6. RKC COMMUNICATION
IMS01J02-E4
64
Continued from the previous page.
Name
Iden-
tifier
Digits
Attri-
bute
Struc-
ture
Data range
Factory
set
value
Temperature set value
(SV)
[H-TIO-
, H-CIO-A]
S1
6 R/W
C TC/RTD input:
Within input range
(Within setting limiter)
Voltage/Current input:
Within display scale range
(Within setting limiter)
0
a
Motor speed set value
[H-SIO-A]
Within display scale range
(Within setting limiter)
0
a
Heat-side proportional
band
[H-TIO-
, H-CIO-A,
H-SIO-A]
P1
6
R/W
C
0.1 to 1000.0 % of span
H-TIO-
,
H-CIO-A:
3.0
H-SIO-A:
300.0
Cool-side proportional
band
[H-TIO-
, H-CIO-A]
P2
6
R/W
C
0.1 to 1000.0 % of span
3.0
Integral time
[H-TIO-
, H-CIO-A,
H-SIO-A]
I1
6
R/W
C
1 to 3600 seconds
H-TIO-
,
H-CIO-A:
240
H-SIO-A:
2
Derivative time
[H-TIO-
, H-CIO-A,
H-SIO-A]
D1
6
R/W
C
0 to 3600 seconds
(0: PI action)
H-TIO-
,
H-CIO-A:
60
H-SIO-A:
0
Overlap/Deadband
[H-TIO-
, H-CIO-A]
V1
6 R/W
C
10.0 to
10.0 % of span
0.0
Control response
parameters
[H-TIO-
, H-CIO-A,
H-SIO-A]
CA
1
R/W
C
0: Slow 1: Medium 2: Fast
In order to perform PID control
by using the fuzzy function,
specify “Fast.” The fuzzy
function is effective to restrict
overshoot or undershoot
occurring at operation start, or
resulting from set value
changes.
(Fuzzy function correspond to
H-TIO-P/R module only.)
0
b
Item stored in the memory area.
a
The position of the decimal point differs depending on the input range.
b
Heat control (H-TIO-
/H-CIO-A): 0
Heat/Cool control (H-TIO-
/H-CIO-A): 2
Position proportioning control (H-TIO-K): 0
Speed control (H-SIO-A): 0
Continued on the next page.
