Table of Contents
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●Product individual parameters (continued)
Index
Sub
Access
∗1
index
dec
hex
7000 0x1B58
0
W
7010 0x1B62
0
W
7100 0x1BBC
0
R
8000 0x1F40
0
R
8010 0x1F4A
0
R
8020 0x1F54
0
R
8030 0x1F5E
0
R
1
R
8040
0x1F68
∗5
2
R
∗1: "R" means Read and "W" means Write.
∗2: Refer to the table below for the symbol.
Data type
Symbol
(IO-Link standard)
U8
UIntegerT
U16
S16
IntegerT
F32
Float32T
C32
StringT
∗3: "Y" indicates that the parameter setting data is saved to the master, and "N" indicates that the parameter is not saved.
∗4: Read/write to un-selectable items will be rejected depending on the product No.
∗5: Individual access to the subindex is prohibited.
Set the subindex to "0 (batch access)" for reading or writing the data.
Data
Initial
Parameter
type
value
∗2
U8
-
OUT Test
Toggle
U8
-
(Toggle output)
Analogue output
U8
0
value
Inclination of flow rate
F32
-
PD a
Flow rate PD
F32
-
intercept b
S16
0
Flow peak value
S16
0
Flow bottom value
Accumulated
F32
-
mantissa
F32
-
Accumulated index
Data length
Bit [byte]
8 [1]
16 [2]
16 [2]
32 [4]
32 [4]
-86-
Data
∗4
storage
Set value
∗3
0: Normal output
N
1: Fixed output
0: Measured value
16: OUT1
17: OUT2
N
80: Analogue output
224: Diagnostic bit
255: Error bit
Voltage output:
0.1V increments
Y
Current output:
1mA increments
Refer to "Inclination
N
and intercept".
(page 79)
Refer to "Inclination
N
and intercept".
(page 79)
N
-200 to 4200
N
N
0 to 9999
N
0 to 6
Description
Unsigned integer
Signed integer
Floating point number
String
Remarks
The PD becomes 1 when a fixed
output has been received.
Connected with hardware output
The conversion method from the
communication value to the actual
measurement value is the same as
the method for process data.
Accumulated PD × Accumulated
value conversion factor
= Current accumulated flow value
No.PF※※-OMZ0002
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