6.14 ZONE Outputs (FT64 Specification)
6.14.2 ZONE Table Settings
6-59
6
Application Functions
ZONE Table Settings and ZONE Numbers
The relationship between the ZONE table settings and the ZONE numbers is shown below.
•
ZONE N
≤
ZONE P
The ZONE signals for the corresponding ZONE number is output if the current value is
between ZONE N and ZONE P, inclusive (the shaded part in the following figure).
•
ZONE P
<
ZONE N
The ZONE signals for the corresponding ZONE number is output if the current value is less
than or equal to ZONE P or greater than or equal to ZONE N (the shaded parts in the follow-
ing figure).
•
Duplicated Settings in the ZONE Table
The smaller ZONE number is output.
•
ZONE N and ZONE P = 0
The ZONE number is disabled.
•
When the Current Value Is Not In Any ZONE
All of the ZONE signals will be OFF (0).
6.14.2
ZONE Table Settings
The ZONE table is set by setting the
ZONE table positive side boundary position
(ZONE P)
(2750 hex) and the
ZONE table negative side boundary position
(ZONE N) (2751 hex).
ZONE N
ZONE P
ZONE P
ZONE N
Index
Subindex
Name
Access
PDO Mapping
Unit
Data Type
Parameter
No.
2750 hex
ZONE table Positive side boundary position (ZONE P)
1
ZONE ID 0
RW
No
Pos.unit
DINT
PnA00
2
ZONE ID 1
RW
No
Pos.unit
DINT
PnA04
3
ZONE ID 2
RW
No
Pos.unit
DINT
PnA08
4
ZONE ID 3
RW
No
Pos.unit
DINT
PnA0C
5
ZONE ID 4
RW
No
Pos.unit
DINT
PnA10
6
ZONE ID 5
RW
No
Pos.unit
DINT
PnA14
7
ZONE ID 6
RW
No
Pos.unit
DINT
PnA18
8
ZONE ID 7
RW
No
Pos.unit
DINT
PnA1C
9
ZONE ID 8
RW
No
Pos.unit
DINT
PnA20
10
ZONE ID 9
RW
No
Pos.unit
DINT
PnA24
11
ZONE ID 10
RW
No
Pos.unit
DINT
PnA28
12
ZONE ID 11
RW
No
Pos.unit
DINT
PnA2C
13
ZONE ID 12
RW
No
Pos.unit
DINT
PnA30
14
ZONE ID 13
RW
No
Pos.unit
DINT
PnA34
15
ZONE ID 14
RW
No
Pos.unit
DINT
PnA38
16
ZONE ID 15
RW
No
Pos.unit
DINT
PnA3C
Continued on next page.
