Toho Electronics TTM-1525 User manual

TOI{O trLECTRONICS INC.
DIGITAL CONTROLLBR
TTM-1s2s
INSTRUCTION MANUAL
Thank you for purchasing model TTM-I525 Digital Controller.
Please go through this Instruction Manual carefully and use the unit in proper minner.
This Instruction Manual is composed of the following three (3) chapters:-
r\: T}is chapter indicates necassary NoticeMaming, Installation and Wiring method to use the Digital
Controller model TtM-1 5 2 5in proper manner.
B: This chapter B explains how to operate the parameter for using this digital controller efficiently.
C: 'lhis chapter indicates the specifications, maintenance/inspection and example of usage.
O NOTICBNVARNING BETORB USAGE
' Conftrnt tlte merchandises at hand show the correct model and optional function.
For confinrration of model nzune, please refer to the following ORDENNG INFORMATION.
1 ) Ordering Information Type fnput Output
| 2 t2 Option Power Supply
Tem peratu relHumiditv Control
SSR drive volt
Communication RS-485
85V - 264
Xt: No setting of "N'' at Output 1
I - 5VDC
Only Input 2 has Feedback resistance.
1-
TTM 15 ?rf-tr

2) Pacl<irtg Contents:
' Check, if all the attachments are at your hand.
' Instruction Manual(This booklet) 1 booklet
'FittingMetals" 'lset
' Unit seal ' 'I sealpaper
Iu case anv of the above are missins or a different included, please contact our business department.
' Please bc noted that types of Input and Output cannot be altered after receiving the unit.
l-lou,cver, the types of Thermocouple and R. T. D. input can be changed.
' Please hand over this Instruction Manual to the operator of unit and keep it with care.
' Copy or Reprint of this manual, wholly or partially, is not permitted.
' T'he contents of this manual may change without prior notice in future.
' Plcasc bc noted that rve shall not be responsible to all of the defaults resulted by using of the unit.
3) Notice/Warning before usage:
' The following symbol marks are used in this Instruction Manual for handling this model safely.
In case of mishandling, serious danger may occur to the
A WARNINC operator such as death, electrocution and a skin bum.
In case of mishandling, it may cause some damage to the
A CAUTION unit or to the operator slight injury.
CAUTION
' Do not push the keys by sharp points (i. e. Ball-point-pen, metals) for prevention of its malfunction.
\l/ARNING
Makc sure the conect wiring connection before turning on electricity.
Mis rviring may cause malfttnction of the unit and may cause a fire.
Nevcr remodel the unit for prevention of malfunction of unit and fire.
inq connection of FG terminal.
-2

O
o
I rr t, roduc t i on
NO'TiCE/WARNING BEFORE USAGE
1) Ordering Information'
2) Packins contents' '
3) Notice/Warning before usage' '
A. INSTALLATION AND lryIRING
1.l.
1.
t.
l.
l.
Panel Installation Method
l Parrel cut dimensions -----'4
2 External dimensions 4
l) Chart of Panel cut dimensions
and external dimensions -- 4
4 Installation Method 5
5 Locat.ion of unit installation --- 5
2. Wiring Method
2. I 1'ernrinal Iayout for wiring
2.2 Notice/Warning at wiring
2. ll lixarnples of eaclt wiring
l) ltrput. l'2 -
2) 0utput I ----
3) Output 2 '---
z!) Event Output l'2'
B. OPDRATIC)N IIETHOD
1. I)oscript.ion of each part
and Functions'
1. I 0peration Key Information ------'
l.2 Information of Display part -----
I.3 Change Method of each Display ---
2. Precaution of Control'
2. I Preparation of Set-up Mode -
2.2 Preltaration of Remote
Control unit -----"'11
2.3 0ther Preparation
l) 0ption Sltting Mode 12
2) Event. Input/0utput
i llvent Input(SV Change) -------' 13
i Event Input(RLN/READY) -------' 1 3
i Dvent 0utput --' 1 3
3) Function Key Setting Mode ------ 1 3
4) Blind Setting Mode 1 3
5) Auto-tuning Setting -- 1 4
3. 0peration Flow and Parameter
3.1 Display conditions ---' 1 4
3.2 Each Parameter Information
l)BasicMode- 15
2)Set-up Mode - 17
3)Contro1 ConstanL Setting Mode - 20
4)0ption Setting Mode - 24
5)Feedback resistance Adjustment Mode 27
6)Function Key Setting Mode 27
3.3 0ther displays 28
4. Definitions Functions
4.1 Auto-tuning -' 28
4.2 PID Control & 0N/0FF Control '' 28
4.3 Event Output - 29
4. 4 Additional Functions
l)Event 0utput Hold --'--' 29
2)Stand-by sequence -"' 29
3)Process Value(PV Abnormal) -- 29
4.5 Input display range & Setting range 30
C. SPECIFICATIONS
1 . General Specifications ' 31
2, Specification Standard and
Performance'
3 . Maintenance a.nd Inspect ion ' '
4. Example
. 31
33
Remote Control unit - 33
1
2
2
5
6
6
6
7
7
7
B
B
B
9
9
-3:

A. INSTALLATION AND WIRING
l. Panel Installation Method:
l. I Paucl cut dirneusions:
. (Panel Cut Dimensions)
l. ll Chart of Panel Cut and Extental Dimensions:
( Ctrurt of Panel.Cut and Extemal Dimensions )
1. 2 Extenral Dimensrons:
(Extemal Dimensions)
rg
Unit Tvoe ABCDabc d
TTM-1520 96 48 9.5 100 45*0. sr.o 92+0. el-o 120 4B
In case of continuous mounting to N: L =xN-3 ) +l/-0
-4

1. 4 Installation Method:
1. 5 Location of Unit Installation:
For installation, please make sure the following points and install thc unit at the proper locations:-
' Tcnrperature and Flurnidity are within the linrit of operation environment.
. Arvny from tlre gas of sulfide and corrosion, dust and oil.
. Alvay from electric noise and the int'lttcnce of electromagnetic field.
. Less mechanical vibration and shock.
. Arvay frorn the direct sunshine and not to be exposed by vvind and rain.
. Away from tlre direct darnplless or the flood with watcr.
2. WIRING METHOD
Z. 1 Terminal Layout for Wiring:
rc---c
----------f)
AC/DC 24V:.
-HU
r/R(A) ----{D
r/R(B) ----€)
NO
+CCC.-,._€
Nc ------{A
+DD Y
No ---{o
c ----<D
t-------{O
OUTPUT2 :
'(D
>F AA
* I]B
*CC
*DD
SSR drive voltage
current / voltage (outputl)
Relay contact (output2)
Relay contact (outputl )
TTM- 1s2s
+ --'--<o
*AA:
- --r---tq
*BB
ftD----------,-
I TVENT TNPUT/OUTPUT1
(D-
FEEDBACK
RESISTANCE
63a)______]_
] TVeTTINPUT/OUTPUT2
(q+
(rs)---- f -- C ----r T
x>/ ', / Jn
(Xt c --'+ VR
T
D
@--..
{
(6H
/,') 5
Y
INPUT2 It I
6d-\- T
: 'D/
(H* cr- 9 ----Lr
, / tH
--r+ V ---: R
T
D
INPUTl
-5

F electricity at wiring connection for avoidinc electrocution.
CAUTION
flris uuit does not filnction any control for approxirnately 4 seconds after tunring Power ON .
(No functions of Output etc. ) In case of using this unit as Interlock circuit, please note this firnctions.
Please follow tlie instruction manual and make correct wiring connection, especially at Input tenninal,
Porver supply terminal and Optional temrinals.
Thc crirlp terminals for wiring should be fit with the nuts of M3.5.
' The rviring materials to connect R. T. D. and this unit should be the one with wire-resistance less than
5 O per wire,
' The rvinng materials to connect Thermocouple and flris unit should be the one as the specified extensiorr
lead wire of thermocouple or lead rvire itself.
' ln case of using this unit close to the noise generators, please use flre shield-rvires. Please do not make
rviring the Input/Output line at the same duct ald the pipes of electric wires.
' TIre signal tvire of Input/Output should be at least SOcm away from porver supply and loading lines.
2. li Exanrples of each Wiring:
(Exarnples of rviring at each controls should refer to "C. 4. Exampte". )
l) Input 1.2.
Feedback resistance Thennistor Voltage/Cunent White Gold R. T. D. Thermocouple
-r------@
+L@ @r
Input 2
@l
N'<-@-
S '@ s \---@ +
L_*^
OPEN
Output I
' In case of Relay Contact Point Output:
Contact point Specifications: 1c Contact point
Contact point capacity:
@r
Input I
@ __l
In case of SSR Drive VtlltageA/oltage/
Current Ouput.
+-1
SSR Drive Voltage/
J Voltagc/
Currcnt Output
N*o ^--@ -
s \, \-*.
L-*^
2)
250VAC 3A (Load resistance)
NC
_c-rc-l
Nol
----o I
I
coM I
Operation
Terminals
-6
2. 2 NoticeAVaming at Wiring:

3) Output 2
' In case of Relay Contact Point Output:
Contact point Specifications: la Contact point
Contact point capacity: 250VAC 3A (Load resistarce)
NC
4) Event InpuVoutput l.2
* In case of Input
ln case of SSR Drive Voltagef/oltage/
Current Output.
o+--1
SSR Drive Voltagci
Voltage/
Current Output
* In case of Output
Specifications: 24VDC 50mA
Corrector
B.
l.
(@) Input Specifications:
At OFF maximum: 32VDC 6rnA
GND
* Tlte above drawing shotvs the example of lviring at Event Input/Output 1.
The tenninals indicated in the ( ) is the one at Event Input/Output 2.
OPBRATION METHOD
Description of each parts and Functions:
fr- rl -i-ll- u^--ll- oorl
l--E--u- lfE_l[ p -.l
T-i- rY-r-l
tE_:El i
o,l .Y
nn
@tr8tr
@BtrB
7-

In
Ooeration Kev Description
MODE Key ' IJold down Mode Key to show the display at Mode side.
' Change-over Parameter display
(Menrorize the parameter setting rvhen this Mode Key pressed. )
UP/DOWN Key
EO ' These keys to be used to alter the nuureric value of setting value etc.
A key: Lrcrease numeric value
Up and Down key to each digit. Y key: Decrease numeric value
Function Key ' Hold down this Futrction key to carry out the operation of frrnctions which
are settled at Function setting mode.
1.10
1.2 ln
l. 3 Method to change-over each display:
Porver ON After Power ON, it shows "Type of InpuUoutput Display
iotr" for 4 (four) seconds.
After 4 secouds, this display automatically chzurges
Blind
ine Mode
i Il case at the selection of Blind Mode.
I
I
t
I
I
I
V
Hold down MODE key for
nrore than 2 seconds.
Press Mode key after changing
the number of Mode key to
desired selection value.
i l--trE-tr]
f--51 At ilre display indicated left side,
press A key of hundred-digit for more than
3 seconds. After parameter start to blink,
press A key of ten-digit, V key of tenth
digit and Y key of one digit successively within
10(ten) seconds.
fonnation of Di secilon
Process Value Indication
PV Indicates Process value. Indicates the character of Pararneter.
Setting Value Indication
SV Indicates Setting value and Manipulated value. Indicates the settins value of Paraueter.
Chanrtel Indication
ctr Indicates tlie channel selected.
Output I' 2 La.nrp Indication
ou'[1.2 Out I lunp lights on rvhen Output I is ON. Out 2 lamu lishts on rvhen Outout 2 is ON.
Everrt Outptfi |' 2 Larnp Indication
EVt .2 EV I larnp lights on when an optional Event Output I is ON. EV 2 liunp lights on rvhen an optional Event Output 2 is ON.
Manual/Automatic I(cy
IVIAN Mauual or Autontatic Setting of ma-uipulated value. MAN lanru lishts on at nranual ooeratiou.
Corrrntuuication Lanrp Iudication
COM COM lanrp lights on when the communication function is ready
to use. COM lamp blinks at the time of data trarsmission.
Sr:ttire terns Sel
Control 'Constant Feedback Resistance Function Key
-B
The indication of display should be:-
rtrtril
tE l---E-l

After the selection of * of SV Indication by A V keys at Setting Items selection Display,
press MODE key to change into the following Modes.
2.. Precaution of Control:
This unit adopted a fixed memory device to memorize setting value. Therefore, the setting value remains
in menrory even after turning OFF the Power. It is necessary to prepare setting of each unit and set-up mode
bcfore control operation.
Horvever, it is not necessary to condnct all of the follorving preparation of setting to each unit.
( lMotE I : Hold dorvn MODE key. )
of Input/Output Display of Confinnation" for 4
automatically changes into Basic Mode such as;
2.rP ion of set-up mode
After Porver ON, it shorvs "Type
After this zl seconds, this display seconds.
f!--EEEI
l---Til
l) I-lold dorvn MODE key for 2 seconds to shovv Set-up MolglDjfpley-
_EEEI
)) Pre ss I key of one-digit to set thediq+#f;Ecation of I I I .
3) Change the display indication to fTFl-l-l for settinq up Channel I
fi7 tr, i-l'
,l) Select tlre rype of Input at Type of Input/Output I <)** I. Holever,
. lMopE I
Voltage and Current
5)
ri)
7)
r.t )
Input cannot be changed. (Refer to page 1 7)
Select "C and 'F by A or V key of one-digit at'CfF Change
Please make setting of Lorv Limit of Setting Value by A or V kev of each diqit at SV Limit Low.
'rErrTl
f---l lmpEl
Modc
ntrnrber Setting Items Selection Display Mode Descriptions Page
0Basic Mode Basis operation to confirm PV and setting of SV
etc. 15
ISet-up Mode Make necessary setting at set-up time for
changing type of Input and 'CI'F etc. 17
?. Control Constant
Setting Mode Make necessary setting for the control of PID
constant etc. 20
,)
.) Option
Setting Mode Make setting for the option of Event functions etc. 24
IFeedback Resistance
Adjustment Mode Only Position Proportional Control Functions.
Adjustment of Feedback Resistance. .21
5Function
Setting Mode Make setting of Function key. 13
2l
Special EBlind
Setting Mode Selection possible at Function Setting Mode.
Make blind at selected Parameter display. iz
9-
remain as il )
lMopEl
can be changed.
lNropEl

l0)
I t)
12)
9) Please make setting of High Limit of Setting Value by A or V
In case of using Lock function, please make setting only
For setting up Channel 2, please set the parameter to
Please make setting also Channel 2 as well as Channel 1.
X Note: There are No Channel 2 setting at the unit with HeaVCool Control, Position Proportional Control
and Remote SV Control.
key of each dieit at SV Limit High.
-rtrtFi-i-l
f--ak I lMOpEl
rmpletion of all setting procedure.
Ii-F-t
E mpEl
10

2.2 Preparation of Remote Control unit
l3) Hold dorvn MODE key for more than 2 seconds
to get Control Constant Setting Mode Display appeared.
rE-TtrI
I l) Press A key of one-digit to alterthe display intol E I
_LGE-N
l5) Select the type of Control at the Type of Control I ** I
(Refer to page 2,0)
ON/OFF CONTROL:
mopE I
llv(oDE I
lMopE I
Coustant of PID can be irnported autonratically rvhen Auto-funing is made at Basic Mode.
ft:J-fif-n Sering oI
lti) Abnomal Manipulated Value Setting: I l:l.tl I Abnormal Manipulated Value.
I f-Tll Seftins of
l--T1l contrSl Sensitivity tltloDE I
PID CONTROL
ISetting of
Proportional Band
Setting of
Integral Time
Setting of
Differential Time
IF NO OPTION USED:
IF OPTION USED: Please go to Z 0).
Please got to 1 7).
Then, Display shows; f=EE
r--_]-l
lMopEl Auto-tuning Method
After completion of
Remote Control unit,
please do auto-tr"rning of
Channel 1.
Setting of
Proportional Cycle
Setting of
Manual Reset
Setting of Low Limit
Manipulated Value
Setting of High Limit
Manipulated Value
17) I-lold down MODE key for more than 2 seconds
to get Option Setting Mode Display appeared.
Press A key of one-digit to alter the display into
Sclection of Option
Plcase set Setting Value of each digit by A or V
I fi)
t .L))
20)
2l)
2,?,)
2:i)
21)
25)
26)
Indicate Manipulated Value ut lrtu.lrlManipulated Value (V.V:)-,-- ffiODE I
[p,*;*,r*l
For setting of Basic Mode at Channel 2, set the parameter to I t He I
tMopEl
IMoDE I
lMopE-]
mopE I
lMopEl
Then, Display shows;
f{-.ffLl
I -tl-l_t
l---Tl. mopE I
Plcase refer to Option Setting Mode in Operate Flow and make setting each of them. (Refer page 17. )
ij"j1,tx?,Y,??IJil'$ru::'.lr2iecondsrE-Tilt1,.n,Displayslrows;ry
Press A key of one-digit to alter the display into l------Ti-|. llvIODE I If no option setting: f,
For setting of Basic Mode at Channel 1, set the parameteUlo l--EFiJl TMODE I
Plcase set Setting Value of each digit by A or V key at [-----EIl Setting Value. IMODEI
|-FIFN_I
Sclcct the Control Automatic or Maqu4[ ut_.ff-f Lll= crlAuto/I4anual Change. ffiODE I
- 11
mopEl

2.3
l) Option Setting Mode: (Refer to page 2 4 )
Option selection
OP Number Select Option function by
MODE Key. A or V key nnd next go
PV Event 2
PV Event 2
LOW setting
PV Event 2
HIGH setting
PV Event 2
sensitivity
DI 2 function
to next Display by
:El
Communication
Paraneter
Communication
Speed
Communication
Address
Response Delay
Time
Communication/
Local Clrange
:l
Event I Function
PV Event I
PV Event I
LOW setting
PV Event I
HIGH setting
PV Event 1
sensitivity
DI I function
In case F':E
Event 2
BInc
t4
Retunr to I
Return to IRetum to 1
- 12
In
:!
tl
5
ri
7
16
t7
1B I

2) Event Input/Output (At Event 1)
I Event Input(SV Change):
nutopEl
mopE I
. n\4oDEl
TEEEEI
f--*l
T-E;;I I E-TF-I
' Displays only when Event I is Digital Inprrt and DI I Function | | lis SV Ctrange.
r-ilEt
Plcase nrake setting of SV2 [-[[lsvz. llt4ODEl
t--T;E] l_-.t;-=Fl
' Displays only when Event 2 is Digital Input and DI 2 Function I I lis SV Change.
T-tr;TI
Plcase make setting of SV3 [---TllSvs.
Ptcase make setting of SV4 ffi run.
? Event Input (RUN/READY) :
.PlcasesetDIlfrrnctiontoffiRI.JN/READYwhenEvent1is
i In case of using Event Output:
T-E;I
. Displays when Event 1 is I e I Digital Output.
ff--=i-tT:-l
.Sclect f-T-*Tl PV EventOutput I tunction. IMODEI (Refertopage 29)
' Please complete each setting.
3) Function Key Setting Mode.
Plcase set the parameter to
r-Fln
I tl I Make setting at Function Key Setting Mode. (Refer to page 27 )
4) Blind Setting Mode: _
rEEI
I At the display of I E L hold down A key of hundred digit for more thar 3 seconds to start
blinking parameter. Then, press quickly A key of ten digit, Y key of ten digit
ald V key of one-digit in tum within l0 seconds.
rEil
2 Displays [] f---El
:] Blind Mode Selection Ih]
f----Xl Btind Settins
4 Tl l--c,l-trI
* : After setting of desired Blind mode by A Y key of
one-digit, press MODE key to get appear selected
parameter.
X : Selected Parameter
trr rr : Blind the selected parameter.
After setting of Blind, c,l: l: : No blind the selected parameter.
shut down the electric power.
- 13

5) Auto-tuning Setting:
No Auto-tuning is possible when the control is set at ON/OFF Control.
I Starting nrethod of Auto-tLrning:
l) Set each parameter of "Control Constant Setting Mode" and "Option Setting Mode".
2.) Fix the setting value at "Basic Mode".
3) Shift the display to Auto-tuning Starting Display of "Basic Mode" and hold down A or V key of
one-digit for more than 2 seconds to start Auto-tuning.
It takes some time to execute Auto-tuning.
Notc: ' Auto-hrning operation should be nrade only after completion of parameter setting and wiring
connection (lnput/Output etc. )
' In case of intermediate termination of Auto-tuning, PID Constant remains sanle as the one set before
Ar"rto-tun ing operation.
' lu case of the snapping of a wire or disconnection of Output while Auto-tuning operation, Auto-tuning
error indication "E. - il" to be appeared. The same error indication to be appeared when
Auto-tuning operation takes too much times.
' The method of Cancellatiorr is sarne as the one of starting method.
3. OPERATION FLOW AND PARAMETER:
:1, I Display Condition
Di I
Svnrbol Disulav Condition
.)
r)
)kl
,<l
>l< 2
>l< lJ
>l< 4
,F5
>l< fi
>F7
>l< ll
>l< !)
,<lo
*l I
>l<12
,<14
*r5
,<lri
>FL7
>1.18
,l<19
4<20
7:21
>l<'2 2
,l- L t)
>l<24
>F25
d<26
>l<27
*28
d<29
No display at l{eating/Cooling Control unit, Position Proportional Control and Remote Control unit.
Displays Process Humidity zurd Setting Hurnidity at Temperature/Humidity Control unit.
Displays Remote SV rvhile remote control on Remote Control unit.
Displays only at Remote Control unit.
Displays Opening at Position Proportional Control unit.
No display at ON/OFF Control.
Displays only at Heating/Cooling Control unit.
No display when Cooling Output is set at ON/OFF Control.
No display when Cooling Output is set at Current/Voltage Output unit.
Displays only when Cooling Output is set at ON/OFF Control.
Displays only at Cascade Control unit.
Displays only when Event Option exists and also more than I (one) function of "DI Event" and
"SV Charge" is selected.
Displays only when Event Option exists and also more than 2 (two) function of "DI Event" and
"SV Change" are selected.
No display at Current/Voltage Input unit.
No display at Current/Voltage Output unit.
Displays only at ON/OFF Control.
Displays only when Option exists.
Displays only when Event 1 exists.
Displays only when Event I is set at "PV Event".
Displays only when Event I is set at "Low Limit" of "PV Event".
Displays only when Event I is set at "High Limit" of "PV Event".
Displays only when Event 1 is set at "DI".
Displavs only rvhen Event 2 exists.
Displays only lvhen Event 2 is set at "PV Event".
Displays only when Event 2 is set at "Low Limit" of "PV Event".
Displays only when Event 2 is set at "High Limit" of "PV Event".
Displays only when Event 2 is set at "DI".
Displays only when Communication function exists.
Displavs only at Feedback Resistance Input.
14

3. 2 Each Parameter Information
l) Basic Mode
No.
ndications
Descriptions Initial
Value Display
Conditions and
Remarks
Parameter
IProcess Value
Channel Selection Select "f l{ I" or "f HE" by AV key of one-
digit.
f I-l I selection: It is possible to change the display of
Process Value at Channel 1 and Basic Mode.
f F!E selection: It is possible to change the display of
Process value at Channel 2 and Basic Mode.
[H I
*1
?, Cl{ I Process Value
Setting ValLre(SV) Displays Process Value (PV) at Channel I and Change
Setting Value (SV). Setting by each A V keys.
Settingrange: 5LL l-ELH I
Setting unil Thermocouple Input -'------'---- 1"C ('F)
R. T. D. /Thermistor Input ".' 0. 1"C ('F)
Current/Voltage Input I disit
TC
'rr LI
R,i.D.rri
-----t]-tl
I.V rt
tl
*2
>F3
lCHI ,A.Lrto/Manual
C!rq!gq Change of Automatic Control and Manual Control at
Channel 1.
Select "Fl urE Er" or "ilFlrr" by AV key ofone-
digit.
Flur E rr selection: Automatic Control
l-lFlr, selection: Manual Control
Flurtcr
4CIJ I Local/Remote
Change Change of Local Mode and Remote Mode at Channel I Select "r E l-lEr" or'L f L " by AV key of one-
digit. L f L selection: Local operation
- E l-ltrr selection: Remote operation L IL
*4
5CHI Process Value
MrUUp,Ll atgd _V_qlqe_ -
Manipulated Value
Displays Process Value at Channel 1 and Manipulated
Value of Output 1.
Manipulated Value of Output I to be displayed in
percentage.
*5
ti CHI Process Value
Q_ogl_ile _O_uJptlt_ _ _ _
Displays Process Value at Channel I and Manipulated
Value of Cooling Output. *7
7CH I Auto-tuning
start. Start Auto-tuning at Channel 1. Hold down AY key
of one-digit for more than 2 to start Auto-tuning.
trr rr selection: Start Auto-tuning at Channel L
If any of display selected while Auto-tuning, it shows
r----Frtrl
In case of cancellation, Cancellation (rr !: !: ) can be
made same manner as Start of Auto-tunine.
c,l= l: *6
uCI-II SV2 Change of SV2 Setting Value.
Settingftmse: ELL l-ELFI I
Setting unit: Thermocouple Input """--""' 1"C ('F)
R. T. D. /Thermistor Input ""-" 0. l"C ('F)
Current/Voltage Input I digit
Settine bv each AV kevs.
TC I*12
R.T.D.TFI
_____t;t-[-
LV n
15

ICIJI SV3 Change of SV3 Setting Value at Channel 1.
Settingrange: ELL l-5LFl I
Setting unit: Thennocouple Input """"""' l"C ('F)
R. T. D. /Themtistor Input """' 0. l"C ('F)
Cunentfy'oltage Input 1 digit
Settine bv each AY keys.
IC tr. 813
R.T.D.TtI
_-_-_l=1.[-
l.v tl
l0 SV4CHI Churge of SV4 Setting Value at Channel l.
Settingrange: 5LL l-EL!-l I
Setting unit: Thermocouple Input "'-" l"C ('F)
R. T. D. firennistor Input """' 0. l"C ('F)
Current/Voltage Input 1 digit
Settins bv each AV kevs,
1'C
_____--tr.
R.T.D.TI.I
---__l=l.E-
I.V rr
tt
,k13
ll CI-ll Proccss Value
Sclting Value (SV) Displays Process Value (PV) of Chamel 2 and Change
Setting Value (SV). Setting by each A V keys.
Settingrange: 5LL l-ErLl-l I
Selting unit: Thennocouple Input """"""' l"C ('F )
R. T. D. firermistor Input -""" 0. l.C ('F)
Current/Voltaqe Iunut I disit
il
'lc *l
*3
R.T.D.TII
_____[rE
I.V n
t?. CI-I2 Auto/lManual
ChanAe Change of Automatic Control and Manual Control at
Channel 2.
Select " Fl ur t. Er " or " l-l Fl rr " by A Y key of one-
digit.
Flur E cr selection: Automatic Control
ll Flr, selection: Manual Control
Flurtcr *1
l ,)
l.) CI-12 Process Value
\4r11r1 pt! qtg{ _V_4!'le- _
Displays Process Value of Channel 2 and Manipulated
Value at Output 1.
Manipulated Value of Output I to be displayed in
percentage.
x1
lrl Auto-huring
CH2
start. Start Auto-tuning at Channel 2. Hold dorvn A Y key
of one-digit for more than 2 to start (cr r')
Auto-tuning.
In case of cancellation, Czurcellation (c, F F ) can be
made sune mauner as Start of Auto-tunins.
crFF *t
*6
t5 cr-t2 svz Change of SV2 Setting Value at Channel 2.
Setting range: E L L E-5L He
Setting unit: Themocouple Input """"""' l,C ('F)
R. T. D. /Themristor Input """' 0. l'C ('F)
Current/Voltage Input I digit
Settinq bv each AV keys.
fl
TC *1
*12
R. T. D .'ilt
_____l=l.u
I.V fl
l6 CI.Iz SV3 Change of SV3 Setting Value at Channel 2.
Setting range: EL L E -5L l-lE
Setting unit: Themrocouple Input """-'-"" l'C ('F)
R. T. D. /Thermistor Input """' 0. I'C ('F)
Current/Voltage Input """'-"" 1 digit
Settinc bv each A V kevs.
I
TC >F1
*13
R.T.D.TI{
_-___l=1.[-
I.V rr
t7 CI12 SV4 Change of SVrl Setting Value at Channel 2.
Setting Value (SV) . Setting by each A V keys.
Setting range: 5L L E-EL l-!E]
Setting unit: Thennocouple Input """"""' 1"C ('F )
. R. T. D. firenrristor Input """' 0. l'C ('F)
Current/Voltase Input 1 dieit
'tc .I*1
)F13
R.T.D.1'I'I
_____[tn
I.V n
- 16
f,'r*---- ""1* I
r---i_ r
hl r rr i nr rl rteA\/r lr re

2.) Set-up Mode
,-u
No.
ndications
Descriptions I.nitial
Value Display
Conditions and
Remarks
ISet-up Mode
C.ha!,r g l_ $ 9 l_e-c! i-op_ Select "[!-! I " or "f !+I" by AV key of one-
digit.
f i-l ! selection: It is possible to change the display of
Process Value of Channel I ald Basic Mode.
f !*ie selection: It is possible to change the display of
Process value of Chzurnel 2 and Basic Mode.
[!-l I
*1
1. CHI Type of
lrp_qtlQgtp-u_t
Displays the type of Input/Output. Unit used.
Type of
InpuU
Output
Select Set-up
Mode
(Displays only
4 seconds after
Power input. )
i : Symbol of Input type
lnput type of Tltermocouple ' R. T. D. Input type of Voltage ' Cunent Input type of Thermistor
<) Input type
K 1}enrrocouple
'l
-t J Themrocour:le
:r :r E Thermocouple
T Thermocouple
_lL! R Thermocouple
-r5
:rE S Themrocouple
N Thermocouple
:l '-l WSREAMz6RE
In Pr100
I
IJPtl 00
iInout tvne
A fvue
IB tvoe
EE C tvpe
EI LI D tvoe
I{ type
*' : Symbol of Ouput 2type * : Symbol of Output type
*Output 2 tvpe
None
]- Relav contact Output
i:r SSR Drive Voltase Outout
LI Voltase Output
t
ICurrent Output
O-IOVDC
0-10mVDC
*Output 1 tvpe
rRelav contact Outuut
!:l SSR Drive Voltase Output
LI Voltace Output
I
ICurrent Output
r) CHI
PV Conection Conection of Process Vah.re at Channel 1.
Setting range: - 100- 100 or - 100. 0- 100. 0
Sening unit: 1"C ('F) or 0. 1"C ('F)
1 digit
Settins bv each A V kevs.
TC
-El
R.T.D.TH
_____l=1.[-
I,V n
ICHI
P_e_c!rfr+!. !99 i_ti_o_n_ _
Display selection of decimal point of one-digit.
Select " fl" or " l:l.fl' by A Y key of one-digit. I.V
fl
R.T.D.TH
rtn
- 17 :
)[nnrrt fvne
Ll
E
E
,-l
I -5VDC
4-20mADC
O- IVDC
0-5VDC

5CHl
'Q/'F Change Selection of "C display and 'F display at Channel 1.
Select I' L-r f , or "E l= " by A V key of one-digit. Ef *14
ri CHI
SV Lirnit Low Setting of Low Limit of Setting Value at Channel 1.
Setting by AV keys.
l rrEr rrruLUuPtE rtrlJu
Setting range: SV Setting range Low - SV Setting
range High. But the difference witn 5 L F! I should
be more than 50'C ('F). tl
r\ r u rrrPul
Setting range: SV Setting range Low - SV Setting
range High. But the difference with E L ll I should
be more than 5. 0"C ('F).
l/^l+^ -^//a..--^,.] f -^,,+
-tI l-t.t!
brPu
Setting range: SV Setting range Low - SV Setting
rarge High. But the difference rvith ErL l-l I should
be more than 50 digits.
'I'| ^-*:.+^- I--..+ -rI t:t.[
r rrLr trrrJtut rrrPut
Setting range: SV Setting range Low - SV Setting
range High. But the difference with 5 L l-! I should
be nrore than 5. 0"C ('F). -tI t:I.tl
ICHI
$! Lirnit High Setting of High Lirnit of Setting Value at Channel 1.
Setting by AV keys.
1-t. I
l rrrr rrruLUuPrc rrIPu
Setting rzmge: SV Setting range Low - SV Setting
range High. But the difference with 5 L L I strould
be more than 50"C ('F). tetlil
r\ r L, rrrpul
Setting range: SV Setting range Low - SV Setting
range High, But the difference rvith E L L I should
be more than 5. 0"C ('F).
\/^lr^ -^//-.,--^,.+ r-^,.+ 5 il t-t.fl
5L' Pu
Setting range: SV Setting range Low - SV Setting
range High. But the difference with 5 L L I should
be nrore than 50 digits.
Tl"^--:.+^- r-^..G Ertlfltl
t rrLr rrllDtur rlrPul
Setting range: SV Setting range Low - SV Setting
range High. But the difference rvith E L L I should
be more than 5. 0C ('F). rfl r:r.il
8cl-l I
Sqt-turg qf Lock Select the type of Lock function at Channel 1
Select "fl-E" by AV key of one-digit.
Symbol Tvpe of Loc\
IOFF
IAll Lock
EBasic Mode Lock
=l Set-up Mode Lock
Ll Control Constant Mode Lock
tr, Option Settinq Lock
E, AII Lock except Settins Value (SV)
I
- 1B
)'rn f--,,1

9CHZ Type of
lqp-q(Qutp-u-t- - - -Same as the type of Input/Output at CHl. Type of
Input/
Qutput
used
*1
l0 CI.I2
PV Correction Same as CHI PV Correction.
Setting by each AY keys. TC
-______tr.
R.T.D.TH
_____t=LEl-
I.V fl
*1
il CtI2
Decinral Position Sarne Decimal as the one of CH1.
Select by A V key of one-digit. TC n*1
R.T.D.TH
_____l=t.E.
I.V I-l
t2 CHz
ll{'n -Qhqnge---- Same as CHI "C/'F Change
Select by A Y key of one-digit. L:If *1
*14
l3 CH2
SV Limit Lorv Same as CHI SV Limit Low.
Setting by AY keys. TC tl *1
R.T.D.TH
_____l=l.E-
I.V fl
l4 CH2
SY- I-j,r,jt_Hjgb_ Same as CHl SV Limit High.
Setting by AV keys. TC
--l-E'-tltl-
R,T.D
- - -ErE-tl.
I.V
_EJ[!EI
THtnnn
)F1
15 CI-I2
Setting of Lock Same as CHI Lock Setting. Select by A V key of one-digit. n
*1
- 19 :

:t) Control Constant Setti Mode
No.
lndications
Descriptions Initial
Value Display
Conditions and
Remarks
tSet-rrp Mode
Channel Selection Select "I l-l I" or "f Fle" by AV key of one- digit.
f Fl I selection: It is possible to change the Control
Constalt Mode at Channel L
f l{ e selection: It is possible to cltange the Control
Constalt Mode at Channel 2.
f H !
*1
?. CL{ I
I_vp!r_qleq!!r_ol -
Select the type of Control at Channel 1.
Select * by A V key of one-digit.
Select * by A V key of ten-digit.
*Type of Control
I2 noints control
TTemperature difference
Control
*Remark 1
IE
*Tvpe of Control
IPID Control Nonnal operation)
;, PID Control Reverse operation)
l! ON/OFF Control (Nomral operation)
Ll ON/OFF Control (Reverse operation)
*Renrark l: Temperature difference control: It controls the actual value of
temperature difference between Channel I PV and
Cliannel 2 SV such as: CHI SV - CH2 SV.
,) CHI
Prqp_q(r_otrgl F_ry_d_
Setting of Proportional Band at Channel l.
Setting by A V key of each digit .
Setting range:0. 1-200. 0
Setting unit: Percentage (%) against EL L -EL l-l
:l.tl
*6
.l CFII
!r1t_eg1ql_frpe_ _
Setting of lntegral Time at Channel I
Setting by A V key of each digit .
Setting range: 0-3600
Setting unit: seconds
I*6
;) cll I
Differential Time Setting of Differential Tirne at Chalnel I
Setting by A V key of each digit .
Setting range: 0-3600
Setting unit: seconds
I*6
6CHl
! 1o_po_( i_op3r! _Cy_cl eSetting of Proportional Cycle at Channel I
Setting by A Y key of each digit .
Setting range: 1- 120
Setting unit: seconds
Relay Contact
Point e I*6
*15
SSR Drive
Voltagc E
7CHl
Control Sensitivity Setting of Control Sensitivity at Channel 1.
Setting by A Y key of each digit .
Setting rarlge: 0-100 or 0. 0-100. 0
Setting unit: Thermocouple Input """""'-' 1"C ('F)
R. T. D. /Thennistor Input '------ 0. l"C ('F)
Current/Voltage Input I dieit
TC
-------tt'
R.T.D.TH
___-_l=1.[-
I.V rr
lt
*16
il CFI I
Manual Reset Setting to add manipulated value to the manipulated
value at Channel 1.
Setting by A V key of each digit .
Seuing ftmge: 0. 0-100.0
Setting unit: % (percentage)
|J.I
>k6
-20