TechnicalInformation
µR10000Comparative Table (µR10000 vs µR1000)
µR20000Comparative Table (µR20000 vs µR1800)TI 04P01B01-02E
TI 04P01B01-02E©Copyright Aug. 20052nd Edition Aug. 2005
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation TI 04P01B01-02E
3<Int> <Ind> <Rev>
Aug. 10, 2005-00
CONTENTS
TI 04P01B01-02E 2nd Edition
µR10000Comparative table (µR10000 vs µR1000)µR20000Comparative table (µR20000 vs µR1800)
Foreword .............................................................................................................. 5
Chapter1 µR10000 Comparative table (µR10000 vs µR1000) ............................ 71.1 Construction ................................................................................................. 7
1.2 Input ............................................................................................................... 8
1.3 Recording and Printing............................................................................... 10
1.4 Display ......................................................................................................... 14
1.5 Power Supply .............................................................................................. 16
1.6 Alarm ........................................................................................................... 17
1.7 Other ............................................................................................................ 18
1.8 Safety Standard EMC Standard ................................................................. 18
1.9 Normal Operation Condition ...................................................................... 19
1.10 Standard Performance .............................................................................. 20
1.11 Effect of Operating Condition ................................................................... 22
1.12 Transport and Storage Condition ............................................................. 23
1.13 Optional Specification .............................................................................. 24
1.14 Model Code and Options .......................................................................... 32
Chapter2 µR20000 Comparative table (µR20000 vs µR1800) ...........................352.1 Construction ............................................................................................... 35
2.2 Input ............................................................................................................. 36
2.3 Recording and Printing............................................................................... 38
2.4 Display ......................................................................................................... 42
2.5 Power Supply .............................................................................................. 44
2.6 Alarm ........................................................................................................... 45
2.7 Other ............................................................................................................ 46
2.8 Safety Standard EMC Standard ................................................................. 46
2.9 Normal Operation Condition ...................................................................... 47
2.10 Standard Performance .............................................................................. 48
2.11 Effect of Operating Condition ................................................................... 50
2.12 Transport and Storage Condition ............................................................. 51
2.13 Optional Specification .............................................................................. 52
2.14 Model Code and Options .......................................................................... 60
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation TI 04P01B01-02E
5<Toc> <Ind> <Rev> Foreword
Aug. 10, 2005-00
ForewordThis document describes comparison between µR10000/µR20000 and µR1000/µR1800 to helpcostomer understand the industrial recorder µR10000/µR20000 functions.
As µR10000/µR20000 is designed to put the importance on carryover of µR1000/µR1800, thereplace can be done easily for most cases. Please see document to understand the µR10000/µR20000 specification and feel safe to replace µR1000/µR1800.
For some existing models, which have special specification (model code with /Z or /Sxx), pleasecontact the nearest YOKOGAWA dealer.
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation TI 04P01B01-02E
7<Toc> <Ind>
Aug. 10, 2005-00
Chapter1 µR10000 Comparative table (µR10000 vs µR1000)1.1 Construction
1.1 Construction
Mou
ntin
g
Allo
wab
le p
anel
th
ickn
ess
Mat
eria
l
Fin
ish
Doo
r
Dim
ensi
ons
Wei
ght (
appr
ox.)
Flu
sh P
anel
mou
ntin
g (v
ertic
al),
mou
ntin
g ne
xt to
eac
h ot
her
(hor
izon
tal a
nd
vert
ical
)M
ount
ing
may
be
incl
ined
up
to 3
0˚, r
ear
belo
w fr
ont (
with
hor
izon
tal b
ase)
.
2 to
26m
m
Cas
e: S
teel
, fro
nt d
oor:
alu
min
ium
die
cas
ting
Cas
e an
d do
or-f
ram
e: C
har
coal
gra
y lig
ht
(Man
sell
10B
3.6
/0.3
or
equi
vale
nt)
Spl
ash
and
dust
-pro
of (
base
d on
DIN
400
50-I
P54
) 14
4(W
) x
144(
H)
x 22
0(D
)mm
1 pe
n 2.
1kg,
2 p
en 2
.2kg
, 3 p
en 2
.3kg
, 4 p
en 2
.4kg
, 6 d
ot 2
.5kg
← ← ← Cas
e an
d do
or-f
ram
e: la
mp
blac
k (M
anse
ll 0.
8Y2.
5 / 0
.4 o
r eq
uiva
lent
)
← ← 1 pe
n 3.
2kg,
2 p
en 3
.4kg
, 3 p
en 3
.6kg
, 4 p
en 3
.8kg
, 6 d
ot 3
.5kg
Co
nst
ruct
ion
Item
µR10
000
µR10
00
T01
01_R
ev1.
EP
S
8
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation
<Toc> <Ind>
TI 04P01B01-02E
1.2 Input
Aug. 10, 2005-00
1.2 Input
T02
01_R
ev1.
EP
S
Num
ber
of in
put
Inpu
ts
Inpu
t typ
e
Mea
surin
g ra
nge
1-4
pen,
6 d
ot-m
odel
D
CV.
..Dire
ct c
urre
nt v
olta
ge in
put ±
20m
V to
±50
V, 1
-5V
ran
ge
TC
...T
herm
o co
uple
R
TD
...R
esis
tanc
e te
mpe
ratu
re d
etec
tor
D
I...D
igita
l inp
ut (
cont
act o
r D
C v
olta
ge (
TT
L le
vel)
D
CA
...D
irect
cur
rent
(u
sing
ext
erna
l shu
nt r
esis
tor
(10Ω
, 100
Ω, 2
50Ω
))
U
nive
rsal
inpu
t M
easu
rem
ent r
ange
: Set
ting
at fr
ont p
anel
Inpu
t R
ange
M
easu
ring
rang
e D
CV
20
mV
-2
0.00
to 2
0.00
mV
60m
V
-60.
00 to
60.
00m
V
20
0mV
-2
00.0
to 2
00.0
mV
2V
-2.0
00 to
2.0
00V
6V
-6.0
00 to
6.0
00V
20V
-2
0.00
to 2
0.00
V
50
V
-50.
00 t
o 5
0.00
V
1-
5V *
1 1.
000
to 5
.000
V
TC
R
*2
0.0
to 1
760.
0˚C
32
to 3
200˚
F
S *
2 0.
0 to
176
0.0˚
C
32 to
320
0˚F
B
*2
0.0
to 1
820.
0˚C
32
to 3
308˚
F
K *
2 -2
00.0
to 1
370.
0˚C
-3
28 to
249
8˚F
E
*2
-200
.0 to
800
.0˚C
-3
28.0
to 1
472.
0˚F
J
*2
-200
.0 to
110
0.0˚
C
-328
.0 to
201
2.0˚
F
T *
2 -2
00.0
to 4
00.0
˚C
-328
.0 to
752
.0˚F
N
*2
0.0
to 1
300.
0˚C
32
to 2
372˚
F
W *
3 0.
0 to
231
5.0˚
C
32 to
419
9˚F
L
*4
-200
.0 to
900
.0˚C
-3
28.0
to 1
652.
0˚F
U
*4
-200
.0 to
400
.0˚C
-3
28.0
to 7
52.0
˚F
WR
e *5
0.
0 to
240
0.0˚
C
32 t
o 4
352˚
FR
TD
*6
Pt1
00 *
6 -2
00.0
to 6
00.0
˚C
-328
.0 to
112
0.0˚
F
JPt1
00 *
6 -2
00.0
to 5
50.0
˚C
-328
.0 to
102
2.0˚
FD
I D
CV
inpu
t O
FF
: 2.4
V le
ss O
N: 2
.4V
or
grea
ter
C
onta
ct in
put
Con
tact
inpu
t ON
/OF
F
*1: O
nly
lin
ear
scal
ing
can
be
use
d (
bu
rno
ut
is a
vaila
ble
)*2
: R, S
, B, K
, E, J
, T, N
: IE
C58
4-1
(199
5), D
IN IE
C58
4, J
IS C
1602
-199
5
*3: W
: W-5
% R
e/W
-26%
Re
(Hos
kins
Mfg
. Co.
), A
ST
M E
988
*4: L
: Fe-
CuN
i, D
IN43
710,
U: C
u-C
uNi,
DIN
4371
0*5
: WR
e: W
-3%
Re/
W-2
5%R
e (H
osk
ins
Mfg
. Co
.)*6
: Pt1
00: J
IS C
1604
-199
7, IE
C75
1-19
95, D
IN IE
C75
1-19
96
JPt1
00: J
IS C
1604
-198
9, J
IS C
1606
-198
9
Mea
surin
g cu
rren
t: i=
1mA
← DC
V...D
irect
cur
rent
vol
tage
inpu
t ±20
mV
to ±
20V
← ← ← ← ← ← ← ← ← ← ← ← — — R *
1
S *
1
B *
1
K *
1
E *
1
J *1
T *
1
N *
2
W *
3
← ← — Pt1
00 *
5
JPt1
00 *
5
← ← — *1
R, S
, B, K
, E, J
, T: A
NS
I, IE
C 5
84, D
IN IE
C 5
84, J
IS C
160
2-19
81*2
N
: Nic
rosi
l-Nis
il, IE
C 5
84, D
IN IE
C 5
84*3
W
: W•5
% R
e-W
•26%
Re
(Hos
kins
Mfg
Co)
← — *5
Pt1
00: J
IS C
160
4-19
89, J
IS C
160
6-19
89, I
EC
751
, DIN
IEC
751
JP
t100
: JIS
C 1
604-
1981
, JIS
C 1
606-
1989
*5: M
easu
ring
curr
ent:
i=0.
5mA
Inp
ut
Item
µR10
000
µR10
00
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation TI 04P01B01-02E
9<Toc> <Ind>
Aug. 10, 2005-00
1.2 Input
T02
02_R
ev1.
EP
S
Mea
sure
men
t int
erva
l
A/D
inte
grat
ion
time
TC
bur
nout
1-5
V b
urno
ut
Ref
eren
ce J
unct
ion
com
pens
atio
n
Filt
er fu
nctio
n
Com
puta
tion
Pen
...12
5ms/
chan
nel
Dot
...1s
/6 d
ot
(A/D
inte
grat
ion
time
20m
s or
16.
7ms)
2.5s
/6 d
ot (
A/D
inte
grat
ion
time
100m
s)
Sel
ecta
ble
form
for A
UT
O (
auto
sw
itch
betw
een
20m
s an
d 16
.7m
s ac
cord
ing
to
pow
er s
uppl
y fr
eque
ncy)
, 20m
s (5
0Hz)
, 16.
7ms
(60H
z), a
nd 1
00m
s (5
0/60
Hz)
*.*1
00m
s (o
nly
for
dot m
odel
)
ON
/ O
FF
sel
ecta
ble
(per
cha
nnel
)B
urno
ut u
psca
le/d
owns
cale
sel
ecta
ble
(per
ch
ann
el)
Nor
mal
: les
s th
an 2
kΩ, b
urno
ut: m
ore
than
10M
Ω
Mea
surin
g cu
rren
t: ap
prox
. 10µ
A
Bu
rno
ut;
less
th
an 0
.2V
INT
/EX
T s
elec
tabl
e (p
er c
hann
el)
EX
T r
efer
ence
junc
tion
com
pens
atio
n vo
ltage
ran
ge: -
2000
0 to
200
00µV
Pen
mod
el...
Sig
nal d
ampi
ng: O
N/O
FF
sel
ecta
ble
per
chan
nel
Ti
me
cons
tant
: 2, 5
, 10s
ecD
ot p
rintin
g m
odel
:
Mov
ing
aver
age:
ON
/OF
F s
elec
tabl
e pe
r ch
anne
l
Mov
ing
aver
age
cycl
e: 2
to 1
6
Diff
eren
tial c
ompu
tatio
n:
Bet
wee
n an
y tw
o ch
anne
ls, h
owev
er r
efer
ence
cha
nnel
num
ber
mus
t be
smal
ler
than
mea
surin
g c
hann
el n
umbe
r.
Ava
ilabl
e fo
r D
CV,
TC
, and
RT
D r
ange
. B
oth
chan
nels
mus
t hav
e sa
me
rang
e.Li
near
sca
ling:
A
vaila
ble
for
DC
V, T
C, R
TD
and
DI r
ange
.
Ava
ilabl
e sc
alin
g ra
nge:
-20
000
to 3
0000
Dat
a di
spla
y an
d pr
into
ut r
ange
: -19
999
to 3
0000
D
ecim
al p
oint
: Use
r se
lect
able
U
nit:
Use
r se
ttabl
e, u
p to
6 c
hara
cter
s (a
lpha
num
eric
al &
spe
cial
cha
ract
ers)
.S
quar
e ro
ot:
A
vaila
ble
DC
V r
ange
A
vaila
ble
scal
ing
rang
e: -
2000
0 to
300
00
Dat
a di
spla
y an
d pr
into
ut r
ange
: -19
999
to 3
0000
D
ecim
al p
oint
: Use
r se
lect
able
U
nit:
Use
r se
ttabl
e, u
p to
6 c
hara
cter
s (a
lpha
num
eric
al &
spe
cial
cha
ract
ers)
.
Lo
w le
vel c
ut
off
: 0.
0-5.
0% o
f re
cord
ing
sp
anB
ias
add
itio
n:
-10.
0-10
.0%
of
reco
rdin
g s
pan
← Dot
...2.
5s/6
dot
← ← ← ← Bur
nout
ups
cale
/dow
nsca
le s
elec
tabl
e (c
omm
on fo
r al
l cha
nnel
s)← M
easu
ring
curr
ent:
appr
ox. 1
00nA
— ← ← ← ← ← ← ← ← ← ← ← ← Ava
ilabl
e fo
r D
CV,
TC
, RT
D r
ange
.A
vaila
ble
scal
ing
rang
e: -
2000
0 to
200
00D
ata
disp
lay
and
prin
tout
ran
ge: -
1999
9 to
200
00← ← ← ← A
vaila
ble
scal
ing
rang
e: -
2000
0 to
200
00D
ata
disp
lay
and
prin
tout
ran
ge: -
1999
9 to
200
00← ← — —
Inp
ut
Item
µR10
000
µR10
00
10
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation
<Toc> <Ind>
TI 04P01B01-02E
1.3 Recording and Printing
Aug. 10, 2005-00
1.3 Recording and Printing
T03
01_R
ev1.
EP
S
Rec
ordi
ng m
etho
d
Pen
offs
et
com
pens
atio
n
Effe
ctiv
e re
cord
ing
wid
th
Cha
rt
Ste
p re
spon
se ti
me
(pen
)
Rec
ordi
ng p
erio
d
Cha
rt s
peed
Cha
rt s
peed
cha
nge
Cha
rt s
peed
acc
urac
y
Rel
atio
n be
twee
n C
hart
sp
eed
and
Prin
tout
Pen
mod
el: D
ispo
sabl
e fe
lt pe
ns, p
lotte
r pe
nD
ot p
rintin
g m
odel
: 6 c
olor
wire
dot
ON
/ O
FF
sel
ecta
ble
(Pen
mod
el o
nly)
100m
m
Pla
in-p
aper
Z-f
old
char
t (16
m)
Ap
pro
x. 1
s/IE
C 6
1143
met
ho
d
Pen
mod
el: C
ontin
uous
for
each
cha
nnel
Dot
prin
ting
mod
el: M
ax 6
cha
nnel
/10
sec
(the
sho
rtes
t rec
ordi
ng p
erio
d)A
UT
O/F
IX s
elec
tabl
eA
UT
O: A
nalo
g re
cord
ing
inte
rval
is d
epen
ding
on
the
char
t spe
edF
IX: A
nalo
g re
cord
ing
inte
rval
is s
et to
the
shor
test
per
iod
Pen
mod
el: 5
-120
00m
m/h
(82
incr
emen
ts)
Dot
mod
el: 1
-150
0mm
/h (
1mm
ste
p)
Spe
ed 1
, spe
ed 2
cha
nge
by r
emot
e co
ntro
l sig
nals
(op
tion)
With
in ±
0.1%
(fo
r re
cord
ing
long
er th
an 1
000m
m, r
elat
ed to
the
grid
of t
he c
hart
pa
per)
Pen
mod
el
Cha
rt s
peed
Per
iodi
c
Ala
rm p
rinto
ut/m
essa
ge p
rinto
ut
pr
into
ut
Cha
rt s
peed
cha
nge
time
prin
tout
5-9
mm
/h
N
A
Ava
ilabl
e10
-1,5
00 m
m/h
Ava
ilabl
e
Ava
ilabl
e1,
600-
12,0
00 m
m/h
Ava
ilabl
e N
A
Dot
mod
el
Cha
rt s
peed
C
hann
el N
o. P
erio
dic
A
larm
prin
tout
/mes
sage
prin
tout
(T
AG
) pr
into
ut
Cha
rt s
peed
cha
nge
time
prin
tout
1-9
mm
/h
Ava
ilabl
e N
A
Ava
ilabl
e10
-100
mm
/h
Ava
ilabl
e A
vaila
ble
Ava
ilabl
e10
1-1,
500
mm
/h
NA
N
A
NA
← ← ← ← ← 1 se
c or
less
/IEC
TC
85 m
etho
d
← ← ← ← ← ← ← ← ← ← ← ← ← ← ←
Rec
ord
ing
an
d P
rin
tin
g
Item
µR10
000
µR10
00
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation TI 04P01B01-02E
11<Toc> <Ind>
Aug. 10, 2005-00
1.3 Recording and Printing
Per
iodi
c pr
into
ut in
terv
al
Rec
ordi
ng c
olor
s
Rec
ordi
ng fo
rmat
1. A
nalo
g re
cord
ing
2. D
igita
l prin
tout
AU
TO
: Per
iodi
c pr
into
ut in
terv
al is
up
to c
hart
spe
ed
Pen
mod
elC
hart
spe
ed
Per
iodi
c pr
into
ut in
terv
al5-
9 m
m/h
N
A10
-18
mm
/h
Eve
ry 8
hou
rs20
-36
mm
/h
Eve
ry 4
hou
rs40
-72
mm
/h
Eve
ry 2
hou
rs75
-135
mm
/h
Eve
ry 1
hou
r15
0-18
0 m
m/h
E
very
30
min
utes
200-
320
mm
/h
Eve
ry 2
0 m
inut
es36
0-1,
500
mm
/h
Eve
ry 1
0 m
inut
es1,
600-
mm
/h
NA
Dot
mod
el
Cha
rt s
peed
P
erio
dic
prin
tout
inte
rval
1-9
mm
/h
NA
10-1
9 m
m/h
E
very
8 h
ours
20-3
9 m
m/h
E
very
4 h
ours
40-7
9 m
m/h
E
very
2 h
ours
80-1
00 m
m/h
E
very
1 h
our
101-
1,50
0 m
m/h
N
A
Pen
mod
el: p
en1=
red,
pen
2=gr
een,
pen
3= b
lue,
pen
4= v
iole
t, pl
otte
r pe
n=pu
rple
Dot
mod
el: c
h1=
purp
le, c
h2=
red,
ch3
=gr
een,
ch4
=bl
ue, c
h5=
brow
n, c
h6=
blac
k (c
olor
can
be
assi
gned
to a
ny c
hann
el)
An
alo
g r
eco
rdin
g O
N/O
FF
sel
ecta
ble
fo
r ea
ch c
han
nel
of
do
t m
od
elZ
one
reco
rdin
g: S
pan:
5 m
m o
r m
ore
(1m
m s
tep)
Par
tial e
xpan
ded
reco
rdin
g:B
ound
ary
posi
tion:
1 to
99%
B
ound
ary
valu
e: w
ithin
rec
ordi
ng s
pan
Cha
nnel
(do
t mod
el o
nly)
:C
hann
el n
umbe
r or
TA
G w
ill b
e pr
inte
d du
ring
anal
og r
ecor
ding
. A
ppro
x. e
very
25
mm
this
prin
t will
occ
ur.
ON
/OF
F s
elec
tab
le (
com
mo
n f
or
all c
han
nel
)
← ← ← ← ← — ← ← ← ← —
Rec
ord
ing
an
d P
rin
tin
g
Item
µR10
000
µR10
00
T03
02_R
ev1.
EP
S
12
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation
<Toc> <Ind>
TI 04P01B01-02E
1.3 Recording and Printing
Aug. 10, 2005-00
T03
03_R
ev1.
EP
S
Rec
ordi
ng fo
rmat
2. D
igita
l prin
tout
Ala
rm:
At t
he r
ight
sid
e of
cha
rt, C
H. N
o. o
r TA
G, T
ype
of a
larm
, (d
ate*
3 /ti
me)
*1 of
ala
rm
ON
/ O
FF
will
be
prin
ted.
Ti
me
of a
larm
ON
/ O
FF,
tim
e of
ala
rm O
N, O
FF
sel
ecta
ble
(com
mon
for
all c
hann
els)
. P
erio
dic
Prin
tout
: The
follo
win
gs a
re p
rinte
d at
left
side
of c
hart
Dat
e (m
m/d
d/yy
)*3 ,
tim
e tic
k ca
ncel
mar
k (!
)*4
Ti
me
(hh:
mm
)), p
en o
ffset
com
pens
atio
n (P
OC
) O
N m
ark
(onl
y fo
r pe
n m
odel
)
M
easu
rem
ent d
ata
of e
ach
chan
nel:
a.
Cha
nnel
No.
or
tag,
ala
rm s
tatu
s, m
easu
ring
valu
e (a
ccor
ding
to
inst
anta
neou
s m
ode
or r
epor
t mod
e), m
easu
ring
unit
(up
to 6
ch
arac
ters
)
b.
ON
/OF
F s
elec
tabl
e
Sca
le p
rinto
ut: S
cale
prin
tout
at 0
or
100%
(w
hen
usin
g pa
rtia
l exp
ande
d re
cord
ing,
bou
ndar
y va
lue
is r
ecor
ded)
C
h N
o. o
r TA
G, m
easu
ring
unit
(up
to 6
cha
ract
ers)
C
ondi
tion:
prin
tout
ava
ilabl
e fo
r re
cord
ing
span
of 4
0 m
m o
r m
ore
O
N/O
FF
sel
ecta
ble
( co
mm
on fo
r al
l cha
nnel
s)
R
ecor
ding
col
or (
only
for
pen
mod
el):
Ana
log
reco
rdin
g co
lor
of s
cale
pr
into
ut c
hann
el (
OF
F s
elec
tab
le)
Cha
rt s
peed
(w
ith ti
me
tick
mar
k)
P
erio
dic
prin
t int
erva
l: us
ing
inte
rnal
tim
er s
tand
ard
time
S
tand
ard
time:
00:
00-2
3:00
(1
hour
ste
p, o
n th
e ho
ur)
P
rinto
ut in
terv
al: (
AU
TO
/MA
N)*
5 se
lect
able
A
UT
O: a
utom
atic
ally
set
as
char
t spe
ed
MA
N: 1
0, 1
2, 1
5, 2
0, 3
0 m
inut
e, 1
, 2, 3
, 4, 6
, 8, 1
2, 2
4 ho
ur
P
erio
dic
pri
nto
ut
mo
de:
Sel
ecta
ble
fro
m I
nst
anta
neo
us
valu
e m
od
e/re
po
rt m
od
e/O
ff m
od
e
Rep
ort
mo
de:
sel
ecta
ble
fro
m A
VE
(av
erag
e), M
IN (
min
imu
m),
M
AX
(m
axim
um
), S
UM
(su
m),
MIN
/MA
X/A
VE
, IN
ST
(i
nst
anta
neo
us
valu
e)-
Rep
ort
in
terv
al:
Sam
e as
per
iod
ic p
rin
tou
t in
terv
al-
In c
han
gin
g r
ang
e, t
he
ran
ge
chan
ge
mar
k w
ill b
e p
rin
ted
wit
h r
epo
rt c
om
pu
tati
on
on
Ala
rm:
At t
he r
ight
sid
e of
cha
rt, C
H. N
o. o
r TA
G, t
ype
of a
larm
, tim
e(hh
:mm
) of
ala
rm
ON
/OF
F w
ill b
e pr
inte
d.← P
erio
dic
Prin
tout
: The
follo
win
gs a
re p
rinte
d at
left
side
of c
hart
D
ate
(mm
/dd/
yy),
tim
e tic
k ca
ncel
mar
k (!
)*4
← ← ← Rec
ordi
ng c
olor
(on
ly fo
r pe
n m
odel
): A
nalo
g re
cord
ing
colo
r of
sca
le p
rinto
ut
chan
nel
← Per
iodi
c pr
int i
nter
val:
by u
sing
inte
rnal
tim
er/r
emot
e co
ntro
l← ← ← M
AN
: 10,
15,
20,
30
min
ute,
1, 2
, 3, 4
, 6, 8
, 12,
24
hour
The
set
ting
to tu
rn p
rinto
ut O
FF
can
be
assi
gned
to
rem
ote
cont
rol f
unct
ion
(EX
T),
tr
igge
r.
— — — —
Rec
ord
ing
an
d P
rin
tin
g
Item
µR10
000
µR10
00
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation TI 04P01B01-02E
13<Toc> <Ind>
Aug. 10, 2005-00
1.3 Recording and Printing
Rec
ordi
ng fo
rmat
2. D
igita
l prin
tout
Mes
sage
prin
tout
:
With
pan
el k
ey o
r re
mot
e co
ntro
l opt
ion
up to
5 m
essa
ges
can
be
prin
ted
C
onte
nts:
(D
ate*
3 /ti
me)
*2 an
d m
essa
ge (
up to
16
char
acte
rs)
Rec
ord
star
t tim
e:
Dat
e/tim
e w
ill b
e pr
inte
d w
hen
reco
rdin
g st
arts
P
rinto
ut c
onte
nts:
Ti
me
tick*
6 (o
nly
for
dot m
odel
), (
Dat
e*3 /
tim
e)*1 ,
Cha
rt s
peed
P
rinto
ut O
N/O
FF
sel
ecta
ble
Cha
rt s
peed
cha
nge
prin
tout
: P
rinto
ut w
hen
char
t spe
ed is
cha
nged
P
rinto
ut c
onte
nts:
Ti
me
tick*
6 (o
nly
for
dot m
odel
) , C
hart
spe
ed, (
Dat
e*3 /
tim
e)*1
P
rinto
ut O
N/O
FF
sel
ecta
ble
List
prin
tout
*7:
List
ings
of r
ange
and
ala
rm s
ettin
g, e
tc. w
ill b
e pr
inte
d
SE
T U
P li
st p
rinto
ut *
7 :
List
ings
of s
ettin
gs in
SE
T U
P m
ode
will
be
prin
ted
Man
ual p
rinto
ut*7
:
With
pan
el k
ey o
r re
mot
e co
ntro
l opt
ion,
mea
surin
g va
lue
will
be
prin
ted
*1 S
elec
tab
le f
rom
hh
:mm
, hh
:mm
:ss,
mm
/dd
hh
:mm
, mm
/dd
hh
:mm
:ss,
m
m/d
d/y
y, h
h:m
m:s
s*2
Sel
ecta
ble
fro
m h
h:m
m, h
h:m
m:s
s, m
m/d
d h
h:m
m, m
m/d
d h
h:m
m:s
s,
mm
/dd
/yy,
hh
:mm
:ss,
OF
F.*3
Sel
ecta
ble
fro
m M
.D.Y
, Y/M
/D, M
/D/Y
, D/M
/Y, o
r D
.M.Y
S
elec
ted
dat
e fo
rmat
is r
efle
cted
in t
he
dat
e o
f al
arm
pri
nto
ut,
per
iod
ic
pri
nto
ut,
mes
sag
e p
rin
tou
t, r
eco
rd s
tart
tim
e an
d c
har
t sp
eed
pri
nto
ut.
Set
tin
g
Fo
rmat
Exa
mp
leM
.D.Y
A
ug
. 31.
200
5Y
/M/D
20
05/8
/31
M/D
/Y
8/31
/200
5D
/M/Y
31
/8/2
005
D.M
.Y
31. 8
. 200
5
*4 A
ppea
rs w
hen
char
t fee
d/sp
eed
has
been
cha
nged
dur
ing
perio
dic
prin
tout
.*5
Acc
ordi
ng to
prin
t set
tings
all
the
item
s ar
e no
t prin
ted.
*6 It
can
not
be
prin
ted
whe
n pr
into
ut is
not
don
e on
the
right
tim
e ax
is.
*7 D
urin
g pr
into
ut tr
end
reco
rdin
g w
ill b
e in
terr
upte
d.
← Tim
e (h
h:m
m)
and
mes
sage
(up
to 1
6 ch
arac
ters
)
← Tim
e tic
k*6
(onl
y fo
r do
t mod
el),
tim
e(hh
:mm
) , C
hart
spe
ed← ← Ti
me
tick*
6 (o
nly
for
dot m
odel
), C
hart
spe
ed, t
ime(
hh:m
m)
← ← ← ← — — — ← ← ← ←
Rec
ord
ing
an
d P
rin
tin
g
Item
µR10
000
µR10
00
T03
04_R
ev1.
EP
S
14
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation
<Toc> <Ind>
TI 04P01B01-02E
1.4 Display
Aug. 10, 2005-00
1.4 Display
T04
01_R
ev1.
EP
S
Dis
play
met
hod
Dis
play
Set
ting
Dis
play
VF
D (
101
x 16
dot
mat
rix)
Mul
tiple
dis
play
sD
igita
l, ba
r, fl
ag, D
I/DO
dis
pla
y et
c. c
an b
e di
spla
yed
Th
e d
isp
lay
typ
e ca
n b
e se
lect
ed f
rom
ap
pro
x. 8
0 d
isp
lay
typ
es.
µR10
000
setti
ngs
disp
lay
by in
tera
ctiv
e m
ode
In s
etti
ng
, nav
igat
ion
al d
isp
lay
met
ho
d is
use
d
1 1
chan
nel
dig
ital
dis
pla
y*1 :
AU
TO*2
/MA
N*3
2 2
chan
nel
dig
ital
dis
pla
y*1 :
AU
TO*2
/MA
N*3
3 4
chan
nel
dig
ital
dis
pla
y*1 :
Ch
ann
el N
o.,
alar
m t
ype,
mea
suri
ng
val
ue
are
dis
pla
yed
4 6
chan
nel
dig
ital
dis
pla
y*1 :
Mea
suri
ng
val
ue
dis
pla
yed
(o
nly
fo
r d
ot
mo
del
)
5 1
chan
nel d
igita
l dis
play
*1 +
1 c
hann
el b
ar g
raph
dis
play
: AU
TO*2
/MA
N*3
6 1
chan
nel d
igita
l dis
play
*1 +
4 c
hann
el b
ar g
raph
dis
play
: AU
TO*2
/MA
N*3
(on
ly fo
r pe
n m
odel
)
7 2
chan
nel
dig
ital
*1 +
2 c
han
nel
bar
gra
ph
dis
pla
y: A
UTO
*2/M
AN
*3
8 4
chan
nel
bar
gra
ph
dis
pla
y (o
nly
fo
r 4
pen
mo
del
)
6 ch
ann
el b
ar g
rap
h d
isp
lay
(on
ly f
or
do
t m
od
el)
9 F
lag
dis
pla
y 10
Ala
rm s
tatu
s
Eac
h c
han
nel
ala
rm s
tatu
s (A
larm
set
tin
g O
FF,
ala
rm O
N, o
ccu
rrin
g
alar
m*)
*
Fo
r h
old
typ
e al
arm
11 D
ate/
time
disp
lay
(m
m/d
d/yy
hh:
mm
) +
Ch
art
spee
d d
ispl
ay 12
DI/D
O d
isp
lay
(Ava
ilab
le f
or
mo
del
wit
h /R
1 o
r /A
1-/A
3 o
pti
on
)
13 S
tatu
s d
isp
lay
Ala
rm o
ccur
renc
e di
spla
y
Cha
rt e
nd in
dica
tor
14 D
ispl
ay O
ff (li
ght o
ut)
VF
D (
5 x
7 do
t mat
rix, 1
1 di
git)
Dig
ital d
ispl
ay, d
ate,
tim
e ca
n be
dis
play
ed
— ← — — — — — 1 ch
anne
l dig
ital d
ispl
ay*1
1 +
1 c
hann
el b
ar g
raph
dis
play
: AU
TO
*12 /
MA
N*1
3
(
only
for
dot m
odel
)
1 ch
anne
l dig
ital d
ispl
ay*1
1 +
4 c
hann
el b
ar g
raph
dis
play
: AU
TO
*12 /
MA
N*1
3
(on
ly fo
r pe
n m
odel
)
— — — — — DA
TE
: mm
:dd:
yyT
IME
: hh:
mm
:ss
— — VIE
W: I
C m
emor
y ca
rd s
tatu
s is
dis
play
edW
ithou
t IC
mem
ory
card
opt
ion,
dis
play
is O
FF
Dis
pla
y
Item
µR10
000
µR10
00
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation TI 04P01B01-02E
15<Toc> <Ind>
Aug. 10, 2005-00
1.4 Display
T04
02_R
ev1.
EP
S
Dis
play
Bar
gra
gh d
ispl
ay
Ala
rm s
tatu
s di
spla
y of
ch
anne
l No.
15 S
plit
dis
pla
y: U
pp
er/lo
wer
po
siti
on
dis
pla
y
T
he
follo
win
g d
isp
lays
can
be
assi
gn
ed
• D
ate/
tim
e d
isp
lay
(mm
/dd
/yy/
hh
/mm
)*4
•
Ch
art
spee
d d
isp
lay*
4
•
1 ch
ann
el d
igit
al d
isp
lay*
1 : A
UTO
*2/M
AN
*3
• 2c
h d
igit
al d
isp
lay*
1 : A
UTO
*2/M
AN
*3
• S
tatu
s d
isp
lay
• A
larm
sta
tus
•
Dis
pla
y O
ff (
ligh
t o
ut)
•
Tag
1 c
han
nel
dig
ital
dis
pla
y*1 :
AU
TO*2
/MA
N*3
16
Sys
tem
dis
pla
y
M
od
el, o
pti
on
s d
isp
lay
17
Tag
1 c
han
nel
dig
ital
dis
pla
y*1 :
AU
TO*2
/MA
N*3
18
Tag
2 c
han
nel
dig
ital
dis
pla
y*1 :
AU
TO*2
/MA
N*3
19
Tag
1 c
han
nel
dig
ital
dis
pla
y +
1 ch
ann
el b
ar g
rap
h d
isp
lay*
1 :
AU
TO*2
/MA
N*3
20
Tag
1 c
han
nel
dig
ital
dis
pla
y +
4 ch
ann
el b
ar g
rap
h d
isp
lay*
1 (p
en m
od
el
on
ly)
*1
Dis
play
upd
ated
inte
rval
can
be
sele
cted
from
AU
TO
/MA
N.
A
UT
O: 1
s/2s
/3s/
4s/5
s
MA
N: 2
s (p
en m
odel
), s
ame
as m
easu
rem
ent i
nter
val (
dot m
odel
)
*2 A
UT
O: C
hann
el N
o., a
larm
type
, mea
surin
g va
lue
and
mea
surin
g un
it (6
dig
its)
ar
e di
spla
yed
in o
rder
of c
hann
el N
o..
F
or
1 ch
ann
el d
igit
al d
isp
lay
+ 1
chan
nel
bar
gra
ph
dis
pla
y, t
he
un
it
dis
pla
y is
3 d
igit
s.
*3
MA
N:T
he s
ame
cont
ents
of A
UT
O fo
r th
e sp
ecifi
ed c
hann
el a
re d
ispl
ayed
.
*4 T
he
dis
pla
y ca
n b
e sp
ecif
ied
on
ly f
or
split
dis
pla
y.
Res
olut
ion:
1%
Mea
sure
men
t val
ue: l
eft/r
igh
t(%
) re
fere
nce
or c
ente
r ze
ro r
efer
ence
dis
play
(e
ach
chan
nel s
elec
tabl
e)A
larm
: Ala
rm s
ettin
g le
vel d
ispl
ay a
nd fl
ashi
ng d
ispl
ay o
f occ
urrin
g al
arm
—
— — — — — — — *11
Dis
play
upd
ated
inte
rval
can
be
sele
cted
from
AU
TO
/MA
N.
AU
TO
: 2s
fix
←
*12
AU
TO
: dis
play
in tu
rn o
f cha
nnel
No.
, ala
rm ty
pe, m
easu
rem
ent v
alue
,
m
easu
ring
unit
(3 d
igits
)
—
←*1
3
— ← Mea
sure
men
t val
ue: l
eft(
%)
refe
renc
e or
cen
ter
zero
ref
eren
ce d
ispl
ay← ← C
hann
el N
o. o
f occ
urrin
g al
arm
is d
ispl
ayed
on
bar
grag
h (o
nly
for
dot m
odel
)
Dis
pla
y
Item
µR10
000
µR10
00
16
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation
<Toc> <Ind>
TI 04P01B01-02E
1.4 Display, 1.5 Power Supply
Aug. 10, 2005-00
T04
03_R
ev1.
EP
S
Sta
tus
disp
lay
Dis
play
brig
htne
ss
setti
ng
Rec
ordi
ng in
pro
gres
s (R
EC
OR
D)
— — Sha
red
alar
m d
ispl
ay (
AL
AR
M)
Ala
rm o
ccu
rren
ce N
o. d
isp
lay
(1 2
3 4
5 6
)C
hart
end
indi
cato
r (C
HA
RT
EN
D):
For
the
mod
el w
ith /F
1 op
tion
— Co
mp
uta
tio
n in
pro
gre
ss (
MA
TH
): F
or
the
mo
del
wit
h /M
1 o
pti
on
Key
lock
dis
pla
y (K
EY
LO
CK
)
Dis
pla
y b
rig
htn
ess
leve
l: 1
to
8
Rec
ordi
ng in
pro
gres
s (R
CD
)P
en o
ffset
com
pens
atio
n di
spla
y (P
OC
): O
nly
for
pen
mod
elS
et m
ode
disp
lay
(SE
T)
Sha
red
alar
m d
ispl
ay (
ALM
)— C
hart
end
indi
cato
r (C
HT
): F
or th
e m
odel
with
/F1
optio
nLo
w b
atte
ry d
ispl
ay (
BA
T)
— — —
Dis
pla
y
Item
µR10
000
µR10
00
1.5 Power Supply
T05
01_R
ev1.
EP
S
Rat
ed p
ower
vol
tage
Usa
ble
pow
er v
olta
ge
rang
es
Rat
ed p
ower
freq
uenc
y
Pow
er c
onsu
mpt
ion
(ref
eren
ce d
ata)
100
to 2
40V
AC
, aut
omat
ical
ly s
elec
ted
depe
ndin
g on
the
pow
er s
uppl
y vo
ltage
90-1
32V
AC
, 180
-264
VA
C
50H
z / 6
0Hz
(aut
omat
ical
ly s
elec
ted)
(A
ppro
x.)
10
0VAC
pow
er s
ourc
e 24
0VAC
pow
er s
ourc
e M
axim
um1
pen
mod
el
9VA
* 13
VA*
40VA
2 pe
n m
odel
10
VA*
14VA
* 40
VA3
pen
mod
el
11VA
* 16
VA*
40VA
4 pe
n m
odel
12
VA*
17VA
* 40
VA6
dot m
odel
13
VA*
18VA
* 40
VA
* In
bal
ance
← 90-1
32V
AC
, 180
-250
VA
C
← (A
ppro
x.)
100V
AC p
ower
sou
rce
240V
AC p
ower
sou
rce
Max
imum
19V
A*
26V
A*
70V
A21
VA
* 29
VA
* 70
VA
23V
A*
32V
A*
70V
A24
VA
* 34
VA
* 70
VA
18V
A*
24V
A*
50V
A
* In
bal
ance
Po
wer
Su
pp
ly
Item
µR10
000
µR10
00
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation TI 04P01B01-02E
17<Toc> <Ind>
Aug. 10, 2005-00
1.6 Alarm
1.6 Alarm
T06
01_R
ev1.
EP
S
Num
ber
of a
larm
leve
ls
Ala
rm ty
pe
Dis
play
Hys
tere
sis
Ala
rm A
CK
Up
to 4
leve
l for
eac
h ch
anne
l H
igh
and
low
lim
its, d
iffer
entia
l hig
h an
d lo
w li
mits
, hig
h an
d lo
w r
ate-
of-c
hang
e lim
its a
nd d
elay
hig
h a
nd
low
*1
Inte
rval
tim
e of
rat
e-of
-cha
nge
alar
ms:
The
mea
sure
men
t int
erva
l tim
es 1
to 1
5
*1 A
larm
del
ay O
N/O
FF
sel
ecta
ble
in S
et-u
p m
od
e fo
r ea
ch c
han
nel
Ala
rm d
elay
tim
e: 1
to
360
0 s
No
te:
Wh
en th
e d
elay
tim
e is
no
t in
teg
er n
um
ber
tim
es o
f mea
sure
men
t p
erio
d, i
t will
be
inte
ger
nu
mb
er o
f mea
sure
men
t per
iod
ove
r d
elay
tim
e.
E
x. F
or
del
ay t
ime
(4s)
, mea
sure
men
t p
erio
d (
2.5
s), D
elay
tim
e w
ill b
e 5s
Ala
rm v
alue
is in
dica
ted
as a
poi
nt o
n th
e ba
r gr
aph
(onl
y fo
r ba
r gr
aph
disp
lay)
In
occ
urrin
g an
ala
rm...
- O
n di
gita
l dis
play
, an
alar
m ty
pe in
dica
toris
sho
wn.
(Whe
n so
me
alar
ms
occu
r, al
arm
dis
play
prio
rity
is H
, L, T
, t,
h, l,
R, r
.)
- O
n ba
r gr
aph
disp
lay,
a p
oint
indi
cato
r is
flas
hing
.
- S
hare
d al
arm
dis
play
- A
cha
nnel
num
ber
of o
ccur
ring
alar
m is
is d
ispl
ayed
0.0
to 1
.0%
(0.
1% s
tep)
of r
ecor
ding
spa
n ar
e se
lect
able
. (on
ly H
igh,
Low
ala
rm)
(com
mon
for
all c
hann
els
and
all l
evel
s)
Ala
rm in
dica
tion
whe
n A
LAR
M A
CK
-key
is p
ress
ed (
Sha
red
alar
m d
ispl
ay a
nd
Ala
rm s
tatu
s d
isp
lay)
A
larm
dis
play
Hol
d/no
n-ho
ld s
elec
tabl
e (c
omm
on fo
r al
l cha
nnel
s)
Non
-hol
d-ty
pe: A
larm
dis
play
is n
ot a
ffect
ed w
hen
the
ALA
RM
AC
K-k
ey is
pre
ssed
.H
old-
type
: Whe
n al
arm
occ
urs,
ala
rm in
dica
tor
will
sta
rt fl
ashi
ng. A
fter A
LAR
M
AC
K-k
ey is
pre
ssed
indi
cato
r w
ill s
how
sta
tus
of th
e al
arm
.
← Hig
h an
d lo
w li
mits
, diff
eren
tial h
igh
and
low
lim
its, h
igh
and
low
rat
e-of
-cha
nge
limits
In
terv
al ti
me
of r
ate-
of-c
hang
e al
arm
s: T
he m
easu
rem
ent i
nter
val t
imes
1 to
15
(Hig
h/lo
w in
com
mon
)
— Set
val
ue is
indi
cate
d as
a p
oint
on
the
bar
grap
h← P
riorit
y or
der:
H, L
, h, l
, R, r
← ← A c
hann
el n
umbe
r of
occ
urrin
g al
arm
is is
dis
play
ed (
dot m
odel
onl
y)
App
rox.
0.5
% a
nd 0
% o
f rec
ordi
ng s
pan
(onl
y fo
r H
igh/
Low
ala
rm)
are
sele
ctab
le← A
larm
indi
catio
n w
hen
ALA
RM
AC
K-k
ey is
pre
ssed
(S
hare
d al
arm
dis
play
)
← ← ← ←
Ala
rm
Item
µR10
000
µR10
00
Ala
rm O
NA
CK
key
ON
Ala
rm O
FF
Indi
cato
r bl
inki
ng
Indi
cato
r O
FF
HO
LD ty
pe (
ex.1
)
Ala
rm O
N
AC
K k
ey
ON
Ala
rm O
FF
Indi
cato
r bl
inki
ngIn
dica
tor
ON
Indi
cato
r O
FF
HO
LD ty
pe (
ex.2
)
18
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation
<Toc> <Ind>
TI 04P01B01-02E
1.7 Other, 1.8 Safety Standard EMC Standard
Aug. 10, 2005-00
1.7 Other, 1.8 Safety Standard EMC Standard
T07
01_R
ev1.
EP
S
Clo
ck
Clo
ck a
ccur
acy
Pan
el K
ey lo
ck
Pro
tect
ion
func
tion
Mem
ory
back
up
Inte
rnal
illu
min
atio
n
Insu
latio
n re
sist
ance
Die
lect
ric s
tren
gth
Mec
hani
cal n
ois
With
cal
enda
r fu
nctio
n
±100
ppm
, how
ever
not
incl
udin
g er
ror
in tu
rnin
g O
N/O
FF
[RC
D],
[ME
NU
], [D
ISP
ME
NU
], [F
EE
D] k
ey a
nd fu
nctio
ns*
*(A
larm
AC
K, M
ath
, Pri
nto
ut,
Mes
sag
e, B
uff
er c
lear
, Dig
ital
PR
T, P
en
exch
ang
e (o
nly
fo
r p
en m
od
el),
Rib
bo
n e
xch
ang
e (o
nly
fo
r d
ot
mo
del
))
By
pas
swo
rdC
an b
e se
t in
key
lock
set
ting
of F
UN
CK
ey lo
ck s
tatu
s is
dis
pla
yed
Lith
ium
bat
tery
to p
rote
ct s
ettin
g pa
ram
eter
s. L
ife is
app
rox.
ten
year
s (a
t roo
m
tem
pera
ture
, and
for
stan
dard
mod
el)
and
is in
stal
led
insi
de th
e re
cord
er.
Wh
ite
LE
D (
LE
D A
SS
Y c
an b
e ex
chan
ged
by
use
r)B
rig
htn
ess
leve
l OF
F/1
-4 s
elec
tab
le
Eac
h te
rmin
al to
gro
und
term
inal
: mor
e th
an 2
0MΩ
(m
easu
red
at 5
00V
DC
)
Pow
er s
uppl
y to
gro
und
term
inal
: 150
0V A
C (
50/6
0Hz)
, 1 m
in
Con
tact
out
put t
erm
inal
to g
roun
d te
rmin
al: 1
500
VA
C (
50/6
0 H
z), 1
min
Mea
surin
g in
put t
erm
inal
to g
roun
d te
rmin
al: 1
000
VA
C (
50/6
0 H
z), 1
min
Bet
wee
n m
easu
rem
ent i
nput
term
inal
s: 1
000
VA
C (
50/6
0 H
z), 1
min
N
ote:
Exc
ept f
or R
TD
, sin
ce b
-ter
min
al is
com
mon
B
etw
een
rem
ote
cont
rol t
erm
inal
to g
roun
d te
rmin
al: 5
00 V
DC
, 1 m
in
Mac
hine
Noi
se In
form
atio
n O
rdin
ance
3.G
SG
V, J
an. 1
8, 1
991
M
axim
um s
ound
pre
ssur
e le
vel:
60dB
(A
) or
less
(IS
O77
79)
← ← [RC
D],
[ME
NU
], [A
LAR
M A
CK
/FU
NC
], [F
EE
D] k
ey
Key
lock
— ← Inte
rnal
ref
lect
ion
of V
FD
indi
cato
r— ← ← ← ← ← ← ← ← ←
Oth
er
Item
µR10
000
µR10
00
T08
01_R
ev1.
EP
S
CS
A
CE
C-T
ick
CS
A22
.2 N
o.61
010-
1 (N
RT
L/C
*) in
stal
latio
n ca
tego
ry II
, mea
sure
men
t cat
egor
y II,
po
llutio
n de
gree
2
* F
or m
arki
ng th
at in
clud
es N
RT
L, a
mar
k w
ith “
US
” (U
SA
) pr
inte
d on
the
right
sid
e of
CS
A m
ark
and
“C”
(Can
ada)
prin
ted
on th
e le
ft si
de a
ppea
rs o
n th
is in
stru
men
t
EM
C d
irect
ive:
EN
6132
6 co
mpl
ianc
e (E
mis
sion
: Cla
ss A
, Im
mun
ity: A
nnex
A)
E
N61
000-
3-2
com
plia
nt
EN
6100
0-3-
3 co
mpl
iant
E
N55
011
com
plia
nt, C
lass
A G
roup
1Lo
w v
olta
ge d
irect
ive:
EN
6101
0-1
com
plia
nt, i
nsta
llatio
n ca
tego
ry II
, mea
sure
men
t ca
tego
ry II
, pol
lutio
n de
gree
2 A
S/N
ZS
CIS
PR
11 c
ompl
iant
, Cla
ss A
Gro
up 1
← ← ← ← ← ← ← ←
Saf
ety
Sta
nd
ard
EM
C S
tan
dar
d
Item
µR10
000
µR10
00
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation TI 04P01B01-02E
19<Toc> <Ind>
Aug. 10, 2005-00
1.9 Normal Operation Condition
1.9 Normal Operation Condition
T09
01_R
ev1.
EP
S
Pow
er v
olta
ge
Pow
er fr
eque
ncy
Am
bien
t tem
pera
ture
Am
bien
t hum
idity
Vib
ratio
n
Sho
ck
Mag
netic
fiel
d
Noi
se
Ope
ratio
n po
sitio
n
War
m u
p tim
e
90 to
132
VA
C, 1
80 to
264
VA
C
50H
z±2%
, 60H
z±2%
0 to
50˚
C
20 to
80%
RH
(at
5to
40˚
C)
10 to
60H
z 0.
2m/s
2 or
less
Not
acc
epta
ble
Less
than
400
A/m
(D
C a
nd 5
0/60
Hz)
Nor
mal
Mod
e (5
0 / 6
0Hz)
D
CV
: Pea
k va
lue
incl
udin
g si
gnal
mus
t be
less
than
1.2
tim
es th
e m
easu
ring
ran
ge.
T
C: P
eak
valu
e in
clud
ing
sign
al m
ust b
e le
ss th
an 1
.2 ti
mes
the
mea
surin
g th
erm
al e
lect
rom
otiv
e fo
rce.
R
TD
: les
s th
an 5
0 m
V.
Com
mon
mod
e (5
0 / 6
0Hz)
Le
ss th
an 2
50V
AC
rm
s fo
r th
e w
hole
ran
ge
Max
imum
noi
se v
olta
ge b
etw
een
chan
nels
(50
/60
Hz)
Le
ss th
an 2
50V
AC
rm
s *I
n ca
se o
f /N
2 (3
leg
RT
D)
is c
ombi
ned
less
than
200
VA
C r
ms
for
6 do
t mod
el
Fro
ntw
ards
: 0˚
Bac
kwar
ds: W
ithin
30˚
from
hor
izon
tal
Min
imum
30
min
utes
afte
r po
wer
has
bee
n tu
rned
ON
.
90 to
132
VA
C, 1
80 to
250
VA
C
← ← ← ← ← ← ← ← ← ← ← ← ← ← ← ←
No
rmal
Op
erat
ion
Co
nd
itio
n
Item
µR10
000
µR10
00
20
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation
<Toc> <Ind>
TI 04P01B01-02E
1.10 Standard Performance
Aug. 10, 2005-00
T10
01_R
ev1.
EP
S
Mea
surin
g an
d re
cord
ing
accu
racy
Acc
urac
y in
sca
ling
Ref
eren
ce ju
nctio
n co
mpe
nsat
ion
Ref
eren
ce ju
nctio
n co
mpe
nsat
ion
accu
racy
Sta
ndar
d op
erat
ion
cond
ition
: 23±
2˚C
, 55±
10%
RH
., po
wer
sup
ply
volta
ge 9
0 to
13
2VA
C, 1
80 to
264
VA
C, p
ower
sup
ply
freq
uenc
y w
ithin
50
/60H
z±1%
, war
m-u
p tim
e at
leas
t 30
min
utes
, oth
er a
mbi
ent c
ondi
tions
like
vib
ratio
n sh
ould
not
adv
erse
ly
affe
ct th
e re
cord
ing
cond
ition
.
Not
e: R
ecor
ding
spa
n is
100
mm
Acc
urac
y in
sca
ling
(dig
its):
= m
easu
ring
accu
racy
(di
git)
x m
ultip
lier
+2d
igits
(r
ound
ed u
p)W
here
the
mul
tiplie
r=sc
alin
g sp
an d
igits
/rec
ordi
ng s
pan
digi
ts
INT
/EX
T s
elec
tabl
e (p
er c
hann
el)
Type
R, S
, B, W
, WR
e: ±
1.0˚
CTy
pe K
, J, E
, T, N
, L, U
: ±0.
5˚C
(Whe
n m
easu
ring
0˚C
or
up)
Sta
ndar
d op
erat
ion
cond
ition
: 23±
2˚C
, 55±
10%
RH
., po
wer
sup
ply
volta
ge 9
0 to
13
2VA
C, 1
80 to
250
VA
C, p
ower
sup
ply
freq
uenc
y w
ithin
50
/60H
z±1%
, war
m-u
p tim
e at
leas
t 30
min
utes
, oth
er a
mbi
ent c
ondi
tions
like
vib
ratio
n sh
ould
not
adv
erse
ly
affe
ct th
e re
cord
ing
cond
ition
.
← ← ← ← Type
R, S
, B, W
: ±1.
0˚C
← ←
Sta
nd
ard
Per
form
ance
Item
µR10
000
µR10
00
Inpu
t
DC
V
TC
excl
udin
g th
e ac
cura
cy o
f re
fere
nce
junc
tion
com
pens
atio
n
RT
D
Ran
ge
20m
V60
mV
200m
V2V 6V 20
V50
V1-
5V R S B K E J T N W L U Wre
Pt1
00JP
t100
M
easu
rem
ent a
ccur
acy
±(0.
1% o
f rd
g +
2dig
its)
±(0.
1% o
f rd
g +
3dig
its)
±(0.
1% o
f rd
g +
2dig
its)
±(0.
15%
of r
dg +
1 ˚C
)ho
wev
er R
, S: 0
to 1
00˚C
: ±3
.7˚C
, 100
.0 to
300
˚C: ±
1.5
B: 4
00 to
600
C: ±
2 ˚C
, and
is
not g
uara
ntee
d be
low
400
˚C± (
0.15
% o
f rdg
+0.
7˚C
)ho
wev
er ±
(0.1
5% o
f rdg
+
1 ˚C
) fo
r -2
00 to
-10
0˚C
± (0.
15%
of r
dg +
0.5˚
C)
±(0.
15%
of r
dg +
0.5˚
C)
How
ever
±(0
.15%
of r
dg
+0.
7 ˚C
) fo
r -2
00 to
-10
0˚C
± (0.
15%
of r
dg +
0.7˚
C)
± (0.
15%
of r
dg +
1˚C
)±(
0.15
% o
f rdg
+0.
5˚C
)ho
wev
er ±
(0.1
5% o
f rdg
+
0.7 ˚
C)
for
-200
to 1
00˚ C
± (0.
2% o
f rd
g +
1.0˚
C)
±(0.
15%
of r
dg+
0.3˚
C)
Max.
resolu
tion
10µV
10µV
100µ
V1m
V1m
V10
mV
10m
V1m
V
0.1˚
C
0.1˚
C
Res
olut
ion
Pen
mod
elD
ead
band
: 0.
2% o
fre
cord
ing
span
Dot
mod
elre
solu
tion:
0.1m
mP
en m
odel
Dea
d ba
nd:
0.2%
of
reco
rdin
g sp
an
Dot
mod
elre
solu
tion:
0.1m
m
Rec
ordi
ng a
ccur
acy
Mea
sure
men
t acc
urac
y ±
(0.3
% o
f rec
ordi
ng s
pan)
Mea
sure
men
t acc
urac
y ±(
0.3%
of r
ecor
ding
spa
n)
Mea
sure
men
t acc
urac
y±(
0.3%
of r
ecor
ding
spa
n)
Mea
surin
g (d
igita
l dis
play
) R
ecor
ding
(an
alog
) In
put
DC
V
TC
excl
udin
g th
e ac
cura
cy o
f re
fere
nce
junc
tion
com
pens
atio
n
RT
D
Ran
ge
20m
V60
mV
200m
V2V 6V 20
V - - R S B K E J T N W L U -P
t100
JPt1
00
M
easu
rem
ent a
ccur
acy
±(0.
2% o
f rdg
+3d
igits
)±(
0.2%
of r
dg +
2dig
its)
±(0.
2% o
f rdg
+2d
igits
)±(
0.1%
of r
dg +
2dig
its)
±(0.
3% o
f rdg
+2d
igits
)±(
0.3%
of r
dg +
2dig
its)
- - ← ← ← ← ← ← ← - ←
Max.
resolu
tion
10µV
10µV
100µ
V1m
V1m
V10
mV
- - ← ←
Res
olut
ion
← ←
Rec
ordi
ng a
ccur
acy
← ← ←
Mea
surin
g (d
igita
l dis
play
) R
ecor
ding
(an
alog
)
1.10 Standard Performance
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation TI 04P01B01-02E
21<Toc> <Ind>
Aug. 10, 2005-00
1.10 Standard Performance
T10
02_R
ev1.
EP
S
Max
. allo
wab
le in
put
volta
ge
Inpu
t res
ista
nce
Inpu
t sou
rce
resi
stan
ce
Inpu
t bia
s cu
rren
t
Max
com
mon
mod
e V
olta
ge
Max
. diff
eren
tial n
oise
be
twee
n ch
anne
ls
Inte
rfer
ence
bet
wee
n ch
anne
ls
Com
mon
mod
e re
ject
ion
ratio
Nor
mal
mod
e re
ject
ion
ratio
±10V
DC
(co
nt.)
for
200m
VD
C r
ange
s or
less
and
TC
, RT
D, D
I ran
ges
±60V
DC
(co
nt.)
for
2VD
C o
r m
ore
10M
Ω o
r m
ore
(TC
, 20m
V, 6
0mV,
200
mV
ran
ge)
App
rox.
1M
Ω (
2V r
ange
or
mor
e)
DC
V, T
C: 2
kΩ o
r le
ssR
TD
: 10
Ω o
r le
ss /
wire
(T
he r
esis
tanc
e of
all
thre
e w
ire m
ust b
e eq
ual)
10 n
A o
r le
ss (
exce
pt
wh
en b
urn
ou
t is
sp
ecif
ied
)
250V
AC
rm
s (5
0/60
Hz)
250V
AC
rm
s (5
0/60
Hz)
120d
B (
Inpu
t ext
erna
l res
ista
nce
500Ω
, the
dev
iatio
n in
the
case
that
60V
is
appl
ied
to a
noth
er c
hann
el)
120d
B (
50/6
0Hz±
0.1%
, 500
Ω im
bala
nce
betw
een
min
us te
rmin
al a
nd g
roun
d)
40dB
(50
/60H
z±0.
1%)
±10V
DC
(co
nt.)
for
2VD
C r
ange
s or
less
and
TC
ran
ges
±30
VD
C (
cont
.) fo
r 6V
DC
or
mor
e
10M
Ω o
r m
ore
(TC
, 20m
V, 6
0mV,
200
mV,
2V
ran
ge)
A
ppro
x. 1
MΩ
(6V
ran
ge o
r m
ore)
← ← 10nA
or
less
(ho
wev
er w
hen
burn
out i
s sp
ecifi
ed to
TC
: 100
nA)
← ← ← ← ←
Sta
nd
ard
Per
form
ance
Item
µR10
000
µR10
00
22
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation
<Toc> <Ind>
TI 04P01B01-02E
1.11 Effect of Operating Condition
Aug. 10, 2005-00
T11
01_R
ev1.
EP
S
Am
bien
t tem
pera
ture
Effe
ct o
f pow
er s
uppl
y
Effe
ct o
f mag
netic
fiel
d
Effe
ct o
f inp
ut s
ourc
e re
sist
ance
Effe
ct o
f ope
ratin
g po
sitio
n
Vib
ratio
n
Effe
ct o
f am
bien
t tem
pera
ture
var
iatio
n of
10˚
C
Dig
ital d
ispl
ay: W
ithin
±(0
.1%
of r
dg +
1dig
it)
R
ecor
ding
: With
in d
igita
l dis
play
±0.
2% o
f rec
ordi
ng s
pan
(e
xclu
ding
RJC
err
or)
Effe
ct o
f var
iatio
n w
ithin
90
to 1
32 V
or
180
to 2
64V
AC
in r
ated
pow
er s
uppl
y vo
ltage
(50
/60H
z)
D
igita
l dis
play
: with
in ±
1dig
it
Rec
ordi
ng: W
ithin
±0.
1% o
f rec
ordi
ng s
pan
Effe
ct o
f rat
ed p
ower
freq
uenc
y va
riatio
n of
±2H
z (a
t 100
VA
C):
Dig
ital d
ispl
ay: W
ithin
±(0
.1%
of r
dg +
1dig
it)
R
ecor
ding
: Sam
e as
dig
ital d
ispl
ay
Effe
ct o
f AC
(50
/60H
z) o
r D
C 4
00A
/m fi
eld:
Dig
ital d
ispl
ay: W
ithin
±(0
.1%
of r
dg+
10di
gits
)
Rec
ordi
ng: L
ess
than
±0.
5% o
f rec
ordi
ng s
pan
Effe
ct o
f inp
ut s
ourc
e re
sist
ance
var
iatio
n of
+1K
Ω:
DC
V r
ange
200m
V o
r lo
wer
ran
ge: W
ithin
±10
µV
2V
or
high
er r
ange
: With
in -
0.1%
of r
dg
TC
ran
ge: W
ithin
±10
µV
RT
D r
ange
i) E
ffect
of 1
0Ω p
er w
ire (
resi
stan
ce o
f thr
ee w
ires
mus
t be
equa
l)
D
igita
l dis
play
: With
in ±
(0.1
% o
f rdg
+1d
igit)
R
ecor
ding
: With
in d
igita
l dis
play
+ ±
0.1%
of r
ecor
ding
spa
n
ii) E
ffect
of d
iffer
ence
of t
hree
wire
s:
Dig
ital d
ispl
ay: 0
.1˚C
per
40
mΩ
(app
rox.
) fo
r P
t100
ran
ge
Dig
ital d
ispl
ay: W
ithin
±(0
.1%
of r
dg +
1dig
it) (
with
in 3
0˚ b
ackw
ard)
R
ecor
ding
: With
in d
igita
l dis
play
±0.
1% o
f rec
ordi
ng s
pan
(with
in 3
0˚ b
ackw
ard)
E
ffect
whe
n si
ne-w
ave
mot
ion
of fr
eque
ncy
10 to
60
Hz
and
acce
lera
tion
of 0
.2m
/s2
is a
pplie
d to
inst
rum
ent i
n th
e di
rect
ion
of th
ree
axes
for
two
hour
s.
D
igita
l dis
play
: With
in ±
(0.1
% o
f rdg
+1d
igit)
Rec
ordi
ng: W
ithin
dig
ital d
ispl
ay ±
0.1%
of r
ecor
ding
spa
n
← ← ← ← 90 to
132
, 180
to 2
50V
AC
in r
ated
pow
er s
uppl
y vo
ltage
(50
/60H
z)
← ← ← ← ← ← ← ← ← ← 2V o
r lo
wer
ran
ge: W
ithin
±10
µV
6V o
r hi
gher
ran
ge: W
ithin
-0.
1% o
f rdg
T
C r
ange
: With
in ±
10µV
(W
ithin
±10
0µV
in b
urno
ut u
se)
← ← ← ← ← Dig
ital d
ispl
ay: 0
.1˚C
per
40
mΩ
(app
rox.
)
← ← ← ← ← ←
Eff
ect
of
Op
erat
ing
Co
nd
itio
n
Item
µR10
000
µR10
001.11 Effect of Operating Condition
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation TI 04P01B01-02E
23<Toc> <Ind>
Aug. 10, 2005-00
1.12 Transport and Storage Condition
1.12 Transport and Storage Condition
T12
01_R
ev1.
EP
S
Tem
pera
ture
Hum
idity
Vib
ratio
n
Sho
ck
No
mal
func
tion
will
occ
ur u
nder
thes
e co
nditi
ons,
how
ever
whe
n re
turn
ing
to
norm
al o
pera
tion
cond
ition
s, c
alib
ratio
n m
ight
be
nece
ssar
y.
-25
to 6
0˚C
5 to
95%
RH
(no
con
dens
atio
n)
10 to
60H
z, 4
.9m
/s2
392m
/s2
or le
ss (
Whi
le b
eing
pac
ked)
← ← ← ← ← ←
Tran
spo
rt a
nd
Sto
rag
e C
on
dit
ion
Item
µR10
000
µR10
00
24
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation
<Toc> <Ind>
TI 04P01B01-02E
1.13 Optional Specification
Aug. 10, 2005-00
1.13 Optional Specification
T13
01_R
ev1.
EP
S
Ala
rm
Com
mun
icat
ion
inte
rfac
e/C
3: R
S-4
22A
/485
/C7:
Eth
ern
et
IC m
emo
ry c
ard
slo
t
FAIL
/cha
rt e
nd
dete
ctio
n an
d ou
tput
Ro
ll ch
art
cass
ette
/A1:
Ala
rm O
utpu
t Rel
ay (
2 co
ntac
ts)
/A2:
Ala
rm O
utpu
t Rel
ay (
4 co
ntac
ts)
/A3:
Ala
rm O
utpu
t Rel
ay (
6 co
ntac
ts)
Whe
n al
arm
occ
urs,
out
put r
elay
on
rear
term
inal
will
be
activ
ated
.•
Rel
ay c
onta
ct r
atin
g: 2
50V
DC
/0.1
A (
resi
stan
ce lo
ad),
250
VA
C (
50/6
0Hz)
/3A
• AN
D/O
R o
utpu
t sel
ecta
ble
• E
nerg
ized
and
dee
nerg
ized
sel
ecta
ble
(Com
mon
for
all r
elay
)•
Hol
d/no
n-H
old
sele
ctab
le (
com
mon
for
all r
elay
s)•
Ref
lash
func
tion:
With
I01-
I03
outp
ut r
elay
, al
arm
can
be
assi
gned
to a
out
put
rela
y•
Type
of r
elay
out
put:
NO
-C-N
CN
ote:
Ala
rm A
CK
key
:
Non
-Hol
d ty
pe: N
o ef
fect
whe
n A
LAR
M A
CK
-key
is p
ress
ed
(no
effe
ct o
n ou
tput
rel
ay).
Hol
d ty
pe: W
hen
ALA
RM
AC
K-k
ey is
pre
ssed
, the
out
put r
elay
will
be
rese
t.
/C3:
RS
-422
A/4
85 c
omm
unic
atio
n in
terf
ace
B
y us
ing
this
com
mun
icat
ion
func
tion,
set
ting
and
cont
rol o
f dat
a ca
n be
don
e by
a ho
st-c
ompu
ter.
Dat
a ca
n al
so b
e ou
tput
to th
e ho
st-c
ompu
ter.
• S
ynch
roni
zatio
n m
etho
d: s
tart
-sto
p as
ynch
rono
us tr
ansm
issi
on•
Spe
cific
atio
n: c
onfo
rms
to E
IA-4
22A
(R
S-4
22A
) an
d E
IA-4
85 (
RS
-485
) st
anda
rd•
Pro
toco
ls: Y
OK
OG
AW
A p
rivat
e pr
otoc
ol, M
od
bu
s p
roto
col
• C
omm
unic
atio
n m
etho
d:
4 w
ire h
alf-
dupl
ex m
ulti-
drop
con
nect
ion
(1:N
(N
=1 t
o 3
2))
• Tr
ansf
er r
ate:
120
0, 2
400,
480
0, 9
600,
192
00, 3
8400
bps
• D
ata
leng
th: 7
, 8 b
it•
Sto
p bi
t: 1
bit
• P
arity
: OD
D, E
VE
N, N
ON
E•
Com
mun
icat
ion
dist
ance
: Up
to
1.2
km•
Mo
db
us:
RT
U S
LA
VE
/C7:
Eth
ern
et ln
terf
ace
Ele
ctri
cal a
nd
mec
han
ical
sp
ecif
icat
ion
s: c
on
form
s to
IEE
E 8
02.3
Tran
smis
sio
n m
edia
:10
Bas
e-T
Pro
toco
l: T
CP,
IP, U
DP,
ICM
P, A
RP
— /F1:
If a
n er
ror
in th
e C
PU
boa
rd o
ccur
s, o
r w
hen
the
char
t rea
ches
its
end,
out
put
rela
y on
the
rear
term
inal
will
be
activ
ated
. Bes
ides
, whe
n th
e ch
art r
each
es it
s en
d, '
CH
AR
T E
ND
' ind
icat
or w
ill b
e sh
own
on th
e di
spla
y.R
elay
con
tact
rat
ing:
DC
250
V/0
.1 A
(re
sist
ens
load
), A
C 2
50 V
(50
/60
Hz)
/3A
Che
rt e
nd: E
nerg
ized
, FA
IL: D
eene
rgiz
ed
—
← ← ← ← ← ← ← ← ← ← ← ← ← RS
-422
A c
omm
unic
atio
n in
terf
ace
← ← Com
mun
icat
ion
leve
l: co
nfor
ms
to E
IA R
S-4
22A
Pro
toco
ls: Y
OK
OG
AW
A p
rivat
e pr
otoc
ol
4 w
ire h
alf-
dupl
ex m
ulti-
drop
con
nect
ion
1:16
Tran
sfer
rat
e: 7
5, 1
50, 3
00, 6
00, 1
200,
240
0, 4
800,
960
0, 2
400,
480
0, 9
600b
ps← S
top
bit:
1, 2
bit
← Com
mun
icat
ion
dist
ance
: 500
m— — — — — /E
1: IC
mem
ory
card
slo
t, /E
2: IC
mem
ory
card
slo
t
/F1:
If a
n er
ror
in th
e C
PU
boa
rd o
ccur
s, o
r w
hen
the
char
t rea
ches
its
end,
out
put
rela
y on
the
rear
term
inal
will
be
activ
ated
. Bes
ides
, whe
n th
e ch
art r
each
es it
s en
d, '
CH
T' i
ndic
ator
will
be
show
n on
the
disp
lay.
← ← /H1:
Rol
l cha
rt c
asse
tte
Op
tio
nal
Sp
ecif
icat
ion
Item
µR10
000
µR10
00
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation TI 04P01B01-02E
25<Toc> <Ind>
Aug. 10, 2005-00
1.13 Optional Specification
T13
02_R
ev1.
EP
S
Cla
mpe
d in
put t
erm
inal
Non
-gla
re d
oor
glas
s
Por
tabl
e
Com
puta
tion
func
tion
/H2:
Usi
ng c
lam
ped
inpu
t ter
min
als
as in
put t
erm
inal
.
/H3:
Pro
vide
s no
n-gl
are
glas
s in
the
fron
t doo
r.
Pha
se p
lan
/M1:
Com
puta
tion
func
tion
•
Com
puta
tion
expr
essi
on: m
easu
rem
ent c
hann
el, r
emot
e in
put,
com
mun
icat
ion
digi
tal i
nput
can
be
used
• N
umbe
r of
com
puta
tion
chan
nel:
8 ch
anne
ls (
pen
mod
el)
12 c
hann
els
(dot
mod
el)
•
Ope
rato
r ty
pe
Fou
r ar
ithm
etic
ope
ratio
ns
Squ
are,
Abs
olut
e,
C
omm
on lo
garit
hm (
y=lo
g10x
),
Exp
onen
tial (
eX),
Pow
er (
Xn )
R
elat
iona
l ope
rato
r (<
, , >
, , =
, )
Logi
c (A
ND
, OR
, NO
T, X
OR
)
• C
onst
ant*
: Up
to
30
con
stan
ts c
an b
e u
sed
•
Rem
ote
inp
ut*
Nu
mb
er o
f av
aila
ble
rem
ote
inp
ut:
5
D
I sta
tus
(1/0
) ca
n b
e u
sed
in c
om
pu
tati
on
exp
ress
ion
•
Com
puta
tion
expr
essi
on
Up
to 1
20 c
hara
cter
s ca
n be
use
d
*
It c
an n
ot
be
use
d in
sta
tist
ical
exp
ress
ion
S
tatis
tical
com
puta
tion
S
tatis
tical
type
: MA
X, M
IN, A
VE
, SU
M, M
AX
-MIN
Co
mp
uta
tio
n c
han
nel
rec
ord
ing
Pen
mo
del
: M
easu
rem
ent
and
co
mp
uta
tio
n c
han
nel
can
be
assi
gn
ed t
o 1
-4
pen
.
Do
t m
od
el:
Up
to
12
com
pu
tati
on
ch
ann
els
can
be
reco
rded
Rec
ord
ing
ON
/OF
F s
elec
tab
le f
or
each
ch
ann
el
reco
rdin
g p
erio
d:
Max
6 c
han
nel
/10
sec
7-
12 c
han
nel
/15
sec
13
-18
chan
nel
/20
sec
R
eco
rdin
g c
olo
r
CH
.A (p
urpl
e), C
H.B
(red
), C
H.C
(gre
en),
CH
.D (b
lue)
, CH
.E (b
row
n), C
H.F
(bla
ck)
CH
.G (p
urpl
e), C
H.J
(red
), C
H.K
(gre
en),
CH
.M (b
lue)
, CH
.N (b
row
n), C
H.P
(bla
ck)
(Rec
ord
ing
co
lor
sele
ctab
le)
← ← /H5[
] B
...P
ower
cor
d JI
S s
t’d, D
...P
ower
cor
d U
L st
’d, F
...P
ower
cor
d V
DE
st’d
,
R...
Pow
er c
ord
AS
st’d
, J...
Pow
er c
ord
BS
st’d
, V...
Pow
er c
ord
GB
st’d
/H5[
] an
d /P
1 ca
n no
t spe
cifie
d to
geth
er
← Com
puta
tion
expr
essi
on: m
easu
rem
ent c
hann
el
Cha
nnel
num
ber:
pen
mod
el 4
cha
nnel
do
t mod
el 6
cha
nnel
← ← ← ← ← — ← ← Up
to 1
0 co
nsta
nts
can
be u
sed
— Up
to 3
6 ch
arac
ters
can
be
used
Sta
tistic
al ty
pe: M
AX
, MIN
, AV
E, S
UM
Com
puta
tion
chan
nel c
an b
e as
sign
ed to
a c
hann
el, w
hich
is n
ot u
sed
for m
easu
rem
ent c
hann
el
Com
puta
tion
chan
nel c
an b
e as
sign
ed to
a c
hann
el, w
hich
is n
ot u
sed
for m
easu
rem
ent c
hann
el— — — — —
Op
tio
nal
Sp
ecif
icat
ion
Item
µR10
000
µR10
00
26
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation
<Toc> <Ind>
TI 04P01B01-02E
T13
03_R
ev2.
EP
S
3 le
g is
olat
ed R
TD
DC
24V
DC
pow
er
supp
ly
AC
24V
pow
er s
uppl
y
Rem
ote
cont
rol
/N2:
3 le
g is
olat
ed R
TD
A
, B, b
legs
of R
TD
are
isol
ated
Pha
se p
lan
— /R1:
Rem
ote
cont
rol
5 ar
e se
lect
able
from
the
belo
w m
entio
ned
rem
ote
cont
rols
.
N
umbe
r of
set
tings
sig
nal
• R
ecor
ding
sta
rt/s
top
1
edge
• C
hart
spe
ed c
hang
e 1
leve
l•
Mes
sage
prin
tout
sta
rt*1
5
trig
ger
• M
anua
l prin
tout
sta
rt
1 tr
igge
r•
Ala
rm A
CK
1
trig
ger
• Ti
me
adju
stm
ent
1 tr
igg
er
(ad
just
th
e ti
me
to a
pre
set
tim
e)•
Com
puta
tion
star
t/sto
p*2
1
edge
• C
ompu
tatio
n re
set*
2 1
trig
ger
— — *1 U
p to
5 m
essa
ges
can
be s
et*2
Com
puta
tion
func
tion
(/M
1) m
ust b
e sp
ecifi
ed to
geth
er
← /P1:
DC
24V
DC
pow
er s
uppl
y•
Rat
ed p
ower
sup
ply:
24
VD
C• A
llow
able
pow
er s
uppl
y vo
ltage
ran
ge: 2
1.6-
26.4
VD
C•
With
stan
ding
vol
tage
: 150
0 V
AC
bet
wee
n po
wer
term
inal
and
gro
und
term
inal
/P5:
AC
24V
pow
er s
uppl
y
/R1:
Rem
ote
cont
rol
← N
umbe
r of
set
ting
Sig
nal
Rec
ordi
ng s
tart
/sto
p
1 le
vel
← ← ← — — TLO
G s
tart
/sto
p*2
1
leve
l— P
erio
dic
prin
tout
sta
rt
1 tr
igge
rS
tart
sav
ing
of m
easu
red
1 tr
igge
r
data
to IC
mem
ory
card
*3
← ← *3 IC
mem
ory
card
slo
t (/E
2) m
ust b
e sp
ecifi
ed
Op
tio
nal
Sp
ecif
icat
ion
Item
µR10
000
µR10
00
Met
hod
of d
etec
tion
risin
g
edge
trig
ger
250m
s or
m
ore
250m
s or
m
ore
250m
s or
m
ore
falli
ngcl
ose
open
leve
l
1st
char
t spe
ed2n
d ch
art s
peed
1st
char
t spe
ed
clos
e
open
Met
hod
of d
etec
tion
trig
ger
250m
s or
m
ore
leve
l
1st
char
t spe
ed2n
d ch
art s
peed
1st
char
t spe
ed
clos
e
open
leve
l
TLO
G s
top
TLO
G s
tart
T
LOG
sto
p
clos
e
open
leve
l
Rec
ordi
ngst
op
Rec
ordi
ngst
art
Rec
ordi
ngst
op
clos
e
open
1.13 Optional Specification
Aug. 10, 2005-00
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation TI 04P01B01-02E
27<Toc> <Ind>
Aug. 10, 2005-00
1.13 Optional Specification
T13
03-1
1_A
dd11
_E.E
PS
Rem
ote
cont
rol
Desc
riptio
n of
the
edge
act
ion
(Rec
ordi
ng s
tart/
stop
)1)
Rec
ordi
ng s
tart/
stop
(Cas
e 1)
2) R
ecor
ding
sta
rt/st
op (C
ase
2)
1) R
ecor
ding
sta
rt/st
op (C
ase
1)
2) R
ecor
ding
sta
rt/st
op (C
ase
2)
Op
tio
nal
Sp
ecif
icat
ion
Item
µR10
000
µR10
00
CLO
SE
Rem
ote
term
inal
RC
D k
eyOP
EN
ON
OF
F
STA
RT
ST
OP
Rec
ordi
ng
Trig
ger
of r
ecor
d st
art/s
top:
Sel
ecte
the
Rem
ote
cont
rol (
EX
T)
Trig
ger
of r
ecor
d st
art/s
top:
Sel
ecte
the
Rem
ote
cont
rol (
EX
T)
Inpu
t a fa
lling
edg
e si
gnal
STA
RT-
>S
TO
P
App
lyin
g a
risin
g ed
ge s
igna
l
whe
n re
cord
ing
is a
lread
y in
prog
ress
pro
duce
s no
effe
ct.
App
lyin
g a
falli
ng e
dge
sign
al
whe
n re
cord
ing
is s
topp
ed
prod
uces
no
effe
ct.
RC
D k
eyR
ever
ses
the
stat
us o
f rec
ord
ST
OP
->S
TA
RT
ST
AR
T->
ST
OP
CLO
SE
Rem
ote
term
inal
RC
D k
eyOP
EN
ON
OF
F
STA
RT
ST
OP
Rec
ordi
ng
RC
D k
eyR
ever
ses
the
stat
us o
f rec
ord
CLO
SE
Rem
ote
term
inal
RC
D k
eyOP
EN
ON
OF
F
STA
RT
ST
OP
Rec
ordi
ng
RC
D-k
ey
Dis
able
RC
D-k
ey
Dis
able
CLO
SE
Rem
ote
term
inal
RC
D k
eyOP
EN
ON
OF
F
STA
RT
ST
OP
Rec
ordi
ng
Leve
l
Leve
l
ST
AR
T->
ST
OP
ST
OP
->S
TA
RT
Rem
ote
cont
rol i
nput
term
inal
Inpu
t a r
isin
g ed
ge s
igna
l
ST
OP
->S
TAR
T
Dur
ing
oper
atio
n, lo
ck th
e R
CD
key
as o
ccas
ion
dem
ands
.
28
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation
<Toc> <Ind>
TI 04P01B01-02E
1.13 Optional Specification
Aug. 10, 2005-00
T13
03-1
2_A
dd12
_E.E
PS
Rem
ote
cont
rol
Desc
riptio
n(P
ower
OFF
dur
ing
reco
rdin
g)3)
Pow
er O
FF d
urin
g re
cord
ing
→ P
ower
ON
(Cas
e 1)
4)Po
wer
OFF
dur
ing
reco
rdin
g →
Pow
er O
N (C
ase
2)
3)Po
wer
OFF
dur
ing
reco
rdin
g →
Pow
er O
N (C
ase
1)
4)Po
wer
OFF
dur
ing
reco
rdin
g →
Pow
er O
N (C
ase
2)
Opt
iona
l Spe
cific
atio
n
Item
µR10
000
µR10
00
Trig
ger
of r
ecor
d st
art/s
top:
Sel
ecte
the
RD
C k
ey (
INT
)
RC
D-k
ey: d
isab
le
Rem
ote
cont
rol :
dis
able
Trig
ger
of r
ecor
d st
art/s
top:
Sel
ecte
the
Rem
ote
cont
rol
(EX
T)
Pow
erO
N
OF
F
RC
D k
eyO
N
OF
F
Bat
tery
bac
ks u
p th
e re
cord
sta
tus
Whe
n be
cam
e po
wer
off
whi
le
the
reco
rdin
g is
in p
rogr
ess,
th
e re
cord
er s
tart
s a
reco
rd
whe
n be
cam
e po
wer
on.
Pow
erO
N
OF
F
RC
D k
eyO
N
OF
F
Bat
tery
bac
ks u
p th
e re
cord
sta
tus
Whe
n be
cam
e po
wer
off
whi
le
the
reco
rdin
g is
in p
rogr
ess,
th
e re
cord
er s
tart
s a
reco
rd
whe
n be
cam
e po
wer
on.
CLO
SE
Rem
ote
term
inal
OP
EN
STA
RT
ST
OP
Rec
ordi
ng CLO
SE
Rem
ote
term
inal
OP
EN
STA
RT
ST
OP
Rec
ordi
ng
Pow
erO
N
OF
F
RC
D k
eyO
N
OF
F
Pow
erO
N
OF
F
RC
D k
eyO
N
OF
F
Bat
tery
bac
ks u
p th
e re
cord
sta
tus
Whe
n be
cam
e po
wer
off
whi
le
the
reco
rdin
g is
in p
rogr
ess,
th
e re
cord
er s
tart
s a
reco
rd
whe
n be
cam
e po
wer
on.
CLO
SE
Rem
ote
term
inal
OP
EN
STA
RT
ST
OP
Rec
ordi
ng CLO
SE
Rem
ote
term
inal
OP
EN
STA
RT
ST
OP
Rec
ordi
ng
Bat
tery
bac
ks u
p th
e re
cord
sta
tus
Whe
n be
cam
e po
wer
off
whi
le
the
reco
rdin
g is
in p
rogr
ess,
th
e re
cord
er s
tart
s a
reco
rd
whe
n be
cam
e po
wer
on.
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation TI 04P01B01-02E
29<Toc> <Ind>
Aug. 10, 2005-00
1.13 Optional Specification
T13
03-1
3_A
dd13
_E_R
ev1.
EP
S
5) P
ower
OFF
dur
ing
reco
rdin
g →
Pow
er O
N (C
ase
3)
6) P
owr
ON
with
rem
oto
inpu
t ON
(CLO
SE) s
tatu
s
5) P
ower
OFF
dur
ing
reco
rdin
g →
Pow
er O
N (C
ase
3)
6) P
owr
ON
with
rem
oto
inpu
t ON
(CLO
SE) s
tatu
s
Rem
ote
cont
rol
Desc
riptio
n(P
ower
OFF
dur
ing
reco
rdin
g)
Opt
iona
l Spe
cific
atio
n
Item
µR10
000
µR10
00
Bat
tery
bac
ks u
p th
e re
cord
sta
tus
4.R
ecor
ding
ST
OP
1.P
ower
OF
F
2.P
ower
ON
3.W
hen
a po
wer
is s
uppl
ied
Fal
ling
edge
sig
nal i
s de
tect
ed
Bat
tery
bac
ks u
p th
e re
cord
sta
tus
3.R
ecor
ding
ST
OP
1.P
ower
OF
F
2.P
ower
ON
Leve
l
Pow
erO
N
OF
F
RC
D k
eyO
N
OF
F
Pow
erO
N
OF
F
RC
D k
eyO
N
OF
F
CLO
SE
Rem
ote
term
inal
OP
EN
STA
RT
STO
P
Rec
ordi
ng CLO
SE
Rem
ote
term
inal
OP
EN
STA
RT
STO
P
Rec
ordi
ng
Pow
erO
N
OF
F
RC
D k
eyO
N
OF
F
Pow
erO
N
OF
F
RC
D k
eyO
N
OF
F
CLO
SE
Rem
ote
term
inal
OP
EN
STA
RT
STO
P
Rec
ordi
ng CLO
SE
Rem
ote
term
inal
OP
EN
STA
RT
STO
P
Rec
ordi
ng4.
Rec
ordi
ngS
TA
RT
Bat
tery
bac
ks u
p th
e re
cord
sta
tus
1.P
ower
OF
F
2.P
ower
ON
3.W
hen
a po
wer
is s
uppl
ied
Ris
ing
edge
sig
nal i
s de
tect
ed
3.R
ecor
ding
ST
AR
T
Bat
tery
bac
ks u
p th
e re
cord
sta
tus
11.P
ower
OF
F
2.P
ower
ON
Leve
lTr
igge
r of
rec
ord
star
t/sto
p:
Sel
ecte
the
Rem
ote
cont
rol
(EX
T)
RC
D-k
ey: d
isab
le
Trig
ger
of r
ecor
d st
art/s
top:
Sel
ecte
the
Rem
ote
cont
rol
(EX
T)
RC
D-k
ey: d
isab
le
30
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation
<Toc> <Ind>
TI 04P01B01-02E Aug. 10, 2005-00
1.13 Optional Specification
T13
04_R
ev1.
EP
S
Cu1
0, C
u25
RT
D in
put
Pt5
0 R
TD
, PR
40-2
0,
PLA
TIN
EL
TC
etc
.
/N1:
Cu1
0, C
u25
RT
D in
put
Pt1
00 a
nd
JP
t100
inp
uts
can
be
use
d t
og
eth
er
Cu1
0 an
d C
u25
inpu
t mea
sure
men
t ran
ge
Inpu
t typ
e M
easu
ring
rang
e
RT
D
Cu1
0 (G
E)
-200
.0 to
300
.0˚C
Cu1
0 (L
&N
) (-
328.
0 to
572
.0˚F
) (m
easu
red
curr
ent
Cu1
0 (W
EE
D)
i=
2mA
) C
u10
(BA
ILE
Y)
Cu1
0: α
=0.
0039
2 at
20˚
C
Cu1
0: α
=0.
0039
3 at
20˚
C
(m
easu
red
curre
nt i=
1mA)
C
u25:
α=
0.00
425
at 0
˚C
M
easu
rem
ent a
ccur
acy
and
reco
rdin
g ac
cura
cy
Inpu
t typ
e M
easu
rem
ent a
ccur
acy
Rec
ordi
ng a
ccur
acy
Cu1
0 (G
E)
C
u10
(L&
N)
C
u10
(WE
ED
)
±
(0.4
% o
f rdg
+1.
0˚C
)
Mea
sure
men
t acc
urac
yC
u10
(BA
ILE
Y)
±(
0.3%
of
Cu1
0: α
=0.
0039
2 at
20˚
C
re
cord
ing
span
)C
u10:
α=
0.00
393
at 2
0˚C
Cu2
5: α
=0.
0042
5 at
0˚C
±(
0.3%
of r
dg +
0.8˚
C)
/N3:
Exp
ansi
on in
put
Thi
s op
tion
allo
ws
14 in
put t
ypes
suc
h as
Pt5
0 R
TD
, PR
40-2
0, P
LAT
INE
L T
C to
be
supp
orte
d be
side
s st
anda
rd in
put t
ypes
.
In
put t
ype
Mea
sure
men
t ran
ge
TC
P
R40
-20
0.0
to19
00.0
˚C
32 to
345
2˚F
PLA
TIN
EL
0.0
to 1
400.
0˚C
32
to 2
552˚
F
N
iNiM
o
0.0
to 1
310.
0˚C
32
to 2
390˚
F
W
/WR
e26
0.0
to 2
400.
0˚C
32
to
435
2˚F
Typ
e N
(A
WG
14)
0.0
to 1
300.
0˚C
32
to
237
2˚F
Kp
vs
Au
7Fe
0.0
to 3
00.0
K
RT
D
Pt5
0 -2
00.0
to 6
00.0
˚C
-328
.0 to
111
2.0˚
F
P
t25
-200
.0 t
o 5
50.0
˚C
-328
.0 t
o 1
022.
0˚F
Ni1
00 (
SA
MA
) -2
00.0
to
250
.0˚C
-3
28.0
to
482
.0˚F
(mea
sure
d cu
rren
t N
i100
(D
IN)
-60.
0 to
180
.0˚C
-7
6.0
to 3
56.0
˚F
i=1m
A
Ni1
20
-70.
0 to
200
.0˚C
-9
4.0
to 3
92.0
˚F
J2
63*B
0.
0 to
300
.0K
Cu
53
-50.
0 to
150
.0˚C
-5
8.0
to 3
02.0
˚F
C
u10
0*
-50.
0 to
150
.0˚C
-5
8.0
to 3
02.0
˚F*C
u10
0: α
=0.0
0425
at
0 C
/N1:
Cu1
0, C
u25
RT
D in
put
Cu1
0 an
d C
u25
can
be u
sed
inst
ead
of P
t100
and
JP
t100
In
put t
ype
Mea
surin
g ra
nge
R
TD
←
←
(
mea
sure
d cu
rren
t ←
i=
1.5m
A)
←
←
←
←
←
← ← ← ← ← ← ← /N3:
Pt 5
0 R
TD
, PR
20-4
0, P
LAT
INE
L T
C in
put
Pt5
0 R
TD
, PR
40-2
0, P
LAT
INE
L T
C a
re a
vaila
ble
besi
des
stan
dard
inpu
t typ
es
In
put t
ype
Mea
sure
men
t ran
ge
TC
←
←
←
←
—
—
—
—
—
—
—
—
RT
D
←
←
—
—
—
— (
mea
sure
d cu
rren
t —
—
i=
1.5m
A
—
—
—
—
—
—
—
—
Op
tio
nal
Sp
ecif
icat
ion
Item
µR10
000
µR10
00
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation TI 04P01B01-02E
31<Toc> <Ind> 1.13 Optional Specification
Aug. 10, 2005-00
T13
05_R
ev1.
EP
S
Pt5
0 R
TD
, PR
40-2
0,
PLA
TIN
EL
TC
etc
.
Rem
ote
RJC
In
put t
ype
Mea
sure
men
t acc
urac
y R
ecor
ding
acc
urac
yP
R40
-20
0 to
450
˚C
not s
peci
fied
45
0 to
750
˚C
±(0.
9% o
f rdg
+3.
2˚C
)
750
to 1
100˚
C
±(0.
9% o
f rdg
+1.
3˚C
)
1100
to 1
900˚
C
±(0.
9% o
f rdg
+0.
4˚C
) P
LAT
INE
L
±(0.
25%
of r
dg +
2.3˚
C)
NiN
iMo
±(0.
25%
of r
dg +
0.7˚
C)
Mea
sure
men
t acc
urac
yW
/WR
e26
0 to
400
˚C
±15.
0˚C
±(
0.3%
of
40
0 to
240
0˚C
±(
0.2%
of r
dg +
2.0˚
C)
reco
rdin
g sp
an)
Typ
e N
(A
WG
14)
±(
0.2%
of r
dg +
1.3˚
C)
Kp
vs
Au
7Fe
0 to
20K
±4
.5K
20 t
o 3
00K
±2
.5K
P
t50
±(
0.3%
of r
dg +
0.6˚
C)
Pt2
5
±(0.
15%
of r
dg +
0.6˚
C)
Ni1
00 (
SA
MA
)
N
i100
(D
IN)
±(0.
15%
of r
dg +
0.4˚
C)N
i120
J2
63*B
0
to 4
0K
±3.0
K
40
to
300
K
±1.0
K
Cu
53
±(
0.15
% o
f rdg
+0.
8˚C)
C
u10
0
±(0.
2% o
f rdg
+1.
0˚C
) N
ote:
PR
40-2
0: N
o re
fere
nce
junc
tion
com
pens
atio
n (0
˚C fi
x)
—
In
put t
ype
Mea
sure
men
t acc
urac
y R
ecor
ding
acc
urac
y
←
←
←
←
←
←
←
←
←
←
—
—
—
—
—
—
—
—
—
—
←
—
—
←
←
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
← /N5:
Rem
ote
RJC
Op
tio
nal
Sp
ecif
icat
ion
Item
µR10
000
µR10
00
32
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation
<Toc> <Ind>
TI 04P01B01-02E Aug. 10, 2005-00
1.14 Model Code and Options
1.14 Model Code and Options
T14
01_R
ev1.
EP
S
Opt
ion
Mod
el
Suf
fix c
ode
Opt
ion
code
S
peci
ficat
ion
43
6101
...
.....
......
.. µR
1000
0 1
pen
rec
orde
r 43
6102
...
.....
......
.. µR
1000
0 2
pen
rec
orde
r 43
6103
...
.....
......
.. µR
1000
0 3
pen
rec
orde
r 43
6104
...
.....
......
.. µR
1000
0 4
pen
rec
orde
r 43
6106
...
.....
......
.. µR
1000
0 6
dot
rec
orde
r
-2
...
.....
Eng
lish,
deg
F &
DS
T
/
O
ptio
n co
de
/A1
Ala
rm o
utpu
t rel
ay (2
con
tact
s)*1
/A
2 A
larm
out
put r
elay
(4 c
onta
cts)
*1
/A
3 A
larm
out
put r
elay
(6 c
onta
cts)
*1*2
/C
3 R
S-42
2A/4
85 c
omm
unic
atio
n in
terfa
ce *
3
/C
7 E
ther
net c
omm
unic
atio
n in
terf
ace
*3
/F
1 FA
IL/C
hart
end
dete
ctio
n an
d ou
tput
*2
/H
2 C
lam
ped
inpu
t *4
/H
3 N
on-g
lare
doo
r gl
ass
/M
1 C
ompu
tatio
n fu
nctio
n
/N1
Cu1
0, C
u25
inpu
t
/N2
3 le
g is
olat
ed R
TD
*4 *
5
/N
3 E
xpan
sion
inpu
ts*6
/R
1 R
emot
e co
ntro
l 5 c
onta
cts
*1
: Onl
y on
e of
/A1,
/A2,
/A3
can
be s
elec
ted
*2
: /A
3 an
d /F
1 ca
n no
t be
spec
ified
toge
ther
*3
: /C
3 an
d /C
7 ca
n no
t be
spec
ified
toge
ther
*4
: /H
2 an
d /N
2 ca
n no
t be
spec
ified
toge
ther
*5
: /N
2 ca
n be
spe
cifie
d on
ly fo
r do
t mod
el
(S
tand
ard
inpu
t of p
en m
odel
is
isol
ated
)
*6: 1
4 ty
pes
inpu
ts: P
t50
RTD
, PR
40-2
0, P
LATI
NE
L TC
etc
.
— — — — — —
Mode
l cod
e S
peci
ficat
ion
43
6001
µR
1000
1 p
en r
ecor
der
4360
02
µR10
00 2
pen
rec
orde
r 43
6003
µR
1000
3 p
en r
ecor
der
4360
04
µR10
00 4
pen
rec
orde
r 43
6006
µR
1000
6 d
ot r
ecor
der
/L1:
Fre
nch
/ Ger
man
/ E
nglis
h S
umm
er/w
inte
r tim
e, /D
2: d
eg F
←
← ← RS
-422
A c
omm
unic
atio
n in
terf
ace
— ← ← ← ←
C
u10,
Cu2
5 in
put *
11
← Pt5
0, P
R40
-20,
PLA
TIN
EL
← ← ← — ← ← — *11:
If /N
1 is
spe
cifie
d, P
t100
and
JP
t100
inpu
t is
not a
vaila
ble.
/E1
IC m
emor
y ca
rd s
lot w
ith S
ET
UP
dat
a re
ad/w
rite
func
tion
/E2
IC m
emor
y ca
rd s
lot w
ith S
ET
UP,
mea
sure
men
t dat
a re
ad/w
rite
func
tion
/H1
Rol
l cha
rt c
asse
tte
/N
5 R
emot
e R
JC
/P
5 A
C 2
4 V
Pow
er s
uppl
y
Mo
del
Co
de
and
Op
tio
ns
Item
µR10
000
µR10
00
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation TI 04P01B01-02E
33<Toc> <Ind> 1.14 Model Code and Options
Aug. 10, 2005-00
T14
02_R
ev1.
EP
S
Sta
ndar
d ac
cess
orie
s
Spa
res
Opt
iona
l acc
esso
ries
P
rodu
ct
1
pen
2 pe
n 3
pen
4 pe
n 6
dot
Z-f
old
char
t
1 1
1 1
16
colo
r rib
bon
cass
ette
—
—
—
—
1D
ispo
sabl
e fe
lt-pe
n ca
rtrid
ge
Red
1
1 1
1 —
Gre
en
—
1 1
1 —
Blu
e —
—
1
1 —
Vio
let
—
—
—
1 —
Plo
tter
pen
Pur
ple
1 1
1 1
—M
ount
ing
brac
kets
2 2
2 2
2In
stru
ctio
n M
anua
l (C
D-R
OM
)
1 1
1 1
1O
per
atio
n g
uid
e
1 1
1 1
1
— — — N
ame
Par
t No.
Or
der Q
’ty (u
nit)
Des
crip
tion
Z-f
old
char
t
B95
65A
W
10
1 ch
art /
1 u
nit
6 co
lors
rib
bon
cass
ette
B99
01A
X
1 1
piea
ce /
1 un
itD
ispo
sal f
elt-
pen
cart
ridge
R
ed
B99
02A
M
1 3
piec
es /
1 un
it
Gre
en B
9902
AN
1
3 pi
eces
/ 1
unit
B
lue
B99
02A
P
1 3
piec
es /
1 un
it
Vio
let
B99
02A
Q
1 3
piec
es /
1 un
itP
lotte
r pe
n P
urpl
e B
9902
AR
1
3 pi
eces
/ 1
unit
Mou
ntin
g br
acke
t
B99
00B
X
2 1
piea
ce /
1 un
it
— N
ame
Mod
el c
ode
Spe
cific
atio
n S
hunt
res
isto
r 41
59 2
0 25
0Ω±0
.1%
(for
scr
ew in
put
4159
21
100Ω
±0.1
%
term
inal
) 41
59 2
2 10
Ω±0
.1%
Shu
nt r
esis
tor
4389
20
250Ω
±0.1
%(f
or c
lum
ped
inpu
t 43
89 2
1 10
0Ω±0
.1%
term
inal
) 43
89 2
2 10
Ω±0
.1%
—
Cha
rt (
roll
char
t for
/H1
mod
el)
← ← ← ← ← ← ← Inst
ruct
ion
Man
ual
Ref
eren
ce s
heet
(Q
uick
ope
ratio
n gu
ide)
Key
(fo
r ke
y lo
ck)
Fus
e (2
50V
800
mA
tim
e la
g)(2
50V
5A
tim
e la
g fo
r 24
V D
C/A
C m
odel
)
← ← ← ← ← ← ← ← Cha
rt (
Rol
l cha
rt)
B
9902
MY
10
1
roll
/ 1 u
nit
← ← ← ← ← ← ← IC m
emor
y ca
rd
Mo
del
Co
de
and
Op
tio
ns
Item
µR10
000
µR10
00
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation TI 04P01B01-02E
35<Toc> <Ind>
Aug. 10, 2005-00
Chapter2 µR20000 Comparative table (µR20000 vs µR1800)2.1 Construction
2.1 Construction
Mou
ntin
g
Allo
wab
le p
anel
th
ickn
ess
Mat
eria
l
Fin
ish
Doo
r
Dim
ensi
ons
Wei
ght (
appr
ox.)
Flu
sh P
anel
mou
ntin
g (v
ertic
al)
Mou
ntin
g m
ay b
e in
clin
ed u
p to
30˚
, rea
r be
low
fron
t (w
ith h
oriz
onta
l bas
e).
2 to
26m
m
Cas
e: S
teel
, fro
nt d
oor:
alu
min
ium
die
cas
ting
Cas
e an
d do
or-f
ram
e: C
har
coal
gra
y lig
ht
(Man
sell
10B
3.6
/0.3
or
equi
vale
nt)
Spl
ash
and
dust
-pro
of (
base
d on
DIN
400
50-I
P54
) 28
8(W
) x
288(
H)
x 22
0(D
)mm
1 pe
n 7.
5kg,
2 p
en 7
.5kg
, 3 p
en 7
.6kg
, 4 p
en 7
.6kg
6
dot 8
.4kg
, 12
dot 8
.6kg
, 18
dot 8
.8kg
, 24
dot 9
.0kg
← ← ← Cas
e an
d do
or-f
ram
e: la
mp
blac
k (M
anse
ll 0.
8Y2.
5 / 0
.4 o
r eq
uiva
lent
)
← ← 1 pe
n 8.
9kg,
2 p
en 9
.0kg
, 3 p
en 9
.2kg
, 4 p
en 9
.4kg
6 do
t 9.1
kg, 1
2 do
t 9.4
kg, 1
8 do
t 9.5
kg, 2
4 do
t 9.6
kg
Co
nst
ruct
ion
Item
µR20
000
µR18
00
T01
01-2
.EP
S
36
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation
<Toc> <Ind>
TI 04P01B01-02E
2.2 Input
Aug. 10, 2005-00
2.2 Input
T02
01-2
.EP
S
Num
ber
of in
put
Inpu
ts
Inpu
t typ
e
Mea
surin
g ra
nge
1-4
pen,
6, 1
2, 1
8, 2
4 do
t-m
odel
D
CV.
..Dire
ct c
urre
nt v
olta
ge in
put ±
20m
V to
±50
V, 1
-5V
ran
ge
TC
...T
herm
o co
uple
R
TD
...R
esis
tanc
e te
mpe
ratu
re d
etec
tor
D
I...D
igita
l inp
ut (
cont
act o
r D
C v
olta
ge (
TT
L le
vel)
D
CA
...D
irect
cur
rent
(u
sing
ext
erna
l shu
nt r
esis
tor
(10Ω
, 100
Ω, 2
50Ω
))
U
nive
rsal
inpu
t M
easu
rem
ent r
ange
: Set
ting
at fr
ont p
anel
Inpu
t R
ange
M
easu
ring
rang
e D
CV
20
mV
-2
0.00
to 2
0.00
mV
60m
V
-60.
00 to
60.
00m
V
20
0mV
-2
00.0
to 2
00.0
mV
2V
-2.0
00 to
2.0
00V
6V
-6.0
00 to
6.0
00V
20V
-2
0.00
to 2
0.00
V
50
V
-50.
00 t
o 5
0.00
V
1-
5V *
1 1.
000
to 5
.000
V
TC
R
*2
0.0
to 1
760.
0˚C
32
to 3
200˚
F
S *
2 0.
0 to
176
0.0˚
C
32 to
320
0˚F
B
*2
0.0
to 1
820.
0˚C
32
to 3
308˚
F
K *
2 -2
00.0
to 1
370.
0˚C
-3
28 to
249
8˚F
E
*2
-200
.0 to
800
.0˚C
-3
28.0
to 1
472.
0˚F
J
*2
-200
.0 to
110
0.0˚
C
-328
.0 to
201
2.0˚
F
T *
2 -2
00.0
to 4
00.0
˚C
-328
.0 to
752
.0˚F
N
*2
0.0
to 1
300.
0˚C
32
to 2
372˚
F
W *
3 0.
0 to
231
5.0˚
C
32 to
419
9˚F
L
*4
-200
.0 to
900
.0˚C
-3
28.0
to 1
652.
0˚F
U
*4
-200
.0 to
400
.0˚C
-3
28.0
to 7
52.0
˚F
WR
e *5
0.
0 to
240
0.0˚
C
32 t
o 4
352˚
FR
TD
*6
Pt1
00 *
6 -2
00.0
to 6
00.0
˚C
-328
.0 to
112
0.0˚
F
JPt1
00 *
6 -2
00.0
to 5
50.0
˚C
-328
.0 to
102
2.0˚
FD
I D
CV
inpu
t O
FF
: 2.4
V le
ss O
N: 2
.4V
or
grea
ter
C
onta
ct in
put
Con
tact
inpu
t ON
/OF
F
*1: O
nly
lin
ear
scal
ing
can
be
use
d (
bu
rno
ut
is a
vaila
ble
)*2
: R, S
, B, K
, E, J
, T, N
: IE
C58
4-1
(199
5), D
IN IE
C58
4, J
IS C
1602
-199
5
*3: W
: W-5
% R
e/W
-26%
Re
(Hos
kins
Mfg
. Co.
), A
ST
M E
988
*4: L
: Fe-
CuN
i, D
IN43
710,
U: C
u-C
uNi,
DIN
4371
0*5
: WR
e: W
-3%
Re/
W-2
5%R
e (H
osk
ins
Mfg
. Co
.)*6
: Pt1
00: J
IS C
1604
-199
7, IE
C75
1-19
95, D
IN IE
C75
1-19
96
JPt1
00: J
IS C
1604
-198
9, J
IS C
1606
-198
9
Mea
surin
g cu
rren
t: i=
1mA
← DC
V...D
irect
cur
rent
vol
tage
inpu
t ±20
mV
to ±
20V
← ← ← ← ← ← ← ← ← ← ← ← — — R *
1
S *
1
B *
1
K *
1
E *
1
J *1
T *
1
N *
2
W *
3
← ← — Pt1
00 *
5
JPt1
00 *
5
← ← — *1
R, S
, B, K
, E, J
, T: A
NS
I, IE
C 5
84, D
IN IE
C 5
84, J
IS C
160
2-19
81*2
N
: Nic
rosi
l-Nis
il, IE
C 5
84, D
IN IE
C 5
84*3
W
: W•5
% R
e-W
•26%
Re
(Hos
kins
Mfg
Co)
← — *5
Pt1
00: J
IS C
160
4-19
89, J
IS C
160
6-19
89, I
EC
751
, DIN
IEC
751
JP
t100
: JIS
C 1
604-
1981
, JIS
C 1
606-
1989
*5: M
easu
ring
curr
ent:
i=0.
5mA
Inp
ut
Item
µR20
000
µR18
00
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation TI 04P01B01-02E
37<Toc> <Ind>
Aug. 10, 2005-00
2.2 Input
T02
02-2
.EP
S
Mea
sure
men
t int
erva
l
A/D
inte
grat
ion
time
TC
bur
nout
1-5
V b
urno
ut
Ref
eren
ce J
unct
ion
com
pens
atio
n
Filt
er fu
nctio
n
Com
puta
tion
Pen
...12
5ms/
chan
nel
Dot
...1s
/6 d
ot,
2.5
s/12
-24
dot
2.5s
/6 d
ot, 5
s/12
dot,
10s/
18-2
4dot
(A
/D in
tegr
atio
n tim
e 10
0ms)
Sel
ecta
ble
form
for A
UT
O (
auto
sw
itch
betw
een
20m
s an
d 16
.7m
s ac
cord
ing
to
pow
er s
uppl
y fr
eque
ncy)
, 20m
s (5
0Hz)
, 16.
7ms
(60H
z), a
nd 1
00m
s (5
0/60
Hz)
*.*1
00m
s (o
nly
for
dot m
odel
)
ON
/ O
FF
sel
ecta
ble
(per
cha
nnel
)B
urno
ut u
psca
le/d
owns
cale
sel
ecta
ble
(per
ch
ann
el)
Nor
mal
: les
s th
an 2
kΩ, b
urno
ut: m
ore
than
10M
Ω
Mea
surin
g cu
rren
t: ap
prox
. 10µ
A
Bu
rno
ut;
less
th
an 0
.2V
INT
/EX
T s
elec
tabl
e (p
er c
hann
el)
EX
T r
efer
ence
junc
tion
com
pens
atio
n vo
ltage
ran
ge: -
2000
0 to
200
00µV
Pen
mod
el...
Sig
nal d
ampi
ng: O
N/O
FF
sel
ecta
ble
per
chan
nel
Ti
me
cons
tant
: 2, 5
, 10s
ecD
ot p
rintin
g m
odel
:
Mov
ing
aver
age:
ON
/OF
F s
elec
tabl
e pe
r ch
anne
l
Mov
ing
aver
age
cycl
e: 2
to 1
6
Diff
eren
tial c
ompu
tatio
n:
Bet
wee
n an
y tw
o ch
anne
ls, h
owev
er r
efer
ence
cha
nnel
num
ber
mus
t be
smal
ler
than
mea
surin
g c
hann
el n
umbe
r.
Ava
ilabl
e fo
r D
CV,
TC
, and
RT
D r
ange
. B
oth
chan
nels
mus
t hav
e sa
me
rang
e.Li
near
sca
ling:
A
vaila
ble
for
DC
V, T
C, R
TD
and
DI r
ange
.
Ava
ilabl
e sc
alin
g ra
nge:
-20
000
to 3
0000
Dat
a di
spla
y an
d pr
into
ut r
ange
: -19
999
to 3
0000
D
ecim
al p
oint
: Use
r se
lect
able
U
nit:
Use
r se
ttabl
e, u
p to
6 c
hara
cter
s (a
lpha
num
eric
al &
spe
cial
cha
ract
ers)
.S
quar
e ro
ot:
A
vaila
ble
DC
V r
ange
A
vaila
ble
scal
ing
rang
e: -
2000
0 to
300
00
Dat
a di
spla
y an
d pr
into
ut r
ange
: -19
999
to 3
0000
D
ecim
al p
oint
: Use
r se
lect
able
U
nit:
Use
r se
ttabl
e, u
p to
6 c
hara
cter
s (a
lpha
num
eric
al &
spe
cial
cha
ract
ers)
.
Lo
w le
vel c
ut
off
: 0.
0-5.
0% o
f re
cord
ing
sp
anB
ias
add
itio
n:
-10.
0-10
.0%
of
reco
rdin
g s
pan
← Dot
...2.
5s/6
-24
dot
← ← ← ← Bur
nout
ups
cale
/dow
nsca
le s
elec
tabl
e (c
omm
on fo
r al
l cha
nnel
s)← M
easu
ring
curr
ent:
appr
ox. 1
00nA
— ← ← ← ← ← ← ← ← ← ← ← ← Ava
ilabl
e fo
r D
CV,
TC
, RT
D r
ange
.A
vaila
ble
scal
ing
rang
e: -
2000
0 to
200
00D
ata
disp
lay
and
prin
tout
ran
ge: -
1999
9 to
200
00← ← ← ← A
vaila
ble
scal
ing
rang
e: -
2000
0 to
200
00D
ata
disp
lay
and
prin
tout
ran
ge: -
1999
9 to
200
00← ← — —
Inp
ut
Item
µR20
000
µR18
00
38
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation
<Toc> <Ind>
TI 04P01B01-02E
2.3 Recording and Printing
Aug. 10, 2005-00
2.3 Recording and Printing
T03
01-2
.EP
S
Rec
ordi
ng m
etho
d
Pen
offs
et
com
pens
atio
n
Effe
ctiv
e re
cord
ing
wid
th
Cha
rt
Ste
p re
spon
se ti
me
(pen
)
Rec
ordi
ng p
erio
d
Cha
rt s
peed
Cha
rt s
peed
cha
nge
Cha
rt s
peed
acc
urac
y
Rel
atio
n be
twee
n C
hart
sp
eed
and
Prin
tout
Pen
mod
el: D
ispo
sabl
e fe
lt pe
ns, p
lotte
r pe
nD
ot p
rintin
g m
odel
: 6 c
olor
wire
dot
ON
/ O
FF
sel
ecta
ble
(Pen
mod
el o
nly)
180m
m
Pla
in-p
aper
Z-f
old
char
t (20
m)
Ap
pro
x. 1
.5s/
IEC
611
43 m
eth
od
Pen
mod
el: C
ontin
uous
for
each
cha
nnel
Dot
prin
ting
mod
el: M
ax 6
ch/1
0s, 7
-12c
h/15
s, 1
3-18
ch/2
0s, 1
9-24
ch/3
0s
(the
sho
rtes
t rec
ordi
ng p
erio
d)A
UT
O/F
IX s
elec
tabl
eA
UT
O: A
nalo
g re
cord
ing
inte
rval
is d
epen
ding
on
the
char
t spe
edF
IX: A
nalo
g re
cord
ing
inte
rval
is s
et to
the
shor
test
per
iod
Pen
mod
el: 5
-120
00m
m/h
(82
incr
emen
ts)
Dot
mod
el: 1
-150
0mm
/h (
1mm
ste
p)
Spe
ed 1
, spe
ed 2
cha
nge
by r
emot
e co
ntro
l sig
nals
(op
tion)
With
in ±
0.1%
(fo
r re
cord
ing
long
er th
an 1
000m
m, r
elat
ed to
the
grid
of t
he c
hart
pa
per)
Pen
mod
el
Cha
rt s
peed
Per
iodi
c
Ala
rm p
rinto
ut/m
essa
ge p
rinto
ut
pr
into
ut
Cha
rt s
peed
cha
nge
time
prin
tout
5-9
mm
/h
N
A
Ava
ilabl
e10
-1,5
00 m
m/h
Ava
ilabl
e
Ava
ilabl
e1,
600-
12,0
00 m
m/h
Ava
ilabl
e N
A
6, 1
2 do
t mod
el
Cha
rt s
peed
C
hann
el N
o. P
erio
dic
A
larm
prin
tout
/mes
sage
prin
tout
(T
AG
) pr
into
ut
Cha
rt s
peed
cha
nge
time
prin
tout
1-9
mm
/h
Ava
ilabl
e N
A
Ava
ilabl
e10
-100
mm
/h
Ava
ilabl
e A
vaila
ble
Ava
ilabl
e10
1-1,
500
mm
/h
NA
N
A
NA
18, 2
4 do
t mod
el
Cha
rt s
peed
C
hann
el N
o. P
erio
dic
A
larm
prin
tout
/mes
sage
prin
tout
(T
AG
) pr
into
ut
Cha
rt s
peed
cha
nge
time
prin
tout
1-9
mm
/h
Ava
ilabl
e N
A
Ava
ilabl
e10
-50
mm
/h
Ava
ilabl
e A
vaila
ble
Ava
ilabl
e51
-1,5
00 m
m/h
N
A
NA
N
A
← ← ← ← ← 1.5
sec
or le
ss/IE
C T
C85
met
hod
← ← ← ← ← ← ← ← ← ← ← ← ← ← ← ← ← ←
Rec
ord
ing
an
d P
rin
tin
g
Item
µR20
000
µR18
00
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation TI 04P01B01-02E
39<Toc> <Ind>
Aug. 10, 2005-00
2.3 Recording and Printing
Per
iodi
c pr
into
ut in
terv
al
Rec
ordi
ng c
olor
s
Rec
ordi
ng fo
rmat
1. A
nalo
g re
cord
ing
2. D
igita
l prin
tout
AU
TO
: Per
iodi
c pr
into
ut in
terv
al is
up
to c
hart
spe
ed
Pen
mod
elC
hart
spe
ed
Per
iodi
c pr
into
ut in
terv
al5-
9 m
m/h
N
A10
-18
mm
/h
Eve
ry 8
hou
rs20
-36
mm
/h
Eve
ry 4
hou
rs40
-72
mm
/h
Eve
ry 2
hou
rs75
-135
mm
/h
Eve
ry 1
hou
r15
0-18
0 m
m/h
E
very
30
min
utes
200-
320
mm
/h
Eve
ry 2
0 m
inut
es36
0-1,
500
mm
/h
Eve
ry 1
0 m
inut
es1,
600-
mm
/h
NA
Dot
mod
el
Cha
rt s
peed
P
erio
dic
prin
tout
inte
rval
6
dot
1
2 do
t
1
8 do
t
24
dot
1-9
mm
/h
NA
NA
NA
N
A10
-19
mm
/h
8 ho
urs
1
2 ho
urs
12
hou
rs
24
hour
s20
-39
mm
/h
4 ho
urs
8
hou
rs
8
hour
s
1
2 ho
ur40
-50
mm
/h
2 ho
urs
4
hou
rs
4
hour
s
8
hou
r51
-79
mm
/h
2 ho
urs
4
hou
rs
N
A
NA
80-1
00 m
m/h
1
hour
2 h
ours
NA
N
A10
1-1,
500
mm
/h
NA
NA
NA
N
A
Pen
mod
el: p
en1=
red,
pen
2=gr
een,
pen
3= b
lue,
pen
4= v
iole
t, pl
otte
r pe
n=pu
rple
Dot
mod
el: c
h.1,
7,13
,19=
purp
le, c
h.2,
8,14
,20=
red,
ch.
3,9,
15,2
1=gr
een,
ch
.4,1
0,16
,22=
blue
, ch.
5,11
,17,
23=
brow
n, c
h.6,
12,1
8,24
=bl
ack
(col
or c
an b
e as
sign
ed to
any
cha
nnel
)
An
alo
g r
eco
rdin
g O
N/O
FF
sel
ecta
ble
fo
r ea
ch c
han
nel
of
do
t m
od
elZ
one
reco
rdin
g: S
pan:
5 m
m o
r m
ore
(1m
m s
tep)
Par
tial e
xpan
ded
reco
rdin
g:B
ound
ary
posi
tion:
1 to
99%
B
ound
ary
valu
e: w
ithin
rec
ordi
ng s
pan
Cha
nnel
(do
t mod
el o
nly)
:C
hann
el n
umbe
r or
TA
G w
ill b
e pr
inte
d du
ring
anal
og r
ecor
ding
. A
ppro
x. e
very
25
mm
this
prin
t will
occ
ur.
ON
/OF
F s
elec
tab
le (
com
mo
n f
or
all c
han
nel
)
← ← ← ← ← — ← ← ← ← —
Rec
ord
ing
an
d P
rin
tin
g
Item
µR20
000
µR18
00
T03
02-2
.EP
S
40
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation
<Toc> <Ind>
TI 04P01B01-02E
2.3 Recording and Printing
Aug. 10, 2005-00
T03
03-2
.EP
S
Rec
ordi
ng fo
rmat
2. D
igita
l prin
tout
Ala
rm:
At t
he r
ight
sid
e of
cha
rt, C
H. N
o. o
r TA
G, T
ype
of a
larm
, (d
ate*
3 /ti
me)
*1 of
ala
rm
ON
/ O
FF
will
be
prin
ted.
Ti
me
of a
larm
ON
/ O
FF,
tim
e of
ala
rm O
N, O
FF
sel
ecta
ble
(com
mon
for
all c
hann
els)
. P
erio
dic
Prin
tout
: The
follo
win
gs a
re p
rinte
d at
left
side
of c
hart
Dat
e (m
m/d
d/yy
)*3 ,
tim
e tic
k ca
ncel
mar
k (!
)*4
Ti
me
(hh:
mm
)), p
en o
ffset
com
pens
atio
n (P
OC
) O
N m
ark
(onl
y fo
r pe
n m
odel
)
M
easu
rem
ent d
ata
of e
ach
chan
nel:
a.
Cha
nnel
No.
or
tag,
ala
rm s
tatu
s, m
easu
ring
valu
e (a
ccor
ding
to
inst
anta
neou
s m
ode
or r
epor
t mod
e), m
easu
ring
unit
(up
to 6
ch
arac
ters
)
b.
ON
/OF
F s
elec
tabl
e
Sca
le p
rinto
ut: S
cale
prin
tout
at 0
or
100%
(w
hen
usin
g pa
rtia
l exp
ande
d re
cord
ing,
bou
ndar
y va
lue
is r
ecor
ded)
C
h N
o. o
r TA
G, m
easu
ring
unit
(up
to 6
cha
ract
ers)
C
ondi
tion:
prin
tout
ava
ilabl
e fo
r re
cord
ing
span
of 4
0 m
m o
r m
ore
O
N/O
FF
sel
ecta
ble
( co
mm
on fo
r al
l cha
nnel
s)
R
ecor
ding
col
or (
only
for
pen
mod
el):
Ana
log
reco
rdin
g co
lor
of s
cale
pr
into
ut c
hann
el (
OF
F s
elec
tab
le)
Cha
rt s
peed
(w
ith ti
me
tick
mar
k)
P
erio
dic
prin
t int
erva
l: us
ing
inte
rnal
tim
er s
tand
ard
time
S
tand
ard
time:
00:
00-2
3:00
(1
hour
ste
p, o
n th
e ho
ur)
P
rinto
ut in
terv
al: (
AU
TO
/MA
N)*
5 se
lect
able
A
UT
O: a
utom
atic
ally
set
as
char
t spe
ed
MA
N: 1
0, 1
2, 1
5, 2
0, 3
0 m
inut
e, 1
, 2, 3
, 4, 6
, 8, 1
2, 2
4 ho
ur
P
erio
dic
pri
nto
ut
mo
de:
Sel
ecta
ble
fro
m I
nst
anta
neo
us
valu
e m
od
e/re
po
rt m
od
e/O
ff m
od
e
Rep
ort
mo
de:
sel
ecta
ble
fro
m A
VE
(av
erag
e), M
IN (
min
imu
m),
M
AX
(m
axim
um
), S
UM
(su
m),
MIN
/MA
X/A
VE
, IN
ST
(i
nst
anta
neo
us
valu
e)-
Rep
ort
in
terv
al:
Sam
e as
per
iod
ic p
rin
tou
t in
terv
al-
In c
han
gin
g r
ang
e, t
he
ran
ge
chan
ge
mar
k w
ill b
e p
rin
ted
wit
h r
epo
rt c
om
pu
tati
on
on
Ala
rm:
At t
he r
ight
sid
e of
cha
rt, C
H. N
o. o
r TA
G, t
ype
of a
larm
, tim
e(hh
:mm
) of
ala
rm
ON
/OF
F w
ill b
e pr
inte
d.← P
erio
dic
Prin
tout
: The
follo
win
gs a
re p
rinte
d at
left
side
of c
hart
D
ate
(mm
/dd/
yy),
tim
e tic
k ca
ncel
mar
k (!
)*4
← ← ← Rec
ordi
ng c
olor
(on
ly fo
r pe
n m
odel
): A
nalo
g re
cord
ing
colo
r of
sca
le p
rinto
ut
chan
nel
← Per
iodi
c pr
int i
nter
val:
by u
sing
inte
rnal
tim
er/r
emot
e co
ntro
l← ← ← M
AN
: 10,
15,
20,
30
min
ute,
1, 2
, 3, 4
, 6, 8
, 12,
24
hour
The
set
ting
to tu
rn p
rinto
ut O
FF
can
be
assi
gned
to
rem
ote
cont
rol f
unct
ion
(EX
T),
tr
igge
r.
— — — —
Rec
ord
ing
an
d P
rin
tin
g
Item
µR20
000
µR18
00
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation TI 04P01B01-02E
41<Toc> <Ind>
Aug. 10, 2005-00
2.3 Recording and Printing
Rec
ordi
ng fo
rmat
2. D
igita
l prin
tout
Mes
sage
prin
tout
:
With
pan
el k
ey o
r re
mot
e co
ntro
l opt
ion
up to
5 m
essa
ges
can
be
prin
ted
C
onte
nts:
(D
ate*
3 /ti
me)
*2 an
d m
essa
ge (
up to
16
char
acte
rs)
Rec
ord
star
t tim
e:
Dat
e/tim
e w
ill b
e pr
inte
d w
hen
reco
rdin
g st
arts
P
rinto
ut c
onte
nts:
Ti
me
tick*
6 (o
nly
for
dot m
odel
), (
Dat
e*3 /
tim
e)*1 ,
Cha
rt s
peed
P
rinto
ut O
N/O
FF
sel
ecta
ble
Cha
rt s
peed
cha
nge
prin
tout
: P
rinto
ut w
hen
char
t spe
ed is
cha
nged
P
rinto
ut c
onte
nts:
Ti
me
tick*
6 (o
nly
for
dot m
odel
) , C
hart
spe
ed, (
Dat
e*3 /
tim
e)*1
P
rinto
ut O
N/O
FF
sel
ecta
ble
List
prin
tout
*7:
List
ings
of r
ange
and
ala
rm s
ettin
g, e
tc. w
ill b
e pr
inte
d
SE
T U
P li
st p
rinto
ut *
7 :
List
ings
of s
ettin
gs in
SE
T U
P m
ode
will
be
prin
ted
Man
ual p
rinto
ut*7
:
With
pan
el k
ey o
r re
mot
e co
ntro
l opt
ion,
mea
surin
g va
lue
will
be
prin
ted
*1 S
elec
tab
le f
rom
hh
:mm
, hh
:mm
:ss,
mm
/dd
hh
:mm
, mm
/dd
hh
:mm
:ss,
m
m/d
d/y
y, h
h:m
m:s
s*2
Sel
ecta
ble
fro
m h
h:m
m, h
h:m
m:s
s, m
m/d
d h
h:m
m, m
m/d
d h
h:m
m:s
s,
mm
/dd
/yy,
hh
:mm
:ss,
OF
F.*3
Sel
ecta
ble
fro
m M
.D.Y
, Y/M
/D, M
/D/Y
, D/M
/Y, o
r D
.M.Y
S
elec
ted
dat
e fo
rmat
is r
efle
cted
in t
he
dat
e o
f al
arm
pri
nto
ut,
per
iod
ic
pri
nto
ut,
mes
sag
e p
rin
tou
t, r
eco
rd s
tart
tim
e an
d c
har
t sp
eed
pri
nto
ut.
Set
tin
g
Fo
rmat
Exa
mp
leM
.D.Y
A
ug
. 31.
200
5Y
/M/D
20
05/8
/31
M/D
/Y
8/31
/200
5D
/M/Y
31
/8/2
005
D.M
.Y
31. 8
. 200
5
*4 A
ppea
rs w
hen
char
t fee
d/sp
eed
has
been
cha
nged
dur
ing
perio
dic
prin
tout
.*5
Acc
ordi
ng to
prin
t set
tings
all
the
item
s ar
e no
t prin
ted.
*6 It
can
not
be
prin
ted
whe
n pr
into
ut is
not
don
e on
the
right
tim
e ax
is.
*7 D
urin
g pr
into
ut tr
end
reco
rdin
g w
ill b
e in
terr
upte
d.
← Tim
e (h
h:m
m)
and
mes
sage
(up
to 1
6 ch
arac
ters
)
← Tim
e tic
k*6
(onl
y fo
r do
t mod
el),
tim
e(hh
:mm
) , C
hart
spe
ed← ← Ti
me
tick*
6 (o
nly
for
dot m
odel
), C
hart
spe
ed, t
ime(
hh:m
m)
← ← ← ← — — — ← ← ← ←
Rec
ord
ing
an
d P
rin
tin
g
Item
µR20
000
µR18
00
T03
04-2
.EP
S
42
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation
<Toc> <Ind>
TI 04P01B01-02E
2.4 Display
Aug. 10, 2005-00
2.4 Display
T04
01-2
.EP
S
Dis
play
met
hod
Dis
play
Set
ting
Dis
play
VF
D (
181
x 16
dot
mat
rix)
Mul
tiple
dis
play
sD
igita
l, ba
r, fl
ag, D
I/DO
dis
pla
y et
c. c
an b
e di
spla
yed
Th
e d
isp
lay
typ
e ca
n b
e se
lect
ed f
rom
ap
pro
x. 8
0 d
isp
lay
typ
es.
µR10
000
setti
ngs
disp
lay
by in
tera
ctiv
e m
ode
In s
etti
ng
, nav
igat
ion
al d
isp
lay
met
ho
d is
use
d
1 1
chan
nel
dig
ital
dis
pla
y*1 :
AU
TO*2
/MA
N*3
2 2
chan
nel
dig
ital
dis
pla
y*1 :
AU
TO*2
/MA
N*3
3 4
chan
nel
dig
ital
dis
pla
y*1 :
Ch
ann
el N
o.,
alar
m t
ype,
mea
suri
ng
val
ue
wit
h
mea
suri
ng
un
it (
3dig
its)
*5 a
re d
isp
laye
d 4
6 ch
ann
el d
igit
al d
isp
lay*
1 : C
han
nel
No
., al
arm
typ
e, m
easu
rin
g v
alu
e ar
e d
isp
laye
d (
on
ly f
or
do
t m
od
el)
5 12
ch
ann
el d
igit
al d
isp
lay*
1 : M
easu
rin
g v
alu
e d
isp
laye
d (
on
ly f
or
12, 1
8, 2
4 d
ot
mo
del
) 6
1 ch
anne
l dig
ital d
ispl
ay*1
+ 1
cha
nnel
bar
gra
ph d
ispl
ay: A
UTO
*2/M
AN
*3 7
1 ch
anne
l dig
ital d
ispl
ay*1
+ 4
cha
nnel
bar
gra
ph d
ispl
ay: A
UTO
*2/M
AN
*3
(on
ly fo
r pe
n m
odel
)
8 2
chan
nel
dig
ital
*1 +
2 c
han
nel
bar
gra
ph
dis
pla
y: A
UTO
*2/M
AN
*3
9 4
chan
nel
bar
gra
ph
dis
pla
y (o
nly
fo
r 4
pen
mo
del
) 10
Fla
g d
isp
lay
11 A
larm
sta
tus
E
ach
ch
ann
el a
larm
sta
tus
(Ala
rm s
etti
ng
OF
F, a
larm
ON
, occ
urr
ing
al
arm
*)
* F
or
ho
ld t
ype
alar
m 12
Dat
e/tim
e di
spla
y (
mm
/dd/
yy h
h:m
m)
+ C
har
t sp
eed
dis
play
13 D
I/DO
dis
pla
y (A
vaila
ble
fo
r m
od
el w
ith
/R1
or
/A1-
/A3
op
tio
n)
14
Sta
tus
dis
pla
y
A
larm
occ
urre
nce
disp
lay,
Cha
rt e
nd in
dica
tor
15 D
ispl
ay O
ff (li
ght o
ut)
VF
D (
5 x
7 do
t mat
rix, 2
0 di
git)
Dig
ital d
ispl
ay, d
ate,
tim
e ca
n be
dis
play
ed
— ← — — — — — — 1 ch
anne
l dig
ital d
ispl
ay*1
1 +
1 c
hann
el b
ar g
raph
dis
play
: AU
TO
*12 /
MA
N*1
3
(
only
for
dot m
odel
)
1 ch
anne
l dig
ital d
ispl
ay*1
1 +
4 c
hann
el b
ar g
raph
dis
play
: AU
TO
*12 /
MA
N*1
3
(on
ly fo
r pe
n m
odel
)
— — — — Dat
e/tim
e: m
m:d
d:yy
hh:
mm
:ss
— — VIE
W: I
C m
emor
y ca
rd s
tatu
s is
dis
play
edW
ithou
t IC
mem
ory
card
opt
ion,
dis
play
is O
FF
Dis
pla
y
Item
µR20
000
µR18
00
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation TI 04P01B01-02E
43<Toc> <Ind>
Aug. 10, 2005-00
2.4 Display
T04
02-2
.EP
S
Dis
play
Bar
gra
gh d
ispl
ay
Ala
rm s
tatu
s di
spla
y of
ch
anne
l No.
16 S
plit
dis
pla
y: U
pp
er/lo
wer
po
siti
on
dis
pla
y
T
he
follo
win
g d
isp
lays
can
be
assi
gn
ed
• D
ate/
tim
e d
isp
lay
(mm
/dd
/yy/
hh
/mm
) +
Ch
art
spee
d d
isp
lay
•
1 ch
ann
el d
igit
al d
isp
lay*
1 : A
UTO
*2/M
AN
*3
• 2c
h d
igit
al d
isp
lay*
1 : A
UTO
*2/M
AN
*3
• 3c
h d
igit
al d
isp
lay*
1,*4
: AU
TO*2
/MA
N*3
•
Sta
tus
dis
pla
y
• Ala
rm s
tatu
s
• D
isp
lay
Off
(lig
ht
ou
t)
• Ta
g 1
ch
ann
el d
igit
al d
isp
lay*
1 : A
UTO
*2/M
AN
*3
17 S
yste
m d
isp
lay
Mo
del
, op
tio
ns
dis
pla
y
18 T
ag 1
ch
ann
el d
igit
al d
isp
lay*
1 : A
UTO
*2/M
AN
*3
19 T
ag 2
ch
ann
el d
igit
al d
isp
lay*
1 : A
UTO
*2/M
AN
*3
20 T
ag 1
ch
ann
el d
igit
al d
isp
lay
+ 1
chan
nel
bar
gra
ph
dis
pla
y*1 :
A
UTO
*2/M
AN
*3
21 T
ag 1
ch
ann
el d
igit
al d
isp
lay
+ 4
chan
nel
bar
gra
ph
dis
pla
y*1
(pen
mo
del
o
nly
)
*1 D
ispl
ay u
pdat
ed in
terv
al c
an b
e se
lect
ed fr
om A
UT
O/M
AN
.
AU
TO
: 1s/
2s/3
s/4s
/5s
M
AN
: 2s
(pen
mod
el),
sam
e as
mea
sure
men
t int
erva
l (do
t mod
el)
*2
AU
TO
: Cha
nnel
No.
, ala
rm ty
pe, m
easu
ring
valu
e an
d m
easu
ring
unit
(6 d
igit
s)
are
disp
laye
d in
ord
er o
f cha
nnel
No.
.
Fo
r 2
chan
nel
dig
ital
dis
pla
y +
2 ch
ann
el b
ar g
rap
h d
isp
lay,
th
e u
nit
d
isp
lay
is 3
dig
its.
No
un
it d
isp
lay
for
3 ch
ann
el d
igit
al d
isp
lay.
*3 M
AN
:The
sam
e co
nten
ts o
f AU
TO
for
the
spec
ified
cha
nnel
are
dis
play
ed.
*4
Th
e d
isp
lay
can
be
spec
ifie
d o
nly
fo
r sp
lit d
isp
lay.
*5 F
or
com
pu
tati
on
ch
ann
el d
isp
lay,
th
e u
nit
dis
pla
y is
2 d
igit
s.
Mea
sure
men
t val
ue: l
eft/r
igh
t(%
) re
fere
nce
or c
ente
r ze
ro r
efer
ence
dis
play
(e
ach
chan
nel s
elec
tabl
e)A
larm
: Ala
rm s
ettin
g le
vel d
ispl
ay a
nd fl
ashi
ng d
ispl
ay o
f occ
urrin
g al
arm
—
— — — — — — — *11
Dis
play
upd
ated
inte
rval
can
be
sele
cted
from
AU
TO
/MA
N.
AU
TO
: 2s
fix
←
*12
AU
TO
: dis
play
in tu
rn o
f cha
nnel
No.
, ala
rm ty
pe, m
easu
rem
ent v
alue
,
m
easu
ring
unit
(3 d
igits
)
—
—←
*13
— — M
easu
rem
ent v
alue
: lef
t(%
) re
fere
nce
or c
ente
r ze
ro r
efer
ence
dis
play
← ← Cha
nnel
No.
of o
ccur
ring
alar
m is
dis
play
ed o
n ba
r gr
agh
(onl
y fo
r do
t mod
el)
Dis
pla
y
Item
µR20
000
µR18
00
44
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation
<Toc> <Ind>
TI 04P01B01-02E
2.4 Display, 2.5 Power Supply
Aug. 10, 2005-00
T04
03-2
.EP
S
Sta
tus
disp
lay
Dis
play
brig
htne
ss
setti
ng
Rec
ordi
ng in
pro
gres
s (R
EC
OR
D)
— — Sha
red
alar
m d
ispl
ay (
AL
AR
M)
Ala
rm o
ccu
rren
ce N
o. d
isp
lay
(1 t
o 2
4)C
hart
end
indi
cato
r (C
HA
RT
EN
D):
For
the
mod
el w
ith /F
1 op
tion
— Co
mp
uta
tio
n in
pro
gre
ss (
MA
TH
): F
or
the
mo
del
wit
h /M
1 o
pti
on
Key
lock
dis
pla
y (K
EY
LO
CK
)
Dis
pla
y b
rig
htn
ess
leve
l: 1
to
8
Rec
ordi
ng in
pro
gres
s (R
CD
)P
en o
ffset
com
pens
atio
n di
spla
y (P
OC
): O
nly
for
pen
mod
elS
et m
ode
disp
lay
(SE
T)
Sha
red
alar
m d
ispl
ay (
ALM
)— C
hart
end
indi
cato
r (C
HT
): F
or th
e m
odel
with
/F1
optio
nLo
w b
atte
ry d
ispl
ay (
BA
T)
— — —
Dis
pla
y
Item
µR20
000
µR18
00
2.5 Power Supply
T05
01-2
.EP
S
Rat
ed p
ower
vol
tage
Usa
ble
pow
er v
olta
ge
rang
es
Rat
ed p
ower
freq
uenc
y
Pow
er c
onsu
mpt
ion
(ref
eren
ce d
ata)
100
to 2
40V
AC
, aut
omat
ical
ly s
elec
ted
depe
ndin
g on
the
pow
er s
uppl
y vo
ltage
90-1
32V
AC
, 180
-264
VA
C
50H
z / 6
0Hz
(aut
omat
ical
ly s
elec
ted)
(A
ppro
x.)
10
0VAC
pow
er s
ourc
e 24
0VAC
pow
er s
ourc
e M
axim
um1
pen
mod
el
14VA
* 22
VA*
55VA
2 pe
n m
odel
15
VA*
23VA
* 55
VA3
pen
mod
el
16VA
* 24
VA*
55VA
4 pe
n m
odel
17
VA*
25VA
* 55
VA6-
24 d
ot m
odel
17
VA*
23VA
* 55
VA
* In
bal
ance
← 90-1
32V
AC
, 180
-250
VA
C
← (A
ppro
x.)
100V
AC p
ower
sou
rce
240V
AC p
ower
sou
rce
Max
imum
26V
A*
34V
A*
70V
A28
VA
* 36
VA
* 70
VA
29V
A*
38V
A*
70V
A30
VA
* 40
VA
* 70
VA
23V
A*
32V
A*
70V
A
* In
bal
ance
Po
wer
Su
pp
ly
Item
µR20
000
µR18
00
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation TI 04P01B01-02E
45<Toc> <Ind>
Aug. 10, 2005-00
2.6 Alarm
2.6 Alarm
T06
01-2
.EP
S
Num
ber
of a
larm
leve
ls
Ala
rm ty
pe
Dis
play
Hys
tere
sis
Ala
rm A
CK
Up
to 4
leve
l for
eac
h ch
anne
l H
igh
and
low
lim
its, d
iffer
entia
l hig
h an
d lo
w li
mits
, hig
h an
d lo
w r
ate-
of-c
hang
e lim
its a
nd d
elay
hig
h a
nd
low
*1
Inte
rval
tim
e of
rat
e-of
-cha
nge
alar
ms:
The
mea
sure
men
t int
erva
l tim
es 1
to 1
5
*1 A
larm
del
ay O
N/O
FF
sel
ecta
ble
in S
et-u
p m
od
e fo
r ea
ch c
han
nel
Ala
rm d
elay
tim
e: 1
to
360
0 s
No
te:
Wh
en th
e d
elay
tim
e is
no
t in
teg
er n
um
ber
tim
es o
f mea
sure
men
t p
erio
d, i
t will
be
inte
ger
nu
mb
er o
f mea
sure
men
t per
iod
ove
r d
elay
tim
e.
E
x. F
or
del
ay t
ime
(4s)
, mea
sure
men
t p
erio
d (
2.5
s), D
elay
tim
e w
ill b
e 5s
Ala
rm v
alue
is in
dica
ted
as a
poi
nt o
n th
e ba
r gr
aph
(onl
y fo
r ba
r gr
aph
disp
lay)
In
occ
urrin
g an
ala
rm...
- O
n di
gita
l dis
play
, an
alar
m ty
pe in
dica
toris
sho
wn.
(Whe
n so
me
alar
ms
occu
r, al
arm
dis
play
prio
rity
is H
, L, T
, t,
h, l,
R, r
.)
- O
n ba
r gr
aph
disp
lay,
a p
oint
indi
cato
r is
flas
hing
.
- S
hare
d al
arm
dis
play
- A
cha
nnel
num
ber
of o
ccur
ring
alar
m is
is d
ispl
ayed
0.0
to 1
.0%
(0.
1% s
tep)
of r
ecor
ding
spa
n ar
e se
lect
able
. (on
ly H
igh,
Low
ala
rm)
(com
mon
for
all c
hann
els
and
all l
evel
s)
Ala
rm in
dica
tion
whe
n A
LAR
M A
CK
-key
is p
ress
ed (
Sha
red
alar
m d
ispl
ay a
nd
Ala
rm s
tatu
s d
isp
lay)
A
larm
dis
play
Hol
d/no
n-ho
ld s
elec
tabl
e (c
omm
on fo
r al
l cha
nnel
s)
Non
-hol
d-ty
pe: A
larm
dis
play
is n
ot a
ffect
ed w
hen
the
ALA
RM
AC
K-k
ey is
pre
ssed
.H
old-
type
: Whe
n al
arm
occ
urs,
ala
rm in
dica
tor
will
sta
rt fl
ashi
ng. A
fter A
LAR
M
AC
K-k
ey is
pre
ssed
indi
cato
r w
ill s
how
sta
tus
of th
e al
arm
.
← Hig
h an
d lo
w li
mits
, diff
eren
tial h
igh
and
low
lim
its, h
igh
and
low
rat
e-of
-cha
nge
limits
In
terv
al ti
me
of r
ate-
of-c
hang
e al
arm
s: T
he m
easu
rem
ent i
nter
val t
imes
1 to
15
(Hig
h/lo
w in
com
mon
)
— Set
val
ue is
indi
cate
d as
a p
oint
on
the
bar
grap
h← P
riorit
y or
der:
H, L
, h, l
, R, r
← ← Ala
rm o
ccur
ring
chan
nel N
o. is
dis
play
ed (
dot m
odel
onl
y)
App
rox.
0.5
% a
nd 0
% o
f rec
ordi
ng s
pan
(onl
y fo
r H
igh/
Low
ala
rm)
are
sele
ctab
le← A
larm
indi
catio
n w
hen
ALA
RM
AC
K-k
ey is
pre
ssed
(S
hare
d al
arm
dis
play
)
← ← ← ←
Ala
rm
Item
µR20
000
µR18
00
Ala
rm O
NA
CK
key
ON
Ala
rm O
FF
Indi
cato
r bl
inki
ng
Indi
cato
r O
FF
HO
LD ty
pe (
ex.1
)
Ala
rm O
N
AC
K k
ey
ON
Ala
rm O
FF
Indi
cato
r bl
inki
ngIn
dica
tor
ON
Indi
cato
r O
FF
HO
LD ty
pe (
ex.2
)
46
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation
<Toc> <Ind>
TI 04P01B01-02E
2.7 Other, 2.8 Safety Standard EMC Standard
Aug. 10, 2005-00
2.7 Other, 2.8 Safety Standard EMC Standard
T07
01-2
.EP
S
Clo
ck
Clo
ck a
ccur
acy
Pan
el K
ey lo
ck
Pro
tect
ion
func
tion
Mem
ory
back
up
Inte
rnal
illu
min
atio
n
Insu
latio
n re
sist
ance
Die
lect
ric s
tren
gth
Mec
hani
cal n
ois
With
cal
enda
r fu
nctio
n
±100
ppm
, how
ever
not
incl
udin
g er
ror
in tu
rnin
g O
N/O
FF
[RC
D],
[ME
NU
], [D
ISP
ME
NU
], [F
EE
D] k
ey a
nd fu
nctio
ns*
*(A
larm
AC
K, M
ath
, Pri
nto
ut,
Mes
sag
e, B
uff
er c
lear
, Dig
ital
PR
T, P
en
exch
ang
e (o
nly
fo
r p
en m
od
el),
Rib
bo
n e
xch
ang
e (o
nly
fo
r d
ot
mo
del
))
By
pas
swo
rdC
an b
e se
t in
key
lock
set
ting
of F
UN
CK
ey lo
ck s
tatu
s is
dis
pla
yed
Lith
ium
bat
tery
to p
rote
ct s
ettin
g pa
ram
eter
s. L
ife is
app
rox.
ten
year
s (a
t roo
m
tem
pera
ture
, and
for
stan
dard
mod
el)
and
is in
stal
led
insi
de th
e re
cord
er.
Wh
ite
LE
D (
LE
D A
SS
Y c
an b
e ex
chan
ged
by
use
r)B
rig
htn
ess
leve
l OF
F/1
-4 s
elec
tab
le
Eac
h te
rmin
al to
gro
und
term
inal
: mor
e th
an 2
0MΩ
(m
easu
red
at 5
00V
DC
)
Pow
er s
uppl
y to
gro
und
term
inal
: 150
0V A
C (
50/6
0Hz)
, 1 m
in
Con
tact
out
put t
erm
inal
to g
roun
d te
rmin
al: 1
500
VA
C (
50/6
0 H
z), 1
min
Mea
surin
g in
put t
erm
inal
to g
roun
d te
rmin
al: 1
000
VA
C (
50/6
0 H
z), 1
min
Bet
wee
n m
easu
rem
ent i
nput
term
inal
s: 1
000
VA
C (
50/6
0 H
z), 1
min
N
ote:
Exc
ept f
or R
TD
, sin
ce b
-ter
min
al is
com
mon
B
etw
een
rem
ote
cont
rol t
erm
inal
to g
roun
d te
rmin
al: 5
00 V
DC
, 1 m
in
Mac
hine
Noi
se In
form
atio
n O
rdin
ance
3.G
SG
V, J
an. 1
8, 1
991
M
axim
um s
ound
pre
ssur
e le
vel:
60dB
(A
) or
less
(IS
O77
79)
← ← [RC
D],
[ME
NU
], [A
LAR
M A
CK
/FU
NC
], [F
EE
D] k
ey
Key
lock
— ← Inte
rnal
ref
lect
ion
of V
FD
indi
cato
r— ← ← ← ← ← ← ← ← ←
Oth
er
Item
µR20
000
µR18
00
T08
01-2
.EP
S
CS
A
CE
C-T
ick
CS
A22
.2 N
o.61
010-
1 (N
RT
L/C
*) in
stal
latio
n ca
tego
ry II
, mea
sure
men
t cat
egor
y II,
po
llutio
n de
gree
2
* F
or m
arki
ng th
at in
clud
es N
RT
L, a
mar
k w
ith “
US
” (U
SA
) pr
inte
d on
the
right
sid
e of
CS
A m
ark
and
“C”
(Can
ada)
prin
ted
on th
e le
ft si
de a
ppea
rs o
n th
is in
stru
men
t
EM
C d
irect
ive:
EN
6132
6 co
mpl
ianc
e (E
mis
sion
: Cla
ss A
, Im
mun
ity: A
nnex
A)
E
N61
000-
3-2
com
plia
nt
EN
6100
0-3-
3 co
mpl
iant
E
N55
011
com
plia
nt, C
lass
A G
roup
1Lo
w v
olta
ge d
irect
ive:
EN
6101
0-1
com
plia
nt, i
nsta
llatio
n ca
tego
ry II
, mea
sure
men
t ca
tego
ry II
, pol
lutio
n de
gree
2 A
S/N
ZS
CIS
PR
11 c
ompl
iant
, Cla
ss A
Gro
up 1
← ← ← ← ← ← ← ←
Saf
ety
Sta
nd
ard
EM
C S
tan
dar
d
Item
µR20
000
µR18
00
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation TI 04P01B01-02E
47<Toc> <Ind>
Aug. 10, 2005-00
2.9 Normal Operation Condition
2.9 Normal Operation Condition
T09
01-2
.EP
S
Pow
er v
olta
ge
Pow
er fr
eque
ncy
Am
bien
t tem
pera
ture
Am
bien
t hum
idity
Vib
ratio
n
Sho
ck
Mag
netic
fiel
d
Noi
se
Ope
ratio
n po
sitio
n
War
m u
p tim
e
90 to
132
VA
C, 1
80 to
264
VA
C
50H
z±2%
, 60H
z±2%
0 to
50˚
C
20 to
80%
RH
(at
5to
40˚
C)
10 to
60H
z 0.
2m/s
2 or
less
Not
acc
epta
ble
Less
than
400
A/m
(D
C a
nd 5
0/60
Hz)
Nor
mal
Mod
e (5
0 / 6
0Hz)
D
CV
: Pea
k va
lue
incl
udin
g si
gnal
mus
t be
less
than
1.2
tim
es th
e m
easu
ring
ran
ge.
T
C: P
eak
valu
e in
clud
ing
sign
al m
ust b
e le
ss th
an 1
.2 ti
mes
the
mea
surin
g th
erm
al e
lect
rom
otiv
e fo
rce.
R
TD
: les
s th
an 5
0 m
V.
Com
mon
mod
e (5
0 / 6
0Hz)
Le
ss th
an 2
50V
AC
rm
s fo
r th
e w
hole
ran
ge
Max
imum
noi
se v
olta
ge b
etw
een
chan
nels
(50
/60
Hz)
25
0VA
C r
ms
or le
ss fo
r pe
n m
odel
and
6,1
2 do
t mod
el
20
0VA
C r
ms
or le
ss fo
r 18
, 24
dot m
odel
*Whe
n /N
2 (3
leg
RT
D)
optio
n is
spe
cifie
d, 2
00V
AC
rm
s or
less
for
6 do
t, 10
0VA
C
rms
or le
ss fo
r 12
, 18,
and
24d
ot m
odel
Fro
ntw
ards
: 0˚
Bac
kwar
ds: W
ithin
30˚
from
hor
izon
tal
Min
imum
30
min
utes
afte
r po
wer
has
bee
n tu
rned
ON
.
90 to
132
VA
C, 1
80 to
250
VA
C
← ← ← ← ← ← ← ← ← ← ← ← ← ← ← ← ← ←
No
rmal
Op
erat
ion
Co
nd
itio
n
Item
µR20
000
µR18
00
48
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation
<Toc> <Ind>
TI 04P01B01-02E
2.10 Standard Performance
Aug. 10, 2005-00
T10
01-2
.EP
S
Mea
surin
g an
d re
cord
ing
accu
racy
Acc
urac
y in
sca
ling
Ref
eren
ce ju
nctio
n co
mpe
nsat
ion
Ref
eren
ce ju
nctio
n co
mpe
nsat
ion
accu
racy
Sta
ndar
d op
erat
ion
cond
ition
: 23±
2˚C
, 55±
10%
RH
., po
wer
sup
ply
volta
ge 9
0 to
13
2VA
C, 1
80 to
264
VA
C, p
ower
sup
ply
freq
uenc
y w
ithin
50
/60H
z±1%
, war
m-u
p tim
e at
leas
t 30
min
utes
, oth
er a
mbi
ent c
ondi
tions
like
vib
ratio
n sh
ould
not
adv
erse
ly
affe
ct th
e re
cord
ing
cond
ition
.
Not
e: R
ecor
ding
spa
n is
180
mm
Acc
urac
y in
sca
ling
(dig
its):
= m
easu
ring
accu
racy
(di
git)
x m
ultip
lier
+2d
igits
(r
ound
ed u
p)W
here
the
mul
tiplie
r=sc
alin
g sp
an d
igits
/rec
ordi
ng s
pan
digi
ts
INT
/EX
T s
elec
tabl
e (p
er c
hann
el)
Type
R, S
, B, W
, WR
e: ±
1.0˚
CTy
pe K
, J, E
, T, N
, L, U
: ±0.
5˚C
(Whe
n m
easu
ring
0˚C
or
up)
Sta
ndar
d op
erat
ion
cond
i tion
: 23±
2˚C
, 55±
10%
RH
., po
wer
sup
ply
volta
ge 9
0 to
13
2VA
C, 1
80 to
250
VA
C, p
ower
sup
ply
freq
uenc
y w
ithin
50
/60H
z±1%
, war
m-u
p tim
e at
leas
t 30
min
utes
, oth
er a
mbi
ent c
ondi
tions
like
vib
ratio
n sh
ould
not
adv
erse
ly
affe
ct th
e re
cord
ing
cond
ition
.
← ← ← ← Type
R, S
, B, W
: ±1.
0˚C
← ←
Sta
nd
ard
Per
form
ance
Item
µR20
000
µR18
00
Inpu
t
DC
V
TC
excl
udin
g th
e ac
cura
cy o
f re
fere
nce
junc
tion
com
pens
atio
n
RT
D
Ran
ge
20m
V60
mV
200m
V2V 6V 20
V50
V1-
5V R S B K E J T N W L U Wre
Pt1
00JP
t100
M
easu
rem
ent a
ccur
acy
±(0.
1% o
f rd
g +
2dig
its)
±(0.
1% o
f rd
g +
3dig
its)
±(0.
1% o
f rd
g +
2dig
its)
±(0.
15%
of r
dg +
1 ˚C
)ho
wev
er R
, S: 0
to 1
00˚C
: ±3
.7˚C
, 100
.0 to
300
˚C: ±
1.5
B: 4
00 to
600
C: ±
2 ˚C
, and
is
not g
uara
ntee
d be
low
400
˚C± (
0.15
% o
f rdg
+0.
7˚C
)ho
wev
er ±
(0.1
5% o
f rdg
+
1 ˚C
) fo
r -2
00 to
-10
0˚C
± (0.
15%
of r
dg +
0.5˚
C)
±(0.
15%
of r
dg +
0.5˚
C)
How
ever
±(0
.15%
of r
dg
+0.
7 ˚C
) fo
r -2
00 to
-10
0˚C
± (0.
15%
of r
dg +
0.7˚
C)
± (0.
15%
of r
dg +
1˚C
)±(
0.15
% o
f rdg
+0.
5˚C
)ho
wev
er ±
(0.1
5% o
f rdg
+
0.7 ˚
C)
for
-200
to 1
00˚ C
± (0.
2% o
f rd
g +
1.0˚
C)
±(0.
15%
of r
dg+
0.3˚
C)
Max.
resolu
tion
10µV
10µV
100µ
V1m
V1m
V10
mV
10m
V1m
V
0.1˚
C
0.1˚
C
Res
olut
ion
Pen
mod
elD
ead
band
: 0.
2% o
fre
cord
ing
span
Dot
mod
elre
solu
tion:
0.1m
mP
en m
odel
Dea
d ba
nd:
0.2%
of
reco
rdin
g sp
an
Dot
mod
elre
solu
tion:
0.1m
m
Rec
ordi
ng a
ccur
acy
Mea
sure
men
t acc
urac
y ±
(0.3
% o
f rec
ordi
ng s
pan)
Mea
sure
men
t acc
urac
y ±(
0.3%
of r
ecor
ding
spa
n)
Mea
sure
men
t acc
urac
y±(
0.3%
of r
ecor
ding
spa
n)
Mea
surin
g (d
igita
l dis
play
) R
ecor
ding
(an
alog
) In
put
DC
V
TC
excl
udin
g th
e ac
cura
cy o
f re
fere
nce
junc
tion
com
pens
atio
n
RT
D
Ran
ge
20m
V60
mV
200m
V2V 6V 20
V - - R S B K E J T N W L U -P
t100
JPt1
00
M
easu
rem
ent a
ccur
acy
±(0.
2% o
f rdg
+3d
igits
)±(
0.2%
of r
dg +
2dig
its)
±(0.
2% o
f rdg
+2d
igits
)±(
0.1%
of r
dg +
2dig
its)
±(0.
3% o
f rdg
+2d
igits
)±(
0.3%
of r
dg +
2dig
its)
- - ← ← ← ← ← ← ← - ←
Max.
resolu
tion
10µV
10µV
100µ
V1m
V1m
V10
mV
- - ← ←
Res
olut
ion
← ←
Rec
ordi
ng a
ccur
acy
← ← ←
Mea
surin
g (d
igita
l dis
play
) R
ecor
ding
(an
alog
)
2.10 Standard Performance
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation TI 04P01B01-02E
49<Toc> <Ind>
Aug. 10, 2005-00
2.10 Standard Performance
T10
02-2
.EP
S
Max
. allo
wab
le in
put
volta
ge
Inpu
t res
ista
nce
Inpu
t sou
rce
resi
stan
ce
Inpu
t bia
s cu
rren
t
Max
com
mon
mod
e V
olta
ge
Max
. diff
eren
tial n
oise
be
twee
n ch
anne
ls
Inte
rfer
ence
bet
wee
n ch
anne
ls
Com
mon
mod
e re
ject
ion
ratio
Nor
mal
mod
e re
ject
ion
ratio
±10V
DC
(co
nt.)
for
200m
VD
C r
ange
s or
less
and
TC
, RT
D, D
I ran
ges
±60V
DC
(co
nt.)
for
2VD
C o
r m
ore
10M
Ω o
r m
ore
(TC
, 20m
V, 6
0mV,
200
mV
ran
ge)
App
rox.
1M
Ω (
2V r
ange
or
mor
e)
DC
V, T
C: 2
kΩ o
r le
ssR
TD
: 10
Ω o
r le
ss /
wire
(T
he r
esis
tanc
e of
all
thre
e w
ire m
ust b
e eq
ual)
10 n
A o
r le
ss (
exce
pt
wh
en b
urn
ou
t is
sp
ecif
ied
)
250V
AC
rm
s (5
0/60
Hz)
250V
AC
rm
s (5
0/60
Hz)
or
less
for
pen
mod
el a
nd 6
,12
dot m
odel
200V
AC
rm
s (5
0/60
Hz)
or
less
for
18,2
4 do
t mod
el*W
hen
/N2
(3 le
g R
TD
) op
tion
is s
peci
fied,
200
VA
C r
ms
(50/
60H
z) o
r le
ss fo
r 6
dot,
100V
AC
rm
s (5
0/60
Hz)
or
less
for
12, 1
8, a
nd 2
4 do
t mod
el
120d
B (
Inpu
t ext
erna
l res
ista
nce
500Ω
, the
dev
iatio
n in
the
case
that
60V
is
appl
ied
to a
noth
er c
hann
el)
120d
B (
50/6
0Hz±
0.1%
, 500
Ω im
bala
nce
betw
een
min
us te
rmin
al a
nd g
roun
d)
40dB
(50
/60H
z±0.
1%)
±10V
DC
(co
nt.)
for
2VD
C r
ange
s or
less
and
TC
ran
ges
±30
VD
C (
cont
.) fo
r 6V
DC
or
mor
e
10M
Ω o
r m
ore
(TC
, 20m
V, 6
0mV,
200
mV,
2V
ran
ge)
A
ppro
x. 1
MΩ
(6V
ran
ge o
r m
ore)
.
← ← 10nA
or
less
(ho
wev
er w
hen
burn
out i
s sp
ecifi
ed to
TC
: 100
nA)
← ← ← ← ← ← ←
Sta
nd
ard
Per
form
ance
Item
µR20
000
µR18
00
50
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation
<Toc> <Ind>
TI 04P01B01-02E
2.11 Effect of Operating Condition
Aug. 10, 2005-00
T11
01-2
.EP
S
Am
bien
t tem
pera
ture
Effe
ct o
f pow
er s
uppl
y
Effe
ct o
f mag
netic
fiel
d
Effe
ct o
f inp
ut s
ourc
e re
sist
ance
Effe
ct o
f ope
ratin
g po
sitio
n
Vib
ratio
n
Effe
ct o
f am
bien
t tem
pera
ture
var
iatio
n of
10˚
C
Dig
ital d
ispl
ay: W
ithin
±(0
.1%
of r
dg +
1dig
it)
R
ecor
ding
: With
in d
igita
l dis
play
±0.
2% o
f rec
ordi
ng s
pan
(e
xclu
ding
RJC
err
or)
Effe
ct o
f var
iatio
n w
ithin
90
to 1
32 V
or
180
to 2
64V
AC
in r
ated
pow
er s
uppl
y vo
ltage
(50
/60H
z)
D
igita
l dis
play
: with
in ±
1dig
it
Rec
ordi
ng: W
ithin
±0.
1% o
f rec
ordi
ng s
pan
Effe
ct o
f rat
ed p
ower
freq
uenc
y va
riatio
n of
±2H
z (a
t 100
VA
C):
Dig
ital d
ispl
ay: W
ithin
±(0
.1%
of r
dg +
1dig
it)
R
ecor
ding
: Sam
e as
dig
ital d
ispl
ay
Effe
ct o
f AC
(50
/60H
z) o
r D
C 4
00A
/m fi
eld:
Dig
ital d
ispl
ay: W
ithin
±(0
.1%
of r
dg+
10di
gits
)
Rec
ordi
ng: L
ess
than
±0.
5% o
f rec
ordi
ng s
pan
Effe
ct o
f inp
ut s
ourc
e re
sist
ance
var
iatio
n of
+1K
Ω:
DC
V r
ange
200m
V o
r lo
wer
ran
ge: W
ithin
±10
µV
2V
or
high
er r
ange
: With
in -
0.1%
of r
dg
TC
ran
ge: W
ithin
±10
µV
RT
D r
ange
i) E
ffect
of 1
0Ω p
er w
ire (
resi
stan
ce o
f thr
ee w
ires
mus
t be
equa
l)
D
igita
l dis
play
: With
in ±
(0.1
% o
f rdg
+1d
igit)
R
ecor
ding
: With
in d
igita
l dis
play
+ ±
0.1%
of r
ecor
ding
spa
n
ii) E
ffect
of d
iffer
ence
of t
hree
wire
s:
Dig
ital d
ispl
ay: 0
.1˚C
per
40
mΩ
(app
rox.
) fo
r P
t100
ran
ge
Dig
ital d
ispl
ay: W
ithin
±(0
.1%
of r
dg +
1dig
it) (
with
in 3
0˚ b
ackw
ard)
R
ecor
ding
: With
in d
igita
l dis
play
±0.
1% o
f rec
ordi
ng s
pan
(with
in 3
0˚ b
ackw
ard)
E
ffect
whe
n si
ne-w
ave
mot
ion
of fr
eque
ncy
10 to
60
Hz
and
acce
lera
tion
of 0
.2m
/s2
is a
pplie
d to
inst
rum
ent i
n th
e di
rect
ion
of th
ree
axes
for
two
hour
s.
D
igita
l dis
play
: With
in ±
(0.1
% o
f rdg
+1d
igit)
Rec
ordi
ng: W
ithin
dig
ital d
ispl
ay ±
0.1%
of r
ecor
ding
spa
n
← ← ← ← 90 to
132
, 180
to 2
50V
AC
in r
ated
pow
er s
uppl
y vo
ltage
(50
/60H
z)
← ← ← ← ← ← ← ← ← ← 2V o
r lo
wer
ran
ge: W
ithin
±10
µV
6V o
r hi
gher
ran
ge: W
ithin
-0.
1% o
f rdg
T
C r
ange
: With
in ±
10µV
(W
ithin
±10
0µV
in b
urno
ut u
se)
← ← ← ← ← Dig
ital d
ispl
ay: 0
.1˚C
per
40
mΩ
(app
rox.
)
← ← ← ← ← ←
Eff
ect
of
Op
erat
ing
Co
nd
itio
n
Item
µR20
000
µR18
002.11 Effect of Operating Condition
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation TI 04P01B01-02E
51<Toc> <Ind>
Aug. 10, 2005-00
2.12 Transport and Storage Condition
2.12 Transport and Storage Condition
T12
01-2
.EP
S
Tem
pera
ture
Hum
idity
Vib
ratio
n
Sho
ck
No
mal
func
tion
will
occ
ur u
nder
thes
e co
nditi
ons,
how
ever
whe
n re
turn
ing
to
norm
al o
pera
tion
cond
ition
s, c
alib
ratio
n m
ight
be
nece
ssar
y.
-25
to 6
0˚C
5 to
95%
RH
(no
con
dens
atio
n)
10 to
60H
z, 4
.9m
/s2
392m
/s2
or le
ss (
Whi
le b
eing
pac
ked)
← ← ← ← ← ←
Tran
spo
rt a
nd
Sto
rag
e C
on
dit
ion
Item
µR20
000
µR18
00
52
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation
<Toc> <Ind>
TI 04P01B01-02E
2.13 Optional Specification
Aug. 10, 2005-00
2.13 Optional Specification
T13
01-2
.EP
S
Ala
rm
Com
mun
icat
ion
inte
rfac
e/C
3: R
S-4
22A
/485
/C7:
Eth
ern
et
IC m
emo
ry c
ard
slo
t
FAIL
/cha
rt e
nd
dete
ctio
n an
d ou
tput
/A1:
Ala
rm O
utpu
t Rel
ay (
2 co
ntac
ts)
/A2:
Ala
rm O
utpu
t Rel
ay (
4 co
ntac
ts)
/A3:
Ala
rm O
utpu
t Rel
ay (
6 co
ntac
ts)
/A4:
Ala
rm O
utpu
t Rel
ay (
12 c
onta
cts)
/A5:
Ala
rm O
utpu
t Rel
ay (
24 c
onta
cts)
Whe
n al
arm
occ
urs,
out
put r
elay
on
rear
term
inal
will
be
activ
ated
.•
Rel
ay c
onta
ct r
atin
g: 2
50V
DC
/0.1
A (
resi
stan
ce lo
ad),
250
VA
C (
50/6
0Hz)
/3A
• AN
D/O
R o
utpu
t sel
ecta
ble
• E
nerg
ized
and
dee
nerg
ized
sel
ecta
ble
(Com
mon
for
all r
elay
)•
Hol
d/no
n-H
old
sele
ctab
le (
com
mon
for
all r
elay
s)•
Ref
lash
func
tion:
With
I01-
I03
outp
ut r
elay
, al
arm
can
be
assi
gned
to a
out
put
rela
y•
Type
of r
elay
out
put:
NO
-C-N
CN
ote:
Ala
rm A
CK
key
:
Non
-Hol
d ty
pe: N
o ef
fect
whe
n A
LAR
M A
CK
-key
is p
ress
ed
(
no e
ffect
on
outp
ut r
elay
).
Hol
d ty
pe: W
hen
ALA
RM
AC
K-k
ey is
pre
ssed
, the
out
put r
elay
will
be
rese
t.
/C3:
RS
-422
A/4
85 c
omm
unic
atio
n in
terf
ace
B
y us
ing
this
com
mun
icat
ion
func
tion,
set
ting
and
cont
rol o
f dat
a ca
n be
don
e by
a ho
st-c
ompu
ter.
Dat
a ca
n al
so b
e ou
tput
to th
e ho
st-c
ompu
ter.
• S
ynch
roni
zatio
n m
etho
d: s
tart
-sto
p as
ynch
rono
us tr
ansm
issi
on•
Spe
cific
atio
n: c
onfo
rms
to E
IA-4
22A
(R
S-4
22A
) an
d E
IA-4
85 (
RS
-485
) st
anda
rd•
Pro
toco
ls: Y
OK
OG
AW
A p
rivat
e pr
otoc
ol, M
od
bu
s p
roto
col
• C
omm
unic
atio
n m
etho
d:
4 w
ire h
alf-
dupl
ex m
ulti-
drop
con
nect
ion
(1:N
(N
=1 t
o 3
2))
• Tr
ansf
er r
ate:
120
0, 2
400,
480
0, 9
600,
192
00, 3
8400
bps
• D
ata
leng
th: 7
, 8 b
it•
Sto
p bi
t: 1
bit
• P
arity
: OD
D, E
VE
N, N
ON
E•
Com
mun
icat
ion
dist
ance
: Up
to
1.2
km•
Mo
db
us:
RT
U S
LA
VE
/C7:
Eth
ern
et ln
terf
ace
Ele
ctri
cal a
nd
mec
han
ical
sp
ecif
icat
ion
s: c
on
form
s to
IEE
E 8
02.3
Tran
smis
sio
n m
edia
:10
Bas
e-T
Pro
toco
l: T
CP,
IP, U
DP,
ICM
P, A
RP
— /F1:
If a
n er
ror
in th
e C
PU
boa
rd o
ccur
s, o
r w
hen
the
char
t rea
ches
its
end,
out
put
rela
y on
the
rear
term
inal
will
be
activ
ated
. Bes
ides
, whe
n th
e ch
art r
each
es it
s en
d, '
CH
AR
T E
ND
' ind
icat
or w
ill b
e sh
own
on th
e di
spla
y.R
elay
con
tact
rat
ing:
DC
250
V/0
.1 A
(re
sist
ens
load
), A
C 2
50 V
(50
/60
Hz)
/3A
Che
rt e
nd: E
nerg
ized
, FA
IL: D
eene
rgiz
ed
← ← ← ← ← ← ← RS
-422
A c
omm
unic
atio
n in
terf
ace
← ← Com
mun
icat
ion
leve
l: co
nfor
ms
to E
IA R
S-4
22A
Pro
toco
ls: Y
OK
OG
AW
A p
rivat
e pr
otoc
ol
4 w
ire h
alf-
dupl
ex m
ulti-
drop
con
nect
ion
1:16
Tran
sfer
rat
e: 7
5, 1
50, 3
00, 6
00, 1
200,
240
0, 4
800,
960
0, 2
400,
480
0, 9
600b
ps← S
top
bit:
1, 2
bit
← Com
mun
icat
ion
dist
ance
: 500
m— — — — — /E
1: IC
mem
ory
card
slo
t, /E
2: IC
mem
ory
card
slo
t
/F1:
If a
n er
ror
in th
e C
PU
boa
rd o
ccur
s, o
r w
hen
the
char
t rea
ches
its
end,
out
put
rela
y on
the
rear
term
inal
will
be
activ
ated
. Bes
ides
, whe
n th
e ch
art r
each
es it
s en
d, '
CH
T' i
ndic
ator
will
be
show
n on
the
disp
lay.
← ←
Op
tio
nal
Sp
ecif
icat
ion
Item
µR20
000
µR18
00
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation TI 04P01B01-02E
53<Toc> <Ind>
Aug. 10, 2005-00
2.13 Optional Specification
T13
02-2
.EP
S
Cla
mpe
d in
put t
erm
inal
Non
-gla
re d
oor
glas
s
Por
tabl
e
Com
puta
tion
func
tion
/H2:
Usi
ng c
lam
ped
inpu
t ter
min
als
as in
put t
erm
inal
.
/H3:
Pro
vide
s no
n-gl
are
glas
s in
the
fron
t doo
r.
Pha
se p
lan
/M1:
Com
puta
tion
func
tion
•
Com
puta
tion
expr
essi
on: m
easu
rem
ent c
hann
el, r
emot
e in
put,
com
mun
icat
ion
digi
tal i
nput
can
be
used
• N
umbe
r of
com
puta
tion
chan
nel:
8 ch
anne
ls (
pen
mod
el)
24 c
hann
els
(dot
mod
el)
•
Ope
rato
r ty
pe
Fou
r ar
ithm
etic
ope
ratio
ns
Squ
are,
Abs
olut
e,
C
omm
on lo
garit
hm (
y=lo
g10x
),
Exp
onen
tial (
eX),
Pow
er (
Xn )
R
elat
iona
l ope
rato
r (<
, , >
, , =
, )
Logi
c (A
ND
, OR
, NO
T, X
OR
)
• C
onst
ant*
: Up
to
30
con
stan
ts c
an b
e u
sed
•
Rem
ote
inp
ut*
Nu
mb
er o
f av
aila
ble
rem
ote
inp
ut:
5
D
I sta
tus
(1/0
) ca
n b
e u
sed
in c
om
pu
tati
on
exp
ress
ion
• C
ompu
tatio
n ex
pres
sion
U
p to
120
cha
ract
ers
can
be u
sed
*
It c
an n
ot
be
use
d in
sta
tist
ical
exp
ress
ion
Sta
tistic
al c
ompu
tatio
n
Sta
tistic
al ty
pe: M
AX
, MIN
, AV
E, S
UM
, MA
X-M
IN
Co
mp
uta
tio
n c
han
nel
rec
ord
ing
Pen
mo
del
: Mea
sure
men
t an
d c
om
pu
tati
on
ch
ann
el c
an b
e as
sig
ned
to
1-
4 p
en.
D
ot
mo
del
: Up
to
12
com
pu
tati
on
ch
ann
els
can
be
reco
rded
Rec
ord
ing
ON
/OF
F s
elec
tab
le fo
r ea
ch c
han
nel
R
eco
rdin
g p
erio
d: M
ax 6
ch
/10s
, 7-1
2 ch
/15s
, 13-
18ch
/20s
, 19-
24ch
/30s
,
2
5-48
ch/6
0s
Rec
ord
ing
co
lor
CH
.0A
, 0G
,1A
, 1G
(pur
ple)
, CH
.0B
, 0J,
1B
, 1J
(red
), C
H.0
C, 0
K, 1
C, 1
K (g
reen
)
CH
.0D
, 0M
, 1D
, 1M
(blu
e), C
H.0
E, 0
N, 1
E, 1
N (b
row
n), C
H.0
F, 0
P, 1
F, 1
P (b
lack
)
(Rec
ord
ing
co
lor
sele
ctab
le)
← ← /H5[
] B
...P
ower
cor
d JI
S s
t’d, D
...P
ower
cor
d U
L st
’d, F
...P
ower
cor
d V
DE
st’d
,
R...
Pow
er c
ord
AS
st’d
, J...
Pow
er c
ord
BS
st’d
, V...
Pow
er c
ord
GB
st’d
/H5[
] an
d /P
1 ca
n no
t spe
cifie
d to
geth
er
← Com
puta
tion
expr
essi
on: m
easu
rem
ent c
hann
el
Cha
nnel
num
ber:
pen
mod
el 4
cha
nnel
do
t mod
el 1
2 ch
anne
l← ← ← ← ← — ← ← U
p to
10
cons
tant
s ca
n be
use
d— U
p to
36
char
acte
rs c
an b
e us
ed
Sta
tistic
al ty
pe: M
AX
, MIN
, AV
E, S
UM
Com
puta
tion
chan
nel c
an b
e as
sign
ed to
a c
hann
el, w
hich
is n
ot u
sed
for m
easu
rem
ent c
hann
el
Com
puta
tion
chan
nel c
an b
e as
sign
ed to
a c
hann
el, w
hich
is n
ot u
sed
for m
easu
rem
ent c
hann
el— — —
Op
tio
nal
Sp
ecif
icat
ion
Item
µR20
000
µR18
00
54
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation
<Toc> <Ind>
TI 04P01B01-02E
T13
03-2
_Rev
1.E
PS
3 le
g is
olat
ed R
TD
DC
24V
DC
pow
er
supp
ly
Rem
ote
cont
rol
/N2:
3 le
g is
olat
ed R
TD
A
, B, b
legs
of R
TD
are
isol
ated
Pha
se p
lan
/R1:
Rem
ote
cont
rol
5 ar
e se
lect
able
from
the
belo
w m
entio
ned
rem
ote
cont
rols
.
N
umbe
r of
set
tings
sig
nal
• R
ecor
ding
sta
rt/s
top
1
edge
• C
hart
spe
ed c
hang
e 1
leve
l•
Mes
sage
prin
tout
sta
rt*1
5
trig
ger
• M
anua
l prin
tout
sta
rt
1 tr
igge
r•
Ala
rm A
CK
1
trig
ger
• Ti
me
adju
stm
ent
1 tr
igg
er
(ad
just
th
e ti
me
to a
pre
set
tim
e)•
Com
puta
tion
star
t/sto
p*2
1
edge
• C
ompu
tatio
n re
set*
2 1
trig
ger
— — *1 U
p to
5 m
essa
ges
can
be s
et*2
Com
puta
tion
func
tion
(/M
1) m
ust b
e sp
ecifi
ed to
geth
er
← /P1:
DC
24V
DC
pow
er s
uppl
y•
Rat
ed p
ower
sup
ply:
24
VD
C• A
llow
able
pow
er s
uppl
y vo
ltage
ran
ge: 2
1.6-
26.4
VD
C•
With
stan
ding
vol
tage
: 150
0 V
AC
bet
wee
n po
wer
term
inal
and
gro
und
term
inal
/R1:
Rem
ote
cont
rol
← N
umbe
r of
set
ting
Sig
nal
Rec
ordi
ng s
tart
/sto
p
1 le
vel
← ← ← — — TLO
G s
tart
/sto
p*2
1
leve
l— P
erio
dic
prin
tout
sta
rt
1 tr
igge
rS
tart
sav
ing
of m
easu
red
1 tr
igge
r
data
to IC
mem
ory
card
*3
← ← *3 IC
mem
ory
card
slo
t (/E
2) m
ust b
e sp
ecifi
ed
Op
tio
nal
Sp
ecif
icat
ion
Item
µR20
000
µR18
00
Met
hod
of d
etec
tion
risin
g
edge
trig
ger
250m
s or
m
ore
250m
s or
m
ore
250m
s or
m
ore
falli
ngcl
ose
open
leve
l
1st
char
t spe
ed2n
d ch
art s
peed
1st
char
t spe
ed
clos
e
open
Met
hod
of d
etec
tion
trig
ger
250m
s or
m
ore
leve
l
1st
char
t spe
ed2n
d ch
art s
peed
1st
char
t spe
ed
clos
e
open
leve
l
TLO
G s
top
TLO
G s
tart
T
LOG
sto
p
clos
e
open
leve
l
Rec
ordi
ngst
op
Rec
ordi
ngst
art
Rec
ordi
ngst
op
clos
e
open
2.13 Optional Specification
Aug. 10, 2005-00
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation TI 04P01B01-02E
55<Toc> <Ind>
Aug. 10, 2005-00
2.13 Optional Specification
T13
03-2
1_A
dd21
_E.E
PS
Rem
ote
cont
rol
Desc
riptio
n of
the
edge
act
ion
(Rec
ordi
ng s
tart/
stop
)1)
Rec
ordi
ng s
tart/
stop
(Cas
e 1)
2) R
ecor
ding
sta
rt/st
op (C
ase
2)
1) R
ecor
ding
sta
rt/st
op (C
ase
1)
2) R
ecor
ding
sta
rt/st
op (C
ase
2)
Op
tio
nal
Sp
ecif
icat
ion
Item
µR20
000
µR18
00
CLO
SE
Rem
ote
term
inal
RC
D k
eyOP
EN
ON
OF
F
STA
RT
STO
P
Rec
ordi
ng
Trig
ger
of r
ecor
d st
art/s
top:
Sel
ecte
the
Rem
ote
cont
rol (
EX
T)
Trig
ger
of r
ecor
d st
art/s
top:
Sel
ecte
the
Rem
ote
cont
rol (
EX
T)
Inpu
t a fa
lling
edg
e si
gnal
STA
RT-
>S
TOP
App
lyin
g a
risin
g ed
ge s
igna
l
whe
n re
cord
ing
is a
lread
y in
prog
ress
pro
duce
s no
effe
ct.
Dur
ing
oper
atio
n, lo
ck th
e R
CD
key
as o
ccas
ion
dem
ands
.
App
lyin
g a
falli
ng e
dge
sign
al
whe
n re
cord
ing
is s
topp
ed
prod
uces
no
effe
ct.
RC
D k
eyR
ever
ses
the
stat
us o
f rec
ord
ST
OP
->S
TA
RT
ST
AR
T->
ST
OP
CLO
SE
Rem
ote
term
inal
RC
D k
eyOP
EN
ON
OF
F
STA
RT
STO
P
Rec
ordi
ng
RC
D k
eyR
ever
ses
the
stat
us o
f rec
ord
CLO
SE
Rem
ote
term
inal
RC
D k
eyOP
EN
ON
OF
F
STA
RT
STO
P
Rec
ordi
ng
RC
D-k
ey
Dis
able
RC
D-k
ey
Dis
able
CLO
SE
Rem
ote
term
inal
RC
D k
eyOP
EN
ON
OF
F
STA
RT
STO
P
Rec
ordi
ng
Leve
l
Leve
l
ST
AR
T->
ST
OP
ST
OP
->S
TA
RT
Rem
ote
cont
rol i
nput
term
inal
Inpu
t a r
isin
g ed
ge s
igna
l
STO
P->
STA
RT
56
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation
<Toc> <Ind>
TI 04P01B01-02E
2.13 Optional Specification
Aug. 10, 2005-00
T13
03-2
2_A
dd22
_E.E
PS
Rem
ote
cont
rol
Desc
riptio
n(P
ower
OFF
dur
ing
reco
rdin
g)3)
Pow
er O
FF d
urin
g re
cord
ing
→ P
ower
ON
(Cas
e 1)
4)Po
wer
OFF
dur
ing
reco
rdin
g →
Pow
er O
N (C
ase
2)
3)Po
wer
OFF
dur
ing
reco
rdin
g →
Pow
er O
N (C
ase
1)
4)Po
wer
OFF
dur
ing
reco
rdin
g →
Pow
er O
N (C
ase
2)
Opt
iona
l Spe
cific
atio
n
Item
µR20
000
µR18
00
Pow
erO
N
OF
F
RC
D k
eyO
N
OF
F
Bat
tery
bac
ks u
p th
e re
cord
sta
tus
Whe
n be
cam
e po
wer
off
whi
le
the
reco
rdin
g is
in p
rogr
ess,
th
e re
cord
er s
tart
s a
reco
rd
whe
n be
cam
e po
wer
on.
Pow
erO
N
OF
F
RC
D k
eyO
N
OF
F
Bat
tery
bac
ks u
p th
e re
cord
sta
tus
Whe
n be
cam
e po
wer
off
whi
le
the
reco
rdin
g is
in p
rogr
ess,
th
e re
cord
er s
tart
s a
reco
rd
whe
n be
cam
e po
wer
on.
CLO
SE
Rem
ote
term
inal
OP
EN
STA
RT
ST
OP
Rec
ordi
ng CLO
SE
Rem
ote
term
inal
OP
EN
STA
RT
ST
OP
Rec
ordi
ng
Trig
ger
of r
ecor
d st
art/s
top:
Sel
ecte
the
RD
C k
ey (
INT
)
RC
D-k
ey: d
isab
le
Rem
ote
cont
rol :
dis
able
Trig
ger
of r
ecor
d st
art/s
top:
Sel
ecte
the
Rem
ote
cont
rol
(EX
T)
Pow
erO
N
OF
F
RC
D k
eyO
N
OF
F
Pow
erO
N
OF
F
RC
D k
eyO
N
OF
F
Bat
tery
bac
ks u
p th
e re
cord
sta
tus
Whe
n be
cam
e po
wer
off
whi
le
the
reco
rdin
g is
in p
rogr
ess,
th
e re
cord
er s
tart
s a
reco
rd
whe
n be
cam
e po
wer
on.
CLO
SE
Rem
ote
term
inal
OP
EN
STA
RT
ST
OP
Rec
ordi
ng CLO
SE
Rem
ote
term
inal
OP
EN
STA
RT
ST
OP
Rec
ordi
ng
Bat
tery
bac
ks u
p th
e re
cord
sta
tus
Whe
n be
cam
e po
wer
off
whi
le
the
reco
rdin
g is
in p
rogr
ess,
th
e re
cord
er s
tart
s a
reco
rd
whe
n be
cam
e po
wer
on.
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation TI 04P01B01-02E
57<Toc> <Ind>
Aug. 10, 2005-00
2.13 Optional Specification
T13
03-2
3_A
dd23
_E.E
PS
5) P
ower
OFF
dur
ing
reco
rdin
g →
Pow
er O
N (C
ase
3)
6) P
owr
ON
with
rem
oto
inpu
t ON
(CLO
SE) s
tatu
s
5) P
ower
OFF
dur
ing
reco
rdin
g →
Pow
er O
N (C
ase
3)
6) P
owr
ON
with
rem
oto
inpu
t ON
(CLO
SE) s
tatu
s
Rem
ote
cont
rol
Desc
riptio
n(P
ower
OFF
dur
ing
reco
rdin
g)
Opt
iona
l Spe
cific
atio
n
Item
µR20
000
µR18
00
Bat
tery
bac
ks u
p th
e re
cord
sta
tus
4.R
ecor
ding
ST
OP
1.P
ower
OF
F
2.P
ower
ON
3.W
hen
a po
wer
is s
uppl
ied
Fal
ling
edge
sig
nal i
s de
tect
ed
Bat
tery
bac
ks u
p th
e re
cord
sta
tus
3.R
ecor
ding
ST
OP
1.P
ower
OF
F
2.P
ower
ON
Leve
l
Pow
erO
N
OF
F
RC
D k
eyO
N
OF
F
Pow
erO
N
OF
F
RC
D k
eyO
N
OF
F
CLO
SE
Rem
ote
term
inal
OP
EN
STA
RT
STO
P
Rec
ordi
ng CLO
SE
Rem
ote
term
inal
OP
EN
STA
RT
STO
P
Rec
ordi
ng
Pow
erO
N
OF
F
RC
D k
eyO
N
OF
F
Pow
erO
N
OF
F
RC
D k
eyO
N
OF
F
CLO
SE
Rem
ote
term
inal
OP
EN
STA
RT
STO
P
Rec
ordi
ng CLO
SE
Rem
ote
term
inal
OP
EN
STA
RT
STO
P
Rec
ordi
ng4.
Rec
ordi
ngS
TA
RT
Bat
tery
bac
ks u
p th
e re
cord
sta
tus
1.P
ower
OF
F
2.P
ower
ON
3.W
hen
a po
wer
is s
uppl
ied
Ris
ing
edge
sig
nal i
s de
tect
ed
3.R
ecor
ding
ST
AR
T
Bat
tery
bac
ks u
p th
e re
cord
sta
tus
11.P
ower
OF
F
2.P
ower
ON
Leve
lTr
igge
r of
rec
ord
star
t/sto
p:
Sel
ecte
the
Rem
ote
cont
rol
(EX
T)
RC
D-k
ey: d
isab
le
Trig
ger
of r
ecor
d st
art/s
top:
Sel
ecte
the
Rem
ote
cont
rol
(EX
T)
RC
D-k
ey: d
isab
le
58
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation
<Toc> <Ind>
TI 04P01B01-02E Aug. 10, 2005-00
2.13 Optional Specification
T13
04-2
.EP
S
Cu1
0, C
u25
RT
D in
put
Pt5
0 R
TD
, PR
40-2
0,
PLA
TIN
EL
TC
etc
.
/N1:
Cu1
0, C
u25
RT
D in
put
Pt1
00 a
nd
JP
t100
inp
uts
can
be
use
d t
og
eth
er
Cu1
0 an
d C
u25
inpu
t mea
sure
men
t ran
ge
Inpu
t typ
e M
easu
ring
rang
e
RT
D
Cu1
0 (G
E)
-200
.0 to
300
.0˚C
Cu1
0 (L
&N
) (-
328.
0 to
572
.0˚F
) (m
easu
red
curr
ent
Cu1
0 (W
EE
D)
i=
2mA
) C
u10
(BA
ILE
Y)
Cu1
0: α
=0.
0039
2 at
20˚
C
Cu1
0: α
=0.
0039
3 at
20˚
C
(m
easu
red
curre
nt i=
1mA)
C
u25:
α=
0.00
425
at 0
˚C
M
easu
rem
ent a
ccur
acy
and
reco
rdin
g ac
cura
cy
Inpu
t typ
e M
easu
rem
ent a
ccur
acy
Rec
ordi
ng a
ccur
acy
Cu1
0 (G
E)
C
u10
(L&
N)
C
u10
(WE
ED
)
±
(0.4
% o
f rdg
+1.
0˚C
)
Mea
sure
men
t acc
urac
yC
u10
(BA
ILE
Y)
±(
0.3%
of
Cu1
0: α
=0.
0039
2 at
20˚
C
re
cord
ing
span
)C
u10:
α=
0.00
393
at 2
0˚C
Cu2
5: α
=0.
0042
5 at
0˚C
±(
0.3%
of r
dg +
0.8˚
C)
/N3:
Exp
ansi
on in
put
Thi
s op
tion
allo
ws
14 in
put t
ypes
suc
h as
Pt5
0 R
TD
, PR
40-2
0, P
LAT
INE
L T
C to
be
supp
orte
d be
side
s st
anda
rd in
put t
ypes
.
In
put t
ype
Mea
sure
men
t ran
ge
TC
P
R40
-20
0.0
to19
00.0
˚C
32 to
345
2˚F
PLA
TIN
EL
0.0
to 1
400.
0˚C
32
to 2
552˚
F
N
iNiM
o
0.0
to 1
310.
0˚C
32
to 2
390˚
F
W
/WR
e26
0.0
to 2
400.
0˚C
32
to
435
2˚F
Typ
e N
(A
WG
14)
0.0
to 1
300.
0˚C
32
to
237
2˚F
Kp
vs
Au
7Fe
0.0
to 3
00.0
K
RT
D
Pt5
0 -2
00.0
to 6
00.0
˚C
-328
.0 to
111
2.0˚
F
P
t25
-200
.0 t
o 5
50.0
˚C
-328
.0 t
o 1
022.
0˚F
Ni1
00 (
SA
MA
) -2
00.0
to
250
.0˚C
-3
28.0
to
482
.0˚F
(mea
sure
d cu
rren
t N
i100
(D
IN)
-60.
0 to
180
.0˚C
-7
6.0
to 3
56.0
˚F
i=1m
A
Ni1
20
-70.
0 to
200
.0˚C
-9
4.0
to 3
92.0
˚F
J2
63*B
0.
0 to
300
.0K
Cu
53
-50.
0 to
150
.0˚C
-5
8.0
to 3
02.0
˚F
C
u10
0*
-50.
0 to
150
.0˚C
-5
8.0
to 3
02.0
˚F*C
u10
0: α
=0.0
0425
at
0 C
/N1:
Cu1
0, C
u25
RT
D in
put
Cu1
0 an
d C
u25
can
be u
sed
inst
ead
of P
t100
and
JP
t100
In
put t
ype
Mea
surin
g ra
nge
R
TD
←
←
(
mea
sure
d cu
rren
t ←
i=
1.5m
A)
←
←
←
←
←
← ← ← ← ← ← ← /N3:
Pt 5
0 R
TD
, PR
20-4
0, P
LAT
INE
L T
C in
put
Pt5
0 R
TD
, PR
40-2
0, P
LAT
INE
L T
C a
re a
vaila
ble
besi
des
stan
dard
inpu
t typ
es
In
put t
ype
Mea
sure
men
t ran
ge
TC
←
←
←
←
—
—
—
—
—
—
—
—
RT
D
←
←
—
—
—
— (
mea
sure
d cu
rren
t —
—
i=
1.5m
A
—
—
—
—
—
—
—
—
Op
tio
nal
Sp
ecif
icat
ion
Item
µR20
000
µR18
00
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation TI 04P01B01-02E
59<Toc> <Ind> 2.13 Optional Specification
Aug. 10, 2005-00
T13
05-2
.EP
S
Pt5
0 R
TD
, PR
40-2
0,
PLA
TIN
EL
TC
etc
.
Rem
ote
RJC
In
put t
ype
Mea
sure
men
t acc
urac
y R
ecor
ding
acc
urac
yP
R40
-20
0 to
450
˚C
not s
peci
fied
45
0 to
750
˚C
±(0.
9% o
f rdg
+3.
2˚C
)
750
to 1
100˚
C
±(0.
9% o
f rdg
+1.
3˚C
)
1100
to 1
900˚
C
±(0.
9% o
f rdg
+0.
4˚C
) P
LAT
INE
L
±(0.
25%
of r
dg +
2.3˚
C)
NiN
iMo
±(0.
25%
of r
dg +
0.7˚
C)
Mea
sure
men
t acc
urac
yW
/WR
e26
0 to
400
˚C
±15.
0˚C
±(
0.3%
of
40
0 to
240
0˚C
±(
0.2%
of r
dg +
2.0˚
C)
reco
rdin
g sp
an)
Typ
e N
(A
WG
14)
±(
0.2%
of r
dg +
1.3˚
C)
Kp
vs
Au
7Fe
0 to
20K
±4
.5K
20 t
o 3
00K
±2
.5K
P
t50
±(
0.3%
of r
dg +
0.6˚
C)
Pt2
5
±(0.
15%
of r
dg +
0.6˚
C)
Ni1
00 (
SA
MA
)
N
i100
(D
IN)
±(0.
15%
of r
dg +
0.4˚
C)N
i120
J2
63*B
0
to 4
0K
±3.0
K
40
to
300
K
±1.0
K
Cu
53
±(
0.15
% o
f rdg
+0.
8˚C)
C
u10
0
±(0.
2% o
f rdg
+1.
0˚C
) N
ote:
PR
40-2
0: N
o re
fere
nce
junc
tion
com
pens
atio
n (0
˚C fi
x)
—
In
put t
ype
Mea
sure
men
t acc
urac
y R
ecor
ding
acc
urac
y
←
←
←
←
←
←
←
←
←
←
—
—
—
—
—
—
—
—
—
—
←
—
—
←
←
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
← /N5:
Rem
ote
RJC
Op
tio
nal
Sp
ecif
icat
ion
Item
µR20
000
µR18
00
60
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation
<Toc> <Ind>
TI 04P01B01-02E Aug. 10, 2005-00
2.14 Model Code and Options
2.14 Model Code and Options
T14
01-2
.EP
S
Opt
ion
Mod
el
Suf
fix c
ode
Opt
ion
code
S
peci
ficat
ion
43
7101
...
.....
......
.. µR
2000
0 1
pen
rec
orde
r 43
7102
...
.....
......
.. µR
2000
0 2
pen
rec
orde
r 43
7103
...
.....
......
.. µR
2000
0 3
pen
rec
orde
r 43
7104
...
.....
......
.. µR
2000
0 4
pen
rec
orde
r 43
7106
...
.....
......
.. µR
2000
0 6
dot
rec
orde
r 43
7112
...
.....
......
.. µR
2000
0 1
2 do
t rec
orde
r 43
7118
...
.....
......
.. µR
2000
0 1
8 do
t rec
orde
r 43
7124
...
.....
......
.. µR
2000
0 2
4 do
t rec
orde
r
-2
...
.....
Eng
lish,
deg
F &
DS
T
/
O
ptio
n co
de
/A1
Ala
rm o
utpu
t rel
ay (2
con
tact
s)*1
/A
2 A
larm
out
put r
elay
(4 c
onta
cts)
*1
/A
3 A
larm
out
put r
elay
(6 c
onta
cts)
*1
/A
4 A
larm
out
put r
elay
(12
cont
acts
)*1 *
2
/A
5 A
larm
out
put r
elay
(24
cont
acts
)*1 *
3 *4
/C
3 R
S-42
2A/4
85 c
omm
unic
atio
n in
terfa
ce *
5
/C
7 Et
hern
et c
omm
unic
atio
n in
terf
ace
*5
/F
1 FA
IL/C
hart
end
dete
ctio
n an
d ou
tput
*2*
3
/H
2 C
lam
ped
inpu
t *6
/H
3 N
on-g
lare
doo
r gl
ass
/M
1 C
ompu
tatio
n fu
nctio
n
/N1
Cu1
0, C
u25
inpu
t
/N2
3 le
g is
olat
ed R
TD
*6 *
7
/N
3 E
xpan
sion
inpu
ts*8
/R
1 R
emot
e co
ntro
l 5 c
onta
cts
*1
: onl
y on
e of
/A1,
/A2,
/A3,
/A4,
/A5
can
be s
elec
ted
*2
: /A
4 an
d /F
1 ca
n no
t be
spec
ified
toge
ther
for p
en m
odel
*3
: /A
5 an
d /F
1 ca
n no
t be
spec
ified
toge
ther
*4: /
A5
can
be s
peci
fied
only
for
dot m
odel
*5
: /C
3 an
d /C
7 ca
n no
t be
spec
ified
toge
ther
*6
: /H
2 an
d /N
2 ca
n no
t be
spec
ified
toge
ther
*7: /
N2
can
be s
peci
fied
only
for
dot m
odel
(S
tand
ard
inpu
t of p
en m
odel
is
isol
ated
)
*8: 1
4 ty
pes
inpu
ts: P
t50
RTD
, PR
40-2
0, P
LTIN
EL
TC e
tc.
— — — —
Mode
l cod
e S
peci
ficat
ion
43
7001
µR
1800
1 p
en r
ecor
der
4370
02 µ
R18
00 2
pen
rec
orde
r 43
7003
µR
1800
3 p
en r
ecor
der
4370
04 µ
R18
00 4
pen
rec
orde
r 43
7006
µR
1800
6 d
ot r
ecor
der
4370
12 µ
R18
00 1
2 do
t rec
orde
r 4
3701
8 µ
R18
00 1
8 do
t rec
orde
r 4
3702
4 µ
R18
00 2
4 do
t rec
orde
r/L
1: F
renc
h / G
erm
an /
Eng
lish
Sum
mer
/win
ter
time,
/D2:
deg
F
←
← ← Ala
rm o
utpu
t rel
ay (
12 c
onta
cts)
*11
*12
Ala
rm o
utpu
t rel
ay (
24 c
onta
cts)
*11
*14
RS
-422
A c
omm
unic
atio
n in
terf
ace
— FAIL
/Cha
rt en
d de
tect
ion
and
outp
ut *
13
← ← ←
C
u10,
Cu2
5 in
put *
15
← Pt5
0, P
R40
-20,
PLA
TIN
EL
← ←*1
1*1
2: d
ot p
rintin
g m
odel
onl
y*1
3: F
1 ca
nnot
be
com
bine
d w
ith /A
5.
In c
ase
of 6
-dot
mod
el, /
F1
cann
ot b
e co
mbi
ned
with
/A4.
*14:
12,
18,
24
dot m
odel
only
— ← ← — *15:
If /N
1 is
spe
cifie
d, P
t100
and
JP
t100
inpu
t is
not a
vaila
ble.
/E1
IC m
emor
y ca
rd s
lot w
ith S
ET
UP
dat
a re
ad/w
rite
func
tion
/E2
IC m
emor
y ca
rd s
lot w
ith S
ET
UP,
mea
sure
men
t dat
a re
ad/w
rite
func
tion
/N5
Rem
ote
RJC
Mo
del
Co
de
and
Op
tio
ns
Item
µR20
000
µR18
00
All Rights Reserved. Copyright © 2005, Yokogawa Electric Corporation TI 04P01B01-02E
61<Toc> <Ind> 2.14 Model Code and Options
Aug. 10, 2005-00
T14
02-2
.EP
S
Sta
ndar
d ac
cess
orie
s
Spa
res
Opt
iona
l acc
esso
ries
P
rodu
ct
1
pen
2 pe
n 3
pen
4 pe
n 6-
24 d
otZ
-fol
d ch
art
1
1 1
1 1
6 co
lor
ribbo
n ca
sset
te
—
—
—
—
1
Dis
posa
ble
felt-
pen
cart
ridge
R
ed
1 1
1 1
—
G
reen
—
1
1 1
—
B
lue
—
—
1 1
—
V
iole
t —
—
—
1
—P
lotte
r pe
n P
urpl
e 1
1 1
1 —
Mou
ntin
g br
acke
ts
2
2 2
2 2
Inst
ruct
ion
Man
ual (
CD
-RO
M)
1
1 1
1 1
Op
erat
ion
gu
ide
1
1 1
1 1
— — — N
ame
Par
t No.
Or
der Q
’ty (u
nit)
Des
crip
tion
Z-f
old
char
t
B95
73A
N
10
1 ch
art /
1 u
nit
6 co
lors
rib
bon
cass
ette
B99
06JA
1
1 pi
ece
/ 1 u
nit
Dis
posa
l fel
t-pe
n ca
rtrid
ge
Red
B
9902
AM
1
3 pi
eces
/ 1
unit
G
reen
B99
02A
N
1 3
piec
es /
1 un
it
Blu
e B
9902
AP
1
3 pi
eces
/ 1
unit
V
iole
t B
9902
AQ
1
3 pi
eces
/ 1
unit
Plo
tter
pen
Pur
ple
B99
02A
R
1 3
piec
es /
1 un
itM
ount
ing
brac
ket
B
9900
BX
2
1 pi
ece
/ 1 u
nit
N
ame
Mod
el c
ode
Spe
cific
atio
n S
hunt
res
isto
r 41
59 2
0 25
0Ω±0
.1%
(for
scr
ew in
put
4159
21
100Ω
±0.1
%
term
inal
) 41
59 2
2 10
Ω±0
.1%
Shu
nt r
esis
tor
4389
20
250Ω
±0.1
%(f
or c
lum
ped
inpu
t 43
89 2
1 10
0Ω±0
.1%
term
inal
) 43
89 2
2 10
Ω±0
.1%
—
← ← ← ← ← ← ← ← Inst
ruct
ion
Man
ual
Ref
eren
ce s
heet
(Q
uick
ope
ratio
n gu
ide)
Key
(fo
r ke
y lo
ck)
Fus
e (2
50V
800
mA
tim
e la
g)(2
50V
5A
tim
e la
g fo
r 24
VD
C m
odel
)
← ← ← ← ← ← ← ← ← ← ← ← ← ← ← IC m
emor
y ca
rd
Mo
del
Co
de
and
Op
tio
ns
Item
µR20
000
µR18
00
Printed in Japan, 410 (KHP)Subject to change without notice.