

Error during the time synchroniza-tion from the NTP server or fieldbus

Indication OFF: At least 1 time message was received duringthe set timer (Error indication after). The time stamp is setwhen the first valid time information or time synchroniza-tion is received.Indication ON: No time message was received during the settimer (Error indication after).The time stamp is set after the Error indication after timerhas expired and no synchronization message was received.Parameter range: see chapter 1.7.1 Time Synchronization

Error during internal time synchro-nization

Indication ON: RTC time invalid (during device start in caseof battery failure)Indication OFF: After setting the clock via HTML

Default IP Address The device has started with a de-fault IP address after pressing theF4 button for more than 3 s duringoperation.

Indication ON: F4 was pressed and default IP is set in thedevice.

Primary NTP ServerError

Faulty or no response from theprimary NTP server

Indication ON: ErrorIndication OFF: Valid time messages have been received fora period of 10 minOnly for time synchronization via Ethernet NTP

Secondary NTP ServerError

Faulty or no response from thesecondary NTP server

Indication ON: ErrorIndication OFF: Valid time messages have been received fora period of 10 minOnly for time synchronization via Ethernet NTP

Daylight Saving Time Switching between daylight savingtime/standard time

Indication ON: Daylight saving timeIndication OFF: Standard time

Ethernet Link Error For Ethernet function = Switch:No Ethernet connection on Ch1and Ch2For Ethernet function = Two inter-faces:No Ethernet connection on Ch1

Indication ON: ErrorIndication OFF: Ethernet link recognized



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Ethernet Link 2 Error For Ethernet Function = Switch:IrrelevantFor Ethernet Function = Two inter-faces:No Ethernet connection on Ch2

Indication ON: ErrorIndication OFF: Ethernet link recognized

Modbus TCP OK(Modbus TCP Server)

At least 1 Modbus TCP server con-nection has received Modbus mes-sages.

Indication ON: At least 1 Modbus message was receivedduring the set communication supervision time. The timestamp is set when the first valid message is received.Indication OFF: No Modbus message was received duringthe set communication supervision time

Modbus RTU MasterOK

All configured Modbus slave devic-es respond to request telegrams.

Indication ON: If all configured Modbus slave devices re-spond successfully to request telegrams.Indication OFF: If at least one Modbus slave device does notrespond to a request telegram or if at least one Modbusslave device responds with a Modbus exception code. For more information, see Communication Manual SICAMQ200 and Device Manual SICAM Q200.

IEC 61850 Communi-cation OK

IEC 61850 server is ready/not readyto accept IEC 61850 client connec-tions.

Indication ON: IEC 61850 server is ready to acceptIEC 61850 client connections.Indication OFF: IEC 61850 server is not ready to acceptIEC 61850 client connections.

Modbus Serial OK(Modbus RTU (Slave))

The Modbus serial communicationhas received a valid Modbus mes-sage.

Indication ON: At least 1 serial message was received duringthe set communication supervision time. The time stamp isset when the first valid message is received.Indication OFF: No serial message was received during theset communication supervision time.

Settings Load Starting to change the parametersof the passive set of parameters.

Indication ON: Start of changesIndication OFF: Changes complete

Settings Check The passive set of parameters is tobe activated; the internal parame-ter check is running.

Indication ON: Check startedIndication OFF: Check complete

Settings Activate The passive set of parameters isenabled and the device works withthese parameters.

Indication ON: Activation startedIndication OFF: Activation complete

Limit Violation x Indication that a parameterizedlimiting value has been violated

Indication ON: The limit of the monitored measured valuehas been violated or no measured value is parameterized asinput of the limiting value.Indication OFF: The limit of the monitored measured valueis not violated.Message invalid: The monitored measured value is invalid(for example, frequency at V < 15 % of Vrated).x = 1 to 16



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Indication x from Re-mote

Status of any indications which canbe set for control via communica-tion.

Indication ONIndication OFFMessage invalid: Not yet updated via the communication oragain invalid via the communication.x = 1 to 14

Binary Input x-SBinary Input x-R

Indication of the logic state of thebinary input (ON/OFF)

Indication invalid: in startup not updatedBinary input high: ON (OFF if inverted)Binary input low: OFF (ON if inverted)If the binary input has not been set to a function (load pro-file, tariff TOU), a change is logged as an operational indica-tion.x = 1 to 3

Rotating Field Clock-wise

Indication of rotation voltage Indication ON: Phase sequence Va-Vb-Vc, rotation clockwiseIndication OFF: Phase sequence Va-Vc-Vb, (2 phases inter-changed); rotation counter-clockwiseIndication invalid: Direction of rotation cannot be calculated(for example, no voltage applied)

Group indication x Up to 4 single-point indications canbe linked logically and combined toa group indication.

A total of 4 group indications can be parameterized.x = 1 to 4

Voltage Event Availa-ble

Indication of a supply-voltageevent

Overvoltage, undervoltage, frequency interruption

SD Card Error Indication of an SD card error SD card defective or read/write error

Load Profile PeriodClosed

Indication that a period has beenclosed.

Only Indication on is logged.

Load Profile Synchr.Period

Indication that a synchronizationsignal was received.

Only Indication on is logged.

Load Profile Tariff x Indication that the tariff x has beenset.

Only Indication on is logged.x = 1 to 4

Power Supply Failure The power supply of the devicedropped below the lower limit.

Indication only is logged in the Operational log; can not berouted as input for automation functions or to communica-tion.

Operational Indications and Operating Parameters1.2 Process Connections


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1.2 Process Connections

1.2.1 AC Measurement

Table 1-1 Settings for Measured-Value Acquisition

Parameter Default Settings Range

AC measurement

Rated frequency 50 Hz 50 Hz ± 15 %60 Hz ± 15 %

Network type1 4-wire, 3-phase, unbal-anced

1-phase network3-wire, 3-phase balanced3-wire, 3-phase, unbalanced (2 * I)3-wire, 3-phase, unbalanced (3 * I)4-wire, 3-phase, balanced4-wire, 3-phase, unbalanced

Primary nominal voltage1

(Phase-N/PE)230.00 V 57.7 V to 400 V (autorange)

IEC 61000-4-30 Class A:· Up to AC 230 V: 200 % overvoltage· > AC 230 V to 400 V:

200 % to 15 % overvoltage

UL conditions:· Up to AC 170 V:

200 % overvoltage

· > AC 170 V to 300 V:200 % to 15 % overvoltage

Using IN connection as2 IN not connectedIN3

I4

Zero-point suppression4 0.3 %(of Vrated, Irated)

0.0 % to 10.0 %

Measurement interval Base 10-cycle (at 50 Hz)orBase 12-cycle (at 60 Hz)

Base 10-cycle at 50 Hz orBase 12-cycle at 60 HzAggregation 150-cycle at 50 Hz orAggregation 180-cycle at 60 Hz

1 In the case of contradictory parameter settings, Primary nominal voltage is indicated as faulty (red) and Network type as not ad-justable (gray). Moreover, the Send button is disabled.

2 This parameter is not available when the connection type is 1-phase network .

3 This option is only available when the connection type is 4-wire, 3-phase, unbalanced .

4 Voltage and current values smaller than/equal to the setting referred to 100 % are not included in the calculation and display.



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Parameter Default Settings Range

Flicker lamp model 230 V 230 V120 V

Transformer settings

Voltage transformer no noyes

Primary rated voltage AC 10 000.0 V AC 100.0 V to 1 000 000.0 V

Secondary rated voltage AC 100.0 V AC 1.0 V to 460.0 V

Current transformer no noyes

Primary rated current AC 1000.0 A AC 1.0 A to 100 000.0 A

Secondary rated current AC 1.0 A AC 1.0 A to 10.0 A

Depending on the configuration of the Using IN connection as parameter, the following parameters show INor I4, or are not visible.

Current transformer IN/I4 no noyes

Ratio CT IN/I4 equal CT?5 yes noyes

Primary rated current IN/I46 AC 1000.0 A AC 1.0 A to 100 000.0 A

Secondary rated current IN/I46 AC 1.0 A AC 1.0 A to 10.0 A

1.2.2 Binary Inputs S and R

Table 1-2 Settings for Binary Inputs S and R

Parameter Default Settings Setting Range

Threshold voltage 19 V 19 V88 V176 V

Software filter time(only settable if Routed as:Status information hasbeen set)

1 (* 2 ms) 2 ms to 120 000 ms(settable in 2-ms increments)

Value For example for terminalS11/12:Binary input 3-S

Max. 31 characters

5 This parameter is only visible if you set both the Current transformer parameter and the Current transformer IN/I4 parameter toyes .

6 This parameter is only visible in one of the following cases: 1) Both the Current transformer parameter and the Current transform-er IN/I4 parameter are set to yes , and the Ratio CT IN/I4 equal CT? parameter is set to no ; 2) The Current transformer parameter isset to no , and the Current transformer IN/I4 parameter is set to yes .



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1.2.3 Binary Outputs

Table 1-3 Settings for Binary Outputs


Source type Indication IndicationEnergy counter

Source Type Indication

Indication7 -none- Acc. to list box

BO description (can be set for all binary out-puts individually)

For example for terminalS1/2:Binary output 1-S

Max. 31 characters

Source inverted (can be set individually for allrelay outputs)

No NoYes

Operating mode8

(can be set individually for allrelay outputs)

Persistent PersistentPersistent with fail safePulsePulse with retrigger

Output time for pulse operatingmode (setting only possible foroperating modes Pulse andPulse with retrigger)

20 (* 10 ms) 50 ms to 3 600 000 ms

Source Type Energy Counter

Energy counter 7 -none- Acc. to list box

Energy increase per pulse 1.00 Wh 0.10 Wh/VAh/varh to1 000 000.00 Wh/VAh/varh

Output time for pulse operatingmode

20 * 10 ms = 200 ms 50 ms to 3 600 000 ms

1.2.4 LEDs


ERROR -none- -none-Battery failureEthernet link errorTime synchronization errorPrimary NTP server errorSecondary NTP serverSD card error

7 If you select -none- as the source of an indication or energy counter , the corresponding binary output is inactive.

8 If you have selected one of the 2 Pulse types in the Operating mode list box, enter an output time x (in x *10 ms) in the Outputtime for pulse operating mode field.



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H1H2H3H4

Only the indications for theparameterization of the binaryoutputs are displayed whichcan be used according to thecurrent device settings. Indica-tions which are read by Mod-bus slave devices are availablein the list box if they are pa-rameterized in Modbus MasterMapping.

-none- Acc. to list boxLimit violation, group indication and binaryinputs:Designation can be changed during parameteri-zation.

Indication inverted No NoYes

Operational Indications and Operating Parameters1.3 Automation Functions


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1.3 Automation Functions

1.3.1 Limit Violation 1-8 and 9-16


Measurement -none- Measurement value selection list depending onnetwork type

Limit 0.00 -1 000 000 000 to 1 000 000 000 (unit)

Limit type Lower LowerUpper

Hysteresis (%) 1.0 0.0 to 10.0

Violation indication Limit Violation x(x = 1 to 16)

The name of the limiting value indication iscustomizable; max. 31 characters.

1.3.2 Group Indications 1-4


Source

Only the indications for theparameterization of the binaryoutputs are displayed whichcan be used according to thecurrent device settings.Indications which are read byModbus slave devices are avail-able in the list box if they areparameterized in the ModbusMaster Mapping.

-none- Acc. to list boxLimit violation, group indication and binaryinputs:Designation can be changed during the parame-terization.

Source inverted No NoYes

Logic operation NONE NONEORAND

Group indication name Group Indication x(x = 1 to 4)

Any, max. 31 characters

Operational Indications and Operating Parameters1.4 Display


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1.4 Display

1.4.1 Display Settings

Table 1-4 Settings for Display

Parameter Default Setting Setting Options

Contrast 8 0 to 10

Time until dimmed 10 1 min to 99 min

Refresh time 1000 330 ms to 3000 ms

Inverse display No NoYes

Phase label (L1, L2, L3) (L1, L2, L3)(a, b, c)

Voltage harmonics unit % %V

1.4.2 User-Defined Screen

Table 1-5 Settings for User-Defined Screens


Screen type -none-9 -none-2 measured values, numerical4 measured values, numerical2 measured values, graphical + numerical3 measured values, graphical + numerical

Screen name USER_SCREEN_x(x = 1 to 4)

You can update and edit it directly; max.18 characters

2 measured values, numerical:- Display 1, numerical- Display 2, numerical

-none- Measuring-values selection depending on net-work type

4 measured values, numerical:- Display 1, numerical- Display 2, numerical- Display 3, numerical- Display 4, numerical

-none-

2 measured values, graphicaland numerical:- Display 1, graph./num.- Display 2, graph./num.

-none-

9 If there is no selection the displays explained in the following do not exist.

Operational Indications and Operating Parameters1.4 Display


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3 measured values, graphicaland numerical:- Display 1, graph./num.- Display 2, graph./num.- Display 3, graph./num.

-none-

Display x, graph./num.(x = 1 to 3) - Min value- Max value

Unit according to measur-ing values1.010.0

The minimum and maximum value are definedby the selected parameters.

Operational Indications and Operating Parameters1.5 Energy Management


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1.5 Energy Management

1.5.1 Load Profile


Subperiod time 15 minutes 1 min to 6 min in 1-min steps,10 min, 12 min, 15 min, 20 min, 30 min, 60min

Number of subperiods 1 1 to 5

Synchronization source Internal clock NoneProtocolBinary input 1Binary input 2Internal clock

Type reactive power used Q1 Q1QnQtot

1.5.2 Tariffs (TOU)


Synchronization source Protocol ProtocolBinary input x-SBinary input x-R(x = 1 to 3)

Operational Indications and Operating Parameters1.6 Recording and Reporting


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1.6 Recording and Reporting

1.6.1 Event Recorders

Parameter Default Setting Default Options

Voltage event

Reference voltage Primary nominal voltage (Vn) Sliding reference voltage (Vsr)Primary nominal voltage (Vn)

Swell threshold10 110 % 105 % to 140 %, increments of 5 %

Dip threshold10 90 % 75 % to 95 %, increments of 5 %

Interruption threshold 5 % 1 %, 2 %, 3 %, 5 %, 8 %, 10 %

Hysteresis 2 % 1 % to 6 %, increments of 1 %

Event detection mode11 ph-N ph-Nph-ph

RVC event

RVC threshold 6 % 1 %, 2 %, 3 %, 4 %, 5 %, 6 %

RVC hysteresis12 3 % 0.5 %, 1 %, 1.5 %, 2 %, 2.5 %, 3 %

RVC event detectionmode13

ph-N ph-Nph-ph

1.6.2 Waveform Recorder

Table 1-6 Settings for Waveform Recorder and Trigger Management


Voltage trigger limits14

Trigger active No NoYes

Tolerance unit Percentage PercentageNumerical

Trigger by ph-N15 Yes NoYes

10 According to EN 50160 standard in the PQ report, the default settings of dip and swell (90 % and 110 %) are recommended.

11 Only for 3P4W (3-phase/4-wire) unbalanced network types, you can select the ph-N or ph-ph option as event detection mode.

12 According to IEC 61000-4-30 Edition 3.0, RVC hysteresis is recommended to be half of the threshold.

13 RVC event detection mode will always be synchronized with the setting Event detection mode .

14 You must follow the setting rules as below: Upper threshold > lower threshold and (upper threshold - lower threshold) > 2 * hystere-sis



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Upper threshold 110.00 % of the primary nominal volt-age

100.00 % to 200.00 % of the primarynominal voltage1 to 2 times the primary nominal volt-age16

Lower threshold 90.00 % of the primary nominal voltage 0.00 % to 99.99 % of the primary nom-inal voltage0.00 V to the primary nominal volt-age16

Hysteresis 2.00 % of the primary nominal voltage 0.00 % to 50.00 % of the primary nom-inal voltage

Trigger by ph-ph15 Yes NoYes

Upper threshold17 110.00 % of the primary voltage 100.00 % to 200.00 % of the primaryvoltage1 to 2 times the primary voltage16

Lower threshold17 90.00 % of the primary voltage 0.00 % to 99.99 % of the primary volt-age0.00 V to the primary voltage16

Hysteresis17 2.00 % of the primary voltage 0.00 % to 50.00 % of the primary volt-age

Current trigger limits14


Tolerance unit Percentage PercentageNumerical

Upper threshold 120.00 % of the nominal current In 5.00 % to 200.00 % of the nominalcurrent In(0.05 × In) A18 to 1 000 000.00 A16

Lower threshold 0.00 % of the nominal current In 0.00 % to 100.00 % of the nominalcurrent In0.00 A to 1 000 000.00 A16

Hysteresis 2.00 % of the nominal current In 0.00 % to 50.00 % of the nominal cur-rent In0.00 A to 500 000.00 A

Configuration binary trigger


15 This parameter is only available when the connection type is 4-wire, 3-phase, unbalanced .

16 When Tolerance unit is selected as numerical , the threshold is in number.

17 This parameter is only available when the connection type is 4-wire, 3-phase, unbalanced , and the Trigger by ph-ph is activated.

18 In is equal to 5 A in case of no CT; otherwise, In is the primary rated CT current.



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Trigger source Binary input 1-S Indication 1 from RemoteIndication 2 from RemoteBinary Input 1-SBinary Input 2-SBinary Input 3-SBinary Input 1-RBinary Input 2-RBinary Input 3-RGroup Indication 1Group Indication 2Group Indication 3Group Indication 4

NOTE: By default the option for group indications is not available for the parameter Trigger source. It is onlyavailable in the list after you configure the group indication in the menu Select automation functions.

Trigger value OFF OFFON

Zero sequence component voltage trigger limits


Threshold 5 % 0.5 % to 10 %

Zero sequence component current trigger limits

Trigger active no NoYes

Threshold 5 % 0.5 % to 10 %

Frequency trigger limits


Upper threshold 50.50 Hz19 50 Hz to 55 Hz19

60.60 Hz20 60 Hz to 66 Hz20

Lower threshold 49.50 Hz19 45 Hz to 50 Hz19

59.40 Hz20 54 Hz to 60 Hz20

Note: The default setting and setting options of the frequency trigger limits automatically adapt to the net-work rated frequency range which is configured at AC measurement.

Manual trigger


Action Trigger If you set the Trigger active parameterto yes, the button Trigger is enabled.

Cyclic trigger

19 The rated frequency of the network set under the menu AC measurement is 50 Hz.

20 The rated frequency of the network set under the menu AC measurement is 60 Hz.



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Trigger time 00:00:00 You can edit the text box directly orselect the trigger time from the calen-dar.

Recorder routing

Voltage Yes Not settableThe channels of voltage are mandatori-ly recorded in COMTRADE files.

Current Yes NoYes

Binary inputs Yes NoYes

Frequency No NoYes

Waveform capture setting

Pretrigger time 0.2 s 0.1 s to 0.5 s, step: 0.1 s

Recording time 2.0 s 0.5 s to 10.0 s, step: 0.5 s

1.6.3 Measurement Recorder

Table 1-7 Settings from Measurement Recorder


Template IEC 61000-4-30 IEC 61000-4-30 Ed. 3All measurementUser-defined

Aggregation interval21 10 min 1 min, 10 min

File generation inter-val22

24 h 2 h, 24 h

1.6.4 Trend Recorder

Table 1-8 Settings for Trend Recorder


Tolerance number Percentage: 3 % of the primary nominalvoltage

1 % to 5 %, increments of 1 %

21 For short-term flicker, the aggregation interval is fixed to 10 min; for long-term flicker, the aggregation interval is fixed to 2 h; for 10-s frequency , the aggregation interval is fixed to 10 s.

22 For 30 s aggregation, the file generate interval is fixed to 1 h; for 1-min aggregation, the file generate interval is fixed to 2 h; forother aggregations, the file generate interval is optional.



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Maximum recordinginterval

2 h 2 h, 24 h

1.6.5 Mains Signaling Voltage

NOTE

Only parameterizable for the following network types: 1P2W, 3P3W unbal, 3P4W unbal.

Table 1-9 Settings for Mains Signaling Voltage


Mains Signaling Voltage Measurement

MSV active No NoYes

No. of MSV frequencies 1 frequency 1 frequency2 frequencies

Frequency 1 216.60 Hz 100.00 Hz to 3000.00 Hz

Frequency 2 1060.00 Hz 100.00 Hz to 3000.00 Hz

Mains Signaling Voltage Capture Setting

Detection threshold 1.00 % of Un 1.00 % to 15.00 % of Un

Pretrigger time 5 s 0 s to 10 s, step: 1 s

Recording time 60 s 10 s to 120 s, step: 10 s

The Total recording time is the sum of the Pretrigger time and the Recording time, and cannot be changed.

1.6.6 Transient Recorder

Table 1-10 Setting for Transients

Parameter Default Settings Setting Options

Transient active No NoYesIf you set the Transient active parame-ter to no, the transient configurationitems are hidden, the transient record isdisabled, and no data is recorded. Whenthe transient is active again, the lastselected values are used.

Cross trigger active No NoYesIf you set the Cross trigger active toyes, the detected transient can triggerthe waveform recorder.



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Parameter Default Settings Setting Options

If you set the Transient active parameter to yes, the following parameters are visible:

Transient threshold 20 % of the primary nominal voltage 10 %, 15 %, 20 %, 25 %

Pretrigger time 5 ms 1 ms to 5 ms, increments of 1 ms

Recording time 10 ms 5 ms to 40 ms, increments of 5 ms

1.6.7 Memory Management

Table 1-11 Default Settings and Setting Ranges

Parameter Default Setting Setting Range

Event recorder 10000 records 5000 records to 20000 records

Waveform recorder 21.74 % (the number of records depends on thewaveform record time)

Min. 10.58 %

Measurement recorder 49.35 %(the recording time depends on theaggregation interval)

Min. 13.16 %

Trend recorder 6.63 % Min. 3.23 %

Transient recorder(wave)

10.87 % Min 5.44 % in the device.

Mains signaling voltagerecorder

10.87 % Min 5.44 % in the device.

Free memory 0.41 %

1.6.8 Report Configuration

Parameter Default Setting Default Options/Description

General Information

Company:Department:Supervisor:Inspector:Location:Comment:

– Any text displayed in the printoutof the power-quality reportMax. 32 characters

Power Quality report

Evaluation mode according to EN 50160 LV EN 50160 LVEN 50160 MVEN 50160 HVUser-defined

Flagging acc. to IEC 61000-4-30 No NoYes



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Parameter Default Setting Default Options/Description

Power frequency 99.5 % of the measurement should be within adeviation of -1.0 % to 1.0 %

The default setting is fixed for thetemplate of EN 50160 LV, EN50160 MV, and EN 50160 HV.You can edit the limiting values inthe text box directly under theuser-defined evaluation mode.

100 % of the measurement should be within adeviation of -6.0 % to 4.0 %

Power-supply voltage magnitude 95 % of the measurement should be within adeviation of -10.0 % to 10.0 %

100 % of the measurement should be within adeviation of -15.0 % to 10.0 %

Flicker severity 95 % of the measurement should be less than1.0

Voltage unbalance23 95 % of the measurement should be less than2.0 %

100 % of the measurement should be less than3.0 %

Total harmonic distortion (THDS) 95 % of the measurement should be less than8.0 %

Voltage event interruptions Short interruption until 1-s duration

Short interruption until 3-min duration

Long interruption longer than 3-min duration

Harmonic voltages Odd harmonics H3: 5.0, H5: 6.0, H7: 5.0, H9: 1.5, H11: 3.5,H13: 3.0, H15: 0.5, H17: 2.0, H19: 1.5, H21:0.5, H23: 1.5, H25: 1.5

Even harmon-ics

H2: 2.0, H4: 1.0, H6: 0.5, H8: 0.5, H10: 0.5,H12: 0.5, H14: 0.5, H16: 0.5, H18: 0.5, H20:0.5, H22: 0.5, H24: 0.5

Mains signalling voltage 99.0 % of 216.60 Hz MSV should be less than9.0 % of primary nominal voltage

1.6.9 Start and Stop of Recorders

Table 1-12 Settings for Start and Stop of Recorders


Start record option Start next 10th minute Start next minuteStart next 10th minuteStart immediatelyStart next hourStart next day

Start time – Display of the start time in:Depends on the configuration ofdate/time format.

23 According to EN 50160, up to 3 % unbalance can occur in 3-wire networks in areas with many 1-wire and 2-wire connections.



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Recording status – Not settableStatus display of recorder started orrecorder stopped

Operational Indications and Operating Parameters1.7 Administration


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1.7 Administration

1.7.1 Time Synchronization


Source time synchronization Internal InternalEthernet NTPFieldbus

Time zone offset to UTC +00:00 -12 to +13 (hours)(in increments of 0.5 h)

Daylight Saving Time switch-over

Yes NoYes

DST offset +01:00 0 to + 2 (hours)(in increments of 0.5 h)

Start of DST MarchLast week

January to DecemberFirst weekSecond weekThird weekFourth weekLast week

Sunday02:00 AM

Sunday to Saturday0:00 to 23:00 (full hour)

End of DST OctoberLast week

January to DecemberFirst weekSecond weekThird weekFourth weekLast week

Sunday03:00 AM

Sunday to Saturday0:00 to 23:00 (full hour)

Additional Parameters if the Source is Ethernet NTP (Modbus TCP and IEC 61850)

Primary NTP server IP Address 192.168.0.254 Any

Secondary NTP server IP Ad-dress

0.0.0.0 AnyNo polling of the NTP server if 0.0.0.0 was en-tered

Error indication after 10 min 2 min to 120 min

Additional Parameters if Source is Fieldbus

Error indication after 10 min 2 min to 120 min



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1.7.2 Ethernet Communication

Table 1-13 Settings for Ethernet

Parameter Default Settings Setting Range Description

Ethernet Configuration

Function24 Switch SwitchTwo interfaces

Configuration of both Ethernet ports:Switch: 2 switched ports in 1 network2 interfaces: 2 Ethernet interfaces in2 networks

Ethernet Channel 1

DHCP24 No NoYes

Determines whether DHCP is used forautomatic receiving of network parame-ters instead of fixed network configurationsettingsDHCP can only be used if IEC 61850 isdisabled.

IP address24 192.168.0.55 Any Network configuration for Ethernet Chan-nel 1(only available for Channel 1 DHCP = no)Subnet mask24 255.255.255.0

Default gateway24 192.168.0.1

Ethernet Channel 2

DHCP24 No NoYes

Determines whether DHCP is used forautomatic receiving of network parame-ters instead of fixed network configurationsettingsDHCP can only be used if IEC 61850 isdisabled.

IP address24 192.168.1.55 Any Network configuration for Ethernet Chan-nel 2(only available for Channel 2 DHCP = no)Subnet mask24 255.255.255.0

Default gateway24 192.168.1.1

Protocol Assignments

IEC 6185024 -none- -none-Ch1Ch2Ch1, Ch2

Activation and assignment of theIEC 61850 communication protocol to theEthernet channels (only available forSICAM Q200 devices with IEC 61850communication option acc. to order num-ber)The options Ch1 and Ch 2 are only availa-ble for the function = Two interfaces.IEC 61850 can only be used with fixed IPaddresses (no DHCP).

24 After the parameter changes have been enabled, the device will be reset.



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Parameter Default Settings Setting Range Description

Modbus TCP -none- -none-Ch1Ch2Ch1, Ch2

Activation and assignment of the Mod-bus TCP communication protocol to theEthernet channelsThe options Ch1 and Ch 2 are only availa-ble for the function = Two interfaces.

HTTPS24 Ch1, Ch2 Ch1Ch2Ch1, Ch2

Activation and assignment of the HTTPScommunication protocol to the EthernetchannelsThe options Ch1 and Ch2 are only availa-ble for the function = Two interfaces.Cannot be completely deactivated in orderto ensure access to the device for parame-terization.

SNMP24 -none- -none-Ch1Ch2Ch1, Ch2

Activation and assignment of the SNMPcommunication protocol to the EthernetchannelsThe options Ch1 and Ch 2 are only availa-ble for the function = Two interfaces.

DNP3 IP -none- -none-Ch1Ch2Ch1, Ch2

Activation and assignment of the DNP3 IPcommunication protocol to the EthernetchannelsThe options Ch1 and Ch 2 are only availa-ble for function = Two interfaces.

1.7.3 Protocol IEC 61850

Table 1-14 Settings for IEC 61850


IED Name SICAM_Q200_01 Any, max. 60 charactersOnly a-z, A-Z, "_", 0-9 are permittedThe first character must be an alpha character.

Voltage - Dead band 5 % 1 % to 5 %, in 1-% steps

Current - Dead band 5 % 1 % to 5 %, in 1-% steps

Voltage unbalance - Dead band 5 % 1 % to 5 %, in 1-% steps

Current unbalance - Dead band 5 % 1 % to 5 %, in 1-% steps

Power - Dead band 5 % 1 % to 5 %, in 1-% steps

Power factor - Dead band 5 % 2 % to 5 %, in 1-% steps

Frequency - Dead band 0.05 % 0.02 %0.05 %



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1.7.4 Protocol Modbus TCP and Modbus TCP/RTU Gateway

Table 1-15 Settings for Modbus TCP


Use a user-port number25 No NoYes

User-port number25

(can only be set when Use auser-port number is parameter-ized with yes)

10000 10 000 to 65 535

Access rights for user port(can only be set when Use auser-port number is parameter-ized with yes)

Full FullRead only

Access rights for port 502 Full FullRead only

Keep Alive time 10 s 0 s = switch off1 s to 65 535 s

Communication supervisiontime

600 (* 100 ms) 0 s = none100 ms to 6 553 400 ms

Voltage harmonics unit % %V

Table 1-16 Settings for Modbus TCP/RTU Gateway


Activated No NoYes

Unit ID of this device 255 1 to 255

Retry limit26 2 0 to 10

Response timeout26 10 (* 10 ms) (1 to 6000) * 10 ms = 10 ms to 60 s

25 After enabling the parameter changes, any currently active Modbus TCP connections will be closed. The Modbus TCP client later mustreopen these connections.

26 These values are necessary if the Modbus slave device has not been configured for the requested Unit ID. If a Modbus slave devicewas configured, its values are used.



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1.7.5 Protocol SNMP

Table 1-17 Settings for SNMPv3

Settings Default Settings Setting Range

User name(User name for SNMPv3 access)

Empty,for example: not set

Up to 24 characters· Numbers 0 to 9· Small and capital latin letters· Basic special characters

Authentication password 8 to 24 characters· Numbers 0 to 9· Small and capital latin letters· Basic special characters

Privacy password

1.7.6 Protocol DNP3 IP

Table 1-18 Settings for DNP3 IP

Parameter Default Settings Setting Range Chapters in DNP3 DeviceProfile27

Protocol DNP3 IP

Device address 1 1 to 65519 1.4.1

Master address 10 1 to 65519 1.4.31.8.2

TCP port number 20000 1 to 65535 1.3.8

Connection supervisiontime

30 s 1 s to 3600 s 1.3.10

Response confirmationtimeout

90 (9 s) 0.01 s to 3600.00 s, step: 100 ms 1.7.11.8.3

Unsolicited transmission

Support unsolicitedreporting

no noyes

1.8.1

The following parameters are only available when Support unsolicited reporting is set to yes.

Number of unsolicitedretries

5 0 to 200 1.8.4

Number of class Xevents

10 1 to 100 1.9.11.9.21.9.3

Hold time after class Xevent

50 (5 s) 0 s to 3600 s, step: 100 ms 1.9.51.9.61.9.7

27 Refer to the Siemens download area for SICAM Q200 .

http://w3.siemens.com/smartgrid/global/en/products-systems-solutions/power-quality-measurements/power-quality-recorder/pages/power-quality-recorder-multifunctional-power-analyzer-sicam-q200.aspx



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Parameter Default Settings Setting Range Chapters in DNP3 DeviceProfile27

Threshold values

AC voltage 5.00 % 0.00 % to 10.00 % -

AC current 5.00 % 0.00 % to 10.00 % -

Power 5.00 % 0.00 % to 10.00 % -

Power factor 5.00 % 0.00 % to 10.00 % -

Frequency 0.05 % 0.00 % to 10.00 % -

Percentage value 5.00 % 0.00 % to 10.00 % -

1.7.7 Communication Serial


Bus protocol Modbus RTU -none-Modbus RTUModbus RTU Master

Bus Protocol Modbus RTU (Slave)

Device address 1 1 to 247

Baud rate 19 200 bit/s 1200 bit/s, 2400 bit/s,4800 bit/s, 9600 bit/s,19 200 bit/s, 38 400 bit/s,57 600 bit/s, 115 200 bit/s

Parity Even None, 1 stop bitEvenOddNone, 2 stop bit

Access rights Full FullRead only

Communication supervisiontime

600 * 100 ms 0 s = none100 ms to 6 553 400 ms

Bus Protocol Modbus RTU Master

Baud rate 19 200 bit/s 1200 bit/s, 2400 bit/s,4800 bit/s, 9600 bit/s,19 200 bit/s, 38 400 bit/s,57 600 bit/s, 115 200 bit/s

Parity Even None, 1 stop bitEvenOddNone, 2 stop bit



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Additional inter-charactertimeout

1 ms 0 ms to 100 msThe Modbus specification requires that theindividual characters of a serial Modbus RTUtelegram have to be transmitted successivelywith a maximum character gap of 1.5 charactertimes (or max. 750 μs for Baud rates >19 200bit/s). Longer silent intervals between the char-acters are interpreted as telegram end.A longer gap between the characters can betolerated with this parameter. Note that thisalso causes longer cycle times.If at least one SICAM P50 device is connected tothe bus, at least the following values have to beset for additional inter-character timeout:1200 bit/s, 2400 bit/s: 04800 bit/s, 9600 bit/s: 219 200 bit/s: 338 400 bit/s: 457 600 bit/s, 115 200 bit/s: 6

Maximum 0x/1x register gap 40 0 to 200Maximum number of not-mapped registerswhich are being requested between mappedregisters in 1 request telegram.

Maximum 3x/4x register gap 10

1.7.8 Serial Communication

1.7.8.1 Basic Settings


Name Modbus slave device 1 Max. 31 characters

Activated No NoYes (= Activation of the option field): The but-tons for parameterization of the mapping dataare also activated for the slave device here.

Device address / Unit ID(Modbus slave device address)

1 1 to 247Address corresponds to the unit ID in the Mod-bus TCP telegram with simultaneous use of theModbus gateway function.

Response timeout 10 (*10 ms) 1 to 6000 * 10 ms(10 ms to 60 s)

Retry limit 2 0 to 10(0 = no request retries)Number of request retries after expiration ofResponse timeout before a communicationerror for the Modbus slave is identified.



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Scan cycle for measured values 50 (*10 ms) 0 to 36 0000 * 10 ms(10 ms to 1 h)0 = Each request cycleMinimum time difference between the meas-ured-value requests.

Scan cycle for indications 0 (*10 ms) 0 to 36 0000 * 10 ms(10 ms to 1 h)0 = Each request cycleMinimum time difference between the meas-ured-value requests.

Scan cycle on error 5 s 1 to 3600 s( 1 s to 1 h)Retry cycle for sending request telegrams if theretry limits are exceeded or in the case of errorresponses.

1.7.8.2 Mapping – Measured Values 1 to 15


Name MV x Slv 1(x = 1 to 15)

Max. 31 charactersMax. 10 characters if the name is also to bedisplayed on the device display.

UnitFrequency measuring values:If a frequency measured value(unit: Hz) has been parameter-ized without a multiplier (mul-tiplier: -), an additional check ismade whether the resultingvalue is in the range of 15 Hz to65 Hz. Measured values outsidethis range are marked as inva-lid.

Factors:Selecting a multiplier for thefollowing units is not recom-mended and will be rejected:-none-°°C°F%

Multiplier: – m (milli)c (centi)d (deci)–h (hecto)k (kilo)M (Mega)G (Giga)

Unit: -none- -none-mkgsA°CVHzWPam2

m3

VAvar°WhVAhvarh%°F



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Register type -none- -none-Input registersHolding registersFor -none-, the assignment is ignored and thecorresponding measuring value cannot be se-lected for other functions.

Data format on bus Float32 (2 registers) Float32 (2 registers)Int16 (1 register)Int16_Ung8000h (1 register)UInt16 (1 register)UInt32 (2 registers)

Register number 1 1 to 65 535

Scaling factor 1.000 Any float value0.00: resulting measured value = 0.00

Table 1-19 Data Format on Bus

Data Format on Bus Description Setting Range Invalid Recognition Used by (Example)

Float32(2 registers)

IEEE Float value -1038 to +1038 NaN = invalidINF = overflow

SENTRON PAC3x00,SICAM AI 7XV5674,SICAM T 7KG966,SICAM P50 7KG775

Int16(1 register)

16 bit signed integer - 32 768 to +32 768 -none- SENTRON 3WL/3VLSICAM P50 7KG775

Int16_Ung8000(1 register)

16 bit signed integer -32768 bis +32768 -32768 (8000h) =invalid

SIPROTEC 4

UInt16 (1 register) 16 bit integer,≥ 0

0 to +65 535 -none- SENTRON 3WL/3VL

UInt32 (2 registers) 32 bit integer,≥ 0

0 to +4 294 967 295 -none- SIPROTEC 4,SENTRON 3WL/3VL

1.7.8.3 Mapping – Indications


Name Indication x Slv 1(x = 1 to 15)

Max. 31 characters

Register type -none- -none-Coil status registersInput status registersInput registersHolding registersFor -none-, the assignment is ignored and thecorresponding indication cannot be selected forother functions.



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Data format on bus 1 Bit 1 Bit1 Bit in UInt32Data format which is used to transmit the indi-cation via Modbus

Register number 1 1 to 65 535

Bit offset(only relevant for register typesInput register or Holding regis-ter)

0 0 to 15 (for data format 1 Bit)0 to 31 (for data format 1 Bit in UInt32)(depending on selection for Data format onbus)

Table 1-20 Data format on Bus

Data Format onBus

Description Setting Range Invalid Recogni-tion

Used by (Example)

1 bit 1 bit(for all registertypes; additionallyselect Bit offset forthe Input registerand the Holdingregister)

0 = of1 = on

None SICAM P50 7KG775,SENTRON 3WL/3VL,SIPROTEC4

1 bit in UInt32 1 bit in 2 succes-sive Input registersor Holding registerswhich have to beread together.

0 = of1 = on

None SENTRON PAC3x00

1.7.9 Device and Language


Device name SICAM xxx Max. 31 ASCII charactersMax. 16 non-ASCII characters

Language English (US) ENGLISH (US)User language acc. to User languagepreselection:DEUTSCH (DE) orCHINESE (CN)

Date/time format YYYY-MM-DD,Time with 24 hours

YYYY-MM-DD, time with 24 hoursYYYY-MM-DD, time 12 h AM/PMDD-MM-YYYY, time with 24 hoursDD-MM-YYYY, time 12 h AM/PMMM/DD/YYYY, time with 24 hoursMM/DD/YYYY, time 12 h AM/PM



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1.7.10 Password Change

Table 1-21 Settings for Passwords

Password Default Settings Setting Range

Logon activationView data password for Web UI LogonandSession time-out (min)

yes99999999and10 [min]

Logon activation:To disable the logon feature, select no.To enable the logon feature, select yes.Password:8 to 24 characters· Numbers 0 to 9· Small and capital latin letters· Basic special charactersSession time-out:0 min (no time-out) to 1440 min (1 day)If the device restarts, you must log onagain.

Configuration change password 00000000 8 to 24 characters· Numbers 0 to 9· Small and capital latin letters· Basic special characters

Force values password 11111111

Firmware change password 22222222

Audit log password 44444444

HMI password Use HMI password:no

· No· Yes

New password:empty

6 numbersOnly numbers 0 to 9

Access management password 33333333 8 to 24 characters· Numbers 0 to 9· Small and capital latin letters· Basic special characters

Documents

Operating Parameters SICAM Multifunctional Recorder SICAM ... · SICAM Multifunctional Recorder SICAM Q200 7KG97 V2.20 ... 1.7.10 Password Change ... 230.00 V 57.7 V to 400 V