Страница 29: ДСТУ IEC 61850-7-4:2014. Communication networks and systems for power utility automation — Part 7-4: Basic communication structure — Compatible logical node classes and data object classes (62155)

Data object name

Semantics

AcsCtIFail

Number of access control failures detected: a data object that the client wanted to access exists in the server, but based on the access view of the association with that client, an access to the data object was refused.

ActAbr

Abrasion of last open operation

AcuPaDsch

Acoustic level of partial discharge in db

ADetun

Detuning of the compensated network. Either in A or in %.

'detune = 'EFN - 'CE ^{in A}

, _ ^EFN ~'cE ,_nn . _0/

'detune < 100 in /о

'CE

ADetunSpt

Setpoint for the detuning of the suppression coil

AdjSt

Adjustment message

1. - Completed

2. - Cancelled

3. - New adjustments

4. - Under way

AdpAngDeg

Adaptation angle, used to modify the measured phase-angle difference by a fixed analogue value in the range from -179...0...+180 DEG.

0 DEG

/ 0 to 0 to

+180 DEG -179 DEG

+180 DEG

This setting allows e.g. to compensate the setting group of a step-up transformer between CB and VT (see example), or to compensate small phase shifts caused by harmonics on one of the two voltages. Example:

CB

X

AgeRte

Ageing rate, for example of transformer

Alm

General single alarm

AlmLevSpt

Alarm level setpoint

AlmLstOv

TRUE = indication that the alarm list has overflowed

AlmReset

Alarm signal reset

AlmThm

Thermal alarm

AlmVal

Alarm value is the pre-set value for a measurand that when reached will result in an alarm.'

Data object name

Semantics

ALoc

Current (phasor) of the local current measurement

Amp

Current of a non-three-phase circuit

AmpLocPhsA

Current (sampled value) of the local current measurement (phase L1)

AmpLocPhsB

Current (sampled value) of the local current measurement (phase L2)

AmpLocPhsC

Current (sampled value) of the local current measurement (phase L3)

AmpLocRes

Current (sampled value) of the local current measurement (residual current)

AmpSpt

Current target set-point

AmpSv

Current (sampled value)

Ang

Angle between phase voltage and current

AngCor

Phase angle correction of a phasor (used for example for instrument transformers/transducers)

Anglnd

This data object indicates whether the phase-angle difference (between the two voltages to be synchronised) is within the set limits or not. FALSE = value within the limits; TRUE = value outside the limits.

AngLod

Angle for load area. The following is an example of the definition of load encroachment used for the data objects AngLod and RisLod with polygonal characteristic, applicable also with MHO. PDIS1, PDIS2, and PDIS3 are different instances of the LN PDIS, one for each zone. See also RisGndRch in this table.

Forward

' l'^X

/ PDIS3 /

/ PDIS2 / /

/ PDIS1 І І /

Reverse''^_^^f^^ X. ■ ; ;

'Ч AngLod '""^"^Loa^encroachment

Load encroachmr^^

; ^7_^Forward |

/ Reversex ;

IEC 1104/03

Anin

Analogue input used for generic I/O. It can be multiple in one LN-instance.

AnOut

Controllable analogue output It can be multiple in one LN-instance.

AngSv

Angle sampled value

ApNam

Access point name to which this channel belongs; only needed if more than one access point and more than one physical channel exists.

ApcIntTrk

Control service tracking for controllable analogue set point with integer command

ApcFTrk

Control service tracking for controllable analogue set point with float command

AppPaDsch

Apparent charge of partial discharge, peak level (PD)

ArcCntRs

Arc counter, resettable

Data object name

Semantics

AResoPt

Resonance-point of the compensated network. At this coil position of the Petersen-coil the current through the coil compensates the whole capacitive current to ground of the network.

ARtg

Rated current, intrinsic property of the device, which cannot be set/changed from remote

AStr

Current level: if this level is exceeded, the related functions start a dedicated action

ATrsTm

Transient duration

Area

The total calculated area of a power quality event (example voltage sag in figure)

AuthFail

Number of authorisation failures: an association to the client could not be established due to an authorisation failure.

Auto

This data object is responsible for the enabling or disabling of the output circuit of the automatic controller; automatic (TRUE) = output circuit is enabled, not automatic (FALSE) = output circuit is disabled. This data object is controllable, but with ctlModel=”status_only" it can also be used.

AutoRecSt

This data object represents whether or not the auto reclosing is ready, in progress, or successful

Auto Reclosing Status

Value

Ready

1

In Progress

2

Successful

3

Waiting for trip

4

Trip issued by protection

5

Fault disappeared

6

Wait to complete

7

Circuit breaker closed

8

Cycle unsuccessful

9

Unsuccessful

10

Aborted

11

AutoUpLod

TRUE = automatic uploading of the disturbance recorder files

AuxSco

TRUE = commands change over to operation from the auxiliary power supply

AuxSwTmCIs

Timing of the close operation measured by auxiliary switches (usually displayed in ms). Significant changes in timing can point to a malfunction of the mechanical link, e.g. missing lubricant.

AuxSwTmOpn

Timing of the open operation measured by auxiliary switches (usually displayed in ms). Description see AuxswTmCIs

AvAmps

Average current in a defined evaluation interval (period) .

AvAPhs

Arithmetic average of the magnitude of current of the 3 phases.

Average(la,lb,lc) -

Data object name

Semantics

AVaTm

Current unbalance variation duration

AVChr33

Multiline curve characteristic definition. It is not multiple instantiable within one LN instance.

AVCrv

Characteristic curve for protection operation of the form: у = f(x), where x is the voltage (V) and (voltage) and у is the current (A). The integers representing the different curves are given in the definition of CDC CURVE in IEC 61850-7-3.

AvPFPhs

Arithmetic average of the magnitude of power factor of the 3 phases. Average(PFa, PFb, PFc)

AvPhVPhs

Arithmetic average of the magnitude of phase to reference voltage of the 3 phases. Average(PhVa, PhVb, PhVc)

AvPPVPhs

Arithmetic average of the magnitude of phase to phase voltage of the 3 phases. Average(PPVa, PPVb, PPVc)

AVSt

Delivers the active curve characteristic

AvVA

Average apparent power in a defined evaluation interval (period).

AvVAPhs

Arithmetic average of the magnitude of apparent power of the 3 phases. Average(VAa, VAb, VAc)

AvVAr

Average reactive power in a defined evaluation interval (period)

AvVArPhs

Arithmetic average of the magnitude of reactive power of the 3 phases. Average(VAra, VArb, VArc)

AvVolts

Average voltage in a defined evaluation interval (period)

AvW

Average active power in a defined evaluation interval (period)

AvWPhs

Arithmetic average of the magnitude of active power of the 3 phases. Average(Wa, Wb, Wc)

AWatt

Wattmetric part of the residual current at the fault location in case of an earthfault

AvZPhs

Arithmetic average of the magnitude of impedance of the 3 phases. Average(Za, Zb, Zc)

AxDsp

Total axial displacement [usually in mm]

AxDspSv

Total axial displacement

AxDAImSpt

Axial displacement alarm level setpoint

AxDTrpSpt

Axial displacement trip level setpoint

BacTrk

Control service tracking for binary controlled analogue process value

BaseImp

Base per unit impedance [ohm /phase]

BatHi

TRUE = indicates that battery is in overcharge condition

BatLo

TRUE = indicates that battery voltage has dropped below a pre-set level

BatTest

TRUE = command to start the battery test

Data object name

Semantics

Beh

Since the logical device controls all logical nodes that are part of the logical device, the mode of the logical device ("LDMode” = LLNO.Mod) and the mode of a specific logical node (“LNMode” = XXXX.Mod) are related. The behaviour of a logical node is therefore a combination of LLNO.Mod and XXXX.Mod and is described in the "LNBeh” = XXXX.Beh. This data object is read-only and has the same possible values as Mod (Mode). The value is determined according the following table:

LNMode

XXXX.Mod

LDMode

LLNO.Mod

LNBeh (read only) XXXX.Beh

LNBeh Value

on on on on on

on on-blocked test test/blocked off

on on-blocked test test/blocked off

1 2

3 4

5

on-blocked on-blocked on-blocked on-blocked on-blocked

on on-blocked test test/blocked off

on-blocked on-blocked test/blocked test/blocked off

2

2

4

4

5

test test test test test

on on-blocked test test/blocked off

test test/blocked test test/blocked off

3

4

3

4

5

test/bbcked test/bbcked test/bbcked test/bbcked test/bbcked

on on-blocked test test/blocked off

test/blocked test/blocked test/blocked test/blocked off

4

4

4

4

5

off off off off off

on on-blocked test test/blocked off

off off off off off

5

5

5

5

5

Ber

Bit error rate of the communication channel. Used in case of a digital communication channel

Bias

Bias added to process variable

В Ik

Dynamically blocking of function described by the LN

BlkA

TRUE = operation is blocked by current reasons

BlkAOv

TRUE = switch operation is blocked by current limit overflow

BlkCls

This data object is used to block 'close operation’ (for example, for XCBR, XSWI, YPSH) from another logical node such as a protection node or from a local/remote switch. An example may be the low insulation gas density. Block closing is not reflected in operating capability. TRUE = block operation ‘close circuit breaker’.

BlkEF

TRUE = switch activity blocked due to earth fault

BlkLoVisc

The tap changer is blocked due the low viscosity because of the low temperature.

BlkLV

Control voltage below which auto lower commands blocked

BlkOpn

This data object is used to block ‘open operation’ (for example to XCBR, XSWI, YPSH) from another logical node such as a protection node or from a local/remote switch. An example may be the blocking of the buscoupler also for trips during busbar transfer. Block opening is not reflected in operating capability. TRUE = block operation 'open circuit breaker’.

BlkRef

Blocking reference shows the receiving of dynamically blocking signal; this data object is multi- instantiable.

BlkRV

Control voltage above which auto raise commands blocked

BlkThm

Block closing command for circuit breaker because of thermal condition. If the temperature of protected equipment is still higher than a setting.

BlkV

TRUE = operation is blocked for voltage reasons

BlkVal

When the measurements exceed (or drop below, in the case of a dropout function) this value, the function operation is blocked.

BlkValA

Block value ^minimum operating current)

BlkVaIV

Block value (minimum operating voltage)

Data object name

Semantics

BlkVLo

Control voltage below which auto raise commands are blocked. If the control voltage is under the limit of BlkVLo (e g. because that part of the network is switched off), the ATCC issues no raise commands until the control voltage exceeds the limit of BlkVLo.

BlkVHi

Control voltage above which auto lower commands are blocked. If the control voltage is over the limit of BlkVHi, the ATCC issues no lower commands until the control voltage exceeds the limit of BlkVHi.

BlkVOv

TRUE = Switch operation is blocked by voltage limit overflow

BlkZn

This data object is used by the power swing protection to block operation of protection for a specific protection zone i.e. the related instance of PDIS.

TRUE = blocked, FALSE = not blocked

BndCtr

Centre of control bandwidth, forward power flow presumed

BndCtrChg

Band centre change (raise, lower), no status

BndWid

Band width, i.e. the defined range of control voltage given either as voltage value or percentage of the nominal voltage. Forward power flow is presumed if applicable.

BotTmp

Bottom oil temperature

BrcbTrk

Access service tracking for buffered report control block

BscTrk

Control service tracking for binary controlled step position information

Capaclmb

Capacitive imbalance of the network

CapDS

TRUE = Capacitor bank is on line, or close. FALSE = capacitor bank off line or open

C2H2ppm

Measurement of C₂H₂ (Acetylene) in ppm

C2H4ppm

Measurement of C₂H₄ (Ethylene) in ppm

C2H6ppm

Measurement of C₂Hg (Ethane) in ppm

CarLev

Power of received signal in case of an analogue communication channel

CBOpCap

This is an enumeration representing the physical capabilities of the breaker to operate. It reflects the switching energy as well as additional blocking due to some local problems.

CBOpCap is always less or equal to MaxOpCap.

Breaker operating capability

Value

None

1

Open

2

Close - Open

3

Open - Close - Open

4

Close - Open - Close - Open

5

Open - Close - Open - Close - Open

6

more

7

More values (6...П) describe higher operating capabilities. A new value, that is a new line in the table, must start alternating with “close" and “open'’ and must end always with “open”.

CBTmms

Closing time of breaker in ms. The time is used to compensate for the breaker closing time, i.e., the closing command will be given a defined time before phase coincidence. Closing time of breaker including other delays until the operation of the breaker. This is a property of the breaker that is subject to ageing.

Closing Phase

command ~7 coincidence

/ Closing

/ time

IEC 433/10

CBTmms

Closing time of breaker including other delays until the operation of the breaker. This is a property of the breaker that is subject to ageing.

CCdt

Carbon production credit value

CEBIk

Control of automatic / manual operation (blocking). TRUE = automatic control of cooling equipment blocked (inhibited)