YOKOGAWA UTAdvanced UT32A Manuale
Setup Procedure
UTAdvanced Quick Setting
(Controlling Flow with Inverters)
TI 04L01L01-04EN
Foreword
The contents of this document are subject to change without prior notice as a result of improvements in performance or functionality.
Copying or reproduction by any means of all or any part of the contents of this document without permission is strictly prohibited.
Use of this document is at the users risk.
This document is subject to change without notice. TI04L01L01-04EN
2011.12.16 1st Edition (YK)
Technical
Information
■Overview
This is an example of wiring and settings using the UTAdvanced Quick Setting function for "flow control
with inverters." For more details, see the user's manual.
■Relevant models
Standard models of the UT32A, UT35A, UT52A, and UT55A.
■System
■Wiring
Current output
4–20 mA
Current input 4–20 mA
0.0–10.0 m3/h
RUN/STOP
Stops at ON
Power board
Inverter
Electromagnetic
flow meter
Inverter
Power
supply
Current output
4–20 mA
L
N
OUT
PV
＋
－
Pump Interlock
Operation stops at DI2=ON
Operation starts at DI2=OFF
Di2
COM
100–240 VAC power supply
Current input 4–20 mA
Electromagnetic
flow meter
＋
－
2/4
This document is subject to change without notice. TI 04L01L01-04EN 2011.12.16-00
■Settings
To set PID control, the input signal (4 to 20 mA), and current control output (4 to 20 mA), set the following
parameters.
(1) Select the desired parameter with the UP or DOWN key
(2) Press SET/ENTER (the setting value blinks)
(3) Change the setting with the UP or DOWN key
(4) Press SET/ENTER to set the new value (the setting value stops blinking but remains
bright)
●Redoing the Quick Setting
Once functions are configured with the Quick Setting, the Quick Setting function
will not appear after you restart. However, you can redo the Quick Setting by
following the procedure below.
(1) Set the Quick Setting parameter QSM to ON, and re-engage power
(2) Set the PV input type parameter IN to OFF, and re-engage power
Press SET/ENTER to accept the "YES" option.
Quick Setting starts
First, the control type parameter CNT appears.
Set CNT (control type) to PID (initial value).
OFF is displayed for IN (the PV input type).
Set IN (PV input type) to current signal: 4–20.
(4–20 = 4.00 to 20.00 mA)
Set UNIT (PV input unit) to – (none).
If necessary, use the unit label [m3/h].
CONTRＯＬ ＴYPE
ＳＴＡＲＴ ＱＵＩＣＫ
ＳＥＴＴＩＮＧ
1.
QSM YES
2.
CNｔPID
PV INPUT TYPE
3.
IN OFF
PV INPUT TYPE
4.
IN 4ー20
PV INPUT UNIT
5.
UNIｔー
CONTRＯＬ ＴYPE
ＳＴＡＲＴ ＱＵＩＣＫ
ＳＥＴＴＩＮＧ
1.
QSM YES
2.
CNｔPID
PV INPUT TYPE
3.
IN OFF
PV INPUT TYPE
4.
IN 4ー20
PV INPUT UNIT
5.
UNIｔー
Power
Quick Setting
start
3/4
This document is subject to change without notice. TI 04L01L01-04EN 2011.12.16-00
Set RH (maximum value of PV input range) to 20.00 mA (the initial value).
Set RL (minimum value of PV input range) to 4.00 mA (the initial value).
Set SDP (PV input scale decimal point position) to 1.
Set SH (maximum value of PV input scale) to 10.0 (10.0 m3/h).
Set SL (minimum value of PV input scale) to 0.0 (0.0 m3/h).
Set OT (output type selection) to 00.02: OUT terminal (current 4 to 20 mA).
Skip this parameter (not relevant).
Finally, EXIT is displayed. Select YES and press SET/ENTER to complete the
basic function setup and return to the operating screen. Or, you can select NO
to continue with the Quick Setting.
MAXIMUM
VALUE OF PV
INPUT RANGE
6.
RH 20.00
7.
11.
FINISH
13.
EXIｔYES
MINIMUM
VALUE OF PV
INPUT RANGE
RL 4.00
CONTROL OUTPUT
CYCLE TIME
12.
Cｔ30.0
OUTPUT TYPE
SELECTION
8.
0ｔ00.02
9.
SｄP1
10.
SH 10.0
PV INPUT SCALE DECIMAL
POINT POSITION
MAXIMUM VALUE OF
PV INPUT SCALE
SL 0.0
MINIMUM VALUE OF
PV INPUT SCALE
MAXIMUM
VALUE OF PV
INPUT RANGE
6.
RH 20.00
7.
11.
FINISH
13.
EXIｔYES
MINIMUM
VALUE OF PV
INPUT RANGE
RL 4.00
CONTROL OUTPUT
CYCLE TIME
12.
Cｔ30.0
OUTPUT TYPE
SELECTION
8.
0ｔ00.02
9.
SｄP1
10.
SH 10.0
PV INPUT SCALE DECIMAL
POINT POSITION
MAXIMUM VALUE OF
PV INPUT SCALE
SL 0.0
MINIMUM VALUE OF
PV INPUT SCALE
4/4
This document is subject to change without notice. TI 04L01L01-04EN 2011.12.16-00
Revision Information
Document name: Setup Procedure: UTAdvanced Quick Setting (Controlling Flow with Inverters)
Document number: TI 04L01L01-04EN
First edition: December, 2011
Newly released
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