Toho Electronics TTM-1525 Instruction Manual

TOI{O

trLECTRONICS

INC.

Thank

Please

This

you
go

Instruction

r\:

T}is chapter

Controller

B:

This chapter B

'lhis

C:

NOTICBNVARNING

O

'

Conftrnt
For confinrration

purchasing

for

through

Manual

chapter

merchandises

tlte

this Instruction

model TtM-1

model

is composed

indicates

explains how

indicates

TTM-I525

Manual carefully

necassary

2 5in

5

the specifications,

BETORB

hand

at

of model nzune,

DIGITAL

CONTROLLBR

TTM-1s2s

INSTRUCTION

Digital

of

the following

NoticeMaming,

proper

operate

to

manner.

the

USAGE

show the

please

refer

Controller.

and use the

parameter

maintenance/inspection

correct

to

the

MANUAL

(3)

three

Installation

for

model

and

following

unit in proper

chapters:-

and

using

this digital controller

optional function.

ORDENNG INFORMATION.

minner.

Wiring method

and example

to

of usage.

use

the Digital

efficiently.

1

)

Ordering

Information

TTM

peratu

Tem

I

-

5VDC

15 ?rf-tr

relHumiditv

Control

Type

fnput

|

2

Output

Option

t2

SSR drive volt

No

Xt:

Communication RS-485

85V

-

setting

264

of

Power

"N''

Supply

at Output

1

Only Input

1-

2

Feedback resistance.

has

2) Pacl<irtg Contents:
'

Check,

if all the

'

Instruction Manual(This

attachments are at

'FittingMetals"

Unit seal

'

your

booklet)

hand.

'lset

'I

'

1

booklet

sealpaper

Iu case anv of

'

Please bc

the

noted

above are

that types of

missins or

Input

l-lou,cver, the types of Thermocouple and

' Please
'

Copy or

hand

Reprint

over this

Instruction

of this

Manual

manual,

a

different

Output cannot be

and

R. T. D. input

to the

wholly or

partially,

' T'he contents of this manual may change without

'

Plcasc bc

3)

noted

that rve

Notice/Warning before usage:

' The

following symbol marks

not be responsible to all of the

shall

In case of

WARNINC

A

operator such as death, electrocution

In case of mishandling, it may

CAUTION

A

unit

or

are used

mishandling,

to the operator

included,

operator of unit and

is

prior

notice

in

serious danger may

slight

please

altered after receiving the

can be changed.

permitted.

not

in future.

defaults resulted

this Instruction

and

cause some damage

injury.

contact our business department.

unit.

keep it

with care.

by using of the

Manual for handling

occur to

a skin bum.

the

to the

unit.

this model

safely.

CAUTION

'

Do not

push

\l/ARNING

Makc

sure the

Mis rviring

Nevcr remodel

(i.

the keys

conect wiring connection before

may

by sharp

cause malfttnction

the

unit for

inq

connection

points

of the unit

prevention

FG

of

of malfunction

terminal.

e. Ball-point-pen,

turning

and may cause

on electricity.

unit

of

metals)

fire.

a

and fire.

prevention

for

of its malfunction.

-2

on

I

t, roduc

rr

O

NO'TiCE/WARNING

o

Ordering Information'

1)

Packins

2)

3)

Notice/Warning

INSTALLATION

A.

1.

Panel

l.

l

1.

2 External

l)

t.

l.

4

l.

5

Wiring Method

2.
I 1'ernrinal Iayout

2.

t i

contents'

Installation

Parrel cut

and

of

external

Chart

Installation

Locat.ion

2.2 Notice/Warning

ll

lixarnples

2.

l) ltrput. l'2

0utput I

2)

Output 2

3)

z!)

OPDRATIC)N

B.

Event

Output l'2'

BEFORE

AND

dimensions

USAGE

'

before

lryIRING

Method

usage' '

-----'4

dimensions 4

Panel

cut dimensions

dimensions

--

Method 5

unit installation

of

wiring

for

wiring

at

of eaclt

-

wiring

---­'---

IIETHOD

---

3. 0peration Flow and

3.1 Display

3.2

1

2
2

Each

l)BasicMode-

2)Set-up

3)Contro1 ConstanL

4)0ption

5)Feedback

6)Function Key

0ther displays

3.3

4. Definitions

4.1 Auto-tuning

PID Control

4

5

5

6

6

6

7
7

4.2

4.3 Event

4. 4 Additional

l)Event

2)Stand-by sequence

3)Process

4.5 Input

C.

SPECIFICATIONS

1 . General

2, Specification

3 .

Maintenance

conditions

Parameter Information

-

Mode

Setting

resistance Adjustment

Functions

Output

Functions

0utput Hold

Value(PV

display range & Setting

Specifications

Performance'

a.nd Inspect ion

Parameter

Setting

Mode

Setting

&

0N/0FF Control

Abnormal)

Mode

­Mode

'

Standard and

--

' '

---'

-

Mode

-' 28

--'--'

range

''

-

-"'

.

1

15

17
20

24

27
27

28

28
29

29
29

4

29
30

31

31

33

I)oscript.ion

1.

0peration

1. I

Information

l.2

Change

I.3

Precaution

2.

Preparation

2. I

Preltaration

2.2
0ther Preparation

2.3
0ption

l)

2) Event.

llvent Input(SV

i

Event

i

Dvent

i

Function

3)

4) Blind

5)

Auto-tuning

of each

and Functions'

Key Information

of

Method

part

Display

of each Display

of Control'

of Set-up Mode

of Remote

Control

Sltting

Input/0utput

Input(RLN/READY)

Mode

Change)

0utput

Setting

Key

Setting

Mode

Setting

part

unit

Mode

--

------'

-----

---

-

-----"'11

-------'

-------'

--'

------

4. Example

7

B

B

B

9
9

12

13

1 3

3

1

3

1

3

1

4

1

Remote

Control

unit

-

33

-3:

A. INSTALLATION

AND

WIRING

l. Panel

Installation Method:

l. I Paucl cut dirneusions:

(Panel

.

Cut Dimensions)

1. 2

Extenral
(Extemal

Dimensrons:

Dimensions)

ll

l.

Chart of Panel

(

Ctrurt

Unit Tvoe A B

TTM-1520 96

Cut and Extental Dimensions:

Panel.Cut

of

and Extemal Dimensions

48 9.5

In case

of continuous

C

D

100 45*0.

mounting

rg

)

a

sr.o

to N: L

-4

=

b

92+0. el-o

xN-3

)

120

+l/-0

c d

4B

1. 4 Installation Method:

5

1.

Location of Unit Installation:

For

installation,

Tcnrperature and Flurnidity are within the linrit of operation environment.

'

.

Arvny from tlre

.

Alvay from electric

.

Less mechanical vibration

.

Arvay frorn

.

Away from tlre

please

gas

direct sunshine and not to be exposed by vvind and rain.

the

direct

make sure the following points

of sulfide and corrosion,

and the int'lttcnce of electromagnetic

noise

and shock.

darnplless

or the flood with watcr.

dust and oil.

and install thc unit at

field.

2. WIRING METHOD

Z. 1 Terminal Layout for

r/R(A)
r/R(B)

t

-------{O

OUTPUT2

'(D

+

--'--<o

*AA:

--r---tq

-

*BB

:

+CC

+DD

Wiring:

rc---c

----------f)

AC/DC

24V:.

-HU

----{D

----€)

NO

.-,._€

C

Nc

------{A

No

---{o

c

----<D

Y

TTM-

1s2s

ftD----------,-

TVENT TNPUT/OUTPUT1

I

(D-

63a)______]_

] TVeTTINPUT/OUTPUT2

(q+

(rs)----

x>/

(Xt

6d-\-

:

(H*

f

c

INPUT2

T

'D/

c

INPUTl

--

',

--'+

r-

,

--r+

C

/

V

9

/
V

the proper

----r

T

Jn

----Lr

tH

---:

locations:-

FEEDBACK
RESISTANCE

R

T

D

R

T

D

@--..

(6H

/,')

It I

Y

{

5

>F

AA

*

I]B

*CC

*DD

drive

SSR

current /
Relay contact

Relay contact

voltage

voltage

(outputl)

(output2)

(outputl

)

-5

2. 2

NoticeAVaming at Wiring:

CAUTION

flris

uuit does

(No

functions

Please
Porver supply terminal

follow tlie

F

not

filnction any

Output etc.

of

instruction

electricity at

control for

In

)

manual and

Optional

and

wiring connection for

approxirnately

case of using

make

temrinals.

this unit

correct wiring

avoidinc electrocution.

4

seconds after tunring Power

Interlock

as

connection,

circuit,

please

especially

ON

note

this firnctions.

Input

at

.

tenninal,

Thc crirlp terminals

'

The rviring materials

5 O per

'

The rvinng materials

lead

'

ln case

rviring the

'

TIre signal

li

2.

Exanrples

l)

Input

Feedback resistance Thennistor

wire,

wire of thermocouple

of

of

1.2.

OPEN

for wiring should be fit with

connect R. T. D.

to
to connect Thermocouple

using

this

unit close

Input/Output

tvire of

each

Wiring:

(Exarnples

line

Input/Output

of

the nuts of M3.5.

and

this

and flris

lead

or

rviring at each controls

rvire itself.

noise

generators,

least SOcm

to

the

at the same duct ald

should be at

Voltage/Cunent

-r------@

+L@

unit

should

unit

pipes

the

should refer

White Gold R. T. D.

N'<-@-

S

be the

should be

please

use

flre shield-rvires. Please

of electric wires.

away from

to

"C.

s

'@

one with wire-resistance less

one

the

porver

supply

4.

Exampte".

Thermocouple

\---@

L_*^

as the specified

do not

and loading

)

@r

+

@l

than

extensiorr

make

lines.

2

Input

2)

Output

' In

case of Relay

Contact
Contact

I

point

Specifications:

point

capacity:

Contact

Point Output:

1c

Contact

250VAC 3A

NC

_c

-rc-l

Nol

----o

coM

point

(Load

resistance)

I

I

I

N*o

\,

s

L-*^

In

Current Ouput.

Operation

Terminals

^--@

\-*.

case

of SSR

-

Drive

VtlltageA/oltage/

@r

@

+-1

SSR Drive

J

Input

__l

Voltage/

Currcnt

I

Voltagc/

Output

-6

3)

Output

'

4)

Event InpuVoutput l.2

2

In case of Relay

In case

(@)

point

point

of

Contact

Contact

*

Contact Point
Specifications:
capacity:

Output:

la

250VAC

NC

Contact point

3A

o

Input

Input

Specifications:

At OFF maximum: 32VDC

(Load

resistarce)

6rnA

ln

case of SSR Drive

*

In

case of

Output.

Specifications:

Current

Voltagef/oltage/

+--1

SSR

Output

Corrector

Drive Voltagci

Voltage/

Current

24VDC

Output

50mA

GND

*

Tlte

above drawing

The

tenninals

OPBRATION METHOD

B.

l.

Description

of each

parts

indicated

Functions:

and

shotvs

in

the example

(

the

fr- rl

l--E--u-

T-i- rY-r-l

is

)

-i-ll-

of lviring

the one

u^--ll-

lfE_l[

at

tE_:El

o,l

nn

Event Input/Output

at

Event

Input/Output

oorl

-.l

p

i

.Y

1.

2.

@tr8tr

@BtrB

7-

1.10

Ooeration

MODE

Key

In

Kev

' IJold
'

down

Change-over

(Menrorize

Description

Mode Key to show the

Parameter display

parameter

the

setting

display

rvhen

at Mode

Mode Key

this

side.

pressed.

)

1.2 ln

'

UP/DOWN Key

EO

Function Key

fonnation

Process Value Indication

PV
Setting Value Indication

SV
Chanrtel Indication

of

Di

These keys to

A

key: Lrcrease numeric value

and

Up

'

Hold down this

are settled

secilon

ctr

Output

I' 2

La.nrp Indication

ou'[1.2

Everrt

Outptfi

.2

EVt

Manual/Automatic

IVIAN

Corrrntuuication Lanrp Iudication

COM

|' 2

Larnp

I(cy

Indication

Down

at

to

used

be

key to

Futrction key to

Function

Indicates Process

Indicates the

Indicates

Indicates the
Indicates

Out

Out

EV

EV 2 liunp

Mauual

alter the

each digit.

setting

I

lunp lights

2 lamu

I

larnp lights

MAN lanru lishts

COM lanrp lights
to use.

nuureric

Y key:

carry

out the operation of frrnctions which

mode.

value.

character of

Setting

tlie channel selected.

or

COM

value

settins

on

lishts

on rvhen Outout

on when an

lights

on rvhen

Autontatic

on at nranual ooeratiou.
on when the communication

lamp

and

value

rvhen

Setting of ma-uipulated value.

blinks at the time

value of setting value etc.

Decrease numeric value

Pararneter.

Manipulated

Paraueter.

of

Output I is ON.

optional

an

optional Event Output 2

2

value.

is

ON.

Event

of

Output

function

data

trarsmission.

I

is
is ON.

is ready

ON.

l. 3

Method

Sr:ttire

to change-over each display:

Porver

ON After Power

terns

Control

Hold

down MODE key for

nrore

t

I
I
I

V

than

Press Mode key

the

number of Mode

desired

'Constant

2

seconds.

selection

after

value.

Sel

changing

key

to

it

ON,

iotr" for 4

Feedback

shows

After 4

i

i l--trE-tr]

"Type

(four)

secouds, this

Resistance

Il case at

of

seconds.

Function Key

the selection of

f--51

A

press

3

seconds. After

press A

digit and Y key

10(ten)

The indication

key of hundred-digit

key

of ten-digit,

seconds.

rtrtril

tE

l---E-l

InpuUoutput

display automatically

At ilre

parameter

of one digit

of

display

Display

Blind

display indicated

start to

key

V

successively

should be:-

I

I

Blind

ine Mode

Mode.

for more

blink,

of tenth

chzurges

left

side,

than

within

-B

After

the selection of

press

MODE key

*

change into

to

of SV Indication

following

the

by

A

V keys

Modes.

at Setting Items

selection Display,

Modc

ntrnrber

0

I

?.

,)

.)

I

5

Special

Setting Items

Display

E

Selection

Mode

Basic

Mode

Set-up

Control

Setting Mode
Option

Setting Mode

Feedback

Adjustment

Function

Setting

Blind

Setting Mode

Mode

Constant

Resistance

Mode

Mode

Descriptions

Basis

operation

etc.

Make necessary
changing

Make necessary

constant

Make

etc.

Only Position

Adjustment

Make

Selection

Make blind

type of Input

etc.

setting

for

Proportional

of

setting

of Function

possible

at selected Parameter

to confirm PV

setting at set-up

'CI'F

and

setting

Feedback

for

the

the

option of Event

Control

Resistance.

key.

at Function

and setting

of

time for

etc.

control of

Setting Mode.

display.

PID

functions

Functions.

SV

Page

15

17

20

24

.21

13

2l

iz

2.. Precaution of Control:

This unit adopted a

in menrory even

bcfore control operation.

Horvever, it is not

2.rP

ion of

fixed memory device

turning

after

necessary to condnct

set-up

After Porver ON, it shorvs "Type

After this

l) I-lold

))

Pre

3)

Change the display

,l)

Select tlre rype of

Input

5)

ri)

zl

seconds, this display

MODE key for

dorvn

I

key of one-digit to

ss

Input

cannot be changed.

indication

the

OFF

mode

2

set

Type of Input/Output

at

(Refer

Power. It is

(

lMotE I

of

Input/Output Display

automatically

seconds

thediq+#f;Ecation

to

fTFl-l-l

page

to

memorize

to

of the follorving

all

shovv Set-up MolglDjfpley-

to

1

7)

setting

necessary

Hold

:

changes into Basic Mode

value.

to

preparation

dorvn MODE key.

of

Confinnation" for

_EEEI

of

I

for

settinq up Channel

i-l'

tr,

fi7

I

<)**

I.

Therefore,

prepare

I

I

Holever,

the

setting

setting of each

of

setting

such as;

)

to

4

seconds.

each unit.

f!--EEEI

l---Til

.

I

.

lMopE I

value remains

unit and set-up mode

Voltage

remain

as

il )

and Current

lMopEl

can be

changed.

7)

Select

r.t

Please make

)

"C

and

'F

by

setting

A

or V key

Lorv Limit

of

of

one-digit at'CfF

of Setting Value by

9-

Change

A

or V kev

lNropEl

of

'rErrTl

each

diqit

at SV

Limit

f---l lmpEl

Low.

9)

Please make

setting of High Limit

of Setting Value

by

A

or V

key

of each

-rtrtFi-i-l

dieit

at SV Limit

High.

l0)

I

12)

t)

In case

For

Please

X

of using Lock

setting up

make setting

Note: There

and Remote

Channel

also

are No

function,

2, please

Channel

Channel

SV Control.

please

set the

2

2

setting

as

well

make

setting

parameter

as

Channel

at the

only

to

1.

unit

with HeaVCool

f--ak I

rmpletion

Ii-F-t

E

Control,

of all

setting procedure.

Position

lMOpEl

mpEl

Proportional

Control

10

2.2

Preparation of Remote Control

l3)

Hold dorvn MODE key for more

get

to

Control Constant Setting Mode Display

I l)

l5)

ON/OFF CONTROL:

I

PID

CONTROL

I

A

Press

Select

(Refer

f-Tll
l--T1l

key of one-digit to alterthe

the type of Control at the Type

page

to

2,0)

Seftins of

contrSl Sensitivity

Setting of
Proportional Band

unit

2

than

seconds

display intol

of Control

tltloDE I

mopE I

appeared.

rE-TtrI

_LGE-N

I

E

**

I

Then,

lMopEl

I

Setting of

Proportional

Display

shows;

Auto-tuning

After completion

Remote
please

Channel

do

Cycle

f=EE

r--_]-l

Control

auto-tr"rning

1.

tMopEl

Method

of

unit,

of

Setting of

Integral Time

Setting

Differential Time

Coustant of

lti)

Abnomal

PID

can

Manipulated

IF NO OPTION USED:

IF

OPTION

17)

fi)

I

t .L))

20)

I-lold down

to

Press

Sclection

Plcase refer to Option Setting

USED:

MODE key

get

Option Setting

A

key

of Option

of one-digit to

llv(oDE

of

lMopE I

be irnported

Value

Please

for

Mode Display appeared.

autonratically

Setting:

Please

go

to

got

to 1

more than

alter

the

Mode in Operate

Z

2

display into

I

rvhen

ft:J-fif-n

I

0).

7).

seconds

l:l.tl

f{-.ffLl

I

l---Tl. mopE

Flow and

Auto-funing is made at

Sering

Abnormal

I

oI

-tl-l_t

make

Setting
Manual Reset

Setting of Low

Manipulated

Setting of High
Manipulated

Manipulated Value.

Then, Display

setting each of them.

of

Basic

I

Value

Value

Mode.

shows;

Limit

Limit

(Refer

ij"j1,tx?,Y,??IJil'$ru::'.lr2iecondsrE-Tilt1,.n,Displayslrows;ry

IMoDE I

lMopE-]

mopE

lMopEl

page

I

17.

)

2l)

2,?,)

2:i)

21)

25)

26)

A

Press

For setting of

Plcase set Setting Value

Plcase set Setting Value

Sclcct the Control
Indicate
For setting of Basic Mode at

key

of one-digit

Basic Mode at Channel

Manipulated Value ut

to alter the

display into

1,

of each digit by A or V

of each digit by

Automatic or Maqu4[

lrtu.lrlManipulated

Channel

2,

set

the

A

or V

|-FIFN_I

ut_.ff-f

set the

-

l------Ti-|. llvIODE I

parameteUlo

key

at

[-----EIl

crlAuto/I4anual

Lll=

Value

l--EFiJl

Setting

Change.

(V.V:)-,--

[p,*;*,r*l

parameter

11

to

I

t

He

If

Value.

I

no

option

TMODE I

IMODEI

ffiODE I
ffiODE

mopEl

setting:

I

f,

2.3

l)

In

:!

tl

5

ri

7

Option

Setting Mode:

Option

OP

:l

Event I

PV Event I
PV Event I

LOW

PV Event I

HIGH

PV

Event

sensitivity

I

DI

(Refer

selection

Number

Function

setting

setting

1

function

to

Select Option function

MODE

B

In

)

Key.

case

4

2

page

F':E

Event

PV
PV

LOW

PV

HIGH

PV

sensitivity

DI

A

by

2

Event 2

Event 2

setting

Event 2

setting

Event 2

2

function

or

V key nnd next

Inc

t4

16

t7

1B

Retunr

go

to next

:El

Communication

Paraneter

Communication

Speed

Communication

Address

Response

Time

Communication/

Local

I

to

Display

Delay

Clrange

by

I

Return

to

I

Retum

to

1

-

12

2)

Event Input(SV Change):

I

Event

Input/Output

(At

Event

1)

T-E;;I I

'

Displays only when Event

I

is Digital

Inprrt

and

DI

I

Function

r-ilEt

Plcase nrake setting

'

Displays only

Plcase make

Ptcase make setting

Event Input

?

setting

(RUN/READY)

.PlcasesetDIlfrrnctiontoffiRI.JN/READYwhenEvent1is

i In case

.

Displays when

of using

of SV2

Event 2

when

SV3

of

of SV4

Event Output:

1

Event

[-[[lsvz.

t--T;E]

T-tr;TI

[---TllSvs.

ffi

:

T-E;I

is

I

e

I

is Digital

run.

Digital

llt4ODEl

Input and DI

nutopEl

mopE

Output.

2 Function

I

E-TF-I

|

l_-.t;-=Fl

I

|

SV Ctrange.

lis

I

SV

lis

Change.

.Sclect

'

Please

3) Function

ff--=i-tT:-l

f-T-*Tl

complete each setting.

Key

Plcase set the

r-Fln

I

4) Blind

I At the display of

2 Displays

:]

Blind Mode Selection

tl I

Setting

[]

PV EventOutput

Setting Mode.

parameter

Make setting at

Mode:

to

_

rEEI

I

blinking

V

ald

rEil

f---El

Ih]

I

tunction.

Function Key Setting Mode.

down

A

in

tum within

hold

E

L

parameter. Then,

key

of one-digit

.

n\4oDEl

TEEEEI

f--*l

IMODEI

key of

press quickly

*

:

After setting

one-digit,

parameter.

hundred

A

l0

seconds.

(Refertopage

(Refer

digit

key of ten digit,

press

to

for

of desired Blind mode

MODE key

29)

page

27

more thar

to

Y

)

3

seconds to

key of

A

by

get

appear selected

start

digit

ten

Y key of

4

f----Xl Btind
l--c,l-trI

Tl

After setting of

shut

down the

Settins

Blind,

electric

power.

-

X

trr

c,l:

13

:

Selected Parameter

:

Blind the selected

rr

:

No blind

l:

parameter.

the selected

parameter.

5)

Auto-tuning Setting:

No Auto-tuning is

possible when the

control is set at ON/OFF

Control.

I Starting

l)

2.) Fix

3)

nrethod

each

Set

the setting

Shift the

parameter

display to

one-digit

It

takes some time to execute

Auto-tLrning:

of

of

value at

Auto-tuning Starting Display of

for more than

"Control

"Basic

2

Notc: ' Auto-hrning operation should

(lnput/Output

intermediate termination

of

operation.

indication

"E. - il"

of Cancellatiorr

FLOW AND

at l{eating/Cooling

only

Opening

only at

only when Cooling

only at Cascade Control unit.

Charge" is

only when Event Option exists and also more

at Current/Voltage Input

only
only
only when Event
only when Event

only when Event

only when

only when Event 1 is

only rvhen Event

only lvhen Event 2 is set at

only

only when Event 2 is

only when Event 2 is

only when Communication

only at

PARAMETER:

Disulav

SV rvhile

at Remote

Position

at

Heating/Cooling Control unit.

Cooling

Event Option exists and

when

selected.

Current/Voltage Output unit.

at ON/OFF Control.
when Option exists.

Event

when Event 2 is

Feedback Resistance Input.

'
'

' The method

3.

OPERATION

:1,

I Display

Di I

Svnrbol

,<l

>l<

2

>l<

lJ

>l<

4

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fi

>F7

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ll

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*l

I

>l<12

.)

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,<14

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,<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

connection

In case

Ar"rto-tun ing

lu case of the snapping of a wire or

error

Auto-tuning operation takes too

Condition

No

display

Displays Process Humidity
Displays Remote

Displays

Displays

No

display at ON/OFF Control.

Displays

No

display when Cooling Output

No display when

Displays
Displays
Displays only

"SV

Displays

"SV Change" are selected.

No display

No

display at
Displays
Displays
Displays

Displays

Displays

Displays
Displays

Displavs
Displays

Displays

Displays

Displays
Displays
Displavs

Constant Setting Mode" and

Mode".

seconds

Auto-tuning.

etc.

to start Auto-tuning.

be

)

only after completion

nrade

of Auto-tuning, PID

disconnection

to be appeared. The same

much times.

is sarne as the one of

Condition

Control unit,

zurd Setting

remote

Control

Proportional

Output

Output is

1

exists.

I

is

set

I

is

set

I

is set at

set

2

exists.

set at
set at
set at

Hurnidity

control on Remote

unit.

Control

is

at

set

ON/OFF Control.

is set at Current/Voltage

at ON/OFF

set

unit.

at
at

"PV

"Low

Event".

Limit"

"High

at

"DI".

Event".

"PV

Limit"

"Low

"High Limit"

"DI".

function exists.

"Basic

of Output while

starting

Position

Temperature/Humidity

at

unit.

also more

of

Limit"

of

of

of

"Option

Mode"

Constant

error

Proportional

and hold down

parameter

of

indication to be

method.

Control unit.

Output unit.

Control.

(one)

I

than

(two)

2

than

Event".

"PV

Event".

"PV

Event".

"PV

Event".

"PV

Setting

remains sanle

Mode".

setting

Auto-tuning

appeared

Control

and Remote

Control unit.

function

of "DI Event"

function of

A

and wiring

as the one set before

or V

key

of

operation, Auto-tuning

when

Control unit.

and

"DI

Event"

and

14

3.

2 Each Parameter

l) Basic

No.

I

?,

l

4

Mode

ndications

Parameter

Process Value

Channel

I

Process

Cl{

Setting ValLre(SV)

CHI ,A.Lrto/Manual

C!rq!gq

I

Local/Remote

CIJ

Change

Selection

Value

Information

Descriptions

Select

digit.

f
f

Displays
Setting Value

Settingrange:

Setting unil Thermocouple

Change of Automatic

Channel

Select

digit.

"f l{

I selection: It is

I-l

Process

selection: It

F!E

Process

"Fl

Flur

E rr

I" or

Value at

value at Channel 2

Process

(SV).

5LL

R. T.

D. /Thermistor Input

Current/Voltage

1.

urE

Er"

selection: Automatic

l-lFlr, selection: Manual

Change of
Select

digit.

-

Local

l-lEr"

"r

E

L f L

E

selection: Local

l-ltrr selection: Remote

"f

is

Value

Setting

or

Mode

or'L

HE"

possible

Channel

possible

(PV)

by each

l-ELH

Input

Input I

Control

"ilFlrr"

Remote

and

f

L

AV

by

change

to

1

and Basic Mode.

to change

and Basic Mode.

at Channel

A

I

-'------'----

".'

Manual

and

AV

by

Control

Control

Mode

AV

by

"

operation

operation

key of

the

the

I

and Change

V keys.

0. 1"C

Control

key

ofone-

Channel

at

key

of one-

one-

display of
display of

('F)

1"C

('F)

disit

at

Initial

Value

TC

'rr

R,i.D.rri

-----t]-tl

I.V

Flurtcr

I

[H

L IL

Display

Conditions

Remarks

*1

I

*2

>F3

LI

rt

tl

*4

and

5

ti

7

u

Process

CHI

MrUUp,Ll atgd _V_qlqe_

Manipulated Value

CHI Process Value

Q_ogl_ile _O_uJptlt_ _ _ _

I

CH

Auto-tuning

start.

SV2

CI-II

Value

Displays
Value

­Manipulated

percentage.

Displays Process
Value of Cooling

Start Auto-tuning at Channel

of one-digit for more

If

Process

of Output

rr selection: Start Auto-tuning at Channel

trr

of

any

1.

Value of Output

display selected

at Channel

Value

I

to

Value at Channel

Output.

1.

Hold

2

than

to start Auto-tuning.

while Auto-tuning, it

be displayed

r----Frtrl

In

case of cancellation, Cancellation

made same manner as Start of Auto-tunine.

Change

Settingftmse:

Setting unit:

of SV2 Setting Value.

ELL

Thermocouple Input

R. T. D.

Current/Voltage

Settine bv each

l-ELFI I

/Thermistor

AV

kevs.

"""--""'

Input

Input

1

and Manipulated

I

and Manipulated

AY

down

(rr

!: !:

)

1"C

""-"

0.

l"C

I

in

key

L

shows

can be

('F)

('F)

digit

c,l=

TC

R.T.D.TFI

_____t;t-[-

LV

*5

*7

*6

l:

*12

I

n

15

I

CIJI SV3

l0

ll

t?.

,)

l

l.)

lrl Auto-huring

SV4CHI

Proccss Value

CI-ll

(SV)

Sclting

CI-I2

ChanAe

Value

Auto/lManual

Process Value

CI-12

pt! qtg{

\4r11r1

f,'r*----

r---i_

hl r rr i nr rl rteA\/r lr re

CH2

start.

""1*

_V_4!'le-

I

r

Change

Settingrange:

Setting unit:

Churge

Settingrange:

Setting unit:

Displays Process
Setting

Change

Channel
Select " Fl

digit.

of SV3

Settine

of SV4 Setting

Settins bv

Value

Settingrange:

Selting unit:

of

2.

Flur

E cr

Setting

ELL

Thennocouple

R. T. D. /Themtistor

Cunentfy'oltage

bv each

5LL

Thermocouple Input

R. T. D. firennistor

Current/Voltage

each

(SV).

l-5LFl

AY

l-EL!-l

AV

Value

Setting by each

5LL

Thennocouple

T. D.

R.

Current/Voltaqe

Automatic Control and

ur t. Er

selection:

firermistor

or " l-l Fl rr

"

ll Flr, selection:

Displays Process Value of

Value

_

Manipulated Value

percentage.

of

at Output

Start Auto-tuning at Channel

one-digit

Auto-tuning.

1.

Output

of

for more than

Value at Channel

""""""'

Input

Input

1.

I

l"C

"""' 0.

Input

keys.

Value at Channel

I

l.

"'-" l"C

"""'

Input

0.

Input

kevs,

(PV)

of Chamel

A

V keys.

2

and

l-ErLl-l I

""""""'

Input

Input

-"""

Iunut

Manual

A

by

"

Automatic Control

Manual Control

Channel 2 and Manipulated

I

to be

2.

Hold dorvn

2

to

start

Control at

Y

key of one-

displayed in

A

(cr

r')

('F)

l"C

1

digit

('F)

l"C

1

digit

Change

l"C

0. l.C

I

disit

Y key

('F)

('F)

('F

('F)

IC

R.T.D.TtI

_-_-_l=1.[-

l.v

1'C

_____--tr.

R.T.D.TI.I

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I.V

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R.T.D.TII

)

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I.V

Flurtcr

tr.

tl

rr

tt

il

n

crFF

813

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*3

*1

x1

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t5

cr-t2 svz Change of

Setting

l6

t7

SV3

CI.Iz

CI12 SV4 Change

In case of cancellation,

made sune

Setting unit:

Settinq bv

Change of

Setting range:
Setting unit:

Settinc bv

Setting Value

Setting
Setting unit:

.

mauner

SV2

range:

Themocouple Input

R. T. D. /Themristor

Current/Voltage

each

SV3 Setting Value at Channel

Themrocouple Input

R. T. D.

Current/Voltage

each

of SVrl Setting Value at

(SV)

range:

R. T.

Current/Voltase

as

Setting

L L E-5L

E

AV

L E

EL

/Thermistor

A

V kevs.

.

Setting by each

5L L E-EL

Thennocouple

D.

firenrristor

Czurcellation

Start of Auto-tunins.

Value

at

(c,

Channel 2.

He

""""""'

"""'

Input

Input I

keys.

-5L

l-lE

Input

Input

Channel 2.

l-!E]

Input

Input

"""-'-""

"""'

"""'-""

A

V keys.

""""""'

"""'

Input 1

F F

0.

2.

0. I'C

)

l,C

l'C

l'C

1

1"C

0.

can be

('F)

('F)

digit

('F)

('F)

digit

('F

l'C

dieit

)

('F)

TC

R. T. D

I.V

TC

R.T.D.TI{

.'ilt

_____l=l.u

_-___l=1.[-

I.V

'tc

.

R.T.D.1'I'I

_____[tn

I.V

*1
*12

fl

fl

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*13

I

rr

*1

)F13

I

n

-

16

2.)

Set-up

,-u

ndications

Mode

No.

I

Set-up Mode

C.ha!,r

1.

CHI Type of

lrp_qtlQgtp-u_t

g

lnput

l_e-c!

l_

$ 9

type of

<)

'l

-t

:r :r

_lL!

-r5

:rE

:l '-l

In

I

I JPtl

Select

i-op_

f
f

Displays

Tltermocouple

Input

type

1}enrrocouple

K

"[!-!

digit.

! selection: It is

i-l

Process

selection: It

!*ie

Process

the type of

:

i

Symbol of Input

J Themrocour:le

Thermocouple

E

Thermocouple

T

R Thermocouple
S Themrocouple

Thermocouple

N

WSREAMz6RE

Pr100

00

Descriptions

I

or

"

"f !+I"

possible

Value

of Channel

possible

is

value of Chzurnel

Input/Output.

type

R. T. D. Input

'

AV

by

change

to

I

to change

2

and Basic Mode.

type of

) [nnrrt fvne

I

-5VDC

4-20mADC

O-

O-IOVDC
0-10mVDC

0-5VDC

E
E

,-l

Ll

I.nitial

Value

key

of one-

the display

ald Basic

the display of

of

Mode.

Unit

Type

InpuU

Output

Voltage ' Cunent Input

IVDC

Display
Conditions

Remarks

*1

I

[!-l

used.

of

EE

EI

Select

Mode

(Displays

4

seconds

Power

type of Thermistor

Inout

i

A

fvue

B

I

tvoe

C tvpe

D

I{

tvoe
type

LI

Set-up

tvne

only

after

input.

and

)

r)

CHI

PV

I CHI

P_e_c!rfr+!.

Conection

!99

i_ti_o_n_

:

Symbol of Ouput

*'

each

or

2

tvpe

contact

Output

Vah.re at Channel

100- 100

-

('F)

1"C

1

digit

A

kevs.

V

l:l.fl' by

"

* Output

None

]- Relav

SSR Drive Voltase Outout

i:r

Voltase Output

LI

t
I

Current

Conection

Setting range:

Sening unit:

Settins bv

Display selection of decimal

Select

_

of Process

" fl"

2

type

Output

or

A

100.

or

-

0. 1"C

point

of one-digit.

Y key of

*

1.

0- 100.

('F)

one-digit.

:

Symbol of

*

Relav contact

r

!:l SSR

Voltace Output

LI

I
I

Current

0

Output

Output

Drive

TC

R.T.D.TH

_____l=1.[-

I,V

I.V

R.T.D.TH

type

1

tvpe

Outuut

Voltase Output

Output

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n

fl

rtn

-

17

:

5

CHl

'Q/'F

ri

CHI

SV Lirnit Low

I

CHI

$!

8

cl-l

Sqt-turg

Change

Lirnit High

I

qf

Lock

Selection of

Select

Setting

Setting

rrEr

l

rrruLUuPtE

Setting range:

range High.

more

be

)'rn f--,,1

r\ r u rrrPul

Setting range:

range High.

more

be

l/^l+^

-^//a..--^,.]

b

Setting

rarge High.

be more

'I'|

r rrLr

^-*:.+^-

trrrJtut rrrPut

Setting range:

range High.

nrore

be

Setting of High Lirnit

Setting

1-t. I

rrrr

l

rrruLUuPrc rrIPu

Setting rzmge:

range High.

be more than

r\ r L,

Setting range:

range High,

more

be

\/^lr^

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5L'

Setting range:

range

nrore

be

Tl"^--:.+^- r-^..G

t rrLr

rrllDtur

Setting range:

range

be more

Select the

Select

Symbol

"C

f

Low

by

display

,

or

Limit

AV

rtrlJu

"E

keys.

I'

of

L-r

SV Setting range

But

the

('F).

50'C

than

SV

Setting

But

the difference

5. 0"C

than

range:

than

than

by

rrrpul

than

f

-^,,+

rPu

SV Setting range

But

the difference

50

digits.

I--..+

SV Setting range

But

the difference

5. 0"C

AV

keys.

SV Setting range

But

the difference

('F).

50"C

SV

Setting range

But

the difference

5. 0"C

r-^,.+

SV Setting range

High.

than

But

the difference

50

digits.

rlrPul

SV Setting range

High. But

than

type of

the

5. 0C

Lock function

"fl-E" by

Tvpe

OFF

I

I All

E

Ll

=l

tr,

E, AII Lock

Lock

Basic

Mode

Set-up Mode

Control Constant
Option

'F

and

l=

A

by

"

of Setting

difference

range

('F).

('F).

of

Setting Value

('F).

Pu

difference

('F).

AV

key

of

Loc\

Lock

Lock

Mode Lock

Settinq Lock

except

Settins

display

V

Value

Low

witn

Low

with

Low
rvith

Low

with

Low

with

Low
rvith

Low

with

Low

rvith

at Channel

key

of one-digit.

at

SV

-

5 L F!

SV

-

E

L

SV

-

ErL

SV

-

5 L l-!

at Channel 1.

SV

-

5

L L

SV

-

E L

SV Setting

-

5

L L

SV

-

E

L L

at Channel 1

of one-digit.

Value

Channel

Setting

I

should

Setting

I should

ll

Setting

I

l-l

should

Setting

I

should

Setting

I strould

Setting

I

should

L

I should

Setting

I

should

(SV)

1.

*14

Ef

1.

tl

-tI

l-t.t!

-rI

t:t.[

-tI

t:I.tl

tetlil

t-t.fl

5 il

Ertlfltl

rfl

r:r.il

I

-

1B

9

CHZ

lqp-q(Qutp-u-t-

l0

CI.I2

PV

Correction

il

CtI2

Decinral Position

t2

CHz

ll{'n

Type

of

- - -

-Qhqnge----

Same

as the

Same

as CHI PV

Setting

Sarne Decimal

Same as CHI

by each

Select by

Select by

A

A

type

of Input/Output

Correction.

AY

keys.

as the

one of

V key

Y key

"C/'F

of one-digit.

Change

of one-digit.

CH1.

at CHl.

Type

of

Input/

Qutput

used

TC

-______tr.

R.T.D.TH

_____t=LEl-

I.V

TC

R.T.D.TH

_____l=t.E.

I.V

L:If

*1

*1

fl

*1

n

I-l

*1
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l3

l4

15

CH2

SV Limit

CH2

SY-

I-j,r,jt_Hjgb_

CI-I2

Setting of

Lorv

Lock

Same

as

CHI

Setting by

Same

as CHl SV

Setting by

Same

as CHI

Select by

SV

AY

AV

Lock

A

V key of

Limit Low.

keys.

Limit

keys.

Setting.

High.

one-digit.

TC

R.T.D.TH

_____l=l.E-

I.V

TC

--l-E'-tltl-

R,T.D

- - -ErE-tl.

I.V

_EJ[!EI

TH

tnnn

*1

tl

fl

)F1

*1

n

-

19

:

:t)

Control
lndications

Constant Setti

Mode

No.

t

Set-rrp Mode
Channel Selection

?.

,)

I

CL{

I_vp!r_qleq!!r_ol

CHI

Prqp_q(r_otrgl F_ry_d_

Select

digit.

f
f

Select the

-

"I

selection:

I

Fl

Constalt

selection:

l{

e

Constalt

Select

Select * by

*

* Type of Control

2

noints control

I

Temperature difference

T

Control

*Renrark

Setting

Setting
Setting unit:

Setting

range:0.

of

by

Descriptions

or

I"

l-l

type

by

l:

Proportional Band

A

Percentage

"f Fle"

possible

It is

Mode

at Channel

possible

It is

Mode at Channel 2.

of Control at Channel

A

V key

A

V

Temperature

temperature difference

Cliannel

key

V

1-200.

of one-digit.

key

of ten-digit.

difference

2

SV such as:

of each digit .

0

(%)

AV

by

to change the

L

to cltange

* Tvpe

I

;,

l! ON/OFF

Ll

control: It

between

CHI SV

at Channel

against

EL

Initial

Value

key

of one-

Control

the Control

1.

of Control

PID

Control Nonnal

PID Control Reverse

(Nomral

(Reverse

I

PV

CH2 SV.

ON/OFF

Control
Control

controls the

Channel

-

l.

L

-EL

l-l

Display
Conditions and

Remarks

!

f H

*Remark

IE

operation)

operation)

operation)

operation)

actual value

and

:l.tl

*1

1

of

*6

.l

CFII

!r1t_eg1ql_frpe_ _

;)

6

7

il

I

cll

Differential Time

CHl

1o_po_(

!

CHl

Control Sensitivity

I

CFI

Manual

i_op3r!

Reset

_Cy_cl e

Setting of

Setting by

Setting
Setting

Setting

Setting by

Setting range:

Setting unit: seconds

Setting of

Setting by

Setting range:
Setting

Setting of Control

Setting by

Setting rarlge:
Setting

Setting to add manipulated

value at Channel

Setting by

Seuing

Setting unit:

lntegral Time

A

key

V

range:

unit:

0-3600

seconds

Differential Tirne

of

A

V key of each digit

of each digit

0-3600

Proportional

A

Y key

of each digit

1- 120

unit:

seconds

Sensitivity at Channel 1.

A

key

Y

0-100

unit: Thermocouple Input

R. T. D.

Current/Voltage

A

V key

ftmge:

0.

%

of each digit

or

/Thennistor

1.

of

0-100.0

(percentage)

Channel

at

at Chalnel

Cycle

at Channel

0. 0-100. 0

Input

Input

value to

each digit

I

.

I

.

I

.

.

"""""'-'

'------

0. l"C

the manipulated

.

1"C

I

('F)

dieit

('F)

Relay

Contact

Point

e I

SSR

Drive

Voltagc

TC

-------tt'

R.T.D.TH

___-_l=1.[-

E

I.V

|J.I

*6

I

*6

I

*6
*15

*16

rr

lt

>k6

-20

I

CIII

MV Limit Low

I0

ll

I

cl{

Xz! !_ !r11r 1t_llrglr _ _

Cl-ll

Abnonlal

Manipulated

Setting

Setting
Channel

Relay

Sening range: 0. 0
Setting unit:

Setting

Settinc unit:

Setting of Fligh

Charnel
Relay Contact

Setting

Sefting unit:

Setting range:

Setting unit: 7o
Setting of Abnonnal

of

Setting by

value

Setting

Setting unit:

of Low Limit

1.

Contact '

%

b

range:

range:

EE'

range:

-

7o

l.

'

MVLimit Lorv

%

MV Limit

A

0. 0-100.0

%

Manipulated

of

Setting

SSR

(percentage)

10

(nercentase)

Limit

Setting

SSR

(percentage)

(Dercentase)

V key of

(percentage)

by

Drive
MVLimit

-

P

MV Limit

-

of Manipulated

by

Drive

I

-

Manipulated value

each digit

Value

at

A

keys.

Y

Voltage Output

High

High

Value at

A

V keys.

Voltage Output

-100.0

1t0. 0

at Channel

.

*6

l:1.fl

-tn.fl

*6

- - - -

Ifll].tl

I ll:|.tl

I

t:t.I

1?.

I

CFI

Cooling Output
Prouortional Bald

r:-lrn

f---*

l:]

Cooling

llppg,tt-qlglcycle

l.'l

p_o_ol

ilg_

Egrqljetqtiviry

t5 CHI

Dcad Band

t(i

CI-II

9_o_oli1g_Qy1pr4_

MV Linrit Low

1

Output

Q1rlprlt- _ _

Setting of
Channel

Setting range:

Setting unit: Times

Setting of Cooling Output Proportional
Channel

Relay

Setting range:

Setting unit:

YoltaB,c,LurIclll rIrP

Setting range:

Settins unit:

Setting of Cooling
Channel

Sqtturc" range,:

Setting

Setting

Setting by

Settinc

S;ti,[ iu,,t:

Setting

Channel

-

Relay

Setting

Setting

voltage/uurrent

Setting
Settins

Cooling Output Proportional

1.

l.

Contact

l.

unit:

Setting by

0.

l-10.0

Setting

'

SSR

I

-120

seconds

I

-120

seconds

Output Control Sensitiviry at

Setting

(0,

0

0)

flle-ry1o_cp_up.lq

T.-n.

n.

Current/Voltace Input

rni.":'iii6 r-ti,

of Dead Band

A

V key of each digit

ranse:

100(- tCtO. 0)

-

AY

A

by

Drive

Yoltage

A

by

V

100 ( 100. 0)

-

_lnpUt_ _':

at Channel

Tlie;,i-.i-;l,ie- ilrpul

T. D. /Themristor

R.

Current/Voltase

Lorv

of

l.

Contact

raxge:

unit:

range:

unit: %

0.

%

-

Limit of

Setting by

'

SSR

0

-

(percentage)

rnput

10

-

(percentace)

Input

Manipulated Value at

Drive Voltage

MVLimit

MV Limit

key

A

Bzurd

at

key

of each digit.

Cycle at

Y

keys.

Output

each

of

pul

1.

-100(100.0)

j:'jrj:'j:'j

Input

Y

keys.

High

High

digit

-:'_: -::'_t-EG)_

--

r--- :---

0.

.

"""'

0. 1'C

Output

.

-t-.c('

p')

I

dieit

l:"p-(f)-

('F.)

I

dicit

*7

*B

:l.tl

*7

*8
*9

efl

e

x<7

x10

rI

_L:Lt!.

i1.n

l:t.I

LI

rr

ll

ri

*7

t-l

tt

*7

>l:

[J

_

-

-

)1

t7

C_o-olipg-Qy!p-ut-

M-Y-Lul!-Ujsh

l8

CI{2

Type of Cqntrql

Setting
Channel

-

-

Relny Contact

Setting

Setting

Y

Setting range:

Settins unit: 7o

Same

of Low

range: Cooling

unit: %

Ortilge/uur[eltI

as

Limit of Mzuripulated

1.

Setting

' SSR Drive Voltage Output

(percentage)

rnput

Cooling

(nercentase)

Type

CHI

of Control.

A

V keys.

by

outllut MV

output MV

Value at

Limit Low

Limit

-110.

-100.0

0

*7

XB

I

t:t.[

I

*1

te

l9

CI{2
Proportional Band

20

cll2

'21

CH?

fle 1e_rltiql JU!e_ _

-D_i

,),)

CII2

po_r1

tq

P

totrg[ _Cy_c]

Same as CHI

Setting

as CHI

Same

Setting by

as

Same

Same

e_

CHI

Setting

as

Setting by

Proportional

A

Y

by

by

CHI

key of each digit

Integral

A

V key of each digit

Differential Time.

A

V key

Proportional Cycle.

A

V

key of each digit

Band

Tirne.

each digit

of

:t1

*6

:l.tl

*1

.

*6

n

*1

.

*6

I

Rclay Contact

.

Point

e n

SSR

Drivc

Voltagc

*1
*6
*15

e

o.)

1, \t

CI{2

Control

L

I

L

I

24

CH2

\,!4r11a.! _(qs_e!

Sensitivity

Same as CHI Control Sensitivity.

A

V

key

Manual Reset.

A

Y key of each digit

-

_ _ _

Setting by

Same

as CHI

Setting by

each digit

of

'tc

R.T.D.TH

____-t;10.

I.V

n

*1

*16

n

*1
*6

n.tl

'25

CI-I2

MV

Lirnit Low

Sarne as CHI

Setting by

MV Limit Low.

A

V key of

each

digit.

.

Rclay

SSR

_____[rI

I.V

-l

[[

x1

*6

-22.-

26

CYT?

MV

I,ur:il

Hrglr

Sarne

as CHI MV Limit

Setting by

AV

High.

keys.

.

Relay

SSR

__tIL:rtl

*1

x6

t)1
LI

CHZ Seuing of

Abnonnal

Manipulated

,)o

Ll,

CH2 Cascade

Scaling

?..1)

CI-{2 Cascade

Sqalj,tg_H,gl,_____

:]0

CIl2 SV Setting

for

Cascade

AuJq:tltUUrA

Lorv

value

Same as CHI Abnormal

Setting by

Setting range:

Setting unit:

Setting

at Channel

r

rrcr llruLuul"rrt rulrut

Setting range:

rarge

High. But

be more

y

r\

r

rrrPut

Setting range:

range High. But

be more

\/^l+^-^//r.,....^-l f ......+

b

Setting range:

range High. But the
be more

rrtr

I

lrrrstur

Setting range: SV

range High. But

be more than

Setting of Cascade

at Channel

l uEr ilruGUulJrts

Setting rarlge: SV Setting

range High. But

more

be

|.,

t( r

rlllJul.

Setting range:

range High. But

be more

Y Urrag,c,\-urrtsIlI rup

Setting

range High. But

more

be

r tlErrlrlst.uf rtrput

Setting

range High.

more

be

Setting of Auto-tuning

at Channel

Settinsranse:

Setting unit:

A

key

V

0.

o/o

(percentage)

of Cascade

2.

SV Setting

50"C

than

SV

5. 0'C

than

SV Setting

50

than

rtrlrut

0'C

5.

2.

rulJul,

50"C

than

SV Setting range Low

5. 0'C

than

range:

range:

SV Setting range Low

50

than

SV Setting range Low

But

5. 0.C

than

2.

f

flle-ry1o-c_o_uplq

R.

-1.-D,.

Current/Voltage Input

of each digit

0-100.

Scaling Low

Sening

the

difference

('

F).

Setting range

the difference

('

Pur

differenbe

digits.

Setting range Lorv

the difference

('

Scaling

Setting

the difference

("

the

difference with

('

the difference

digits.

the

difference

("

Setting

FlSL-f

[lte-rygi5t-o-r-IppU!

Manipulated

0

AV

by

range Lorv

rvith

Lorv

with

F).

range Low

with

with

F).

High

A

by

V key of

range Lorv

with

F).

F).

with f FIE

F).

setting

by

value

AV

FlEl-!

hpUt_ _':'j:'_

Value

.

of Manipulated

key

-

I

-

f

-

f

-

f

of Manipulated

,'

f

-

I

-

Setting.

of each digit.

SV Setting

Fl

5 !-l

SV Setting

FlS

l-!

SV

Setting

FIE

!-!

SV Setting

FI5l-i should

each digit,

SV Setting

Fl5

L

SV Setting

FIE

L

SV Setting

L

SV Setting

-

with

Fl5

I

on Cascade

key of each digit

-'

L

_ : _ _l_ECF)_

:

:':

:':

-0-.-i-'g-Cf') -

I

Value

should

should

should

Value

should

should

should

should

Control

.

dieit

_

r il:tn

t:t.I

il

-rI

t:t.il

-!iltlI

r:t.I

IJnt_l

Etll.tl

Ertriltl

l:t.tl

r

il

___H.fl

*1

*1

*11

.J-

I

.t-

I

*t

1

)tl
*11

rr

LI

rr

tt

se Mod

No.

I

Option

2

Event I Function

PV Event
Output

Selection Select

E:

El

Setting

setting by

E

Setting the frrnction

i

function

:

i

Svmbol

E]

:l

Descriptions

by

function

l:

"

l,

E, El"

Eventl

Event2 fi.rnction

:

Cornmunication

Input

of

:

Digital

I

:

Digital Output

A

and

V

Output

key

Input

of

Channel Selection

Type

of selection Channels

I

1CH

2CH

I

CFV

2CH

A

V key

Event I

of

of one-digit.

PV

Event

(Set

by

Conrrnon

of

one-digit.

Output

AV

key

Initial

Value

Display
Conditions and

Remarks

*t7

I

*18

I

I

100

of

digit)

:l tl tl

*18

x<19

* Selection of

(Set

Symbol Tvpe

rr

LI

I

E

:l

Ll

E

!l

,l

EI

*

Selection of Additional

(Set

Svmbol Type

l l

I

E

=l

Ll

!'

lI,

,l

A

by

None

Deviation
Deviation
Deviation
Deviation

hieh

Absolute
Absolute
Absolute

Range

hish and low limit'

by

None

Event

Stand-bv sequence

Process

Event
Event

Stand-bv seouence

Event

*

PV

PV

Event

function

V key

of

AV

of ten-digit)

PV Event

h sh/lorv lirnit
h

lor.v limit

range

lorv limit

and

value hiqh/low
value hiqh lirnit
value

ofabsolute value

key

Functiorrs

limit

sh

for

low limit

Functions

of one-digit)

of additional Functions

outout

output hold
output hold

output hold

abnomral

Value

lrold

(PV)

abnomral

+

Stand-by

+

PV

*

PV

+

Stand-by

lirnit

seouence

abnomral

abnomral

sequence

24

.,1

5

Event

PV

I

ip1 11

!_o1v_ |

PV Eveut

I

gl1

!-lj

_l 1ry

Output

_S_e_tt_r

Output

it_

$ etlipe_

Setting

Setting by

Setting range:

I

e _

Sefting unit:
Setting of High

Setting by

Setting

Setting

Low

of

R. T. D.

limit

A

V key

Without R. T.

"C

limit of PV

A

V

key of each

ftmge;

R. T. D.

Without R.

unit:

T. D

of PV Event

of each digit.

199.

-

D

1999-9999?

-

Event

digit.

199.

-

1999-9999"C

-

Output l.

9-999.

Output

9"C

('F

1.

9-999. 9"C

('F

("F)

)

('F)

)

*18
*20

I

or

l-l.il

*18

*2r

tl

or

l:1.I

6

7

B

I

PV Event

Sensitivity

I

DI

Function

2

Event

PV Event

Function

I

Function

2

Setting

Setting range:

Setting of Event I

of Sensitivity

Setting

Setting by

Symbol

by

A

A

il

e

function

Same

A

Setting

Sanle function

Setting

by

by

A

V

0-9999"C

0. 0-999.

V key

Type of

No function

SV

RI-JN

as

V key

as

V key

of PV Event

key

of

each digit.

('F)

9"C

Input function.

of one-digit.

DI

functions

chanse

READY

/

Event 1.

of one-digit.

PV Event 1.

of each digit.

('F)

Output 1

or

:l

*18
*20

tr

or

r_t.il

*18

4<22

tr

*23

I

*23
*24

tl tl

r0

PV Event

L-oy_ I irq i1

il PV Event

Hielr lirit

t2

PV Event

gelsili_v!ty_

2

_S_eg_i 1

2

Setting

2

_ _

Same Low limit

g

Setting by

_

Sarne

Setting by

Sarne

Setting

setting as PV

A

V key

High limit

Sensitivity as

by

setting as PV Event

A

V key

A

V key of each digit.

of each digit.

of each

PV Event

-25

Event

digit.

1.

*23
*25

I

or

t:t.I

1

or

l:l.I

or

t:t.fl

*23

*26

n

*23
*24

fl

l:l

l.l

2

DI

Comrnunication

Parameter

Function

function as

Same

Setting

Setting

:

O

:

I

:

*

A

V key of each

by

of Communication Parameter.

Selection

Selection of Data length:

Selection of Parity:

DI 1

of

with

BBC

function.

Check

BB

digit.

x23

*27

*28

EElr,I

l5

Cornmunication

Spqqd

lf)

Courmunication

Address

t7

Response

Tinte

Delay

:

>k

Selection of Stop Bit:

Setting

of Communication

Setting

by

Svnrbol

A

te

ELI

Li

E!

EIE;

Setting

Setting range:

Setting

Setting
Setting

of Communication

Setting by

of Response

Setting

by

range:

unit: mSEC

A

A

V key

V

of each digit.

Communication

I2OO

24OO

4BOO

9600

key

of each digit.

1-99

Delay

Y key

of each digit.

0-250

Speed.

BPS
BPS

BPS

BPS

address.

tirne.

Speed

Settins

*28

LtE!Etfl

*28

I

*28

I

-26

l8

Comurunication

Local Change

/

Setting

Setting

of Communication

A

by

V key

of one-digit.

Local

/

change.

*28

5

ndications

No.

I

Close down
Feedback

2,

Full

Feedback Resist­ance Adiustment

t-.----Ftrm

[-;;;l

ed

Open

time:

Resist-

time:

Symbol

L f L

fc'll

At

close down

When all valve closed completely, press

one-digit.

At

close down

When

one-digit.

all valve opened completely, press

Communication/Local

Local
Communication

Descriptions

time, Adjust Feedback

(Memory)

time, Adjust Feedback

(Memory)

Setti ns

resistance.

resistarce.

A

A

key

key

of

of

r rr

t- r.- L-

Initial

Value

Display
Conditions and

Remarks

*29

*29

6)F

No.

I

Ind ir:atinrrs

Function Key

Setting

Setting of

Setting by

Symbol

1-l

tl

I

I Sendine back Settinc Mode

E

:l

Ll

*

Caution:

When

or
on stay.

Lock

Function Key

Descriptions Initial

Function

A

Function

Key.

V key

one-digit.

of

setting

of Function

Key

No ftlnction

UNDO: Retunr the setting to the one

alreadv memorized.

Lock

RTJN/READY

RUN

READY

CHI and

ftinction selected either at Set-up

Parameter

all

*

: Control start.

susDend Control

:

Sirnultaneously

CH2

Setting, Lock condition will

effect.

Mode

keep

Value

Display
Conditions

Remarks

rr

LI

and

-27

3. 3

Other

Displays:

l_r-Tl

Displays whenever

Also

displays when

Feedback

Displays rvhenever
the wire

Displays at

please

Displays

please

Displays at Auto-tuning error, such as Over display or
the case rvhen too

For cancellation

In

case this Error display shows after

service.

Displays

resistance input and

is

snapped at Input

Memory

contact

A/D converter error. In case

at

contact us for repairing service.

when the

Input value

the

wire

Input

error.

for repairing service.

us

much

of this

display,

operator tries to change

exceeds the High limit of Display

is snapped

ABb

temtinal at

exceeds the Low limit of Display ralrge.

value

line of

In case this

is

time

spent

press

themrocouple,

at

R. T. D.

l-5V,

for

the

4-20mA, 0-IV, 0-10V

Error

display

this Error display

auto-tuning ard also at

keys for resetting

any

re-input

Parameter

of

power, please

during Key lock.

r:lnge.

0-lOmV

input.

shows after the

Under display

Input, Thennistor,

shows after the

disconnection of output.

ftrnction.

contact us for

AIso

displays when

and

re-input

re-input

while

auto-tuning, or

0-5V.

power,

of

repairing

of

porver,

Fl

I

4.

DEFINITIONS FUNCTIONS

zl.

I

4.2 PID

.

PID

h lDisplays

Auto-tuning

This Auto-tuning

Differential

Control and ON/OFF

Tlris unit is

The characteristics

CONTROL

Advantage

Disadvantage:

.

ON/OFF

CONTROL

Advantage

Disadvantage:

SELECT PID

together with

functions to set the

(D)

Time

equipped

of each

Better result in

:

The life

: Generally,

temperature increase

result

The

CONTROL

normal display

constant of Proportional

automatically in optintum conditions.

Control

PID

with

period

the

in

Control(Time

function

control compared with

are indicated

of replay contact

period

life

control

of

and OFF at temperature

is not

as

altematively while

Proportional

follows

as

ON/OFF

becomes short

replay
good

contact lasts

as PID Control.

auto-tuning.

(P)

Band

Integral Time

,

Control) and ON/OFF

for the

Control.

as

decrease from

SELECT ON/OFF

best selection for

it

switches

long

it

as

switches ON at

On and OFF frequently.

level

the

CONTROL

(I)

and

Control.

the users.

of setting value.

Initial

value of

flt

lrr=

"

:l

initial

sctting, but

be tter result in control.

necessary

of all

[!

"

Parameter

.

Though

please

parameter

the

car be done automatically.

Due

to the above

procedure,

of

"Proportional

control can be done by this

do Auto-Tuning for

While Auto-hrning,

control

for

the

Band"

the setting

(Fr,

J

parameter

is set

getting

d)

,

can be

parameter

The

In

case

the sensitivity flutters

parameter

set to match the

2B

of

of sensitivity is

sensitiviry

objects to be controlled.

to stabilize

set

at control, use larger

initialiy

the fluttering.

at

"f

=

fl".

21.

3

Event

Event

PV

ard frtrtctions On

PV

of

Output

Output

(Process

compares the
and

O$ to

Variable)

or

the

to

value

between PV

replay

of Event

Stadstop

(Process

Output. It

the

other systems.

Variable) and

quite

is

effective

Event

to

Output

check

Setting

the

abnormal

value,

figure

Event

Dcviation

Function

Hieh Limit

Chart

A

SV

A

SV

(PV

ute Value Hich

Absolute

Absolute

and Low

Value Hieh Lim

Hieh

Value

and Low Lirnit

Limi

ran

VTWWfTTV

4. 4

Additional Functions

l)

Event

Output Hold

This

fi.rnction holds

Event

Output holds flre condition

For releasing

Additional Function Setting.

at

2)

Stald-by Sequence

This

is the function

at Porver ON.

original conditions, this flrnction

Event

Output at

3)

Process

line of the

This

and displays

above

(PV

Value

flrnction admits the condition

the condition

this function, the Power

When
Power

Event Output Function

Abnormal)

"Under"

Range

not

to

tum on

goes

it

ON. This

or

"Over".

of

Event

output

Event

of

of

out

activates

Event

from the

Output

even

"ON"

to

be turned on again or set flre

Output even if

Event

when the

goes

it

if

out from the condition

it covers the conditions to activate Event

condition to activate Event Output

Output. This fi.rnction

Event

function is valid when the Power turns on

Chart.

of

"Abnormal" whenever

Process

Output started

position

and

is

used for Low Limit

at the

Value(PV)

to activate.

Event

of

Output.

of UNHOLD

again full

part

of a

exceeds

the setting

Output

fill

the

of

slanting

value

-29-

4.5

I

Displav

Tvpe

t(

(J

IS/IEC)

J

(JIS/IEC)

E

(JIS/IEC)

t-

(J

IS/IEC)

I

Displav

Type

K

(JIS/IEC)

J

(JIS/IEC)

E

(JIS/IEC)

1'

r IIC/ItrN'I

Input

Display

Ranee

"C

.F

"c

"C
.C

Ranse

"C

-F
.C

"F
,C

,C

.F

Range

&

Setting

Setting

Range

0,­0-2500

0-800

0-

0.'800

0-

-200-

-300-

Setting

&

Setting
Ranse

0.

0-999.

0.

0-999.

0.

0-800.

0.

0-999.

0. 0-800.

0. 0-999.

-199.

-199.

& Setting

fu1nss

300

I

1 450

1

450

400

750

Ranee

9-400.
9-750.

Range

6f

nl

Display

Ranse

-40-1372

-40-2501

-31

-24-1563

-27

-16-1531

-231-

-385-7ti5

of

Display

Ranoe

I

9

0

9 -24.
0
9 -16.

0

0

-40-2

-31.0-850.0

-27.

-199.

-199.

-850

-833

407

q.u-

lJ lz

0-999.
0-833.
0-999.

9-,107.

9-765.

501

wi

N

(lrsnec)

W5ReAV26Re

(ASTM)

(JTS/IEC)

(JIS/IEC)

(Wit

Inout

N

(JI.S/tEC)

WbReAV26Re

(ASTM)

9

0

(JIS/TEC)

9

0

(JIS/IEC)

0

Type

R

S

Typ.

R

S

dec

.C

.C

"C

r

"F

t

r

"F

"C

.F

Setting
Ranse

0-

I

300

32-2350

0-2300

32-4200

0,-

I

700

32-3100

0-1700

32-3100

Setting
Ranse

0.

0-999.

32.

0-999.

9

9

32.0{)99.

Display

Ranse

0-

I 335

32-2435
0-2336
32-4236
0-1755
32-3192

0-

I 730

32

146

-3

Display

Ranee

0.

0-999.

9

e

I

Tvpc

PTIOO

(JIS/IEC)

JPtl(X)

(JIS/IEC)

I

Tvpo

Voltagc

Input

I

Tvpe

A

Tvpe

B

Tvpe

C

Tylte

D

Tvtte

H

Tvnc

at,

Ranqe

.

Curent

Rance

,(:

.F

U

.F

.C

.F

'(:

.F

r

.F

.C

.F

Rarr

Without

&

Setting

-199.

-199.

-199.

199.

Senin

-199.

-19.

&

Decirnal

0-

100

32-212

50-

rB0

122-356

100,-280

212-536

-1

0-

50

14-

12.2

Range

Settins

Ranse

9-500.

9-950.
9-500.
9-950.

Settins

-1999-9999

Rarpe

9-999.

99-99.

Setting

Range

With

122.0-320.0

100.

212.0-410.

-10.

of R.

0

0

0

0

D.

In

Displav

-199.

-199.

-199.

199.

of nl

or

9

or

99

istor

Decimal

0.

0-100.

32.0-180.0

50.0-180.0

0-240.

I 4.

0-50.

0-

0

122.

Ranse

9-539.
9-999.
9-529.
9-984.

Displays

Displavs

Without

0

0
0

0

I

9

I

4

Dicnlav R

within

or

approx.

Display

Decimal

-30,-

I

-22-302

-20-230

-4

-446

-20-310

-ul

-590

-30-

100

-22-212

50

settrng

t

12%

Range

range.

wider

than

With

Decirnal

-30.0-130.0

-22.

0-234.0

-20.

0-210.

-4.0

-20. 0-310.

-4.0

-30.

4.0

-37

-464.0

0-100.

-22.0-212.0

settins

0

0

0

ftmse.

-

30

C.

SPECFICATIONS

I

Ceneral

Meurory

I nput/Output Isolation Between

device EEP-ROM

ificationsra

(process,

Porr,or
Porver consuurption

lVlomonttrnr

Iusulation rcsistzurce
Voltagc rcsistance

Standard

SrrpDlt,

Environrt.tcrtt

r,oItage

power

Temperature

HLrmiditv
Power

Set Ansle

Vibration condition

Imoact condition

Temperature &

Operation

Environntcnt

Humiditv range

Porver
Set Angle Datum

Vibration condition

cut off Within

&

ralge

Supply

Supply

BSVAC

Below

Dower
Between measuring
and
Between nreasuring
Dower

231-

consunrntion.

t.he case

temrinal

l0'C

l00VAC

Datum

OG
OG

+

Q

B5-264VAC

0-0.2G(10-55H2

to X, Y, Z direction for

hnpact condition

0-1G(lnstall

direction. but not continuous imoact. )

Transportation

Storage

rouutcut

Envi

Mechanical
SDecifications

Temperature &

Hrrnriditv ranrre

Vibration

condition

Impact

condition

Package

Drop

test

Weight

20- 65"C

0-0.5G(10-55H2

to X, Y, Z direction

0-50G(lnstall

direction, but not continuous intpact.

Drop

from the

without

less than

Output

-

lTVA

I

area(Control, Event

CPU)

and

Power

264VAC

(At

264VAC

cycle(20mS)

temrinal

50/60H2

Cut

itself, 500VDC 20M f)

temrinal and the

case itself 1500V

(50H2)

deerees.

l0

desrees.

Install the unit on vertical

2

on

unit

B5%RH

-

Install

2

for

unit on

60cnr

movement.

/

+

5V

surface

55"C

surface

rotation

anv

2509

and the

45-7S%RH

t3

35-85%RH

(50H/60H2)

l-

the

35

/

the

height

Output) and Input

source

100%

Power Off on 100VAC

the case itself, betrveen power

and

case itself 1000V

I

min.

(Avoid

hours.

vertical

the

hours.

vertical

(Once

making

(Avoid

)

panel

(Avoid

unit

)

panel

on

dew)

making derv)

panel

make

and

making

and

panel

make

vertical

)

for every 6 surfaces. Free drop method

)

area

at nraxiurunr

temrirlal

I nrin.

and

make

between

vibration

al impact toX,Y,Z

dew)

rnake

and

an

impact

vibration

toX,Y,Z

?..

INPUT

PV

SECTION

t-

Input

Controli

i_

i

I
I

Input

g-

! 1o_c_e;

I_

_Cpgc_qd_e_

H_ealilglQqqliqe _ _

_?_

3

Teurperature/

r_di ty_

_ H_r.ut

Position

Proportional control

Remote control

Themrocouple

l0

I

t

i_

_

it

I

I

r-;­tZ

r-;­IJ

-

D.

R. T.

Voltage

i4-

r$

g

al rr s

_Y

' Current

_2_Q H-

qo_qtlq

P-qtte_,I_o-l!rpr[

P_qt!e$_qllrp_uJ-l_

P_qtfe_r!

-

Pattem

l_

_

patG*

Pattem
Pattem of

Pattern of

Possible

_qllrp_uj

Input

of

-(8.-T.-P)-

_ _b_a_c!_r_e_si_sgqqQ _ _(FjX)_

-(-ejx)-

ormpui-i t;

Input 2 to be

of

Input 1 to
Input 2 to

select

to

Input resistance:

Possible to select

Extemal resistance:

-1_ -&!-_tg_b_e_

-Q-2_ -tq_b_e_
_& _2__t9

-L_

I

to be specified

b';i..ifi;a

be specified
be specified

from K, J,

more thzur

I resistance:

from

less

Spe_cjfigd_tqr_n_rlrp_uJ_typg _0j;,_8.

gpe_c_i!9{_frq4r-i_np-u!_typq

qpe_c_i!g{

-b-e_

specified from

_[qU_ Urp]{ _typq _0;;_t}.

frorn Input

til;-rpi;

from input

fype

ttp;b;-B:----

input type

type

from Input type

E, T, R,

lM

approx.

Ptl00 /

5 0

than

S, N, WSReM2tjRe.

f)

p

0. 2

JPtl00.

(per

Yl

I lead

w

I

9

0-8.

2-7 .

Q

L:.!YP..Q..-.......Irpu!.llssh!il,.qq.........r:1sle.11,.+r..5.q9.K..Q.

4-20mADC Inout

0-1VDC Innut

Resistance

Resistance

0- I0VDC Input Resistance

31

-

more than

more thatt
more than

500K 0

_0;;_ti.

(Feed-

500K O

500K

0

INPUT

PV

SECTION

DISPLAY &

SETfINC

SECTION

CONTROL

OUTPUT
SECTION

&

i_

t.7
tl

nput

r_

le

Sampling

Cvcle
PV
Correction

Display

Method

Accuracy

specified

Setting

Method

Lock

Fuuctions

Blind

Function

Type

of

Control
Output

special
occasion

TYPe

of

Output

Standard

q_

Voltage

g_

Thennistor

Feedback

0. I

Setting range:

PV Displav
SV Display

CH Disolav I

Control

Event Output

Ma.nual operation

COM
Themrocouple

R.

'

Current

(sarne

sec.

Output LED lanrp

T. D. Allowance of setting range:

Current' Voltage

Themristor

HLrmidiw
Opening

Set

Lock Release/ All Parameter
Control Constant Settins Mode Lock/ Ontion Settinu Mode Lock/ Lock excent SV

Possible not to indicate optional display.

at

All output

Control

parameters

all

elect

Relay

Output

(Output

SSR

Voltaqe Output

Setting from

and

function

Output to be OFF at abnormal Process

contact

l)

Drive

'

Current
Voltage
Output

0-

1VDC Input Resistance

0-10VDC

TOHO A. B.

135 c)

outpnt alteration cycle)

as

Thermocouple:

R.T.D'Thermistor

Current/Voltage:

4

ficures

4

fiAures

fisure

LED
LED larnp red

LED larnp

Allorvance

(Stipulated

Cold contact

(Stioulated

Allowance of setting range:

(Stipulated

Allowance

(Stipulated

According

Allorvance

(Stipulated

by the front keys.

to be

contact

Loaded resistance:

Type

l-SVDC

4-20mADC
0-1OVDC

7
7

7

(red

lamp

Lock/

PID control

OFF for

specification:

contact

Endurance:

Output Voltage:OFF

more

than

lnput Resistance

D. H

C.

('F)

-100-

-100. 0- 100. 0"C

seqmeut LED(creen) I-Ieisht:1Omm

sesrnent LED

sesment LED

x

(red

x

(sreen)

of setting

by the standard environment)

point

bv the standard environment)

bv the standard environment)

of

setting

by the standard

to the setting and specified accuracv of

of

setting

bv the

Basic Mode Lock/ Set-up Mode Lock/

and ON/OFF control.

approximately

capacity:250VAC

Load Resistance
more than

less

100'c

-100-100

(red

digit

(decimal

snecified

(red)

2)

Lichts

2)

Lights on when

start oneration.

Lisht on
Licht on

range:

compensation error: within

range:

range:

standard environment)

1c

more

than

time;

over

lK

600 e)

than

at main

on

manual operation.

at

communication tinre.

at

+

(0.

+

(0.
(0.

t

(0.

t

environment)

-F

(0.

4

seconds after Power

Value.

contact

(load

3A

100,000

0V

600 Q

Common Specifications

(Standard

f)

Output resolving

more

Output

Within

more

than

lK Q

Output Accuracy:

more

('F)

position

Heisht:Bmrn

Heiqht:Bmrn

(sub.

Event

+

l%

I

+

1%

I

+

l%

1

+

l%

I

+

I

I

%

point

resistance)

times

ON time;

than displav

response

600mS.

(aeainst

than

noint. )

control

)

Output

digit)

+

digit)
digit)
digit)

digit)

l2V

Environment)

100%

500K f)

at

2"C

R. T. D

On.

power:

time:

+

0.

Output.

500K O

output

(2)

I

resolvins

3%

-32

C. SPECFICATIONS

Menrorv device

I nput/Output Isolation Between

Pou,cr Srronlv
Porver consunrptiotr Below 17VA(At
Nlourcuttrrn

Insulation rcsistance Between
Voltagc

Standard

Euvironurcrrt

voltage

po\ver

resistance

cut off

Temperature

Humiditv ralse

Power

Set Anele

Suonlv

&

Vibration condition

Operation
Enviroruncttt

Transportation

Storage

Env i ronnrcnt

Imnact

Temperature

Humiditv ranse

Porver
Set

Vibration

hnpact condition

Temperature &

Humiditv ranse

Vibration

condition

&

Supplv

Anele Dafum

condition

condition

Impact

condition

Package

I)ron test

Mechanical
Soecihcations

Weight

EEP-ROM

(process,

BSVAC

Within

Dower
and the

Between measuring
pe\irer

23-r-

100VAC

Datum

Output

CPU)

264VAC

-

1

cycle(20mS)

consumotion.

measuring

case itself,

temrinal and

l0"C

/

+

5V

surface

45-7S%RH

l-

OG
OG

,-

Q

B5-264VAC

55'C

surface

35-85%RH

(50H/60H2)

r-

0-0.2G(10-55H2

X, Y, Z

to

0-1G

direction,

20- 65"C

0-0.

X,

to

direction for

(Install

the

but not

/

5G(10-55H2

Y, Z direction

0-50G(lnstall

direction, but not

Drop

from the

without anv rotation movement. )

less than

height

250g

area(Control, Event

and Power

source

50/60H2

264VAC

100% Power

Cut

terminal

500VDC

tenninal

the

(50H2

3

degrees,

and the case itseli betrveen power

20M

and the

case itself 1500V I

(Avoid

rnaking

(Avoid

l0

desrees.

Install

unit on vertical

continuous

35

-

for

the unit on vertical

continuous

2

B5%RH

Install

2

60cm

the unit

hours.

)

panel

imnact.

(Avoid

the unit on verlical

hours.

impact.

(Once

)

for

Output)

f)

case itself

making

on

vertical

and

)

nraking

panel

a-nd make

)

every

and

Off

on

1000V I

min.

dew)

derv)

panel

make

panel

6

surfaces.

Input

area

100VAC

an

dew)

at

rniu.

and make

impact

and

to X,Y,Z

rnake

nraxirnunr

temrinal

betweeu

vibration

vibration

ar impact toX,Y,Z

Free

drop

nrethod

INPUT

PV

SECTION

i_

Input

Controll

Unit

Input

l_l_

i

I

I

:

I
I

I
I

t---

r$

I

I

I
I

and Performance

g_

! 1o_c_eg

9eS._qd_e_

H_ealiug/Qqqljqe _ _

_?_

3

Temperature/

r_d!

_ H_u$

4-

Position

Proportional

ft.;,;;;-;r,t."l-

Themrocouple

T. D.

R.

-r-

r-;­rJ

Voltage

:4-

r$

s _Y al rr s _2_Q

qo_qfq

ty_

control

'

Current

P-qtte_a_o_l!np1t

H_

P_qtleJr_r_q|lrp_uJ_l__@_2-_t9_b_e_Spqc_tf_tgd_tq$_r1rplI_typg_0jl-8.

P_qtte_rT

-

Pattem of

l_

_

Pattem of Input
Pattern

-

-

-

Pattem

Pattem of

Possible

_d[np_uj _l_

-(8.-T.-P)-

of

r_e_s

_b_a_c!_

_

of

Current/Voltaqe

to

Input resistance: more

Effect for extemal

Possible to select

_1_

-&-?-_t9-b-e_

_Z__tg_b_e_

-&

1

Input

-Gix)-

Input 2

pJAqqe)

Input

to be specifred

1

be specified from input type

to
to be

_(FjX

-

I

be specified

to

Input 2 to be specif,red

fix.

select from

than

resistance: aprrrox.

from

istance: less than

5pe_c_i!9{_frqqr_i_np_uJ

gpe_c_ifig{

_ftqqr_

from Input

specified from input

)_

from input

from Input type

J,

E,

1M

T,

R,

S, N, WSReM2tiRe.

f)

K,

0.2

Ptl00

JPtl00.

/

5 Q

u

rpp-r1t

type

type

type

YIQ

-typq

_typq

0-8.

.t:.!YP.Q..........[uuI.l]sptsfilr.qs.........qr.ele.1!,.4!.1Q9.K..4.

yt

.1 :. ?.0.r,: A D C . . . . . .llp

BpSjs.tp.,t

0-1VDC Inout Resistance

0-l0VDC

31

-

Input

Resi

gs.

. .

.tq

. .

. . .

-o.r.e.

more

lh ilr. .q

than

I

(Feed-

9

0-8,

2-7.

-0.q

500K

_0;;-[t

_0;;-il.

K. ,]. . .

()

ADDITIONAL

FUNCTIONS

Event

Input /

Output

r.2

Transfer

Output

Possible

Event Input:

Input

Event

Output

Output standard:

I

-SVDC

,l'-20nrADC

to change

specifications:

Output: PV Event

specifications:Open

Type

Load Resistalce

nrore

less than

Event Input and Event Output.

No frrnction. SV Change, RIIN/READY

Non Voltage contact

B

mode

collector

lK O

600 Q

50mA

Output resolving

resolving,

Output response

24YDC

than

.

Output

Common Specifications

(Standard

Environment)

power:

titne:

More

Within

Mode

than display

600nrS.

Comrnuni-

cation

Maintenance

3 .

Troubles

Display does

Proccss

No

and
Proccss Value

Value Iuconect

ruratching of

ScttinA value

and

not

appear.

Process

flutters Check whether extemal

lnsulficicrtt

coutrol

No iucrcasc or decrease

Tcnrllerature

of

lf an1, sf

the troubles still

0- IOVDC

Communication

standard

Comrnuuication

paranleter

Comnrunication

speed

Communication

address

Cornmunicatiou

nrofocol

Inspections

value

exists after

more

In
or

Start bit

Start
1200

I

-99

Exclusively

Is

the unit correctly

power

Is

the

Is

the

Is the sensor nonnal'l
Is

the sensor

Is the type of sensor correctly set
Is the

Is

the capacity of Heater

Is

Intesral tinre

Is the value of

Please do Auto-Tuning

Is

output

Is the tvoe of control correctlv set uD?

terminals conectly

Power

proper

sufficientlv

correctly connected'l

figures set at PV conection

tenninal

following the above

lK O

than

accordance

3

wiring

bit

Check

systenl.

1,

Deta length

U2

2400 I 4800

/

designed by Toho

points

mounted and

sunnlied'l

(Does

sufficient

(l)

correctlv set un'l

noise mixed in the

PID conect'i

once again

conectly

Output accuracy:

with RS485.

Maxiurum

BBC CheckNVithout BBC

With

/

inserted into tlre

connected?

another unit

up?

enough'l

corutected'l

instnrctions,

t

0. 3%

Outout.

Multi-drop

3l

stations

7/B

bit, Non Pariry/Odd/

9600BPS

Electronics

the

make

value?

sienal.

please

contact our Sales

(against

)

nrethod

per

Inc.

case'l

same error'l)

100%

with

unit.

Even,

Check.

2

wiring

Departmettt.

4.

Exanrple

Remote

Output

Control

ICH

I

unit

zCH

Extemal

33

A

ITOHO

TOHO

i

oll l-z TAI{A

229-1124

TEx.: + 81 427 77 3311

FAX:

ELECTRONICS

sAC,AI'IrHARA

JAPAI{

+

81

427 77

3751

;1,

INC.

KANAGAv'IA