6F2S1915 (0.46)
GRZ200 (Soft 031 & 032)
- 842 -
4.9.6
Setup for BIO module
The user should connect the TPOS input /output points with the BI and the BO circuits;
subsequently, the TPOS function is able to issue select and operate commands. The user should
execute the following four steps.
i
BI connection for status signals
ii
BO connection for “select command”
iii
BO connection for “operate command”
iv
Note that the TPOS01 function commences operation when the scheme switch [
TPOS01-EN
]
is set to
On
.
(i)
BI connection for status signals
Figure 4.9-55 exemplifies the reception of signals at the TPOS01 function; to acquire the status
signal§, the user should set input-point for the settings [
TPOS01-P1NOPSG
], [
TPOS01-
P2NOPSG
], and [
TPOS01-P3NOPSG
].
†Note: Normally the input-signals (P1, P2, P3) are generated using normally-open
contacts (NOs). If the P1 signal is generated by the normal-closed contact (NC),
the user should set scheme switch [
TPOS01- P1NOPSGI
] to
On
in order that the
P1 input-signal is inverted.
§Note: The state signal acquired can be monitored. For more information, see Chapter
Automatic supervision.
Connection with Binary input circuits
For example, as shown in Figure 4.9-1, suppose three kinds of signals (P1, P2, or P3) are
provided on the first (BI1), second (BI2), and third BI (BI3) circuits at IO#1 slot. In this case,
the user should set three input-points (200B01–8001001110, 8101011110, and 8201021110†)
for the settings [
TPOS01-P1NOPSG
], [
TPOS01-P2NOPSG
], and [
TPOS01-P3NOPSG
].
Signals by Binary input circuits
Output
‡
Signal acquisition logic in TPOS01
“TPOS01_ QLT_SPP”
(513001
_
8204011F59)
Event suppression detector
Chattering detector
Status before chattering
S
R
BI1, BI2, and BI3 signals desig
nated by settings
[
TPOS01-P1NOPSG
],
[
TPOS01-P2NOPSG
],
and [
TPOS01-P3NOPSG
]
[TPOS01-SPPEN]
On
&
&
“TPOS01_STATE”
(513001
_
3104011001)
1
≥
To select and operate
condition logics
Figure 4.9-55 BI1, BI2 and BI3 signals provided into TPOS01
†Note: The user should set the actual input- points, see Chapter
Technical description:
Binary IO module.
‡Note: In Figure 4.9-55 two signals can be issued: “TPOS01_STATE” and
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 ...
Страница 1410: ...6F2S1915 0 46 GRZ200 Soft 031 032 1389 This page is intentionally blank ...
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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