YOKOGAWA F3CU04-0S User Manual

C3-3
IM 34M06H62-02E 2nd Edition : June 2008-00
Parameters related to the preceding block diagram are described below.
Table C3.1 PV-related Parameters
Data Position Number
Symbol Description Unit Data Range
Default
Value
Attribute Stored
See
Also
Loop 1 Loop 2 Loop 3 Loop 4
101 301 501 701 PVIN Input process value Industrial unit -5.0% to 105.0% of (SL to SH)
—
RO
—
C3
102 302 502 702 PV Process value Industrial unit -5.0% to 105.0% of (PRL to PRH) — RO —
323 723 INSEL
Input selection (only valid for
two-input changeover control)
None
0: Input 1
1: Input 2
0 RW — C3.11
125 325 525 725 EXPV/PV External/normal input selection None
0: Normal input
1: External input
0 RW —
C3.12
131 331 531 731 EXPV External input Industrial unit From -5.0% to 105.0% of (SL to SH) SL RW
—
132 332 532 732 EXRJC Reference junction temperature Industrial unit -100 to 700 (-10.0C to 70.0C) 0 RW — C3.6
142 342 542 742 IN Input type selection
*1
None
1-31 and 33-56
For details, see Table A4.1,
"Input Type Selection."
Depends
on switch
setting
RW  C3.1
143 343 543 743 RH Input range upper limit
Industrial unit
See Table A4.1, "Input Type
Selection."
RW 
C3.3
144 344 544 744 RL Input range lower limit
145 345 545 745 DEC.P Decimal point position None RO 
146 346 546 746 SH Scaling upper limit
Industrial
unit
-30000 to 30000;
0 < SH - SL 
30000.
Changeable only for
DC voltage input
with a maximum
resolution of 14 bits
(16384).
Thermocouple,
RTD
RH
RW 
DC voltage
input
1000
147 347 547 747 SL Scaling lower limit
Thermocouple,
RTD
RL
RW 
DC voltage
input
0
148 348 548 748 SDP Scaling decimal point position None
0 to 4
Changeable only for
DC voltage input
Thermocouple,
RTD
DEC.P
RW 
DC voltage
input
1
149 349 549 749 RJC
Reference junction
compensation
None
0: Fixed value
1: ON
1 RW  C3.6
150 350 550 750 BSL
Burnout selection
(for thermocouple or RTD
input)
None
0: OFF
1: Up Scale
2: Down Scale
1 RW  C3.5
351 751 PRH PV range upper limit Industrial unit
-30000 to 30000;
0 < PRH - PRL  30000.
Changeable only for even-numbered
loops in two-input changeover
control with a maximum resolution of
14 bits (16384).
SH RW 
C3.4
352 752 PRL PV range lower limit Industrial unit SL RW 
353 753 PDP PV range decimal point position None
0 to 4
Changeable only for even-numbered
loops in two-input changeover
mode.
SDP RW 
361 761 SELMD Two-input changeover mode None
0:
A
utomatic changeover using
temperature range
1: Automatic changeover using
two-input changeover upper limit
2: Manual changeover using input
selection
0 RW 
C3.11
362 762 SELH
Two-input changeover upper
limit
None
PRL to PRH; (SELL < SELH. If
SELL  SELH, changeover will be
with respect to SELH.
PRL+1 RW 
363 763 SELL
Two-input changeover lower
limit
None PRL RW 
171 371 571 771 BS Fixed bias Industrial unit -(SH - SL) to (SH – SL) 0 RW  C3.8
172 372 572 772 FL Input filter Seconds
0: OFF
1 to 120 seconds
0 RW  C3.10
173 373 573 773 X1 Broken-line input 1 Industrial unit -5.0% to 105.0% of (SL to SH) SL RW 
C3.7
174 374 574 774 Y1 Broken-line bias 1 Industrial unit -(SH-SL) to (SH-SL) 0 RW 
175 375 575 775 X2 Broken-line input 2 Industrial unit -5.0% to 105.0% of (SL to SH) SL RW 
176 376 576 776 Y2 Broken-line bias 2 Industrial unit -(SH-SL) to (SH-SL) 0 RW 
177 377 577 777 X3 Broken-line input 3 Industrial unit -5.0% to 105.0% of (SL to SH) SL RW 
178 378 578 778 Y3 Broken-line bias 3 Industrial unit -(SH-SL) to (SH-SL) 0 RW 
179 379 579 779 SR Square root extraction None
0: OFF (no square root extraction)
1: ON (square root extraction)
0 RW 
C3.9
180 380 580 780 LC Low cut Industrial unit 0.0%-5.0% of (SH-SL)
1.0% x
(SH-SL)
RW 
*1 Input type selector switches must be set with values SW5 = 0 and SW1-4 = OFF, as described in Section A4.1,
"Selecting Input Types and Power Frequency," input type selection can be made using software.

YOKOGAWA F3CU04-0S Specifications

General

Brand	YOKOGAWA
Model	F3CU04-0S
Category	Control Unit
Language	English