6F2S1915 (0.46)
GRZ200 (Soft 031 & 032)
- 760 -
(iii)
Operate condition for the counter
Figure 4.8-36 illustrates the operate condition logic. The DPOS01 function can determine an
operate-condition using a signal received from “Control-hierarchy”. The control-hierarchy
condition is provided by user-programmed PLC logic; the user must connect the control-
hierarchy with the DPOS01 function using connection point “DPOS01IN_TMP_28” (see Table
4.8-7).
Operate condition
To counter logic
&
1
≥
DPOS01 function (Function ID: 512001)
CBK_STATE
Command blocking
*
1
Double Command Blocking detected
*
2
Other devices traveling detected
*
3
DCB RCV OR
Traveling OR
Unmatched condition detected *4
= DPOS01_SC_ST_ERR
From Control hierarchy
From CMNCTRL
DPOS01IN_TMP_28
512001 820301ED50
SERI_ERR
Serious error detection
Figure 4.8-36 Operate condition logic for changing the counter in DPOS01
1
Note: “Command Blocking” disables all operation except for its own; the “Command
Blocking” function is initiated by the status of “CBK” in a software switch
controller (SOTFSW). The IEC 61850 standard defines the “Command Blocking”
function as “CmdBlk”. For more information on “CBK”, see Chapter
Control and
monitoring application: Software switch controller. See the signal ““CBK_STATE”
of Table 4.8-6.
2
Note: “Double Command Blocking” (DCB) is an operation philosophy in the common
control function (CMNCTRL). It can be used to protect the substation. The user
can program it using GR-TIEMS. The DCB operating signal is denoted as “DCB
RCV OR” in Table 4.8-6. For more information see Chapter
Control and
monitoring application:Common controls.
3
Note: If the event “device-travelling” is detected in the CMNCTRL function, it indicates
that another operator is changing the status of a device. Thus, the IED should
inhibit the operation of any device for the duration that the event is detected. The
detected signal is denoted by “Travelling OR” in Table 4.8-6.
4
Note: If the issuing of a trip command is executed by the IED, any control operation is
blocked until the trip operation is completed. If an IED includes a relay
application, the trip command is issues at the output point “GEN.TRIP” in Table
(iv)
Signal names and number
Table 4.8-23 Mapping points
Signal Number
Signal Name
Description
512001 7003016D09
DEV01_3PH_REQ
DPOS01 change command received. (Mapping Data) for 3-phase counter value
512001 7003026D09
DEV02_3PH_REQ
DPOS02 change command received. (Mapping Data) for 3-phase counter value
512001 7003036D09
DEV03_3PH_REQ
DPOS03 change command received. (Mapping Data) for 3-phase counter value
Содержание GR 200 Series
Страница 1047: ...6F2S1915 0 46 GRZ200 Soft 031 032 1026 Figure 8 3 4 Screen shot from GR TIEMS ...
Страница 1354: ...6F2S1915 0 46 GRZ200 Soft 031 032 1333 Appendix 1 Signal list for common function ...
Страница 1369: ...6F2S1915 0 46 GRZ200 Soft 031 032 1348 Unit mm Panel cut out for 1 2 case size Figure 2 2 3 Panel cutout figure 1 2 size case ...
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Страница 1480: ...6F2S1915 0 46 GRZ200 Soft 031 032 1459 Appendix 6 Ordering ...
Страница 1497: ...6F2S1915 0 46 GRZ200 Soft 031 032 1476 Appendix 7 Technical data ...
Страница 1518: ...6F2S1915 0 46 GRZ200 Soft 031 032 1497 Appendix 8 Manufacture setting ...
Страница 1520: ...6F2S1915 0 46 GRZ200 Soft 031 032 1499 Appendix 9 Matrix between VCT terminals and relay applications ...
Страница 1523: ...6F2S1915 0 46 GRZ200 Soft 031 032 1502 Appendix 10 CT requirement ...
Страница 1531: ...6F2S1915 0 46 GRZ200 Soft 031 032 1510 Appendix 12 Engineering exercise ...
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