L2 V4 02 Datapoints Configuration E 01

8/20/2019 L2 V4 02 Datapoints Configuration E 01

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Datapoints Configuration

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Schneider Electric 2- CS&P – Datapoints Configuration – E01

• Content

SPS, DPS, MPS

MV, TPI, Counters

SPC, DPC, SetPoints

Datapoints Quality


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• Content

SPS, DPS, MPS

MV, TPI, Counters

SPC, DPC, SetPoints

Datapoints Quality


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TYPED DIGITAL INFORMATION

It is an information which is representing a special input regarding theMiCOM C264 inner automations.

Examples :

- Switchgear Position DPS, Locking device status SPS, BayLocal/Remote DPS

• Typed / Generic xPS

GENERIC INFORMATION

It is a standard information which can be configured at any level.

Examples :

- Module xPS, Bay xPS, VoltageLevel xPS, Substation xPS (x=S,D,M)


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Mapping SPS

It is an input which is produced by mapping to another DP. Each state ofthis DP is mapped and corresponds to a state of the mapping SPS.

• Typed / Generic xPS

Day cyclic SPSDay cyclic SPSDay cyclic SPSDay cyclic SPS

It is a transient SPS which is triggered every day at fixed time. (accuracy of+/- 1 minute)(8 max per C264).


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• Add / Configure a SPS (1)1) SPS can be added at Substation , Voltage Level , Bay , Module , ISaGRAF automation level in Electric hierarchy. Some SPS are System Info .

Short Name :SCE Key + appears in C264 local SOE

Detection Mode :permanent : DI remains ON as far as signal is ON

Time tagging :done at starting/end of signal filtering

2) SPS attributes

Long Name :appears in viewers + printers

Persistence filtering :SPS should remain valid “Set” or “Reset” duringthe configured timer

Forcing Management :

if FSS enabled, auto/manual force

LHMI display :yes = SPS in state list (MSC)


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• Add / Configure a SPS (2)3) SPS can be acquired by DIU/CCU board , IED . Some SPS are computed by

C264 application (C264 automation, …)=> Relations under a SPS

Has for IED address :SPS acquired by IED

Wired on : DI Channel

SPS acquired by DIU/CCU board

V4.7 V4.7 V4.7 V4.7


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1) DPS can be added at Substation , Voltage Level , Bay , Module , ISaGRAF automation level in Electric hierarchy. Some DPS are System Info .


Time tagging :done at starting/end of motion

2) DPS attributes


Motion & Persistence filtering :Motion : eliminate transients 00 and/or 11 motion

states Persistence : DPS should remain valid “Open” or“Closed” during the configured timer


if FSS enabled, auto/manual force

LHMI display :yes = DPS in state list (MSC)

• Add / Configure a DPS (1)


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• Add / Configure a DPS (2)3) DPS can be acquired by DIU/CCU board , IED . Some DPS are computed by

C264 application (C264 automation, …)=> Relations under a DPS

Has for IED address :DPS acquired by IED

Wired on :DPS acquired by 2 channels (“open” and“closed”) on DIU/CCU board

DPS computed from 2 SPS :DPS acquired using 2 SPS, 1 for “open” and 1 for“closed”


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1) MPS can be added at Substation , Voltage Level , Bay , Module , ISaGRAF automation level in Electric hierarchy. Some MPS are System Info .A MPS can have a maximum 16 valid states.


2) MPS attributes


Motion & Persistence filtering :Motion : inhibition (cf. next slide) Persistence : MPS should remain in one validstate during the configured timer

Forcing Management :if FSS enabled, auto/manual force

LHMI display :yes = MPS in state list (MSC)

• Add / Configure a MPS (1)


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Example : Change State with Filtering “all DI =0 “

During change all DI =0

End of change state

Before change state 0 1

0 2

0 3

0 4

0 5

0 6

0 7

0 8

0 9

1 0

1 1

1 2

1 3

1 4

1 5

1 6

0

0

0

0

0

0

0

1

0

0

0

0

0

0

0

0

During change all DI =1

Example : Change State with Filtering “all DI =1 “

0 1

0 2

0 3

0 4

0 5

0 6

0 7

0 8

0 9

1 0

1 1

1 2

1 3

1 4

1 5

1 6

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0 1

0 2

0 3

0 4

0 5

0 6

0 7

0 8

0 9

1 0

1 1

1 2

1 3

1 4

1 5

1 6

0

0

0

0

0

0

0

0

1

0

0

0

0

0

0

0

0 1

0 2

0 3

0 4

0 5

0 6

0 7

0 8

0 9

1 0

1 1

1 2

1 3

1 4

1 5

1 6

0

0

0

0

0

0

0

1

1

0

0

0

0

0

0

0

• Add / Configure a MPS (2)


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• Add / Configure a MPS (3)3) MPS can be acquired by DIU/CCU board , IED . Some MPS are computed by

C264 application (C264 automation, …)=> Relations under a MPS

Has for IED address :

MPS acquired by IED

Wired on :MPS acquired by a maximum of 16 channels onDIU/CCU boards


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• Content

SPS, DPS, MPS

MV, TPI, Counters

SPC, DPC, SetPoints

Datapoints Quality


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• Add / Configure a MV (1)1) MV can be added at Substation , Voltage Level , Bay , Module , ISaGRAF automation level in Electric hierarchy. Some MV are System Info .


2) MV attributes in General Tab


Analogue Type :Analogue (AI,CT/VT,IED)

or Digital Measurement


if FSS enabled, automatic force to a given value

LHMI display :yes = MV in measurementslist (MSC)

MV transmission :SBUS, LHMI


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• Add / Configure a MV (2)

Minimum / Maximum Value :scaled values for SCADA and OI display + FullScale definition

3) MV attributes in Value Features Tab

Thresholds definition :scaled values for LLL, LL, L, H, HH, HHHthresholds + hysteresis


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• Add / Configure a MV (3)

Scaling Low :Linear / Quadratic

4) MV attributes in Scaling Tab

Minimum / Maximum acquisition values :- if transducer 0/10 mA :

min=0, max=10 * - if transducer 4/20 mA : min=0, max=16 *

- if voltage of CT/VT with nominal ph-N = 57.7 V min=0, max=57.7 *

- if IED (T103 : min=0, max=1; Modbus : cf. IED

documentation) …* schedule a max value = 120% of expected max max=12, max=20, max=70 ... (transducers canmeasure more and display overflow and

undershoot measurements).

Scaling coefficients :scaled value = A1 x acq. Value + B1

Up to 20 segments

Additional segments :

A2, B2 - A3, B3 - ...


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• Add / Configure a MV (4)5) MV can be acquired by AIU/TMU/DIU/CCU board , IED . Some MV arecomputed by C264 application (C264 automation, …)=> Relations under a MV


MV acquired by IED

Wired on DI Channels :Digital Measurements acquired by a maximum of64 channels on DIU/CCU boards

Wired on AI Channel :Channel to be configured (cf. next slide)

Computed by CT/VT board :relation to be configured


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• Add / Configure a MV (5)6) AI Board channel configuration

Transducer range :

Scanning acquisition period :cf. C264 configuration, Measurements tab


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• Add / Configure a TPI (1)1) TPI can ONLY be added under a Tap Changer object belonging to aTransformer module.=> Add / Configure a Tap Changer object :

Built-in function :Tap Changer

Min TAP, Max TAP

Execution timeout :Time allowed for Tap Changing


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• Add / Configure a TPI (2)2) TPI attributes :2.1) General Tab

TPI type :- Analogue Tap Position acquired byAIU or IED,- Coded Digital Measurement (1/N,

decimal, gray, BCD) acquired by DIU

Note : Tabs are not the same - Value Features is common to Analogue and Digital TPI - Scaling & Tap Position for Analogue

- Tap Position for Digital


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• Add / Configure a TPI (3)2) TPI attributes :2.2) Value Features Tab

Minimum / Maximum Value :Should comply with Tap Changer objectconfiguration

Thresholds definition :scaled values for LLL, LL, L, H, HH, HHHthresholds


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• Add / Configure a TPI (4)2) TPI attributes :2.3) Scaling Tab (for Analogue TPI only)

Minimum / Maximum Acquisition Value :

Same as for a MV

2.4) Tap Position Tab

For Analogue TPI :

filtering => transient “intertap” filtering current valid range => gives validity DC inputrange for each tap

For Digital TPI :filtering => signal validation inhibition => transient “intertap” filtering


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• Add / Configure a TPI (5)3) TPI can be acquired by AIU/DIU/CCU board , IED .=> Relations under a TPI

Has for IED address :TPI acquired by IED

Wired on DI Channels :Digital TPI acquired by a maximum of 64 channelson DIU/CCU boards

Wired on AI Channel :Channel to be configured


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• Add / Configure a Counter (1)1) Counter can be added at Substation , Voltage Level , Bay , Module , ISaGRAF automation level in Electric hierarchy.


2) Counter attributes in General Tab


Counter Type :Standard (standard DI counting)

Energy import / Energy export

Counter Acquisition :

validation => min pulse length to be counted invalidity => for double, non complementarity

LHMI display :yes = Counter inmeasurements list (MSC)

Counter Management :cf. next slide


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• Add / Configure a Counter (2)2) Counter attributes in General Tab

Counter cumulative period :- configure a period at the end of which the counter value is transmitted (SBUS,LHMI) - possible values : 10mn, 15mn, 30mn, 1h, 2h, 3h, … 24h -at the end of this period, counter value can be reset (C264 re-start counting from

0)

Counter Total for IED counters :Yes => IED is sending real counter

value No => IED is sending non-scaledvalue


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• Add / Configure a Counter (3)3) Counter can be acquired by DIU/CCU board , IED . Some Counters arecomputed by C264 application (C264 automation, …)=> Relations under a Counter


Counter acquired by IED

Wired on :Single counter => 1 DI Channel Double counter => 2 DI Channels

integrate :Counter computed by MV integration (example : P) Counter type is not “Standard” but “Energy import” or “Energy export”

Integration of P or Q :In case the scale and unit is to big ( In case the scale and unit is to big ( In case the scale and unit is to big ( In case the scale and unit is to big (MVarh MVarh MVarh MVarh for ex.), iffor ex.), iffor ex.), iffor ex.), ifenergy is changing of less than 1MVarh in 10 minutes,energy is changing of less than 1MVarh in 10 minutes,energy is changing of less than 1MVarh in 10 minutes,energy is changing of less than 1MVarh in 10 minutes,the value is not sent (counter is integer so 0.2 value isthe value is not sent (counter is integer so 0.2 value isthe value is not sent (counter is integer so 0.2 value isthe value is not sent (counter is integer so 0.2 value isequal to 0).equal to 0).equal to 0).equal to 0).

!


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• Content

SPS, DPS, MPS

MV, TPI, CountersSPC, DPC, SetPoints

Datapoints Quality


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TYPED CONTROL

It is an information which is representing a special functionality regardingthe MiCOM C264 inner automations.

Examples :

- Switch Ctrl DPC, Locking device status SPC, Bay Local/Remote DPC,Sync CB Close

• Typed / Generic xPC

GENERIC CONTROL

It is a standard control which can be configured at any level.

Examples :

- Module xPC, Bay xPC, VoltageLevel xPC, Substation xPC (x=S,D)


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• Add / Configure a SPC (1)1) SPC can be added at Substation , Voltage Level , Bay , Module , ISaGRAF automation level in Electric hierarchy. Some SPC are System Info .


Activation Mode :- transient => configure pulse duration - permanent

- permanent until feedback

2) SPC attributes General Tab


LHMI display :yes = SPC in control list

(MSC)

Inter Control timeout :no possibility to execute 2 consecutive ordersduring this timer


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• Add / Configure a SPC (2)3) SPC execution may be dependant on Local/Remote status ofSubstation/Bay, on SBMC and/or on control uniqueness=> SPC attributes Dependencies tab

Substation Local/Remote :

SS Local => control from OI allowed,from SCADA forbidden

Control Uniqueness

Bay Local/Remote :

Bay Local => control from LHMIallowed, from OI & SCADA notallowed

SBMC :advised not to use SBMC (put No)

if needed, local transfer when SS is inRemote

Note : This is internal automation existing and configurable for all xPC.


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• Add / Configure a SPC (3)4) SPC can be executed on DOU/CCU board , IED . Some SPC are computedby C264 application (C264 automation, …)=> Relations under a SPC


SPC executed by IED

Wired on : DO ChannelSPC executed on DOU/CCU board

Interlock SPS :holds a logic allowing/blocking the control

Associated DO channel status SPS :for hardwired SPC only

Auto/Manu dependency :

blocks the operator control if an automation is inprogress => connect to SPS/DPS givingautomation status

Feedback definition :for C264 acknowledgement cf. slide “§3.4”


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• Add / Configure a DPC (1)1) DPC can be added at Substation , Voltage Level , Bay , Module , ISaGRAF automation level in Electric hierarchy. Some DPC are System Info .


Activation Mode :- transient => configure pulse duration (2channels “open” / “close”)

- permanent - permanent until feedback

2) DPC attributes


LHMI display :yes = DPC in control list

(MSC)

Inter Control timeout :no possibility to execute 2 consecutive ordersduring this timer


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• Add / Configure a DPC (2)3) DPC execution is dependant on one hand from Local/Remote status ofSubstation/Bay and on the other hand from control uniqueness=> DPC attributes Dependencies tab



Control Uniqueness

Bay Local/Remote :




Note : This is internal automation existing and configurable for all xPC.


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• Add / Configure a DPC (2)4) DPC can be executed on DOU/CCU board , IED . Some DPC are computedby C264 application (C264 automation, …)=> Relations under a DPC


DPC executed by IED

Wired on : DO ChannelDPC executed on DOU/CCU board

2 Interlock SPS (open/close):holds a logic allowing/blocking the controls

2 Associated DO channel status SPS :for hardwired DPC only

Auto/Manu dependency :

blocks the operator control if an automation is inprogress => connect to SPS/DPS givingautomation status

Feedback definition :for C264 acknowledgement cf. slide “§3.4”


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• Configure a xPC feedback1) SPC/DPC can have for feedback a SPS/DPS=> C264 checks if control success (ex: CB control, feedback CB position)=> Example given for DPC with DPS feedback

Relation “has for feedback”with 2 attributes :- execution timeout : maximumtime allowed to get feedback - status check : C264 will checkstatus before performing control

DPC

DPS


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• Add / Configure a SetPoint (1)1) SetPoints can be added at Substation , Voltage Level , Bay , Module ,ISaGRAF automation level in Electric hierarchy.


SetPoint type :

2) SetPoint attributes


LHMI display :yes = SetPoint in control list(MSC)

Minimum / Maximum value :

raw values for SetPoint validity

For Digital SetPoint :increment value pulse duration


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• Add / Configure a SetPoint (2)3) SetPoint execution is dependant on one hand from Local/Remote status ofSubstation/Bay and on the other hand from control uniqueness=> SetPoint attributes Dependencies tab



Control Uniqueness

Bay Local/Remote :




Note : This is internal automation existing and configurable for allSetpoints.


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• Add / Configure a SetPoint (3)4) SetPoints can be executed on DOU/CCU board , IED . Some SetPoints arecomputed by C264 application (C264 automation, …)=> Relations under a SetPoints

Has for IED address :SP executed by IED

DO Channels :

C264 will close DO channels using configuredcode (BCD, binary, …)

Auto/Manu dependency :blocks the operator control if an automation is in

progress => connect to SPS/DPS givingautomation status

AO Channels :C264 will set AO channel


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• Content

SPS, DPS, MPS

MV, TPI, CountersSPC, DPC, SetPoints

Datapoints Quality


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• SPS Status

SPS STATUS

RESET

SET

SELF CHECK FAULTY

MEANING

Electric status 0

Electric status 1

Faulty DI Channel on board

TOGGLING Toggling filtering has detected behaviour

UNKNOWN IED acquiring DP is disconnected from C264

FORCED SET * SPS is Forced Set by C264 (FSS enable)

SUBSTITUTED SET * SPS is Substituted Set by Oper. (FSS enable)

SUPPRESSED SPS is Suppressed by Oper. (FSS enable)

* => Same for RESET

Quality => gives the nature of invalidity


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• DPS Status

DPS STATUS

OPEN

CLOSED

SELF CHECK FAULTY

MEANING

Electric status 01

Electric status 10




FORCED OPEN * DPS is Forced Open by C264 (FSS enable)

SUBSTITUTED OPEN * DPS is Substituted Open by Op. (FSS enable)

SUPPRESSED DPS is Suppressed by Oper. (FSS enable)

* => Same for CLOSED


JAMMED Electric status 00

UNDEFINED Electric status 11


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• MPS Status

MPS STATUS

STATE 1 -> STATE 16

SELF CHECK FAULTY

MEANING

Only one channel activated




FORCED STATE N * MPS is Forced St. N by C264 (FSS enable)

SUBSTITUTED STATE N * MPS is Substituted St. N by Op. (FSS enable)

SUPPRESSED MPS is Suppressed by Oper. (FSS enable)


UNDEFINED No channel or more than one activated


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• MV Status

MV STATUS

VALID

SELF CHECK FAULTY

MEANING

MV in between min/MAX and/or L/H threshold

Faulty DI/AI Channel on board



FORCED MV is Forced C264 (FSS enable)

SUBSTITUTED STATE N * MV is Substituted by Op. (FSS enable)

SUPPRESSED MV is Suppressed by Oper. (FSS enable)


UNDEFINED No DI channel or more than one activated DM

OVERRANGE Acquisition out of range

OPEN CIRCUIT No current on AI channel (mA)

OVERSHOOT [1,2,3] Over H, HH, HHH Threshold

UNDERSHOOT [1,2,3] Under L, LL, LLL Threshold

L2 V4 02 Datapoints Configuration E 01

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