ref 610 techara

8/14/2019 REF 610 TechARa

1/160

REF 610 1MRS 756009

REF 610


2/160

REF 6101MRS 756009


3/160

REF 610 1MRS 756009

-.........................................................................................- ...........................................................................- .........................................................................-.................................................................................-..................................................................................

- ................................................................................-......................................................................................

-................................................................................ -..............................................................................-..................................................................................

- ..................................................................................- .......................................................................

-- .................................................................--- .................................................---......................................................---.....................................................--- ............................................--- HMI................................................--- (non-volatile memory)..............--- .................................................--- Time synchronization........................

--......................................................................--.........................................................................--........................................................................

--- ................................................--- .........................................--- .....................................--- .......................................--- ..................................--- .....................--- Arc protection...................--- ......................................

--- .................... --- .....................................................

1MRS 756009

:--:A/21.1.2006

REF 610


4/160

REF 6101MRS 756009

--- ..................................-- ......................................................-- Lockout...................................-- ......................--LEDs .........................................-- ............................................................-- .................................................-- ........................................................

---.....................................................--- ................................--- .......................

---.................................................... --- ...............................--- ...........................

-- ............................................-- .............................................................-- IEC 60870-5-103.....................-- Modbus..........................

--- ..............................

--- ModbusREF 610......... -- DNP3.0................................--- .................................--- REF 610...................--- DNP3.0REF 610................--- DNP3.0REF 610..........--- DNP REF 610..................

-- SPA................................--- ................................................

-- (IRF)..............................................-- REF 610.............................................

- .........................................................................-- /.....................................................-- Light sensor.................................-- .................................................-- .................................................................

- ...................................................................................

- ..............................................................-- ....................


5/160

REF 610 1MRS 756009

-- .......-- ...............................................

- ..............................................................-- REF 610.........-- REF 610.........-- REF 610

REF 610..................................................- (Ordering Information).................................................-........................................................................................-....................................................................................- ...................................................................................


6/160

REF 6101MRS 756009

-

REF 610 .

" " (HMI) (MMI) " " .

-

REF 610 .

REF 610 . (microprocessor) .

HMI (LCD) .

. .

-

IDMT . . .

IDMT . . . . .

). ( . .


7/160

REF 610 1MRS 756009

.... .

.

. . . /. )normally open. ( change over

I/O. .

I/O. :

. . (analogue)

(digital) . .

(Non-volatile memory) : . . . .

)AR( / . LEDs

.HMI LCD .

LEDs . IEC ANSI.

.

HMI.


8/160

REF 6101MRS 756009

. .

(PC).

: .

) ( RS-485 :SPAIEC 60870-5-103

Modbus (RTU and ASCII)

DNP 3.0 RS 485 DNP 3.0.

. . . )plug-in(.

- ABB.


9/160

REF 610 1MRS 756009

-

. .

.

. .

.

.

.

plug-in .

.


10/160

REF 6101MRS 756009

--

REF 610

. REF 610 back-up .

REF 610 .

.

.-

REF 610

.

.

).(-10 .+ 55C ) .(-45 .+ 70C 0.1% / C

.

.-40 85C

-

.

. ----REF 610 :

. -- (residual current) (core-balance

current transformer) . --

.


11/160

REF 610 1MRS 756009

--


12/160

REF 6101MRS 756009

--


13/160

REF 610 1MRS 756009

- - -- ---

REF 610 IEC IEEE:

---- IEC IEEE :

IEC IEEE

I>51

I>>50/51

I>>>50

r I>46

>49

I0>51 N

I0>>50 N / 51 N

ARC50 N / 51 NL

CBFP62 BF 0 179

86

:--- .--- .--- .

--- . --- .--- .--- .

--- REF 610

. . /


14/160

REF 6101MRS 756009

----------. SGB.

--- REF 610 )PO1PO2PO3(

)SO1SO2( )SO3SO4SO5. ( (SGR1 8)

.

(latched).

--- REF 610

RMS : .

.

--- HMI

HMIREF 610 (LCD) LEDs LEDs LED .

. HMI

. HMI

HMI. HMI .

HMI. HMI " ."

--- (Non-volatile memory) REF 610

) .( LEDs

EEPROM.


15/160

REF 610 1MRS 756009

--- REF 610

. : (IRF) . (IRF)

LED""(ready) . IRF (picked up)

LCD. .

---- IRF

LED)(ready . LCD ) ----(

)

-

-

-

-

(

.

SO2

) SGF1/8 = 1(

----

----

(IRF).


16/160

REF 6101MRS 756009

--- Time synchronization REF 610

: .

. .

HMI. +/-0.05

+/-2

REF 610 . .

. +2.5 - 2.5

+5-5 .!

.

-- HMI.

---

L1 IL1L2 IL2L3 IL3I0 r I

I1 - min In - min Max I

--

-

-

-

.


17/160

REF 610 1MRS 756009

---


18/160

REF 6101MRS 756009

SGFSGBSGRSGL. " "SETTINGS

HMI. SG_. -----

----


19/160

REF 610 1MRS 756009

---

.

>I

. IDMT

.I> )

IDMTtr

. I>

.

. current spikes

. I>

. I>

I>>/ I>>>. I>>/ I>>>. SGF4

.

I>>

. .

I>> .

I>> .

I>>.


20/160

REF 6101MRS 756009

)0.12xI>( )1.5xI>( .

)1.25xI>(

.

SGF4.

. I>> SGF4.

"---")LCD("999" .

I>>> .

. I>>> .

I>>> SGF4. "---")LCD("999"

.

I>>I>>> .!

I>I>> .

--- .

ageing . Io>

.

IDMT .

.

Io> ) IDMT(tro


21/160

REF 610 1MRS 756009

. Io>

.

.

. Io>

. Io>

Io>>. SGF4.

Io>> .

. .

. Io>> .

.

)0.12xIo>( )1.5xIo>( . )1.25xIo>(

. SGF4.

Io>> SGF3. "---")LCD("999"

. .

! Io>Io>>

.


22/160

REF 6101MRS 756009

--- . .

. .

.

. :

= .I= .

I= .t=). (

= ). ( I > .

.

a> . .

:

----

I/In (%)1.0 90.7

0.9 73.5

0.8 58

0.7 44.4

0.5 22.7

0.3 8.2

0 0


23/160

REF 610 1MRS 756009

t> .

) . ( . . . --------

----. :-

I

= . I= .Ip= .t= ). (= ). (

ln= . %

.

. . > SGF3. "---")LCD("999"

.!

% % .

HMI !

.


24/160


25/160

REF 610 1MRS 756009

---- =0.7xIn.


26/160

REF 6101MRS 756009

---- =1xIn.


27/160

REF 610 1MRS 756009

--- . IL1IL2IL3

. :

I>

. .

.

0.1xIn.

. I> SGF3.

"---")LCD("999" .

--- . )CBFP(

. PO1

CBFP CBFP PO2.!

CBFP

.

CBFP . CBFP PO2

. CBFP SGF

CBFP SGB. .

CBFP

upstream. CBFP .


28/160

REF 6101MRS 756009

--- Arc protection

.

hardware .

REF 610 REF 610.

. REF 610

. REF 610

. :

hardware .

.

)ARC( . .

12 .

busbar .

. 12 .

. ArcI>

ArcI0> )ARC( .

.

L>

. SGF4.


29/160

REF 610 1MRS 756009

REF 610 .

ARC SGF3.

! .

!

SO2 SGF1/8=1.

---- --- .

transient .

.

.

. )AR(REF 610 . AR

. AR

.

AR. AR .


30/160

REF 6101MRS 756009

AR) AR Inhibit AR( .

. CBFP .

.

. .

. .

AR

. .

. spring

) CB Close Inhibit. (

.

downstream AR ) . (

.

. :

. dead time . AR )

Close CB Command( . reclaim time

cutout time dead time. .

AR .


31/160

REF 610 1MRS 756009

) . ( .

) ( AR

. .

. AR

. ) . (

. ) (

AR . .

.

AR .

AR. AR )

=. ( AR HMI S25SPA

). (

---- logic.


32/160

REF 6101MRS 756009

AR :

AR. I>Io>. I>I>>Io>Io>>.

I>Io> .

. AR

SGB.

! .

! AR .

---- logic.

.

: AR. I>I>>.

Io>

Io>>.

SG1) ----. (


33/160

REF 610 1MRS 756009

) ( .

I> I>>.

! AR

. AR

locked out.

! .

! )

. ( .

. AR) AR Inhibit AR( :

AR. ARC. >. CBFP. >. I>>>. Io>>>. I>.

AR)>( CBFP AR. AR

SGB > I>>>Io>>I> SG3) ----(.


34/160

REF 6101MRS 756009

! AR

.!

.

AR .

) CB Position Open( ) CB Position Close(

SGB. AR.

:

AR . . AR

.

dead time AR

) Close CB Command. (

) CB Close Inhibit. ( SGB.

AR )CB Reclosing Failed. (

AR .

) . (

AR

.


35/160

REF 610 1MRS 756009

. )

( .

AR . SG2

) ----. (

AR

.

AR.!

.!

AR .

. AR .

AR : AR . AR. . .

AR . AR

AR.


36/160

REF 6101MRS 756009

--- .

)IDMT. (IDMT : .

REF 610 IDMT IEC60255-3

IEEE C37.112. ABB RI: / HMI SPA :

---- /. /

0 1 IEC)IEC Extremly inverse(2 IEC)IEC Very inverse(3 IEC)IEC Normal inverse(4 IEC)IEC Long - time inverse(5RI - Type

6 IEEE)IEEE Extremly inverse(7 IEEE)IEEE Very inverse(8 IEEE)IEEE Moderately inverse(

IDMT IEC60255-3. REF 610 /

IEC60255-3: . :

t= .I= ) . (

K (or Ko)= .I (or Io)= .!

) ---- -----------(

. .


37/160

REF 610 1MRS 756009

---- , /

0.020.14

1.013.5 2.080.0

1.0120

.

.

.---- (

)I/I>

22,22E2,34E2,44E2,34E

51,13E2,26E2,48E1,26E

7---1,00E

101,01E1,01E1,02E-

201,00E1,00E1,00E-

)(E= -= .)(Io/Io>.

5 .

/ IEC --------.

!

.


38/160

REF 6101MRS 756009

---- .


39/160

REF 610 1MRS 756009

---- .


40/160

REF 6101MRS 756009

---- .


41/160

REF 610 1MRS 756009

---- .


42/160

REF 6101MRS 756009

IDMT IEEE C37.112

REF 610 /

IEEE C37.112: . :

:t= .I= ) . (

n (or no)= .I (or Io)= .!

) ------------(

. .---- ABP

/ABP

6.4070.0252.0 2.8550.07122.0

0.00860.01850.02

/ IEEE --------.


43/160

REF 610 1MRS 756009

---- .


44/160

REF 6101MRS 756009

---- .


45/160

REF 610 1MRS 756009

---- .


46/160

REF 6101MRS 756009

RI - type

RI - type

. :

:t= .I= ) . (

K (or Ko)= .I> (or Io>)= .

!

) ----( .

.RI - type )----. (


47/160


48/160

REF 6101MRS 756009

--- 12.

. .

. :

HMI. V150 .

!

HMI V150.

HMI .

.

" " .


49/160

REF 610 1MRS 756009

----: I>/In I>0.30 5.00xIn0.30 x Int> I>0.05 300 s0.05 s

IDMT I> / I>080K k0.051.000.05n )n(1.015.01.0

tr> I>0.052.50 s0.05 sI>>/In I>>0.5035.0xIn0.50 x Int>> I>>0.04300 s0.04 s

I>>>/In I>>>0.5035.0 xIn0.50 x In

t>>> I>>>0.0430.0 s0.04 sI0>/In I0>1.0 100% In1.0 % Int0> I0>0.05300 s0.05 s

IDMT I0> / I0>080k0 k00.051.00 s0.05 sn0 )n0(1.015.01.0

tr0> I0>0.052.50 s0.05I0>>/In I0>>5.0 400% In5.0 % Int0>>

I0>>0.05300 s0.05 s

I> I>10100%100%> I>1300 s60 sI 0.30 1.50xIn0.30 x In >1 200 min1 min

a> >50 100%t>95%t>

CBFP

0.10 60.0 s0.10 s

0 1 (AR)0=AR 1=12=1,2

1,2,3 = 3

0

ARC I> ARC I>ARC0.5035.0xIn2.50 x InARC I0> ARC I0>ARC5.0 400% In20.0 % In


50/160

REF 6101MRS 756009

-SG. .

.---- .

----: SG-

.

.


51/160


52/160

REF 6101MRS 756009

----:SGF2

SGF2/1 I>0SGF2/2 I>>0SGF2/3 I>>>0SGF2/4 I0>0SGF2/5 I0>>0SGF2/6 r I>0SGF2/7 >

0= .

1=. .

0

SGF20

----:SGF3

SGF3/1 I>>0SGF3/2 I>>>0SGF3/3 I0>>0SGF3/4 r I>1SGF3/5 >1SGF3/6 ARC

1 .

1

SGF3/7 1

.

1

SGF3120

----:SGF4

SGF4/1 I >> 1

.

0

SGF4/2 I> I >>

1 .

0

SGF4/3 I>

I >>> 1 .

0

SGF4/4 I0>> 1

.

0

SGF4/5 I0> I0>>

1 .

0

SGF4/6

1 ARC.

0

SGF40


53/160

REF 610 1MRS 756009

----:SGF5

SGF5/1 latched LED10SGF5/2 latched LED20SGF5/3 latched LED30SGF5/4 latched LED40SGF5/5 latched LED50SGF5/6 latched LED60SGF5/7 latched LED70SGF5/8 latched LED8

0 LED LED .

1 LED . )LED(

HMI .

0

SGF50

SGB1 SGB5

DI1 SGB1DI2 SGB2

----:SGB1 SGB5

SGB15/10= .

1= .0

SGB15/20= .1=

.

0

SGB15/30= .

1= .

0

SGB15/4 .0= .1= .

. .!

SGB15/41 .

0

SGB15/5 .0SGB15/6 0

SGB15/7 CBFP 0SGB15/8 0


54/160

REF 6101MRS 756009

----:SGB1 SGB5

SGB15/9 0

SGB15/10 0

SGB15/11 I> 0SGB15/12 I>> 0

SGB15/13I0> 0SGB15/14 I0>> 0

SGB15/15 r I> 0SGB15/16 AR 0

SGB15/17 CB 0

SGB15/18 CB0

SGB15/19 CB0SGB15/20 AR 0

SGB1..50

SGR1 ... SGR8

SGR1 SGR8.

PO1 PO3 SGR1 SGR3 SO1 SO5 SGR4

SGR8.

.

. .

.

! PO3.

! CBFP PO2.


55/160

REF 610 1MRS 756009

! SO2.

----


56/160

REF 6101MRS 756009

----:SGR1 SGR8

SGR1 SGR3SGR4 SGR5SGR6 SGR81)

SGR18/1 I>010SGR18/2 I>100SGR18/3 I>>010SGR18/4 I>>100SGR18/5 I>>>010SGR18/6 I>>>100SGR18/7 IO>010SGR18/8 IO>100SGR18/9 IO>>010SGR18/10 IO>>100SGR18/11 I>010SGR18/12 I>100

SGR18/13 >

010SGR18/14 >100SGR18/15 000SGR18/16 CB AR000SGR18/17 CB AR000SGR18/18 AR000SGR18/19 CB

AR000

SGR18/20 CB

000

SGR18/21 AR000SGR18/21 ARC000

SGR18/21 000SGR1..8210807454610

(1 I/O ""LCD"9999999" SPA.

SGLL SGL8

LED1 SGL1.LED2 SGL2 .

----:SGL1 SGL8 SGL18/1 I>0SGL18/2 I>>0SGL18/3 I>>>0SGL18/4 IO>0SGL18/5 IO>>0SGL18/6 I>0SGL18/7 >0SGL18/8 >0


57/160


58/160

REF 6101MRS 756009

----:SG3 SG3/1 AR I>>>1SG3/2 AR I0>>1SG3/3 AR >1SG3/4 AR I>

1 AR 1

SG3/5 CB. 1

AR CB

0

SG315

(Timer)

LCD.

" "NEW TRIP IND.. . "

"NEW TRIP IND.".----:

0998999

60

. 15

HMI SPA.----:

10= LEDs.

1= LEDs.1

21=(1 .131=(1 .141=(1

.1

5 (1

1

31

(1 .!

.


59/160

REF 610 1MRS 756009

--- ----:I>I>>I>>>

I>I>>I>>>

.DMT.

0.305.00 x In0.302.50 x In

1)0.5035.0x In0.5035.0x In

55 ms30 ms30 ms /

. t>t>>t>>>

IDMT IEC60255-3.

k

IDMT. k

IDMT IEEEC37.112.

0.05300 s

0.051.0

RI-type0.051.00

115

0.04300 s0.04300 s

50 ms2)50 ms50 ms

30 ms30 ms30 ms tr0.052.5 s

/ 0.960.960.90

%

%

%

IDMT IEC 60 255-3:

EIDMT

IEEE C37.112.RI-type

5

%

%

0.30 0.50 x In

0.55.0 x In

5.0 35.0 x In

%

0.05% x In

%

%

0.05% x In

%

%

%

%

1)IDMT x In2.5I > 2.5 x In 2.5 x In.2)


60/160

REF 6101MRS 756009

----:I0>I0>>I0>I0>>

.DMT.

1.0100% In

1.0 40% In1)5.0 400% In

60 ms40 ms /

. t0>t0>>

IDMT IEC 60255-3.

k0

IDMT.

k0IDMT IEEE C37.112.

n0

0.05300 s

0.051.00

RI-type

0.051.00

1 15

0.04300 s

50 ms2)50 ms 30 ms30 ms

tr00.052.5 s / 0.960.96

%

%

IDMT IEC 60 255-3: E

IDMT IEEE C37.112.

5

%

%

RI-type%

%

1.0 10.0 % In

10.0 100% In

%

0.05% x In

%

%

0.05% x In

%

100 400% In%

1)IDMT x In0.4I0> 0.4 x In 0.4 x In.

2)


61/160

REF 610 1MRS 756009

---:>

I0.30 1.50 x In

a50 100 % t100 % 1 200 min

I/I > 1.2%

----I>

I> 10100

100 ms

/

>t1 300 s70 ms

/ 0.9

%

10 100 %%

----ARCL >

ARC

ARC I>

ARC I0>

0.05 35.0 x In5.0 400 % In

< 15 ms 1)

30 ms %

L >

L >< 15 ms 20 ms(1 (SO1 5).

(PO1 3) 2 3 ms.


62/160

REF 6101MRS 756009

----

----

0 3

CB0.1 10 s

I >0 300 s I0>0 300 s

3 300 s 0.1 300 s

0.1 300 s 0.1 300 s 0.1 300 s

%

----CBFP

0.10 60.0 s

CBFP

* /0.08 / 0.04 xIn


63/160

REF 610 1MRS 756009

-- (TCS)

.

: .

LCD. SO2 SGF1/8=1.

20 V

. 20 V(1520 V)

. :

dc/V ac20>cx I)sR+intR+extR(-cU

Uc= .Ic

= 1.5 mA

. Rext= .Rint= 1k.Rs= (trip coil).

- (open).

(trip coil).

(trip coil). Rext:

---: Rext

Operating voltage, Uc Shunt resistor Rext

48 V dc 1.2 k, 5 W

60 V dc 5.6 k, 5 W

110 V dc 22 k, 5 W220 V dc 33 k, 5 W


64/160

REF 6101MRS 756009

(opening) (closing).

(closed). (open)

---. HMI SPA(V113).

--- .

-- lockout.

. .

latched .

SGF1. PO3 . PO3.


65/160

REF 610 1MRS 756009

PO3 PO3.

. .

HMI V103SPA

.

PO3 .

PO3

.

-- .

. .

REF 610. . non volatile EEPROM.

. )I>I>>I>>>(

I0>I0>>I>>ARC AR)

Open CB Command( .

HMI V9...V12SPA V166SPA. .

!

.


66/160

REF 6101MRS 756009

--LEDs REF 610 HMI LEDs

LCD. LEDs :LED)(readyLED)

/(start/alarmLED)(trip. LEDs LED .

. .

LCD. :

CBFP

. Trip. /Start/Alarm.

-- REF 610 .

. .

0999 . .

.

. .

SPA(V102). SPA (V105).

-- : .

.

IRF . )PO3PO1SO5SO1(

SGR18

.


67/160

REF 610 1MRS 756009

IRF .

.

HMI. " " .

-- ---

REF 610 .

. .

. LCD .

V246SPA.

PC .

--- .

RMS .

>

. .

.

V238V243 ------. .RMS

. M15 .


68/160

REF 6101MRS 756009

----:

)Hz(

)Hz(

(

((RMS

:

]s= [

M15V238V243 .

. V240.

. .

.

.

.

(non-volatile).

---

M1)M2V246. ( V246 01 .

E31 .

LCD (idle mode).

)Hz(


69/160

REF 610 1MRS 756009

1 M2 .

(unlatching). 2 V246 .

---

)(.

.

. )( V236 V237V241 V242 ---

---. M1. .

--- V)V236V238240V243

V246( M)M15M18M20M80M83.(

M80M83. PC.

comtrade.---

(E31) (E32) . V155SPA.

--

REF 610 . .

. .

.

(unlatching)

.


70/160

REF 6101MRS 756009

! )EEPROM(

. 1 V166

2 V166.

REF 610 .

""EVENT 1 .

.

---: REGISTER Data description

EVENT1 Phase current L1, measured as a multiple of the rated current, In, isdisplayed in two registers: the main register and the sub register. When astage starts but does not trip, the maximum fault current during the pick-upperiod will be stored in both the main register and the sub register. When astage trips, the fault current at the time of the trip will be stored in the mainregister and the maximum fault current during the pick-up period in the subregister. The same applies to phase currents L2, L3 and I0.The phase unbalance, I, as a percentage of the maximum phase currentvalue. When the stage starts but does not trip, the maximum phaseunbalance value during the pick-up period will be stored. When the stagetrips, the fault unbalance at the time of the trip will be stored.

Thermal level, as a percentage of the maximum thermal level of the cable, atactivation of a start or alarm signal. If the thermal protection stage has beenset out of operation, dashes will be shown on the LCD and 999when readvia serial communication.The maximum thermal level during the time the start or alarm signal wasactive, as a percentage of the maximum thermal level of the cable, or in caseof a trip, the thermal level, as a percentage of the maximum thermal level ofthe cable, at activation of a trip signal. If the thermal protection stage hasbeen set out of operation, dashes will be shown on the LCD and 999whenread via serial communication.Duration of the starts of stages I>, I>>, I>>>, I, I0> and I0>>, the trip ofstage ARC (local), the trip of stage ARC (remote), and of the external trip. Avalue other than zero indicates that the corresponding stage has startedwhereas the value 100% indicates that the operate time of the stage has

elapsed, i.e. the stage has tripped. If the operate time of a stage has elapsedbut the stage is blocked, the value will be 99% of the set or calculated operatetime.Trip number in the auto-reclose sequence. The number 1...20 indicates theorder of the trip in the AR sequence. The value 1 indicates the first trip in theAR sequence, the value 2 the second trip, and so forth. On expiration of theset reclaim time, the value will start from 1 again. If the AR function has beenset out of operation, the value will always be 1.Time stamp for the event. The time when the collected data was stored. Thetime stamp is displayed in two registers, one including the date expressed asyy-mm-dd, and the other including the time expressed as HH.MM; SS.sss.

EVENT 2 Same as EVENT 1.




Number ofstarts

The number of times each protection stage, I>, I>>, I>>>, I, I0> and I0>>,has started, counting up to 999.


71/160

REF 610 1MRS 756009

---: REGISTER Data description

Number of The number of times each protection stage, I>, I>> and I>>>, has tripped.trips When the counters reach their maximum values (65535), it will roll over.

The number of times protection stages I0>, I0>>, > and ARC has tripped,external trips, and the number of times the AR function has issued an

opening command to the circuit breaker. When the counter reaches its

maximum value (65535), it will roll over.

Number ofAR shots

Number of AR shots (shot 1) initiated by the trip signal from stage I>>,counting up to 255

Number of AR shots (shot 1) initiated by the digital input signal, counting up to 255Number of AR shots (shot 1) initiated by the start or trip signal from stage I>,

counting up to 255Number of AR shots (shot 1) initiated by the start or trip signal from stage I0>,

counting up to 255Number of AR shots (shot 2) initiated by the trip signal from stage I>>,

counting up to 255Number of AR shots (shot 2) initiated by the digital input signal, counting up to

255Number of AR shots (shot 2) initiated by the start or trip signal from stage I>,

counting up to 255Number of AR shots (shot 2) initiated by the start or trip signal from stage

I0>, counting up to 255Number of AR shots (shot 3) initiated by the trip signal from stage I>>,

counting up to 255Number of AR shots (shot 3) initiated by the digital input signal, counting up

to 255Number of AR shots (shot 3) initiated by the start or trip signal from stage I>,

counting up to 255Number of AR shots (shot 3) initiated by the start or trip signal from stage I0>,

counting up to 255

-- REF 610 ) (infrared

. (optional) ) (

RS - 485. .

SPAIEC 60870-5-103 Modbus.

DNP3.0 REF 610 DNP3.0 RS-485.

.


72/160

REF 6101MRS 756009

--- )( PC

infrared port .

SPA. PC . : PC

IrDA (ABB art. no 1MRS050698).

RS-232PC. RS-232. (baud rate) /.

RS-232: (data bits). (stop bits).(parity) (baud rate)/.

.

.

. REF 610 counter ""

COMMUNICATION""CONFIGURATION HMI. .

-- IEC 60870-5-103REF 610 IEC 60870-5-103

) IEC_103( . IEC_103 (slave)


73/160

REF 610 1MRS 756009

(master). IEC_103 .

IEC_103

. REF 610 .

(line-idle) HMI SPA. IEC_103 ""light on.

. connection topology

(loop) (star) (loop) HMI SPA. connection topology

. REF 610 SPA

. .

HMI SPA. IEC_103

/. IEC_103 . .

REF 610 1 . 1

I/O. 2 )events 6...8( )SO3...SO5(

)events 3...5( )DI3...DI5( I/O.

IEC_103 . / / .

.GI .

2 .

(normalize factor) . (normalize factor) .


74/160

REF 6101MRS 756009

---: 12.

Event reason

Eventc

ode

Configu

ration

set1

Configu

ration

set2

Functio

ntype

Informa

tion

number

GI

Relativetime

Type

identific

ation

Disturbance recorderTriggered/Cleared

E31/ E32X X 178 100 - - 1

HMI PasswordOpened/Closed

E33/ E34X X 178 101 - - 1

I> Start/Reset1E1/ 1E2

X X 160 84 X 1E1 2

I> Trip/Reset1E3/ 1E4

X X 160 90 - 1E1 2

I>> Start/Reset1E5/ 1E6

X X 162 94 X 1E5 2

I>> Trip/Reset1E7/ 1E8

X X 160 91 - 1E5 2

I>>> Start/Reset1E9/ 1E10

X X 162 96 X 1E9 2

I>>> Trip/Reset1E11/ 1E12

X X 162 98 - 1E9 2

I0> Start/Reset1E13/ 1E14

X X 160 67 X 1E13 2

I0> Trip/Reset

1E15/ 1E16

X X 160 92 - 1E13 2

I0>> Start/Reset1E17/ 1E18

X X 162 95 X 1E17 2

I0>> Trip/Reset1E19/ 1E20

X X 160 93 - 1E17 2

I> Start/Reset1E21/ 1E22

X X 173 84 X 1E21 2

I> Trip/Reset1E23/ 1E24

X X 173 90 - 1E21 2

> Start/Reset1E25/ 1E26

X X 184 84 X 1E25 2

> Alarm/Reset1E27/ 1E28

X X 184 11 X - 1

> Trip/Reset1E29/ 1E30

X X 184 90 - 1E25 2

ARC (light andcurrent) Trip/Reset

1E31/ 1E32X X 100 90 - 1E31 2

ARC (DI and current)Trip/Reset

1E33/ 1E34X X 100 50 - 1E33 2

Arc light signaloutput

Activated/Reset1E35/ 1E36

X X 100 20 - - 1


75/160

REF 610 1MRS 756009

---: 12.

Event reason

Eventc

ode

Configu

ration

set1

Configu

ration

set2

Function

type

Informa

tion

number

GI

Relative

time

Type

identific

ation

Trip Lockout/Reset1E37/1E38

X X 10 223 X - 1

External Trip/Reset1E39/1E40

X X 10 222 - - 1

CBFP Activated/Reset

1E41/1E42

X X 160 85 - - 1

PO1 Activated/Reset2E1/2E2

X X 251 27 X - 1


X X 251 28 X - 1


X X 251 29 X - 1

SO1 Activated/Reset2E7/2E8

X X 251 30 X - 1


X X 251 31 X - 1


- X 251 32 X - 1

SO4 Activated/Reset 2E13/2E14

- X 251 33 X - 1


- X 251 34 X - 1

DI1 Activated/Deactivated

2E17/2E18

X X 249 231 X - 1


2E19/2E20

X X 249 232 X - 1


2E21/2E22

- X 249 233 X - 1


2E23/2E24

- X 249 234 X - 1


2E25/2E26

- X 249 235 X - 1

Shot 1 Initiated/Ended

3E1/3E2

X X 169 101 - - 1


3E3/3E4

X X 169 102 - - 1


3E5/3E6

X X 169 103 - - 1

CB PositionOpen/Closed 3E7/3E8

X X 240 160 - - 1


76/160


77/160

REF 610 1MRS 756009

Modbus REF 610 RTU (link mode)ASCII.

(link mode)

(line setting)

.

(link mode) .----(format) RTU

----(format)ASCII.

----(format) RTUCoding system 8-bit binary

Bits per character 1 start bit

8 data bits, the least significant bit is sent first

1 bit for even/odd parity; no bit if parity is not used

1 stop bit if parity is used; 2 stop bits if parity is not used

----:(format) ASCII

Coding system Two ASCII characters representing a hexadecimal

number

Bits per character 1 start bit

7 data bits, the least significant bit is sent first

1 bit for even/odd parity; no bit if parity is not used

1 stop bit if parity is used; 2 stop bits if parity is not used

! turnaround time) response time(

REF 610 . (turnaround time) .

(turnaround time) (Modbus master) .

!

(Modbus)

0.3. ---- 1 .

! Modbus (DI)

1 X (coils) 0 X (IR) 3 X (HR) 4 X

(former). HR 123 400123.


78/160

REF 6101MRS 756009

--- ModbusREF 610 Modbus)ASCIIRTU(HMI

. (Modbus line) CRC

HMI SPA. Modbus REF 610 :

---- Function code Function description

01 Read coil status

Reads the status of discrete outputs.

02 Read digital input statusReads the status of discrete inputs.

03 Read holding registers

Reads the contents of output registers.04 Read input registersReads the contents of input registers.

05 Force single coilSets the status of a discrete output.

06 Preset single register Sets the value of a holding register.

08 DiagnosticsChecks the communication system between the master andthe slave.

15 Force multiple coilsSets the status of multiple discrete outputs.

16 Preset multiple registersSets the value of multiple holding registers.

23 Read/write holding registersExchanges holding registers in one query.

----

Code Name Description

00 Return query data The data in the query data field is returned (looped back) inthe response. The entire response is to be identical to the

query.

01 Restartcommunicationoption

The slaves peripheral port is initialized and restarted and thecommunication event counters are cleared. Before this, anormal response will be sent provided that the port is not in thelisten only mode. However, if the port is in the listen onlymode, no response will be sent.

04 Force listen onlymode

The slave is forced to enter the listen only mode for Modbuscommunication.

10 Clear counters anddiagnostic register

All counters and the diagnostic register are cleared.

11 Return busmessage count

The number of messages in the communications systemdetected by the slave since its last restart, clear countersoperation or power up is returned in the response.

12 Return buscommunicationerror count

The number of CRC errors encountered by the slave since itslast restart, clear counters operation or power up is returned inthe response.

13 Return busexception errorcount

The number of Modbus exception responses sent by the slavesince its last restart, clear counters operation or power up isreturned in the response.

14 Return slavemessage count

The number of messages addressed to the slave or broadcastwhich the slave has processed since its last restart, clearcounters operation or power up is returned in the response.


79/160

REF 610 1MRS 756009

----


15 Return slave noresponse count

The number of messages addressed to the slave for which aresponse (neither a normal response nor an exceptionresponse) has not been sent since its last restart, clearcounters operation or power up is returned in the response.

16 Return slaveNACK responsecount

The number of messages addressed to the slave for which aNACK response has been sent is returned in the response.

18 Return buscharacteroverrun count

The number of messages addressed to the slave for which ithas not been able to send a response due to a characteroverrun since its last restart, clear counters operation or powerup is returned in the response.

!

" "Illegal data value. ModbusREF 610 :

----

Name Description

Bus message count The number of messages in the communications system

detected by the slave since its last restart, clear counters

operation or power up.

Bus communication error

count

The number of CRC or LRC errors encountered by the slave

since its last restart, clear counters operation or power up.

Bus exception error count The number of Modbus exception responses sent by the slave

since its last restart, clear counters operation or power up.

Slave message count The number of messages addressed to the slave or broadcast

which the slave has processed since its last restart, clear

counters operation or power up.

Slave no response count The number of messages addressed to the slave for which a

response (neither a normal response nor an exception

response) has not been sent since its last restart, clear

counters operation or power up.

Slave NACK response

count

The number of messages addressed to the slave for which a

NACK response has been sent.

Bus character overrun count The number of messages addressed to the slave for which ithas not been able to send a response due to a character

overrun since its last restart, clear counters operation or power

up.

Modbus.---- :


01 Illegal function The slave does not support the requested function.

02 Illegal data

address

The slave does not support the data address or the number of

items in the query is incorrect.

03 Illegal data value A value contained in the query data field is out of range.

04 Slave device

failure

An unrecoverable error has occurred while the slave was

attempting to perform the requested task.


80/160

REF 6101MRS 756009

! " "Illegal data value

(Illegal value) .

.

bandwidth .

Modbus . (UDR)

. HR116 . (UDRs)

HR721 HR727 504V1504V16SPA. (UDR)(UDR)

. (UDR) .

(UDR)

" "illegal address exception. 0 UDR. master UDR 0.

(UDRs) HR385400.

fault record (FR).

slave .

. : )06(HR601 .

- )04(HR601 28. )23(.

: (master) . 3(HR403) )

----.(


81/160

REF 610 1MRS 756009

(master) 1.

(master)

. . (slave)

. 3 .

1:

. . . 2:

1 .

2: (master) . 2 (master)

.

1 .!

.!

(master) (unlatching)

1 .

Modbus SPA. SPA DI HR.

Modbus. DI/COModbus )O1. (

SPA DI/CO SPA) ( .

Modbus. Modbus

. :


82/160


83/160

REF 610 1MRS 756009

3 Modbus 3.

.

(master)

(C D) .

---- (CD)

(CD) . (CD) .

(CD) Modbus.

Modbus : .

. IRHR) ( DI coil) . ( DIs IRHR.

IRHR.

---- . .


84/160

REF 6101MRS 756009

! HRIR .

---- Modbus

DescriptionHR/IR

address (.bit)

DI/Coil bit

addressWriteable

Value

rangeComment

User-defined registers

UDR 1 1 or 385

UDR 2 2 or 386

UDR 3 3 or 387

UDR 4 4 or 388

UDR 5 5 or 389

UDR 6 6 or 390

UDR 7 7 or 391UDR 8 8 or 392

UDR 9 9 or 393

UDR 10 10 or 394

UDR 11 11 or 395

UDR 12 12 or 396

UDR 13 13 or 397

UDR 14 14 or 398

UDR 15 15 or 399

UDR 16 16 or 400

Status registers

Status register 1 401 IRF code See Structure 1

Status register 2 402 Warning See Structure 1

codes

Status register 3 403 See Structure 1

Analogue data

Phase current IL1 x In 404 0...5000 0...50 x In



Earth-fault current x In 407 0...800 0...800% In

Phase discontinuity x In 408 0...100 0...100% In

Digital data

Start signal from stage I> 409.00 1 0/1 1 = activated

Start signal from stage I>

CD409.01 2

Trip signal from stage I> 409.02 3 0/1 1 = activated

Trip signal from stage I> CD 409.03 4

Start signal from stage I>> 409.04 5 0/1 1 = activated

Start signal from stage I>> 409.05 6

CD


85/160

REF 610 1MRS 756009

---- Modbus

DescriptionHR/IR

address (.bit)

DI/Coil bit

addressWriteable

Value

rangeComment

Trip signal from stage I>> 409.06 7 0/1 1 = activated

Trip signal from stage I>> CD 409.07 8

Start signal from stage I>>> 409.08 9 0/1 1 = activated

Start signal from stage I>>>

CD

409.09 10

Trip signal from stage I>>> 409.10 11 0/1 1 = activated

Trip signal from stage I>>>

CD

409.11 12

Start signal from stage I0> 409.12 13 0/1 1 = activated

Start signal from stage I0>

CD

409.13 14

Trip signal from stage I0> 409.14 15 0/1 1 = activated

Trip signal from stage I0> CD 409.15 16

Start signal from stage I0>> 410.00 17 0/1 1 = activated

Start signal from stage I0>>

CD

410.01 18

Trip signal from stage I0>> 410.02 19 0/1 1 = activated

Trip signal from stage I0>>

CD

410.03 20

Start signal from stage I> 410.04 21 0/1 1 = activated

Start signal from stage I>

CD

410.05 22

Trip signal from stage I> 410.06 23 0/1 1 = activated

Trip signal from stage I> CD410.07 24

Start signal from stage > 410.08 25 0/1 1 = activated

Start signal from stage > CD410.09 26

Alarm signal from stage > 410.10 27 0/1 1 = activated

Alarm signal from stage >

CD

410.11 28

Trip signal from stage > 410.12 29 0/1 1 = activated

Trip signal from stage > CD 410.13 30

Trip signal from stage ARC

(light and current)

410.14 31 0/1 1 = activated


(light and current) CD

410.15 32


(light and DI)

411.00 33 0/1 1 = activated


(light and DI) CD

411.01 34

Light signal output 411.02 35 0/1 1 = activated

Light signal output CD 411.03 36

Trip lockout signal 411.04 37 0/1 1 = activated

Trip lockout signal CD 411.05 38

External trip signal 411.06 39 0/1 1 = activated

External trip signal CD 411.07 40

CBFP 41 0/1 1 = failure

CBFP CD 411.09 42

Shot 1 411.10 43 0/1 1 = initiated

Shot 1 CD 411.11 44


86/160

REF 6101MRS 756009

---- Modbus

DescriptionHR/IR

address (.bit)

DI/Coil bit

addressWriteable

Value

rangeComment

Shot 2 411.12 45 0/1 1 = initiated

Shot 2 CD 411.13 46

Shot 3 411.14 47 0/1 1 = initiated

Shot 3 CD 411.15 48

CB position 412.00 49 0/1 1 = closed

0 = open

CB position CD 412.01 50

Definite trip alarm signal 412.02 51 0/1 1 = activated

Definite trip alarm signal

CD412.03 52

AR lockout signal 412.04 53 0/1 1 = activated

AR lockout signal CD 412.05 54

Open CB command 412.06 55 0/1 1 = activatedOpen CB command CD 412.07 56

Close CB command 412.08 57 0/1 1 = activated

Close CB command CD 412.09 58

CB reclosing failed signal 412.10 59 0/1 1 = activated

CB reclosing failed signal

CD

412.11 60

CB reclosing inhibited 412.12 61 0/1 1 = activated

CB reclosing inhibited CD 412.13 62

AR cancelled 412.14 63 0/1 1 = activated

AR cancelled CD 412.15 64

PO1 413.00 65 0/1 1 = activated

PO1 CD 413.01 66

PO2 413.02 67 0/1 1 = activatedPO2 CD 413.03 68

PO3 413.04 69 0/1 1 = activated

PO3 CD 413.05 70

SO1 413.06 71 0/1 1 = activated

SO1 CD 413.07 72

SO2 413.08 73 0/1 1 = activated

SO2 CD 413.09 74

SO3 413.10 75 0/1 1 = activated

SO3 CD 413.11 76

SO4 413.12 77 0/1 1 = activated

SO4 CD 413.13 78

SO5 413.14 79 0/1 1 = activated

SO5 CD 413.15 80

DI1 414.00 81 0/1 1 = activated

DI1 CD 414.01 82

DI2 414.02 83 0/1 1 = activated

DI2 CD 414.03 84

DI3 414.04 85 0/1 1 = activated

DI3 CD 414.05 86

DI4 414.06 87 0/1 1 = activated

DI4 CD 414.07 88

DI5 414.08 89 0/1 1 = activated

DI5 CD 414.09 90

Disturbance recorder 414.10 91 0/1 1 = triggered

0 = clearedDisturbance recorder CD 414.11 92


87/160

REF 610 1MRS 756009

---- Modbus

DescriptionHR/IR

address (.bit)DI/Coil bitaddress

WriteableValuerange

Comment

HMI password 414.12 93 0/1 1 = opened

0 = closed

HMI password CD 414.13 94

IRF 414.14 95 0/1 1 = activated

IRF CD 414.15 96

Warning 415.00 97 0/1 1 = activated

Warning CD 415.01 98

SPA event overflow 415.02 99

SPA event overflow CD 415.03 100 Only the CD bit

will be activated

in case of

overflow.

Recorded data

Fault record 601...628 See Structure 2Event record 671...679 See Structure 3

Relay identification

Type designation of the relay 701...708 ASCII chars,

2 chars/register

Real-time clock

Time reading and setting 721...727 W See Structure 4

Additional analogue

data

Thermal level 801 0...106 %

One-minute demand value 802 0...5000 0...50 x In

Demand value during the 803 0...5000 0...50 x In

specified time range

Maximum one-minute 804 0...5000 0...50 x Indemand value during the


Stage/phase which caused 805 HI word 0...131071 See table

the trip 4.1.17-3

806 LO word

Trip indication code 807 0...21 See table

4.1.17-3

Number of starts of stage I> 808 0...999 Counter

Number of starts of stage I>> 809 0...999 Counter

Number of starts of stage 810 0...999 Counter

I>>>

Number of starts of stage I0> 811 0...999 Counter

Number of starts of stage 812 0...999 Counter

I0>>Number of starts of stage I> 813 0...999 Counter Number of trips of stage I> 814 0...65535 Counter

Number of trips of stage I>> 815 0...65535 Counter

Number of trips of stage I>>> 816 0...65535 Counter

Number of trips of other 817 0...65535 Counter

stages

Number of AR shots (shot 1) 818 0...255 Counter

initiated by the trip signal

from stage I>>


88/160

REF 6101MRS 756009

---- Modbus

DescriptionHR/IR

address (.bit)DI/Coil bitaddress

WriteableValuerange

Comment

Number of AR shots (shot 1) 819 0...255 Counter initiated by the digital inputsignal

Number of AR shots (shot 1) 820 0...255 Counter initiated by the start or tripsignal from stage I>

Number of AR shots (shot 1) 821 0...255 Counter initiated by the start or tripsignal from stage I0>

Number of AR shots (shot 2) 822 0...255 Counter initiated by the trip signalfrom stage I>>


Number of AR shots (shot 2) 824 0...255 Counter

initiated by the start or tripsignal from stage I>

Number of AR shots (shot 2) 825 0...255 Counter initiated by the start or tripsignal from stage I0>

Number of AR shots (shot 3) 826 0...255 Counter initiated by the trip signalfrom stage I>>


Number of AR shots (shot 3) 828 0...255 Counter initiated by the start or tripsignal from stage I>

Number of AR shots (shot 3) 829 0...255 Counter initiated by the start or trip

signal from stage I0>Control pointsLED reset 501 W 1 1 = LED reset

1)

(1 (coil) .

(Structure)1

. .

---- . )FR/ER= (1

/ . SP)second-pulse( MP)minute-pulse(

bit. ---IRF--- .


89/160

REF 610 1MRS 756009

2 (Structure)2 .

.----: .

Address Signal name Range Comment

601 Latest selection code1)

1...2 1 = read oldest

unread record

2 = read oldest

stored record

602 Sequence number 1...255

603 Unread records left 0...6

604 Time stamp of the recorded data, date 2 bytes: YY.MM

605Time stamp of the recorded data, date and

time

2 bytes: DD.HH

606 Time stamp of the recorded data, time 2 bytes: MM.SS

607 Time stamp of the recorded data, time 0...999 0...999 ms

608 Phase current IL1 0...5000 0...50 x In



611 Earth-fault current 0...800 0...800% In

612 Phase discontinuity 0...100 0...100% In

613 Thermal level at start 0...106 0...106%

614 Thermal level at trip 0...106 0...106%615 Maximum pick-up phase current IL1 0...5000 0...50 x In

616 Maximum pick-up phase current IL2 0...5000 0...50 x In

617 Maximum pick-up phase current IL3 0...5000 0...50 x In

618 Maximum pick-up earth-fault current 0...800 0...800% In

619 Start duration of stage I> 0...100 0...100%

620 Start duration of stage I>> 0...100 0...100%

621 Start duration of stage I>>> 0...100 0...100%

622 Start duration of stage I0> 0...100 0...100%

623 Start duration of stage I0>> 0...100 0...100%

624 Start duration of stage I> 0...100 0...100%

625 Start duration of external trip 0...100 0...100%

626 Trip number of AR sequence 0...255

627 Start duration of stage ARC (local) 0/100 0/100%

628 Start duration of stage ARC (remote) 0/100 0/100%

(1 .


90/160

REF 6101MRS 756009

3 (Structure) Modbus.

.

---- .

Address Signal name Range Comment

671 Latest selection code1)

1...3 1 = read oldestunread record

2 = read oldest

stored record3 = clearModbus

event buffer

-1...-99-1...-99 = movetothe nth newest

record

672 Sequence number 1...255

673 Unread records left 0...99

674 Time stamp of the event, date 2 bytes: YY.MM

675 Time stamp of the event, date and time 2 bytes: DD.HH

676 Time stamp of the event, time 2 bytes: MM.SS

677 Time stamp of the event, time 0...999 0...999 ms

678 Modbus DI point or informative event (SPA

channel)

0/1

DI event 0 When MSB = 0,bits 14...0

indicate the DI

point.

Informative event 1 When MSB = 1,bits 14...0

indicate the SPA

channel.

679 DI value or SPA event code

DI event 0/1

Informative event 0...63

In case of a DIevent, theregister will

contain the DIvalue.In case of aninformativeevent, theregister willcontain the SPAevent code.

(1 .


91/160

REF 610 1MRS 756009

4 (Structure) .

.

---- Address Description Range

721 Year 0...99

722 Month 1...12

723 Day 1...31

724 Hour 0...23

725 Minute 0...59

726 Second 0...59

727 Hundredth of a 0...99

second

-- DNP3.0---

DNP3.0Harris control IEC60870-5.

DNP. DNP )Open System Intercomnection(ISO OSI

. Enhanced Performance Architecture (EPA). RTU frame length IEC60870-1

DNP3.0 Pseuda- layer. .

--- REF 610 DNP Relay Setting

Toal. DNP ---. DNP3.0 DNP DNP3.0.

REF 610 DNP

DNP. DNP.--- DNP3.0REF 610

DNP) (REF 610

----...---- .


92/160

REF 6101MRS 756009

DNP :

:)class 1. ( :)class 2. ( :)class 3. (

static data )class 0. ( unsolicited reportingenabled

. /)enable disable(

503V24SPA. scaling factors

. DNPModbus REF 610 . DNP Relay

Setting Tool. : DNP. event classes DNP./ DNP . dead bands .

. ---- .Description

DNP pointaddress

Eventclass

URenable

Valuerange

Comment

Start signal from stage I> 0 1 1 0/1 1 = activated

Trip signal from stage I> 1 1 1 0/1 1 = activated

Start signal from stage I>> 2 1 1 0/1 1 = activated

Trip signal from stage I>> 3 1 1 0/1 1 = activated

Start signal from stage I>>> 4 1 1 0/1 1 = activated

Trip signal from stage I>>> 5 1 1 0/1 1 = activated

Start signal from stage I0> 6 1 1 0/1 1 = activated

Trip signal from stage I0> 7 1 1 0/1 1 = activated

Start signal from stage I0>> 8 1 1 0/1 1 = activated

Trip signal from stage I0>> 9 1 1 0/1 1 = activated

Start signal from stage I> 10 1 1 0/1 1 = activatedTrip signal from stage I> 11 1 1 0/1 1 = activatedStart signal from stage > 12 1 1 0/1 1 = activated

Alarm signal from stage > 13 1 1 0/1 1 = activatedTrip signal from stage > 14 1 1 0/1 1 = activatedTrip signal from stage ARC 15 1 1 0/1 1 = activated

(light and current)

Trip signal from stage ARC 16 1 1 0/1 1 = activated

(DI and current)

Light signal output 17 1 1 0/1 1 = detected

Trip lockout signal 18 1 1 0/1 1 = activated

External trip signal 19 1 1 0/1 1 = activated

CBFP 20 1 1 0/1 1 = failure

Shot 1 21 1 1 0/1 1 = initiated



93/160

REF 610 1MRS 756009

---- .Description

DNP point

address

Event

class

UR

enable

Value

rangeComment


CB position 24 1 1 0/1 1 = closed

Definite trip alarm signal 25 1 1 0/1 1 = activated

AR lockout signal 26 1 1 0/1 1 = activated

Open CB command 27 1 1 0/1 1 = activated

Close CB command 28 1 1 0/1 1 = activated

CB reclosing failed signal 29 1 1 0/1 1 = activated

CB reclosing inhibited 30 1 1 0/1 1 = activated

AR cancelled 31 1 1 0/1 1 = activated

PO1 32 1 1 0/1 1 = activated

PO2 33 1 1 0/1 1 = activated

PO3 34 1 1 0/1 1 = activated

SO1 35 1 1 0/1 1 = activated

SO2 36 1 1 0/1 1 = activatedSO3 37 1 1 0/1 1 = activated

SO4 38 1 1 0/1 1 = activated

SO5 39 1 1 0/1 1 = activated

DI1 40 1 1 0/1 1 = activated

DI2 41 1 1 0/1 1 = activated

DI3 42 1 1 0/1 1 = activated

DI4 43 1 1 0/1 1 = activated

DI5 44 1 1 0/1 1 = activated

Disturbance recorder 45 1 1 0/1 1 = triggered

0 = cleared

HMI password 46 1 1 0/1 1 = opened

0 = closed

IRF 47 1 1 0/1 1 = activatedWarning 48 1 1 0/1 1 = activated

SPA event overflow 49 1 1 0/1 1 = activated

---- .

Description

DNP

point

address

Event

class

UR

enableDeadband

Value

range

Internal

scaling

factor (ix=0)

Phase current IL1 x In 0 2 1 1 0...5000 100



Earth-fault current x In 3 2 1 1 0...800 10

Phase discontinuity x In 4 2 1 1 0...100 10

Thermal level 5 2 1 1 0...106 1

One-minute demand value 6 2 1 1 0...5000 100

Demand value during the


7 2 1 1 0...5000 100

Maximum one-minute 8 2 1 1 0...5000 100

demand value during the



94/160

REF 6101MRS 756009

----.

DescriptionDNP point

address

Event

class

UR

enableDeadband Value range

Number of starts of stage I> 0 3 1 1 0...999

Number of starts of stage I>> 1 3 1 1 0...999

Number of starts of stage 2 3 1 1 0...999

I>>>

Number of starts of stage I0> 3 3 1 1 0...999

Number of starts of stage 4 3 1 1 0...999

I0>>

Number of starts of stage I> 5 3 1 1 0...999

Number of trips of stage I> 6 3 1 1 0...65535

Number of trips of stage I>> 7 3 1 1 0...65535

Number of trips of stage I>>> 8 3 1 1 0...65535

Number of trips of other 9 3 1 1 0...65535

stages

Number of AR shots (shot 1) 10 3 1 1 0...255


from stage I>>


initiated by the digital input

signal


initiated by the start or trip

signal from stage I>



signal from stage I0>


initiated by the trip signalfrom stage I>>



signal









from stage I>>Number of AR shots (shot 3) 19 3 1 1 0...255


signal








95/160

REF 610 1MRS 756009

--- DNP3.0REF 610


96/160

REF 6101MRS 756009

---- .Code Function Description Supported

Transfer Function Codes

0 Confirm Message fragment confirmation

No response

Yes

1 Read Request objects from outstation Respond

with requested objects

Yes

2 Write Store specified objects to outstation

Respond with status of operation

Yes

Control Function Codes

3 Select Select output point of outstation Respond

with status of control point

No


97/160


98/160


99/160

REF 610 1MRS 756009

---- .

OBJECTREQUEST

(slave must parse)

RESPONSE

(master must parse)

Object

groupVariation Description

Function

Codes

(dec)

Qualifier

Codes

(hex)

Function

Codes

(dec)

Qualifier

Codes

(hex)

20 5 32-Bit Binary Counter without

Flag

20 6 16-Bit Binary Counter without

Flag

20 7 32-Bit Delta Counter without

Flag

20 8 16-Bit Delta Counter without

Flag

21 0 Frozen Counter, all variations 1 00, 01, 06,

07, 08,

17,28

129 00, 01, 17,

28

21 1 32-Bit Frozen Counter 1 00, 01, 06,

07, 08,

17,28

129 00, 01, 17,

28

21 2 16-Bit Frozen Counter 1 00, 01, 06,

07, 08,

17,28

129 00, 01, 17,

28

21 3 32-Bit Frozen Delta Counter


21 5 32-Bit Frozen Counter with Time

of Freeze

1 00, 01, 06,

07, 08,

17,28

129 00, 01, 17,

28

21 6 16-Bit Frozen Counter with Time

of Freeze

1 00, 01, 06,

07, 08,

17,28

129 00, 01, 17,

28

21 7 32-Bit Frozen Delta Counter with

Time of Freeze

21 8 16-Bit Frozen Delta Counter with

Time of Freeze

21 9 32-Bit Frozen Counter without

Flag

21 10 16-Bit Frozen Counter without

Flag


without Flag


without Flag

22 0 Counter Change Event, all

variations

1 06, 07,

08

129,

130

17, 28

22 1 32-Bit Counter Change Event

without Time

1 06, 07,

08

129,

130

17, 28

22 2 16-Bit Counter Change Event

without Time

1 06, 07,

08

129,

130

17, 28

22 3 32-Bit Delta Counter Change

Event without Time

22 4 16-Bit Delta Counter Change

Event without Time


100/160

REF 6101MRS 756009

---- .

OBJECTREQUEST

(slave must parse)

RESPONSE(master must parse)

Objectgroup

Variation DescriptionFunctionCodes(dec)

QualifierCodes(hex)

FunctionCodes(dec)

QualifierCodes(hex)

22 5 32-Bit Counter Change Eventwith Time

1 06, 07,08

129,130

17, 28

22 6 16-Bit Counter Change Eventwith Time

1 06, 07,08

129,130

17,28

22 7 32-Bit Delta Counter ChangeEvent with Time

22 8 16-Bit Delta Counter ChangeEvent with Time

23 0 Frozen Counter Event, allvariations

23 1 32-Bit Frozen Counter Event

without Time


without Time


Event without Time


Event without Time


with Time


with Time23 7 32-Bit Frozen Delta Counter

Event with Time


Event with Time

30 0 Analogue Input, all variations 1, 20,21, 22

00, 01,06, 07,08,17,28

129 00, 01,17, 28

30 1 32-Bit Analogue Input 1, 20,21, 22

00, 01,06, 07,08,17,28

129 00, 01,17, 28

30 2 16-Bit Analogue Input 1, 20,

21, 22

00, 01,

06, 07,08,17,28

129 00, 01,

17, 28

30 3 32-Bit Analogue Input withoutFlag

1, 20,21, 22

00, 01,06, 07,08,17,28

129 00, 01,17, 28

30 4 16-Bit Analogue Input withoutFlag

1, 20,21, 22

00, 01,06, 07,08,17,28

129 00, 01,17, 28

31 0 Frozen Analogue Input, allvariations

31 1 32-Bit Frozen Analogue Input


31 3 32-Bit Frozen Analogue Inputwith Time of Freeze


101/160

REF 610 1MRS 756009

---- .

OBJECTREQUEST

(slave must parse)


Objectgroup


QualifierCodes(hex)

FunctionCodes(dec)

QualifierCodes(hex)


with Time of Freeze


without Flag


without Flag

32 0 Analogue Change Event, all

variations

1 06, 07,

08

129,

130

17, 28

32 1 32-Bit Analogue Change Event

without Time

1 06, 07,

08

129,

130

17, 28


without Time

1 06, 07,

08

129,

130

17, 28


with Time

1 06, 07,

08

129,

130

17, 28


with Time

1 06, 07,

08

129,

130

17, 28

33 0 Frozen Analogue Event, all

variations

33 1 32-Bit Frozen Analogue Event

without Time


without Time


with Time


with Time

40 0 Analogue Output Status, allvariations

40 1 32-Bit Analogue Output Status

40 2 16-Bit Analogue Output Status

41 0 Analogue Output Block, all

variations

41 1 32-Bit Analogue Output Block

41 2 16-Bit Analogue Output Block

50 0 Time and Date, all variations 1 06, 07,

08

129 17, 28

50 1

(def)

Time and Date 1 06, 07,

08

129 17, 28

50 1

(def)

Time and Date 2 07, 08 129

50 2 Time and Date with Interval51 0 Time and Date CTO, all

variations

51 1 Time and Date CTO

51 2 Unsynchronized Time and Date

CTO

52 0 Time Delay, all variations

52 1 Time Delay Coarse

52 2 Time Delay Fine 23 07 129 07

60 0 All classes 1 06 129 28


102/160

REF 6101MRS 756009

---- .

OBJECTREQUEST

(slave must parse)


Objectgroup


QualifierCodes(hex)

FunctionCodes(dec)

QualifierCodes(hex)

60 1 Class 0 Data 1 06, 07, 129 17, 28

08

60 2 Class 1 Data 1 06, 07, 129 17, 28

08

60 3 Class 2 Data 1 06, 07, 129 17, 28

08

60 4 Class 3 Data 1 06, 07, 129 17, 28

08

70 1 File Identifier

80 1 Internal Indications 2 00 129

81 1 Storage Object

82 1 Device Profile83 1 Private Registration Object

83 2 Private Registration Object

Descriptor

90 1 Application Identifier

100 1 Short Floating Point

100 2 Long Floating Point

100 3 Extended Floating Point

101 1 Small Packed Binary-Coded

Decimal

101 2 Medium Packed Binary-Coded

Decimal

101 3 Large Packed Binary-Coded

Decimal

No Object 13, 14

--- DNP REF 610Time synchronization

) ( REF 610 DNP

REF 610:

DNP

. REF 610 DNP

master .


103/160

REF 610 1MRS 756009

Unsolicited reporting start up DNP

) 503V24SPA( REF 610.1= Permission

master.2= REF 610

. REF 610 Unsolicited responses.

3=

REF 610

.

20. .

! DNP3.0.

Event handling DNP.

) 503V24SPA( SPA send throttle:

Class 1 Event delay503V18

Class 1 Event count503V19





)(Class 1 )503V18SPA. (

)class 1) (503V19SPA. ( SPA) send throttles(

0 1. host .


104/160

REF 6101MRS 756009

. DNP3.0 IIN2.3

. IIN2.3 DNP3.0 CPU REF 610. REF 610

IIN2.3 bit.

DNP3.0master integrity scan IIN2.3 bit.

DNP .

DNP

frozen counters

. 21 DNP DNP.

static objects ) 23(.

Collision avoidance and detection REF 610 .

enabled or disabled

503V235

SPA.

. busy REF 610 idle.

back off. back off REF 610 .

REF 610 . back off : back off= + silent interval

random delay.

503V232SPA 503V233SPA)

( 503V234SPA) . (

.


105/160


106/160

REF 6101MRS 756009

deadband DNP deadband

)fixed( .

deadband2%In :0.02x100=2.

300A 300Ax0.02=6A-- SPA

SPA. 9991 1. SPA 05

504503507601...603. V160.

V161. .

HMI

V162

. :

R= .W= .P= .

---:

Actual Group/ Group/

Variable settings(R),channel 0

Channel 1(R, W, P)

Channel 2(R, W, P)

Setting range

Start value of stage I> S1 1S1 2S1 0.30...5.00 x In

Operate time of stage I> S2 1S2 2S2 0.05...300 s

Time/current characteristic S3 1S3 2S3 0...8for stage I>

Time multiplier k S4 1S4 2S4 0.05...1.00

Time multiplier n S5 1S5 2S5 1.0...15.0

Resetting time of stage I> S6 1S6 2S6 0.05...2.50 s

Start value of stage I>> S71)

1S7 2S7 0.50...35.0 x In

Operate time of stage I>> S8 1S8 2S8 0.04...300 sStart value of stage I>>> S9

1)1S9 2S9 0.50...35.0 x In


107/160

REF 610 1MRS 756009

---:

VariableActual

settings (R),

channel 0

Group/Channel 1

(R, W, P)

Group/Channel 2

(R, W, P)

Setting range

Operate time of stage I>>> S10 1S10 2S10 0.04...30.0 s

Start value of stage I0> S11 1S11 2S11 1.0...100% In

Operate time of stage I0> S12 1S12 2S12 0.05...300 s

Time/current characteristicfor stage I0>

S13 1S13 2S13 0...8

Time multiplier k0 S14 1S14 2S14 0.05...1.00 s

Time multiplier n0 S15 1S15 2S15 1.015.0

Resetting time of stage I0> S16 1S16 2S16 0.05...2.50

Start value of stage I0>> S171)

1S17 2S17 5.0...400% In

Operate time of stage I0>> S18 1S18 2S18 0.05...300 s

Start value of stage I> S191) 1S19 2S19 10...100%

Operate time of stage I> S20 1S20 2S20 1...300 s

Full load current S211)

1S21 2S21 0.30...1.50 x In

Time constant of stage > S22 1S22 2S22 1...200 min

Alarm level of stage > S231) 1S23 2S23 50...100% t>

Operate time of CBFP S24 1S24 2S24 0.10...60.0 s

Number of AR shots S25 1S25 2S250 = AR is not inuse1 = shot 12 = shot 1 and 23 = shot 1, 2 and3

Current limit ArcI> of stageARC

S26 1) 2) 1S26 2S26 0.50...35.0 x In

Current limit ArcI0> of stage S271) 2) 1S27 2S27 5.0...400% In

ARC

Checksum, SGF 1 S61 1S61 2S61 0...255

Checksum, SGF 2 S62 1S62 2S62 0...127

Checksum, SGF 3 S63 1S63 2S63 0...127

Checksum, SGF 4 S64 1S64 2S64 0...63

Checksum, SGF 5 S65 1S65 2S65 0...255

Checksum, SGB 1 S71 1S71 2S71 0...1048575

Checksum, SGB 2 S72 1S72 2S72 0...1048575

Checksum, SGB 3 S733)

1S73 2S73 0...1048575


1S74 2S74 0...1048575


1S75 2S75 0...1048575

Checksum, SGR 1 S81 1S81 2S81 0...8388607

Checksum, SGR 2 S82 1S82 2S82 0...8388607

Checksum, SGR 3 S83 1S83 2S83 0...8388607

Checksum, SGR 4 S84 1S84 2S84 0...8388607

Checksum, SGR 5 S85 1S85 2S85 0...8388607

Checksum, SGR 6 S863)

1S86 2S86 0...8388607


1S87 2S87 0...8388607


1S88 2S88 0...8388607

Checksum, SGL 1 S91 1S91 2S91 0...2097151Checksum, SGL 2 S92 1S92 2S92 0...2097151


108/160

REF 6101MRS 756009

---:

VariableActual

settings (R),channel 0

Group/Channel 1(R, W, P)

Group/Channel 2(R, W, P)

Setting range

Checksum, SGL 3 S93 1S93 2S93 0...2097151

Checksum, SGL 4 S94 1S94 2S94 0...2097151

Checksum, SGL 5 S95 1S95 2S95 0...2097151

Checksum, SGL 6 S96 1S96 2S96 0...2097151

Checksum, SGL 7 S97 1S97 2S97 0...2097151

Checksum, SGL 8 S98 1S98 2S98 0...2097151

(1 999 SPA "---"LCD.

2( I/O "---"LCD"999" SPA.

3( I/O "---"LCD"9999999" SPA.

.

---:

DescriptionParameter(R, W, P),channel 0

Value

CB Closing time V121 0.1...10 s

Start delay of stage I> V122 0...300 s

Start delay of stage I0> V123 0...300 s

Reclaim time V124 3...300 s

Cutout time V125 0.1...300 s

Dead time of shot 1 V126 0.1...300 s



SG1 V129 0...255

SG2 V130 0...1023

SG3 V131 0...31

AR HMI S25SPA .


109/160

REF 610 1MRS 756009

V1 V2

V4V8 V9...V12 V13...V24

.

---: :0(Channel 0)

Recorded data Parameter (R) Value

Stage/phase which caused thetrip

V1 1=IL3>2=IL2>4=IL1>8=I0>16=IL3>>32=IL2>>64=IL1>>128=I0>>256=IL3>>>512=IL2>>>1024=IL1>>>2048=I>4096=>8192=external trip 16384=AR32768=trip of stage ARC (local)65536=trip of stage ARC (remote)

Tripindication code

V2 0 = ---1=start of stage I>2=trip of stage I>3=start of stage I>>4=trip of stage I>>5=start of stage I>>>6=trip of stage I>>>7=start of stage I0>8=trip of stage I0>9=start of stage I0>>10=trip of stage I0>>11=start of stage I>12=trip of stage I>

13=alarm of stage >14=trip of stage >15=external trip16=definite trip alarm17=CB reclosing failed18=AR shot due19=AR lockout20=trip of stage ARC21=CBFP

Number of starts of stage I> V3 0...999

Number of starts of stage I>> V4 0...999

Number of starts of stage I>>> V5 0...999

Number of starts of stage I0> V6 0...999

Number of starts of stage I0>> V7 0...999

Number of starts of stage I> V8 0...999


110/160

REF 6101MRS 756009

---: :0(Channel 0)

Recorded data Parameter (R) Value

Number of trips of stage I> V9 0...65535

Number of trips of stage I>> V10 0...65535Number of trips of stage I>>> V11 0...65535

Number of trips of other stages V12 0...65535

Number of AR shots (shot 1)initiated by the trip signal fromstage I>>

V13 0...255

Number of AR shots (shot 1)initiated by the digital input signal

V14 0...255

Number of AR shots (shot 1)initiated by the start or trip signalfrom stage I>

V15 0...255

Number of AR shots (shot 1)initiated by the start or trip signal

from stage I0>

V16 0...255


V17 0...255


V18 0...255


V19 0...255

Number of AR shots (shot 2)initiated by the start or trip signalfrom stage I0>

V20 0...255


V21 0...255


V22 0...255


V23 0...255

Number of AR shots (shot 3)initiated by the start or trip signalfrom stage I0>

V24 0...255

V1V23 15.n n-1 .

---: :15(Channels 15)

Event (R)

Recorded datan

Channel 1n-1

Channel 2n-2

Channel 3n-3

Channel 4n-4

Channel 5

Value

Phase current IL1 1V1 2V1 3V1 4V1 5V1 0...50 x In




111/160

REF 610 1MRS 756009

---: :15(Channels 15)

Event (R) ValueRecorded data

nChannel 1 n-1 Channel2 n-2Channel 3 n - 3Channel 4 n - 4Channel 5

Earth-fault current 1V4 2V4 3V4 4V4 5V4 0...800% In

Phase discontinuity 1V5 2V5 3V5 4V5 5V5 0...100%

Thermal level atstart

1V6 2V6 3V6 4V6 5V6 0...106%1)

Thermal level at trip 1V7 2V7 3V7 4V7 5V7 0...106%1)

Maximum pick-upphase current IL1

1V8 2V8 3V8 4V8 5V8 0...50 x In

Maximum pick-upphase current IL2

1V9 2V9 3V9 4V9 5V9 0...50 x In

ref 610 techara

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