Autonics KN-2000W Series Producthandleiding - Pagina 5
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■ Monitoring mode setting group (Func: 03/06/16, R/W: R/W)
Address
Parameter
Display Setting range
AL1 alarm
400051 (0032)
temperature
AL2 alarm
400052 (0033)
temperature
AL3 alarm
400053 (0034)
temperature
AL4 alarm
400054 (0035)
temperature
400055 (0036)
High peak display
hPEK
400056 (0037)
Low peak display
lPEK
• Func : Read Holding Register/Preset Single Register/Preset Multiple Register
■ Input specification parameter setting/output value
Input spec.
Display
Value
0
TC-K
1
TC-J
2
TC-E
3
TC-T
4
TC-R
5
Thermocouple
TC-B
6
TC-S
7
TC-N
8
TC-C
9
TC-L
10
TC-U
11
TC-P
AL1
AL2
Same as parameter setting range
AL3
AL4
Same as parameter setting range
Input spec.
Display
Value
12
Cu50
13
Cu10
RTD
14
JPt1
15
DPt5
16
DPt1
17
Current
aMA1
18
aMA2
19
Analog
aMV1
20
Voltage
aMV2
21
A-V1
22
A-V2
Input Special Function
Condition
When selecting analog input, this function is to display the calculated actual value by
square, root (√), or two unit function (TUF) as display value.
Name Parameter Function
Same
as each
parameter
Linear
setting
LIN
condition
Root
ROOT
Square SPAR
Two
unit
TUF
Input Digital Filter
Moving average digital filter is able to stably display and output the noise from input
line and irregular signals as software.
• Display cycle is same when executing moving average digital filter.
100 ms
S1
S2
D1
D1=S1, D2=S2, D3=S3: Initial operation before averaging 4
D4=
D6=
D8=
Graph
Display
Outputs as
input value
Input
Display
Y = A( X ) + B
Y=0(X < 0)
Outputs the
rooted (√)
Input
input value
Input - L-RG
Output={(
H-RG - L-RG
Display
Y = A(X)
Input
Outputs the
Y = -A(X)
squared input
value
Input - L-RG
Output={(
H-RG - L-RG
Display (kg/cm
6.00
Display the
4.00
pressure
of under
2.00
atmospheric
2.00 4.00
pressure as
-1.03
mmHg unit
-760 mmHg
Display (mmHg)
S3
S4
S5
S6
S7
D2
D3
D4
D5
D6
S1+S2+S3+S4
S2+S3+S4+S5
D5=
4
S3+S4+S5+S6
S4+S5+S6+S7
D7=
4
S5+S6+S7+S8
4
Applications
Y = AX + B
Standard
characteristics.
Input for
linearity.
Used for
(X ≥ 0)
measuring flows
by pressure
signal.
2
) × (H-SC-L-SC)} + L-SC
+ B
2
Used for
(X > 0)
outputting
differential
pressure by flow
+ B
2
signal.
(X < 0)
) × (H-SC - L-SC)} + L-SC
)
2
-
6.00
Input
(kPa)
S8
S9
Sn: Sampling value
Dn: Display value
D7
D8
4
4