9
9
9
9
thermo couple
thermo couple
thermo couple
thermo couple
B,R,S,K,E,J,T,N:JIS/IEC
B,R,S,K,E,J,T,N:JIS/IEC
B,R,S,K,E,J,T,N:JIS/IEC
B,R,S,K,E,J,T,N:JIS/IEC
resistance bulb
resistance bulb
resistance bulb
resistance bulb
Pt100:JIS/IEC
Pt100:JIS/IEC
Pt100:JIS/IEC
Pt100:JIS/IEC
JPt100: former JIS
JPt100: former JIS
JPt100: former JIS
JPt100: former JIS
*1
*1
*1
*1
thermo couple
thermo couple
thermo couple
thermo couple
Accuracy is not guaranteed below B:400℃ (752
Accuracy is not guaranteed below B:400℃ (752
Accuracy is not guaranteed below B:400℃ (752
Accuracy is not guaranteed below B:400℃ (752
)
)
)
).
.
.
.
*2
*2
*2
*2
thermo couple
thermo couple
thermo couple
thermo couple
In K, T, U,accuracy is±0.5
In K, T, U,accuracy is±0.5
In K, T, U,accuracy is±0.5
In K, T, U,accuracy is±0.5 ％
％
％
％FS for 0
FS for 0
FS for 0
FS for 0 ～－
～－
～－
～－100℃ (
100℃ (
100℃ (
100℃ (-
-
-
- 148
148
148
148
)
)
)
)
a
a
a
an
n
n
n d
d
d
d
±
±
±
±1.0%FS if it is below
1.0%FS if it is below
1.0%FS if it is below
1.0%FS if it is below－
－
－
－100℃
100℃
100℃
100℃
*3
*3
*3
*3
thermo couple
thermo couple
thermo couple
thermo couple
Wre 5
Wre 5
Wre 5
Wre 5 -
-
-
-26: Product of Hoskins Mfg. co.,
26: Product of Hoskins Mfg. co.,
26: Product of Hoskins Mfg. co.,
26: Product of Hoskins Mfg. co.,
*4
*4
*4
*4
thermo couple
thermo couple
thermo couple
thermo couple
ＰＬⅡ：
ＰＬⅡ：
ＰＬⅡ：
ＰＬⅡ： Platinel
Platinel
Platinel
Platinel
*5
*5
*5
*5
thermo couple
thermo couple
thermo couple
thermo couple
U:DIN43710
U:DIN43710
U:DIN43710
U:DIN43710
* Setup of factory shipment is Multi input: thermo couple
* Setup of factory shipment is Multi input: thermo couple
* Setup of factory shipment is Multi input: thermo couple
* Setup of factory shipment is Multi input: thermo couple
0
0
0
0
-
-
-
- 1200℃
1200℃
1200℃
1200℃
7
7
7
7-
-
-
-7 .Measuring range code table
7 .Measuring range code table
7 .Measuring range code table
7 .Measuring range code table
DI c h arac te r
Ope ration type
In pu t
Conten ts
de te ction
No allotme nt
2 n d SV
le ve l
With c lose d DI te rmin al Exe c u tion SV = 2n d SV
3 rd SV
le ve l
With c lose d DI te rmin al Exe c u tion SV = 3 rd SV
4 th SV
le ve l
With c lose d DI te rmin al Exe c u tion SV = 4 th SV
c ontrol RUN
le ve l
RUN with c lose d DI te rmin al, STBY with ope n one .
man u al in pu t
le ve l
Manu al with c lose d DI te rmin al,au to with ope n on e .
au to tun in g
e dge
AT- start with rise e dge .
latc h ing re le ase
e dge
All latc h in g are re le ase d by rise e dg.
su pe r ke y loc k
le ve l
Su pe r ke y loc k with c lose d DI te rmin al.
Re le ase with open e d.
・ Whe n
～
are con duc te d du rin g AT e xec ution , th e y are pe rforme d at th e time of AT
te rmin ation .
・ Whe n
～
are allotte d to to e ac h DI, priority is give n to
-
-
-
in orde r.
c an be pe rforme d at the time of a RUN- au tomatic ou tpu t.
・ When
is allotte d to, re le ase in the middle of AT ope ration is carrie d out by off
-key ope ration
c h osen in
AT sc ree n .
・ Wh ile AT is performe d, if STBY RST or a man u al ou tput is pe rforme d, AT is re lease d.
・ Eve n whe n a ke yloc k is n ot OFF,c on du c tin g of DI is e ffe ctive .
・ The same ope ration othe r th an
is impossible to allot to DI1
- DI4 at a time .
・ Ope ration allotte d to DI takes priority ove r DI.. Ke y ope ration c ann ot be performe d.
・ Exec ution of DI operation is possible to pe rform. Bu t ne ith er re le ase of AT n or nu me ric al ch ange of SV
an d
man u al ou tput is possible to perform.
・ In DI in pu t, 5 VDC 0 .5 mA pe r point is impre sse d.Use en du rable switch , transistor an d so on .
・ Wiring distan ce of DI sh ou ld be less than
30m
30m
30m
30m
.
7
7
7
7-
-
-
-5 .MODE6:DI setting
5 .MODE6:DI setting
5 .MODE6:DI setting
5 .MODE6:DI setting
MODE 6 Digital input setting
MODE 6 Digital input setting
MODE 6 Digital input setting
MODE 6 Digital input setting
Display
De scription
DI
DI
DI
DI ４
４
４
４
mode setting screen
mode setting screen
mode setting screen
mode setting screen
In itial valu e :
Se tting ran ge : c h osen from DI ope ration c h aracte r table
7
7
7
7-
-
-
-6 .DI operation character table
6 .DI operation character table
6 .DI operation character table
6 .DI operation character table
8. Supplementary Explanation of Function
8. Supplementary Explanation of Function
8. Supplementary Explanation of Function
8. Supplementary Explanation of Function
Th is is th e fu n c tion to in c re ase th e c ontrol ou tpu t gradu ally with se t- u p time
at th e time of powe r- on , ST BY → RUN, an d n or mal re tu rn f rom sc ale ove r.
Th is is e ffe c tive for c on trollin g th e e xc e ssive cu rre n t to loads, su c h as a
h e ate r.
1 ) Soft- start fu n c tion s in th e followin g c on dition s.
・ At th e time of th e powe r- on in au tomatic ope ration ,
S TB Y(RST) →RUN, an d n o rmal re tu rn from sc ale ove r.
・ Se tu p of pro portion al ban d (P) is oth e r th an OFF
・ Soft startin g time is n ot O FF
8
8
8
8 -
-
-
- 1 .Auto return function
1 .Auto return function
1 .Auto return function
1 .Auto return function
Wh e n th e re is n o ke y ope ration 3 min u te s or more ,
on th e sc re e n e xc e pt
for basic sc re e n an d e ac h mon itorin g sc re e n , sc re e n au tomatic ally sh ifts to
basic sc re e n . (Au to re tu rn ).
8
8
8
8 -
-
-
- 2.Output Soft Start Function
2.Output Soft Start Function
2.Output Soft Start Function
2.Output Soft Start Function
8
8
8
8 -
-
-
- 3.Event Selection Alarm Operation Figure
3.Event Selection Alarm Operation Figure
3.Event Selection Alarm Operation Figure
3.Event Selection Alarm Operation Figure
Th e figu re of alar m ope ration figu re allotte d to e ve n t 1 ～3 is sh own .
In pu t type
Code
Me asu rin g Ran ge
Un it
（ （
Un it
（
（
R
0 ～17 00
0 ～3 10 0
K
－1 99 .9 ～4 00 .0
－3 00 ～ 70 0
K
0 ～1 20 0
0 ～22 00
K
0 .0 ～3 00 .0
0 ～ 6 00
K
0 .0 ～80 0
0 ～ 15 00
Th ermo cou ple
J
0 ～ 6 00
0 ～1 10 0
M
M
M
M
J
0 .0 ～60 0 .0
0 ～1 10 0
U
U
U
U
T
-199.9～200.0
-300～400
L
L
L
L
E
0 ～ 70 0
0 ～1 30 0
T
T
T
T
S
0 ～1 70 0
0 ～3 10 0
I
I
I
I
* 5 U
－1 99 .9 ～ 20 0 .0
－3 00 ～ 40 0
N
0 ～1 30 0
0 ～2 30 0
I
I
I
I
* 1 B
0 ～1 80 0
0 ～3 30 0
N
N
N
N
* 3 Wre5 -2 6
0 ～2 30 0
0 ～4 20 0
P
P
P
P
* 4 PLⅡ
0 ～1 30 0
0 ～2 30 0
U
U
U
U
－2 00 ～ 60 0
－3 00 ～1 10 0
T
T
T
T
－1 00 .0 ～ 2 00 .0
－1 50 .0 ～ 4 00 .0
0 .0 ～ 1 00 .0
0 .0 ～ 2 00 .0
Re sistanc e Bu lb
－ 5 0 .0 ～ 50 .0
－ 6 0 .0 ～ 1 20 .0
Pt10 0
－1 00 .0 ～ 3 00 .0
－1 50 .0 ～ 6 00 .0
- 19 9 .9 ～3 00 .0
- 30 0 .0 ～6 00
－1 99 .9 ～60 0 .0
- 30 0 .0 ～1 10 0
0 ～23 0
0 ～45 0
JPt10 0
－2 00 ～ 50 0
－3 00 ～ 90 0
－1 00 .0 ～ 2 00 .0
－1 50 .0 ～ 4 00 .0
0 .0 ～ 1 00 .0
0 .0 ～ 2 00 .0
－5 0 .0 ～ 5 0 .0
－ 6 0 .0 ～ 1 20 .0
1 00 .0 ～ 3 00 .0
－1 50 .0 ～ 6 00 .0
- 19 9 .9 ～3 00 .0
- 30 0 ～6 00
- 19 9 .9 ～5 00 .0
- 30 0 ～9 00
0 ～23 0
0 ～45 0
Voltage
mV
0 ～10
0 ～10 0
- 10 ～10
0 ～20
Sc alin g range :－19 99 ～99 99 coun t
0 ～50
Span ：1 0 ～1 00 00 coun t
▲
O N ope ration
▲
O N ope ration
：
Lowe r limit absolu te valu e alarm
：
Uppe r lim it ab solu te valu e alarm
：
Uppe r lim it de viation alarm
：
Lowe r limit de viation alarm
▲
▲
：
With ou t de viation alarm
：
With de viation alarm
- 1 0 ％
0 ％
1 0 0 ％
1 1 0 ％
PV
：
Sc ale ove r
O N ope ration
O N ope ration
O N ope ration
