Siemens Module B3 ユーザーズマニュアル
Automation and Drives - SCE
T I A Training Document
Page 63 of 64
Module
Parameter
Data Type Value Range
Default
Description
LMN_HLM REAL LMN_LLM...
+100.0 % or
phys. variable 2
100.0
MANIPULATED VALUE HIGH LIMIT. The
manipulated value is always limited to a high
and a low limit. "Manipulated value high limit"
indicates the high limit.
manipulated value is always limited to a high
and a low limit. "Manipulated value high limit"
indicates the high limit.
LMN_LLM REAL
-100.0...
LMN_HLM %
phys. variable 2
0.0
MANIPULATED VALUE LOW LIMIT. The
manipulated value is always limited to a high
and a low limit. "Manipulated value low limit"
indicates the low limit.
manipulated value is always limited to a high
and a low limit. "Manipulated value low limit"
indicates the low limit.
PV_FAC
REAL
1.0
PROCESS VARIABLE FACTOR / actual
value factor. The input "Actual value factor" is
multiplied with the actual value. The input is
used for adjusting the actual value range.
value factor. The input "Actual value factor" is
multiplied with the actual value. The input is
used for adjusting the actual value range.
PV_OFF
REAL
0.0
PROCESS VARIABLE OFFSET / Actual
value offset. The input "Actual value offset" is
added to the actual value. The input is used
for adjusting the actual value range.
value offset. The input "Actual value offset" is
added to the actual value. The input is used
for adjusting the actual value range.
LMN_FAC
REAL
1.0
MANIPULATED VALUE FACTOR The input
"Manipulated value factor" is multiplied with
the manipulated value. The input is used for
adjusting the manipulated value range.
"Manipulated value factor" is multiplied with
the manipulated value. The input is used for
adjusting the manipulated value range.
LMN_OFF
REAL
0.0
MANIPULATED VALUE OFFSET. The input
"Manipulated value offset" is added to the
manipulated value. The input is used for
adjusting the manipulated value range.
"Manipulated value offset" is added to the
manipulated value. The input is used for
adjusting the manipulated value range.
I_ITLVAL REAL
-100.0...+100.0%
or
phys. variable 2
0.0
INITIALIZATION VALUE OF THE INTEGRAL
ACTION / Initialization value for the I-
component. The output of the integrator can
be set at the input I_ITL_ON. The
initialization value is located at the input
"Initialization value for I-component".
.
ACTION / Initialization value for the I-
component. The output of the integrator can
be set at the input I_ITL_ON. The
initialization value is located at the input
"Initialization value for I-component".
.
DISV REAL
-100.0...+100.0%
or
phys. variable 2
0.0
DISTURBANCE VARIABLE. Feedforward
control is wired at the input "Disturbance
variable".
control is wired at the input "Disturbance
variable".
Preface Fundamentals Discontinuous Action Controller Controller Block (S)FB41 Setting the System Appendix
B3
Issued: 02/2008 Control Engineering with STEP 7