Yokogawa RotaMASS 3-Series User Manual
Page 89
7. pArAMETEr dESCrIpTION
7-17
IM 01R04B04-00E-E 8th edition March 01, 2011 -00
All Rights Reserved. Copyright © 2003, Rota Yokogawa
parameter
data
form
data range
dec.
point
Unit
r : read
W : write
Exe :
execute
reset
Master
reset
power on
default
Total limit switch
Decimal
0 to 9999999
0 to 5
Total unit
R/W
X
0
Total unit energy
Select
MJ
-
-
R/W
X
MJ
Btu
Energy factor/ heat of
combustion
Decimal
0 to 100000
0 to 5
heat of combust
unit
R/W
10
Energy factor/ heat of
combust unit
Select
MJ/kg
-
-
R/W
X
MJ/kg
Btu/lb
MJ/m³(N)
Btu/Scuft
Total at alarm
Select
Hold
-
-
R/W
X
Hold
Continue Total
Total reset cntrl
Select
Inhibit
-
-
R/W
X
Inhibit
Enable
Total reset
Select
Not Execute
-
-
R/W
X
X
Not Execute
Reset flex totals
Reset mass totals
Reset volume totals
Reset net totals
Reset all totals
SK20
Decimal
0 to 5
MHz×kg/h
R/W
124
SKT
Decimal
0 to 5
E-4×1/K
R/W
-7,34
SKTK
Decimal
0 to 5
E-7×1/K
2
R/W
19,6
RV
Decimal
0 to 5
%/(kg/l)
R/W
0,24
Qnom
Decimal
auto
Mass flow unit
R
10
KD
Decimal
0 to 5
kg/l
R/W
4,4
fl20
Decimal
0 to 5
Hz
R/W
177,1
FTC1
Decimal
0 to 5
E-4×1/K
R/W
-2,179
FTCK
Decimal
0 to 5
E-7×1/K
2
R/W
-0,539
SKP
Decimal
0 to 5
E-4×1/bar
R/W
-0,346
SKPT
Decimal
0 to 5
E-7×1/(bar×K)
R/W
0
FPC
Decimal
0 to 5
E-4×1/bar
R/W
0,173
FPTC
Decimal
0 to 5
E-7×1/(bar×K)
R/W
0,02
FQC1
Decimal
0 to 5
E-10×s/g
R/W
0
FQC2
Decimal
0 to 5
E-13×(s/g)
2
R/W
-40,8
Poll Adress
Decimal
0 to 15
0
-
R/W
0
Num req pream
Decimal
0
-
R
5
Num resp pream
Decimal
5 to 20
0
-
R/W
5
Reference temperature
Decimal
1
Temperature unit
R/W
X
25
Ref. density carrier
Decimal
0 to 5
Density unit
R/W
X
0,997
Temp. coeff. a carrier
Decimal
0 to 5
E-3×(1/Temp unit)
R/W
X
-0,261
Temp. coeff. b carrier
Decimal
0 to 5
E-5×(1/Temp unit
2
)
R/W
X
-0,36
Ref. density product
Decimal
0 to 5
Density unit
R/W
X
0
Temp. coeff. a product
Decimal
0 to 5
E-3×(1/Temp unit)
R/W
X
0
Temp. coeff. b product
Decimal
0 to 5
E-5×(1/Temp unit
2
)
R/W
X
0
Concentration meas unit
Select
°Brix
-
-
R/W
X
Wt-%
Wt -% sol
X
Vol % sol
X
Wt -%
X
Vol %
X