Local Station Address; Application Healthy - Toshiba V Series User Manual
Admap-5m an712 module
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5.3.6
Local station address
The local station address information set by the AN712 module is shown below. (Figure
5-8)
A N _ S T N A D R _ s
O f f s e t
A station address is expressed in 48 bits (3 words), and is used to identify a station in
ADMAP-5M transmission.
The value set with the station address switches on the front panel of the AN712 module
is set in the range of 0x1 to 0x7F in the upper 8 bits of the final word address 29159 in
this area.
5.3.7
Application healthy
This area is for the AN712 module to diagnose the operating status of the application in
the host module.
When a value other than 0 is stored in this area, the controller application for the
corresponding slot begins to be monitored, decrementing the value in the area. Monitor
does not start unless a value is stored in the area. When the value in the area is
decremented to 0, the application function of the host module is taken as having stopped,
constituting the condition of stopping scan data transmission.
It is necessary for the application of the host module to periodically refresh the value in
this area so it will not become 0.
The decrementing cycle of the AN712 module is 100 ms.
The application healthy structure is shown in figure 5-9. Each slot has its own area. Use
the corresponding area.
A N _ A P I H L T H _ s
O f f s e t
6F8C1048
5
2 9 5 4 （ 0 x 7 E 2 ）
2 9 5 5 （ 0 x 7 E 3 ）
2 9 5 6 （ 0 x 7 E 4 ）
2 9 5 7 （ 0 x 7 E 5 ）
2 9 5 8 （ 0 x 7 E 6 ）
L o c a l s t a t i o n a d d r e s s 0 x
2 9 5 9 （ 0 x 7 E 7 ）
Figure 5-8 Local Station Address
5
3 2 2 5 6 （ 0 x 7 E 0 0 ）
3 2 2 5 7 （ 0 x 7 E 0 ）
3 2 2 5 8 （ 0 x 7 E 0 2 ）
3 2 2 5 9 （ 0 x 7 E 0 3 ）
3 2 2 6 0 （ 0 x 7 E 0 4 ）
3 2 2 6 （ 0 x 7 E 0 5 ）
3 2 2 6 2 （ 0 x 7 E 0 6 ）
3 2 2 6 3 （ 0 x 7 E 0 7 ）
Figure 5-9 Application Healthy
8
7
( R e s e r v e d )
( R e s e r v e d )
( R e s e r v e d )
0
0
～
）
0 x 7 F
F o r s l o t 0
F o r s l o t
F o r s l o t 2
F o r s l o t 3
F o r s l o t 4
F o r s l o t 5
F o r s l o t 6
F o r s l o t 7
5.3Common Memory Information
0
2
0
0
0
29
5
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