26

Unit: mm

Option: Extension cable to connect the sensor head

Length(L)

2m

5m

Cable type

CD4CN-S

CD4CN-5S

L

65.4 22

20

6.2

4.5

Display

for DIN rail

Terminal

103

14.7 7.7

4778

19.1

27.4

27.4

Package Descriptions- Amplifier Main Unit

- Terminal Board x 2 pcs.

- Instruction Manual (Amplifier)

- Instruction Manual (Communication Version)

Dimensional Drawing

CD4CN-S-ROBOTCD4CN-5S-ROBOT

2524

P-P (Peak to Peak)

P(1)

P(1)-B(1)

P(2)P(2)-B(2)

B(1)B(2)

Sampling period Sampling period

Auto peak

Auto bottom

P-P value

Auto peak value

Auto bottom value

Measurement value

Measurement value

Measurement value

RS input ON

OFF

RS input ON

OFF

OFF

HOLD input ON

OFF

HOLD input ON

OFF

HOLD input ON

Sample holding

Sample holding value

Measurement value

OFF

HOLD input ON

OFF

HOLD input ON

OFF

HOLD input ON

Peak holding Peak holding value

Sampling period Sampling period

Bottom holding

Bottom holding value

Sampling period Sampling period

Sampling period

Measurement value

Measurement value

Hold Function Timing Diagram

2524

P-P (Peak to Peak)

P(1)

P(1)-B(1)

P(2)P(2)-B(2)

B(1)B(2)

Sampling period Sampling period

Auto peak

Auto bottom

P-P value

Auto peak value

Auto bottom value

Measurement value

Measurement value

Measurement value

RS input ON

OFF

RS input ON

OFF

OFF

HOLD input ON

OFF

HOLD input ON

OFF

HOLD input ON

Sample holding

Sample holding value

Measurement value

OFF

HOLD input ON

OFF

HOLD input ON

OFF

HOLD input ON

Peak holding Peak holding value

Sampling period Sampling period

Bottom holding

Bottom holding value

Sampling period Sampling period

Sampling period

Measurement value

Measurement value

Hold Function Timing Diagram

2322

Hysteresis (7.CONTROL.3/HYSTE)

Analog output(8.ANALOG1/OUTPT)

Output range(5-7.CONTROL.1-3

/Q1-5 HI,LO)

Output controlAnalog output A Analog output B

Analog output span setting (HEAD A)(9.ANALOG2/SPN A)

Analog output span setting (HEAD B)(9.ANALOG2/SPN B)

Calculation result is displayed.

Shift setting (Calculation result)(3.CALCUL.2/SFT C)

Calculation result analog output range(8.ANALOG1/CAL H,L)

Analog output shift setting (HEAD A)(9.ANALOG2/SFT A)

Analog output shift setting (HEAD B)(9.ANALOG2/SFT B)

Measurement value B is displayed.

K-value2.CALCUL.1/K)

Arithmetic processing(2.CALCUL.1/FORMU)

Calculation result hold setting

Measurement value increase/decrease setting (HEAD A)(3.CALCUL.2/SIGNA)

Measurement value increase/decrease setting (HEAD B)(3.CALCUL.2/SIGNB)

Measurement value A is displayed.

Shift setting (HEAD A)(3.CALCUL.2/SFT A)

Shift setting (HEAD B)(3.CALCUL.2/SFT B)

Average sampling times(1.FILTER/AVERG)

Cut-off frequency(1.FILTER/FREQ)

Filter mode(1.FILTER/FILTR)

Hold setting (HEAD A)(4.HOLD/HEADA)

Hold setting (HEAD B)(4.HOLD/HEADB)

Other inputsOther button

operations

Alarm output A

Output during alarm(4.HOLD/ALARM) Hold input setting

(4.HOLD/INPUT)

Alarm output B

To controller

Sensor Head A Sensor Head B HOLD A input HOLD B input

Timer function(11.TIMER)

APPENDIXFunction Block Diagram

2322

Hysteresis (7.CONTROL.3/HYSTE)

Analog output(8.ANALOG1/OUTPT)

Output range(5-7.CONTROL.1-3

/Q1-5 HI,LO)

Output controlAnalog output A Analog output B

Analog output span setting (HEAD A)(9.ANALOG2/SPN A)

Analog output span setting (HEAD B)(9.ANALOG2/SPN B)

Calculation result is displayed.

Shift setting (Calculation result)(3.CALCUL.2/SFT C)

Calculation result analog output range(8.ANALOG1/CAL H,L)

Analog output shift setting (HEAD A)(9.ANALOG2/SFT A)

Analog output shift setting (HEAD B)(9.ANALOG2/SFT B)

Measurement value B is displayed.

K-value2.CALCUL.1/K)

Arithmetic processing(2.CALCUL.1/FORMU)

Calculation result hold setting

Measurement value increase/decrease setting (HEAD A)(3.CALCUL.2/SIGNA)

Measurement value increase/decrease setting (HEAD B)(3.CALCUL.2/SIGNB)

Measurement value A is displayed.

Shift setting (HEAD A)(3.CALCUL.2/SFT A)

Shift setting (HEAD B)(3.CALCUL.2/SFT B)

Average sampling times(1.FILTER/AVERG)

Cut-off frequency(1.FILTER/FREQ)

Filter mode(1.FILTER/FILTR)

Hold setting (HEAD A)(4.HOLD/HEADA)

Hold setting (HEAD B)(4.HOLD/HEADB)

Other inputsOther button

operations

Alarm output A

Output during alarm(4.HOLD/ALARM) Hold input setting

(4.HOLD/INPUT)

Alarm output B

To controller

Sensor Head A Sensor Head B HOLD A input HOLD B input

Timer function(11.TIMER)

APPENDIXFunction Block Diagram

2120

8 to 9mm

Peel the cable coating.

Insert the cable.

Press down

using a flathead screwdriver.

Press up by finger.

Ensure the cable is not pulled out.

1. Peel the cable coating to expose thecable core by 8 to 9 mm.

When using shield cable, twist so thatthe core diameter is less than Ø1.2 mm.

2. Press down the lever of the terminal untilit is locked using a flathead screwdriver.Then insert the cable core until it issecurely seated.

3. Press up the lever by finger until it issecured (sounds click).

4. Pull the cable softly to ensure that thelever is locked and the cable is notpulled out.

Ensure that the cable core does notcome out.

TERMINAL BOARD WIRING

*0 Wh

en

usi

ng

Ave

rag

e s

am

plin

g t

ime

, se

t F

ilte

r m

od

e "

off.

"W

he

n u

sin

g F

ilte

r m

od

e,

set A

vera

ge

sa

mp

ling

tim

e "

off.

"*1 W

hen

the

OU

TP

T s

ettin

g of

AN

ALO

G1

func

tion

(No.

8) is

"A

""B

" an

dth

e m

easu

rem

ent v

alue

of S

enso

r H

ead

A(o

r B

) is

out

put a

s an

alog

sign

al, t

he a

nalo

g ou

tput

leve

l (re

fere

nce

leve

l) is

0 V

(12

mA

) w

ith n

odi

spla

cem

ent c

hang

e of

wor

kpie

ce. W

hen

the

OU

TP

T s

ettin

g is

[ ]

[CA

L] a

nd th

e ca

lcul

atio

n re

sult

valu

e is

out

put,

the

refe

renc

e le

vel

depe

nds

on th

e C

AL

H/L

set

ting

of A

NA

LOG

1 fu

nctio

n.*2 25

mm

type

: 24.

0000

mm

30 m

m ty

pe: 2

5.00

0 m

m85

mm

type

: 65.

000

mm

350

mm

type

: 250

.000

mm

*3 Wh

en

th

e O

UT

PT

se

ttin

g o

f AN

AL

OG

1 f

un

ctio

n (

No

.8)

is "

A""

B"

an

d t

he

me

asu

rem

en

t va

lue

of

Se

nso

r H

ea

d A

(or

B)

is o

utp

ut

as

an

alo

g s

ign

al,

the

an

alo

g o

utp

ut

leve

l is

-5 V

(4

mA

) w

ith P

-Pva

lue

"0

." W

hen

the

OU

TP

T s

ettin

g is

[ ] [

CA

L] a

nd th

e ca

lcul

atio

nre

sult

valu

e is

out

put,

the

outp

ut le

vel d

epen

ds o

n th

e C

AL

H/L

set

ting

of A

NA

LOG

1 fu

nctio

n.*4 Th

e ou

tput

rang

e is

set i

ndep

ende

ntly

for e

ach

of th

e fiv

e(5)

out

put c

ontro

ls. S

elec

tth

e se

tting

s as

follo

ws

to s

et s

eque

ntia

l out

put s

uch

as H

H/H

I/GO

/LO

/LL

outp

ut.

Whe

n th

e ou

tput

s ar

e Q

1=H

H, Q

2=H

I, Q

3=G

O, Q

4=LO

and

Q5=

LL, f

or e

xam

ple,

set t

he v

alue

s Q

1 LO

=Q2

HI,

Q2

LO=Q

3 H

I, Q

3 LO

=Q4

HI,

Q4

LO =

Q5

HI.

Then

add

the

HYS

TE s

ettin

g va

lue

to th

e va

lues

of Q

2 to

Q5.

*5 Whe

n th

e se

nsiti

vity

set

ting

is A

UTO

, the

out

put c

ontro

l aut

omat

ical

lych

ange

s fro

m M

IN to

MA

X d

epen

ding

on

the

wor

kpie

ce. S

ince

two(

2)sa

mpl

ing

cycl

es a

re re

quire

d to

cha

nge

one(

1) s

tep

of s

ensi

tivity

setti

ng, t

otal

2 m

s (2

sam

plin

g cy

cles

x 1

0 st

eps)

is re

quire

d to

shi

ft fro

mM

IN to

MA

X.

The

uni

t may

fail

in d

etec

tion

whi

le th

e se

nsiti

vity

is b

eing

shi

fted.

Whe

n th

e se

nsiti

vity

set

ting

is fi

xed

(set

to o

ther

than

AU

TO

), th

ese

nsiti

vity

rem

ains

con

stan

t but

may

fail

in d

etec

tion

due

to p

oor

sens

itivi

ty le

vel w

hen

the

disp

lace

men

t of w

orkp

iece

larg

ely

chan

ges.

Whe

n th

e se

nsiti

vity

set

ting

is fi

xed.

<<

For

CD

4A >

>se

t th

e o

utp

ut

con

tro

l to

be

"th

e lo

we

st d

ete

ctio

n s

en

sitiv

ity le

vel

+4

" (i

f th

e c

on

tro

l se

ttin

g is

ove

r 9

, se

t to

MA

X).

<<

For

CD

4A-L

>>

set

to t

he

se

nsi

tivity

exc

ee

din

g t

he

th

resh

old

in a

ll d

ete

cte

d w

ork

so

n t

he

lig

ht

rece

ivin

g w

ave

form

mo

nito

r sc

ree

n.

Se

t th

e s

en

sor

he

ad

se

ttin

g t

o M

EA

SU

RE

afte

r se

ttin

g.

13 14

BA

NK

BA

NK

0 to

7

0

3840

0

8

NO

NE

-

Fun

ctio

n(P

ress

to s

elec

t.)

Set

ting

Item

(P

ress

to s

elec

t.)C

onte

nt (

Pre

ss

t

o ch

ange

.)

Sel

ects

the

bank

num

ber(

)

. The

set

ting

is a

utom

atic

ally

act

ivat

ed w

ith B

ank

sele

ctio

n bu

tton

or B

ank

inpu

t ter

min

al.

The

ban

k ca

lled

up a

t pow

er o

n is

;

- T

he la

test

ban

k se

lect

ed b

y th

e bu

tton

whe

n no

ban

k in

put t

erm

inal

is c

onne

cted

- The

ban

k se

lect

ed b

y th

e in

put t

erm

inal

whe

n on

e or

mor

e in

put t

erm

inal

is

c

onne

cted

.S

et in

acc

orda

nce

with

the

baud

rat

e of

the

devi

ce to

be

conn

ecte

d. [b

ps]

9600

/192

00/3

8400

/115

200

Set

in a

ccor

danc

e w

ith th

e da

ta le

ngth

of t

he d

evic

e to

be

conn

ecte

d. [b

it]7/

8

Set

in a

ccor

danc

e w

ith th

e pa

rity

chec

k se

tting

of t

he d

evic

e to

be

conn

ecte

d.N

ON

E/E

VE

N/O

DD

(N

one

/ Eve

n nu

mbe

r / O

dd n

umbe

r)

(Mem

ory

bank

func

tion)

RS

232C

(RS

232C

func

tion)

(Ban

kse

lect

ion)

BA

UD

(Bau

d ra

te s

ettin

g)

DA

TA

(Dat

a len

gth

settin

g)

PA

RIT

(Par

ity ch

eck s

ettin

g)

Sele

ctab

le

for e

ach

bank

Initi

al s

ettin

gVa

lue in

( ) is

for C

D4A-

L

Func

tion

s an

d Se

ttin

gs(3

/3)

2120

8 to 9mm

Peel the cable coating.

Insert the cable.

Press down

using a flathead screwdriver.

Press up by finger.

Ensure the cable is not pulled out.

1. Peel the cable coating to expose thecable core by 8 to 9 mm.

When using shield cable, twist so thatthe core diameter is less than Ø1.2 mm.

2. Press down the lever of the terminal untilit is locked using a flathead screwdriver.Then insert the cable core until it issecurely seated.

3. Press up the lever by finger until it issecured (sounds click).

4. Pull the cable softly to ensure that thelever is locked and the cable is notpulled out.

Ensure that the cable core does notcome out.

TERMINAL BOARD WIRING

*0 Wh

en

usi

ng

Ave

rag

e s

am

plin

g t

ime

, se

t F

ilte

r m

od

e "

off.

"W

he

n u

sin

g F

ilte

r m

od

e,

set A

vera

ge

sa

mp

ling

tim

e "

off.

"*1 W

hen

the

OU

TP

T s

ettin

g of

AN

ALO

G1

func

tion

(No.

8) is

"A

""B

" an

dth

e m

easu

rem

ent v

alue

of S

enso

r H

ead

A(o

r B

) is

out

put a

s an

alog

sign

al, t

he a

nalo

g ou

tput

leve

l (re

fere

nce

leve

l) is

0 V

(12

mA

) w

ith n

odi

spla

cem

ent c

hang

e of

wor

kpie

ce. W

hen

the

OU

TP

T s

ettin

g is

[ ]

[CA

L] a

nd th

e ca

lcul

atio

n re

sult

valu

e is

out

put,

the

refe

renc

e le

vel

depe

nds

on th

e C

AL

H/L

set

ting

of A

NA

LOG

1 fu

nctio

n.*2 25

mm

type

: 24.

0000

mm

30 m

m ty

pe: 2

5.00

0 m

m85

mm

type

: 65.

000

mm

350

mm

type

: 250

.000

mm

*3 Wh

en

th

e O

UT

PT

se

ttin

g o

f AN

AL

OG

1 f

un

ctio

n (

No

.8)

is "

A""

B"

an

d t

he

me

asu

rem

en

t va

lue

of

Se

nso

r H

ea

d A

(or

B)

is o

utp

ut

as

an

alo

g s

ign

al,

the

an

alo

g o

utp

ut

leve

l is

-5 V

(4

mA

) w

ith P

-Pva

lue

"0

." W

hen

the

OU

TP

T s

ettin

g is

[ ] [

CA

L] a

nd th

e ca

lcul

atio

nre

sult

valu

e is

out

put,

the

outp

ut le

vel d

epen

ds o

n th

e C

AL

H/L

set

ting

of A

NA

LOG

1 fu

nctio

n.*4 Th

e ou

tput

rang

e is

set i

ndep

ende

ntly

for e

ach

of th

e fiv

e(5)

out

put c

ontro

ls. S

elec

tth

e se

tting

s as

follo

ws

to s

et s

eque

ntia

l out

put s

uch

as H

H/H

I/GO

/LO

/LL

outp

ut.

Whe

n th

e ou

tput

s ar

e Q

1=H

H, Q

2=H

I, Q

3=G

O, Q

4=LO

and

Q5=

LL, f

or e

xam

ple,

set t

he v

alue

s Q

1 LO

=Q2

HI,

Q2

LO=Q

3 H

I, Q

3 LO

=Q4

HI,

Q4

LO =

Q5

HI.

Then

add

the

HYS

TE s

ettin

g va

lue

to th

e va

lues

of Q

2 to

Q5.

*5 Whe

n th

e se

nsiti

vity

set

ting

is A

UTO

, the

out

put c

ontro

l aut

omat

ical

lych

ange

s fro

m M

IN to

MA

X d

epen

ding

on

the

wor

kpie

ce. S

ince

two(

2)sa

mpl

ing

cycl

es a

re re

quire

d to

cha

nge

one(

1) s

tep

of s

ensi

tivity

setti

ng, t

otal

2 m

s (2

sam

plin

g cy

cles

x 1

0 st

eps)

is re

quire

d to

shi

ft fro

mM

IN to

MA

X.

The

uni

t may

fail

in d

etec

tion

whi

le th

e se

nsiti

vity

is b

eing

shi

fted.

Whe

n th

e se

nsiti

vity

set

ting

is fi

xed

(set

to o

ther

than

AU

TO

), th

ese

nsiti

vity

rem

ains

con

stan

t but

may

fail

in d

etec

tion

due

to p

oor

sens

itivi

ty le

vel w

hen

the

disp

lace

men

t of w

orkp

iece

larg

ely

chan

ges.

Whe

n th

e se

nsiti

vity

set

ting

is fi

xed.

<<

For

CD

4A >

>se

t th

e o

utp

ut

con

tro

l to

be

"th

e lo

we

st d

ete

ctio

n s

en

sitiv

ity le

vel

+4

" (i

f th

e c

on

tro

l se

ttin

g is

ove

r 9

, se

t to

MA

X).

<<

For

CD

4A-L

>>

set

to t

he

se

nsi

tivity

exc

ee

din

g t

he

th

resh

old

in a

ll d

ete

cte

d w

ork

so

n t

he

lig

ht

rece

ivin

g w

ave

form

mo

nito

r sc

ree

n.

Se

t th

e s

en

sor

he

ad

se

ttin

g t

o M

EA

SU

RE

afte

r se

ttin

g.

13 14

BA

NK

BA

NK

0 to

7

0

3840

0

8

NO

NE

-

Fun

ctio

n(P

ress

to s

elec

t.)

Set

ting

Item

(P

ress

to s

elec

t.)C

onte

nt (

Pre

ss

t

o ch

ange

.)

Sel

ects

the

bank

num

ber(

)

. The

set

ting

is a

utom

atic

ally

act

ivat

ed w

ith B

ank

sele

ctio

n bu

tton

or B

ank

inpu

t ter

min

al.

The

ban

k ca

lled

up a

t pow

er o

n is

;

- T

he la

test

ban

k se

lect

ed b

y th

e bu

tton

whe

n no

ban

k in

put t

erm

inal

is c

onne

cted

- The

ban

k se

lect

ed b

y th

e in

put t

erm

inal

whe

n on

e or

mor

e in

put t

erm

inal

is

c

onne

cted

.S

et in

acc

orda

nce

with

the

baud

rat

e of

the

devi

ce to

be

conn

ecte

d. [b

ps]

9600

/192

00/3

8400

/115

200

Set

in a

ccor

danc

e w

ith th

e da

ta le

ngth

of t

he d

evic

e to

be

conn

ecte

d. [b

it]7/

8

Set

in a

ccor

danc

e w

ith th

e pa

rity

chec

k se

tting

of t

he d

evic

e to

be

conn

ecte

d.N

ON

E/E

VE

N/O

DD

(N

one

/ Eve

n nu

mbe

r / O

dd n

umbe

r)

(Mem

ory

bank

func

tion)

RS

232C

(RS

232C

func

tion)

(Ban

kse

lect

ion)

BA

UD

(Bau

d ra

te s

ettin

g)

DA

TA

(Dat

a len

gth

settin

g)

PA

RIT

(Par

ity ch

eck s

ettin

g)

Sele

ctab

le

for e

ach

bank

Initi

al s

ettin

gVa

lue in

( ) is

for C

D4A-

L

Func

tion

s an

d Se

ttin

gs(3

/3)

1918

Q1

to5

HI/

LO

Q1

HI

+3.0

00(+

0.60

00)

Q1

LO +

2.00

0(+

0.40

00)

Q2

HI

+2.0

00(+

0.40

00)

Q2

LO +

1.00

0(+

0.20

00)

Q3

HI

+1.0

00(+

0.20

00)

Q3

LO -

1.00

0(-0

.200

0)Q

4 HI

-1

.000

(-0.2

000)

Q4

LO -

2.00

0(-0

.400

0)Q

5 HI

-2

.000

(-0.4

000)

Q5

LO -

3.00

0(-0

.600

0)

HY

ST

E0.

100

(0.0

200)

SF

T A

/B

0.00

0

SP

N A

/B

1.00

0

10

SE

NS

ITI.

HE

AD

A/B

MO

DE

ME

AS

UR

E

TIM

ER

0.00

0 to

60.0

00[s

]

0.10

0 to

1.00

0

0.00

0

RE

SE

TN

O-

WR

ITE

EN

AB

LEM

EM

OR

Y1211

AN

ALO

G1

8

OF

F

CO

NT

RO

L1,

2,3

5 6 7 9

MO

DE

OU

TP

T

AN

ALO

G2

TIM

ER

CAL

H +5

.000

(+1.

0000

)CA

L L

-5.0

00(-1

.000

0)

CA

L H

/L

A,BA,B

ALA

RM

CLA

MP

INP

UT

HO

LD4Fun

ctio

n(P

ress

to s

elec

t.)

Set

ting

Item

(P

ress

to s

elec

t.)C

onte

nt (

Pre

ss

t

o ch

ange

.)In

itial

set

ting

Value

in (

) is fo

r CD4

A-L

AU

TO

AU

TO

Sel

ects

whe

ther

or n

ot th

e H

old

func

tion

is a

ctiv

ated

to S

enso

r Hea

ds A

/B m

easu

rem

ent

valu

es a

nd c

alcu

latio

n re

sult

valu

es (C

anno

t act

ivat

ed to

bot

h ty

pes

of v

alue

s).

Sel

ects

the

uppe

r / l

ower

lim

it fo

r th

e fiv

e(5)

out

put c

ontr

ols.

(O

utpu

t con

trol

func

tion

is u

sed

for

calc

ulat

ion

resu

lt va

lues

. Whe

n us

ing

only

eith

er o

f Sen

sor

Hea

d A

or

B,

sele

ct F

OR

MU

set

ting

to A

or

B.

<<

For

CD

4A >

>-9

999.

999

to +

9999

.999

[mm

] (Yo

u ca

n us

e th

e di

git p

ositi

on b

utto

n.)(

*4)

<<

For

CD

4A-L

>>

-999

9.99

9 to

+99

99.9

99 [m

m] (

You

can

use

the

digi

t pos

ition

but

ton.

)(*4

)

Spe

cifie

s th

e an

alog

out

put r

ange

of c

alcu

latio

n re

sult

valu

es a

nd o

utpu

ts a

s an

alog

out

put.

CA

L H

: upp

er li

mit,

CA

L L:

low

er li

mit.

<

< F

or C

D4A

>>

-999

9.99

9 to

+99

99.9

99 [m

m] (

You

can

use

the

digi

t pos

ition

but

ton.

)<

< F

or C

D4A

-L >

>-9

99.9

999

to +

999.

9999

[mm

] (Yo

u ca

n us

e th

e di

git p

ositi

on b

utto

n.)

(Sel

ect [

] [C

AL]

in th

e O

UT

PT

set

ting.

AN

ALO

G B

term

inal

is a

llotte

d to

the

anal

og

outp

ut o

f cal

cula

tion

resu

lt. A

NA

LOG

B te

rmin

al is

allo

tted

to th

e an

alog

out

put o

f ca

lcul

atio

n re

sults

.)S

elec

ts w

heth

er o

r no

t the

ana

log

outp

ut is

app

lied

to th

e m

easu

rem

ent v

alue

s an

d ca

lcul

atio

n re

sult

valu

es o

f Sen

sor

Hea

ds A

/B. (

Sim

ulta

neou

s ou

tput

is n

ot a

vaila

ble.

)

Set

s th

e sl

opes

of A

NA

LOG

A o

utpu

t and

AN

ALO

G B

out

put.

If 1.

000

is s

elec

ted,

the

outp

ut s

how

s th

e fu

ll-sc

ale

chan

ge (

-5.0

00 to

+5.

000V

, 4 to

20m

A)

in th

e w

hole

de

tect

ion

area

of t

he s

enso

r he

ad (

Nor

mal

det

ectio

n). E

xam

ple:

If 0

.500

is s

elec

ted,

th

e ou

tput

sho

ws

the

full-

scal

e ch

ange

in th

e ha

lf de

tect

ion

area

of t

he s

enso

r he

ad.

Sel

ects

whe

ther

or

not t

he r

esul

ts a

re s

aved

in m

emor

y w

hen

Zer

o re

st is

per

form

ed.

Sel

ect D

ISA

BLE

whe

n ze

ro r

eset

is fr

eque

ntly

per

form

ed. (

The

mem

ory

is e

xpec

ted

to e

ndur

e ap

prox

. 100

,000

-writ

e-re

writ

e cy

cles

.)

Res

ets

all t

he s

ettin

gs to

the

fact

ory

pres

et. S

elec

t YE

S a

nd p

ress

SE

T/R

UN

but

ton

to s

tart

.

Sel

ects

the

sens

itivi

ty o

f the

sen

sor

head

. H

EA

DA

: Sen

sor

Hea

d A

, HE

AD

B: S

enso

r H

ead

B. (

*5)

AU

TO

/MA

X/9

/8/7

/6/5

/4/3

/2/1

/MIN

Sel

ects

the

sens

itivi

ty o

f the

sen

sor

head

. S

EN

SA

: Sen

sor

Hea

d A

, SE

NS

B: S

enso

r H

ead

B. (

*5)

AU

TO

/MA

X/9

/8/7

/6/5

/4/3

/2/1

/MIN

Add

s/re

duce

s a

spec

ified

val

ue to

/from

the

AN

ALO

G A

out

put a

nd A

NA

LOG

B o

utpu

t.T

he s

ettin

g is

aut

omat

ical

ly a

ctiv

ated

with

Zer

o re

set b

utto

n A

(or

B)

and

Zer

o re

set

inpu

t A(o

r B

).

[ ][C

AL]

: AN

ALO

G B

out

put=

Cal

cula

tion

resu

lt ou

tput

. (A

NA

LOG

A o

utpu

t is

deac

tivat

ed.)

[A][B

] : A

NA

LOG

A o

utpu

t=H

EA

D A

mea

sure

men

t val

ue o

utpu

t A

NA

LOG

B o

utpu

t=H

EA

D B

mea

sure

men

t val

ue o

utpu

t

[A][B

]: H

OLD

A in

put =

HE

AD

A h

old

inpu

t

HO

LD B

inpu

t = H

EA

D B

hol

d in

put

[ ][C

AL]

: HO

LD B

inpu

t = C

alcu

latio

n re

sult

hold

inpu

t (H

OLD

A in

put i

s de

activ

ated

.)S

elec

ts th

e st

atus

of m

easu

rem

ent v

alue

whe

n th

e se

nsor

hea

d fa

ils in

pro

per m

easu

rem

ent.

HO

LD

: Hol

ds a

nd o

utpu

ts th

e va

lue

that

is m

easu

red

just

bef

ore

the

failu

re.

Hol

d fu

nctio

n tu

rns

off w

hen

the

sens

or h

ead

star

ts n

orm

al o

pera

tion.

CLA

MP

: Set

s th

e m

easu

rem

ent v

alue

and

ana

log

inpu

t to

thei

r max

imum

val

ues.

Adj

usts

the

hyst

eres

is fo

r ou

tput

con

trol

.<

< F

or C

D4A

>>

0 to

+99

99.9

99 [m

m] (

You

can

use

the

digi

t pos

ition

but

ton.

)<

< F

or C

D4A

-L >

>0

to +

999.

9999

[mm

] (Yo

u ca

n us

e th

e di

git p

ositi

on b

utto

n.)

-5.0

00 to

+5.

000

[V] T

he v

alue

is s

et b

y un

it V,

and

the

curr

ent o

utpu

t var

ies

acco

rdin

g to

the

valu

e se

tting

. (Yo

u ca

n us

e th

e di

git p

ositi

on b

utto

n.)

Sel

ects

the

dela

y tim

e.

Sel

ects

the

dela

y tim

er m

ode

of o

utpu

t con

trol

.

(You

can

use

the

digi

t pos

ition

but

ton.

)

(You

can

use

the

digi

t pos

ition

but

ton.

)

(Hol

dfu

nctio

n)

[Out

put

cont

rol

(judg

men

t)fu

nctio

n]

(Ana

log

outp

utfu

nctio

n 1)

(Ana

log

outp

utfu

nctio

n 1)

(Sen

sor h

ead

sens

itivity

contr

ol fun

ction

)

<< Fo

r CD4

A >>

HE

AD

(Sen

sor h

ead

func

tion)

<< Fo

r CD4

A-L >

>

(Tim

erfu

nctio

n)

(Mem

ory

func

tion)

(Hol

d in

put

setti

ng)

(Out

put d

urin

g al

arm

)

(Out

put r

ange

)

(Cal

cula

tion

resu

lt an

alog

ou

tput

ran

ge)

(Ana

log

outp

ut)

[Ana

log

outp

ut

shift

set

ting

(HE

AD

A/B

)]

[Ana

log

outp

ut

span

set

ting

(HE

AD

A/B

)]

(Sen

sor

head

sens

itivi

tyco

ntro

l)

SE

NS

A/B

(Sen

sor h

ead

sens

itivity

con

trol)

Sel

ects

the

mea

sure

men

t mod

e of

the

sens

or h

ead.

ME

AS

UR

E:

Use

at t

his

setti

ng g

ener

ally

. Thi

s m

ode

is a

lway

s se

t rig

ht a

fter

the

pow

er is

turn

ed o

n.! I

MA

GE

A/B

: W

hen

mod

ifyin

g to

the

RU

N m

ode

with

thes

e se

tting

sel

ecte

d, th

e sc

reen

cha

nges

to th

e no

rmal

RU

N s

cree

n, d

ispl

ayin

g th

e m

onito

ring

scre

en o

f lig

ht r

ecei

ving

wav

efor

m o

f sen

sor

head

. (F

or d

etai

ls, r

efer

to

"Lig

ht r

ecei

ving

wav

efor

m m

onito

r.) !

IMA

GE

A: S

enso

r H

ead

A, !

IM

AG

E B

: Sen

sor

Hea

d B

.

(Not

e)

All

outp

uts

of C

D4A

-L s

top

in th

e co

nditi

on th

e m

onito

r sc

reen

of l

ight

re

ceiv

ing

wav

efor

m is

dis

play

ed.

Be

sure

to s

et to

"M

EA

SU

RE

" af

ter

chec

king

the

light

rec

eivi

ng w

avef

orm

.

(Sen

sor

head

Mod

e)

(Tim

er m

ode)

(Del

ay ti

me

setti

ng)

(Dat

a sa

ve)

(Hys

tere

sis)

(All

rese

t)

Sele

ctab

le

for e

ach

bank

OF

F

: Tim

er o

ff (N

orm

al s

ettin

g)O

FF

DE

LAY

: Off

dela

y (D

elay

s th

e tu

rnof

f tim

e of

out

put c

ontro

l by

the

sele

cted

del

ay ti

me.

)O

N D

ELA

Y :

On

dela

y (D

elay

s th

e tu

rnon

tim

e of

out

put c

ontro

l by

the

sele

cted

del

ay ti

me.

)1S

HO

T: 1

sho

t (Th

e ou

tput

con

trol t

urns

off

afte

r the

sel

ecte

d de

lay

time.

)

EN

AB

LE :

Sav

es th

e re

sult.

DIS

AB

LE :

Dat

a sa

ve N

ot p

erm

itted

Func

tion

s an

d Se

ttin

gs(2

/3)

1918

Q1

to5

HI/

LO

Q1

HI

+3.0

00(+

0.60

00)

Q1

LO +

2.00

0(+

0.40

00)

Q2

HI

+2.0

00(+

0.40

00)

Q2

LO +

1.00

0(+

0.20

00)

Q3

HI

+1.0

00(+

0.20

00)

Q3

LO -

1.00

0(-0

.200

0)Q

4 HI

-1

.000

(-0.2

000)

Q4

LO -

2.00

0(-0

.400

0)Q

5 HI

-2

.000

(-0.4

000)

Q5

LO -

3.00

0(-0

.600

0)

HY

ST

E0.

100

(0.0

200)

SF

T A

/B

0.00

0

SP

N A

/B

1.00

0

10

SE

NS

ITI.

HE

AD

A/B

MO

DE

ME

AS

UR

E

TIM

ER

0.00

0 to

60.0

00[s

]

0.10

0 to

1.00

0

0.00

0

RE

SE

TN

O-

WR

ITE

EN

AB

LEM

EM

OR

Y1211

AN

ALO

G1

8

OF

F

CO

NT

RO

L1,

2,3

5 6 7 9

MO

DE

OU

TP

T

AN

ALO

G2

TIM

ER

CAL

H +5

.000

(+1.

0000

)CA

L L

-5.0

00(-1

.000

0)

CA

L H

/L

A,BA,B

ALA

RM

CLA

MP

INP

UT

HO

LD4Fun

ctio

n(P

ress

to s

elec

t.)

Set

ting

Item

(P

ress

to s

elec

t.)C

onte

nt (

Pre

ss

t

o ch

ange

.)In

itial

set

ting

Value

in (

) is fo

r CD4

A-L

AU

TO

AU

TO

Sel

ects

whe

ther

or n

ot th

e H

old

func

tion

is a

ctiv

ated

to S

enso

r Hea

ds A

/B m

easu

rem

ent

valu

es a

nd c

alcu

latio

n re

sult

valu

es (C

anno

t act

ivat

ed to

bot

h ty

pes

of v

alue

s).

Sel

ects

the

uppe

r / l

ower

lim

it fo

r th

e fiv

e(5)

out

put c

ontr

ols.

(O

utpu

t con

trol

func

tion

is u

sed

for

calc

ulat

ion

resu

lt va

lues

. Whe

n us

ing

only

eith

er o

f Sen

sor

Hea

d A

or

B,

sele

ct F

OR

MU

set

ting

to A

or

B.

<<

For

CD

4A >

>-9

999.

999

to +

9999

.999

[mm

] (Yo

u ca

n us

e th

e di

git p

ositi

on b

utto

n.)(

*4)

<<

For

CD

4A-L

>>

-999

9.99

9 to

+99

99.9

99 [m

m] (

You

can

use

the

digi

t pos

ition

but

ton.

)(*4

)

Spe

cifie

s th

e an

alog

out

put r

ange

of c

alcu

latio

n re

sult

valu

es a

nd o

utpu

ts a

s an

alog

out

put.

CA

L H

: upp

er li

mit,

CA

L L:

low

er li

mit.

<

< F

or C

D4A

>>

-999

9.99

9 to

+99

99.9

99 [m

m] (

You

can

use

the

digi

t pos

ition

but

ton.

)<

< F

or C

D4A

-L >

>-9

99.9

999

to +

999.

9999

[mm

] (Yo

u ca

n us

e th

e di

git p

ositi

on b

utto

n.)

(Sel

ect [

] [C

AL]

in th

e O

UT

PT

set

ting.

AN

ALO

G B

term

inal

is a

llotte

d to

the

anal

og

outp

ut o

f cal

cula

tion

resu

lt. A

NA

LOG

B te

rmin

al is

allo

tted

to th

e an

alog

out

put o

f ca

lcul

atio

n re

sults

.)S

elec

ts w

heth

er o

r no

t the

ana

log

outp

ut is

app

lied

to th

e m

easu

rem

ent v

alue

s an

d ca

lcul

atio

n re

sult

valu

es o

f Sen

sor

Hea

ds A

/B. (

Sim

ulta

neou

s ou

tput

is n

ot a

vaila

ble.

)

Set

s th

e sl

opes

of A

NA

LOG

A o

utpu

t and

AN

ALO

G B

out

put.

If 1.

000

is s

elec

ted,

the

outp

ut s

how

s th

e fu

ll-sc

ale

chan

ge (

-5.0

00 to

+5.

000V

, 4 to

20m

A)

in th

e w

hole

de

tect

ion

area

of t

he s

enso

r he

ad (

Nor

mal

det

ectio

n). E

xam

ple:

If 0

.500

is s

elec

ted,

th

e ou

tput

sho

ws

the

full-

scal

e ch

ange

in th

e ha

lf de

tect

ion

area

of t

he s

enso

r he

ad.

Sel

ects

whe

ther

or

not t

he r

esul

ts a

re s

aved

in m

emor

y w

hen

Zer

o re

st is

per

form

ed.

Sel

ect D

ISA

BLE

whe

n ze

ro r

eset

is fr

eque

ntly

per

form

ed. (

The

mem

ory

is e

xpec

ted

to e

ndur

e ap

prox

. 100

,000

-writ

e-re

writ

e cy

cles

.)

Res

ets

all t

he s

ettin

gs to

the

fact

ory

pres

et. S

elec

t YE

S a

nd p

ress

SE

T/R

UN

but

ton

to s

tart

.

Sel

ects

the

sens

itivi

ty o

f the

sen

sor

head

. H

EA

DA

: Sen

sor

Hea

d A

, HE

AD

B: S

enso

r H

ead

B. (

*5)

AU

TO

/MA

X/9

/8/7

/6/5

/4/3

/2/1

/MIN

Sel

ects

the

sens

itivi

ty o

f the

sen

sor

head

. S

EN

SA

: Sen

sor

Hea

d A

, SE

NS

B: S

enso

r H

ead

B. (

*5)

AU

TO

/MA

X/9

/8/7

/6/5

/4/3

/2/1

/MIN

Add

s/re

duce

s a

spec

ified

val

ue to

/from

the

AN

ALO

G A

out

put a

nd A

NA

LOG

B o

utpu

t.T

he s

ettin

g is

aut

omat

ical

ly a

ctiv

ated

with

Zer

o re

set b

utto

n A

(or

B)

and

Zer

o re

set

inpu

t A(o

r B

).

[ ][C

AL]

: AN

ALO

G B

out

put=

Cal

cula

tion

resu

lt ou

tput

. (A

NA

LOG

A o

utpu

t is

deac

tivat

ed.)

[A][B

] : A

NA

LOG

A o

utpu

t=H

EA

D A

mea

sure

men

t val

ue o

utpu

t A

NA

LOG

B o

utpu

t=H

EA

D B

mea

sure

men

t val

ue o

utpu

t

[A][B

]: H

OLD

A in

put =

HE

AD

A h

old

inpu

t

HO

LD B

inpu

t = H

EA

D B

hol

d in

put

[ ][C

AL]

: HO

LD B

inpu

t = C

alcu

latio

n re

sult

hold

inpu

t (H

OLD

A in

put i

s de

activ

ated

.)S

elec

ts th

e st

atus

of m

easu

rem

ent v

alue

whe

n th

e se

nsor

hea

d fa

ils in

pro

per m

easu

rem

ent.

HO

LD

: Hol

ds a

nd o

utpu

ts th

e va

lue

that

is m

easu

red

just

bef

ore

the

failu

re.

Hol

d fu

nctio

n tu

rns

off w

hen

the

sens

or h

ead

star

ts n

orm

al o

pera

tion.

CLA

MP

: Set

s th

e m

easu

rem

ent v

alue

and

ana

log

inpu

t to

thei

r max

imum

val

ues.

Adj

usts

the

hyst

eres

is fo

r ou

tput

con

trol

.<

< F

or C

D4A

>>

0 to

+99

99.9

99 [m

m] (

You

can

use

the

digi

t pos

ition

but

ton.

)<

< F

or C

D4A

-L >

>0

to +

999.

9999

[mm

] (Yo

u ca

n us

e th

e di

git p

ositi

on b

utto

n.)

-5.0

00 to

+5.

000

[V] T

he v

alue

is s

et b

y un

it V,

and

the

curr

ent o

utpu

t var

ies

acco

rdin

g to

the

valu

e se

tting

. (Yo

u ca

n us

e th

e di

git p

ositi

on b

utto

n.)

Sel

ects

the

dela

y tim

e.

Sel

ects

the

dela

y tim

er m

ode

of o

utpu

t con

trol

.

(You

can

use

the

digi

t pos

ition

but

ton.

)

(You

can

use

the

digi

t pos

ition

but

ton.

)

(Hol

dfu

nctio

n)

[Out

put

cont

rol

(judg

men

t)fu

nctio

n]

(Ana

log

outp

utfu

nctio

n 1)

(Ana

log

outp

utfu

nctio

n 1)

(Sen

sor h

ead

sens

itivity

contr

ol fun

ction

)

<< Fo

r CD4

A >>

HE

AD

(Sen

sor h

ead

func

tion)

<< Fo

r CD4

A-L >

>

(Tim

erfu

nctio

n)

(Mem

ory

func

tion)

(Hol

d in

put

setti

ng)

(Out

put d

urin

g al

arm

)

(Out

put r

ange

)

(Cal

cula

tion

resu

lt an

alog

ou

tput

ran

ge)

(Ana

log

outp

ut)

[Ana

log

outp

ut

shift

set

ting

(HE

AD

A/B

)]

[Ana

log

outp

ut

span

set

ting

(HE

AD

A/B

)]

(Sen

sor

head

sens

itivi

tyco

ntro

l)

SE

NS

A/B

(Sen

sor h

ead

sens

itivity

con

trol)

Sel

ects

the

mea

sure

men

t mod

e of

the

sens

or h

ead.

ME

AS

UR

E:

Use

at t

his

setti

ng g

ener

ally

. Thi

s m

ode

is a

lway

s se

t rig

ht a

fter

the

pow

er is

turn

ed o

n.! I

MA

GE

A/B

: W

hen

mod

ifyin

g to

the

RU

N m

ode

with

thes

e se

tting

sel

ecte

d, th

e sc

reen

cha

nges

to th

e no

rmal

RU

N s

cree

n, d

ispl

ayin

g th

e m

onito

ring

scre

en o

f lig

ht r

ecei

ving

wav

efor

m o

f sen

sor

head

. (F

or d

etai

ls, r

efer

to

"Lig

ht r

ecei

ving

wav

efor

m m

onito

r.) !

IMA

GE

A: S

enso

r H

ead

A, !

IM

AG

E B

: Sen

sor

Hea

d B

.

(Not

e)

All

outp

uts

of C

D4A

-L s

top

in th

e co

nditi

on th

e m

onito

r sc

reen

of l

ight

re

ceiv

ing

wav

efor

m is

dis

play

ed.

Be

sure

to s

et to

"M

EA

SU

RE

" af

ter

chec

king

the

light

rec

eivi

ng w

avef

orm

.

(Sen

sor

head

Mod

e)

(Tim

er m

ode)

(Del

ay ti

me

setti

ng)

(Dat

a sa

ve)

(Hys

tere

sis)

(All

rese

t)

Sele

ctab

le

for e

ach

bank

OF

F

: Tim

er o

ff (N

orm

al s

ettin

g)O

FF

DE

LAY

: Off

dela

y (D

elay

s th

e tu

rnof

f tim

e of

out

put c

ontro

l by

the

sele

cted

del

ay ti

me.

)O

N D

ELA

Y :

On

dela

y (D

elay

s th

e tu

rnon

tim

e of

out

put c

ontro

l by

the

sele

cted

del

ay ti

me.

)1S

HO

T: 1

sho

t (Th

e ou

tput

con

trol t

urns

off

afte

r the

sel

ecte

d de

lay

time.

)

EN

AB

LE :

Sav

es th

e re

sult.

DIS

AB

LE :

Dat

a sa

ve N

ot p

erm

itted

Func

tion

s an

d Se

ttin

gs(2

/3)

1716

OF

F/4/

16/6

4/25

6/10

24/4

096

OF

FH

IPA

SS

: Ig

nore

s sl

ow c

hang

es to

acc

urat

ely

dete

ct jo

int p

arts

etc

. (*1

)LO

PA

SS

: Ig

nore

s ra

pid

chan

ges

and

dete

cts

slow

cha

nges

onl

y.F

RE

Q65

0/20

00,3

50/8

00,2

00/4

00,1

00/2

00, 5

0/10

0,2

5/50

,15/

20,1

0/10

650/

2000

A, B

, A+

B, A

-B, -

A-B

, K-A

-B, K

+A

+B

, K+

A-B

, K+

A-B

, K+

A, K

+B

K0.

000

(0.0

000)

SF

T A

/B0.

000

(0.0

000)

SF

T C

0.00

0(0

.000

0)

2

FO

RM

U

CA

LCU

L.1

SIG

NA

/B

HO

LD4

HE

AD

A/B

1

AV

ER

G(*

0)

FIL

TR

(*0)

FIL

TE

RO

FF

OF

F

256

FA

R S

IDE

+

OF

F

A

CA

LCU

3C

ALC

UL.

2

(Hz)

Fun

ctio

n(P

ress

to s

elec

t.)

(Filt

erfu

nctio

n)

(Cal

cula

tion

func

tion

1)

(Ave

rage

sa

mpl

ing

times

)

(Cut

-off

frequ

ency

)

(Arit

hmet

ic

proc

essi

ng)

(Cal

cula

tion

func

tion

2)

(Hol

dfu

nctio

n)

[Mea

sure

men

tva

lue

incr

ease

/de

crea

se s

ettin

g(H

EA

D A

/B)]

[Shi

ft se

tting

(C

alcu

latio

nre

sult)

]

[Hol

d se

tting

(H

EA

D A

/B)]

[Hol

d se

tting

(C

alcu

latio

nre

sult)

]

[Shi

ft se

tting

(H

EA

D A

/B)]

(Filt

er m

ode)

(K-v

alue

)

Set

ting

Item

(P

ress

to s

elec

t.)S

elec

ts th

e av

erag

e nu

mbe

r of t

he m

easu

rem

ent v

alue

. Sel

ect t

he la

rger

val

ue s

ettin

g to

igno

re

sudd

en d

ispl

acem

ent c

hang

es, a

nd s

elec

t the

sm

alle

r val

ue s

ettin

g to

ens

ure

a qu

ick

resp

onse

.

: N

orm

al m

ode

Sel

ects

the

cut-o

ff fre

quen

cy o

f filt

er. L

eft:

HIP

AS

S fr

eque

ncy,

RIG

HT:

LO

PAS

S fr

eque

ncy.

Sel

ects

the

arith

met

ic p

roce

ssin

g fo

rmul

a. T

he r

esul

t app

ears

on

RU

N d

ispl

ay.

Sel

ects

K-v

alue

of t

he s

elec

ted

form

ula.

<

< F

or C

D4A

>>

-999

9.99

9 to

+99

99.9

99 [m

m] (

You

can

use

the

digi

t pos

ition

but

ton.

)<

< F

or C

D4A

-L >

>-9

99.9

999

to +

999.

9999

[mm

] (Yo

u ca

n us

e th

e di

git p

ositi

on b

utto

n.)

Sel

ects

the

rela

tion

betw

een

the

dist

ance

to w

orkp

iece

and

the

incr

ease

/dec

reas

e of

m

easu

rem

ent v

alue

. SIG

NA

: Sen

sor

Hea

d A

‚ SIG

NB

: Sen

sor

Hea

d B

.

Add

s/re

duce

s a

spec

ified

val

ue to

/from

the

calc

ulat

ion

valu

e (d

ispl

ayed

val

ue).

The

set

ting

is a

utom

atic

ally

act

ivat

ed b

y si

mul

tane

ous

pres

sing

of Z

ero

rese

t but

tons

A

and

B, o

r si

mul

tane

ous

Zer

o re

set i

nput

from

sen

sors

A a

nd B

.<<

For

CD

4A >

>-9

999.

999

to +

9999

.999

[mm

] (Yo

u ca

n us

e th

e di

git p

ositi

on b

utto

n.)

<< F

or C

D4A

-L >

>-9

99.9

999

to +

999.

9999

[mm

] (Yo

u ca

n us

e th

e di

git p

ositi

on b

utto

n.)

HO

LD A

(B)

inpu

t and

HO

LD R

ST

inpu

t allo

w th

e fo

llow

ing

type

s of

mea

sure

men

t. (S

et th

e IN

PU

T s

ettin

g to

A,B

in th

e sa

me

disp

lay.

)

OF

F: N

orm

al s

ettin

gS

AM

PLE

: Hol

ds a

nd o

utpu

ts th

e sp

ot v

alue

of H

OLD

B in

put i

n re

al ti

me.

PE

AK

: Hol

ds a

nd o

utpu

ts th

e m

axim

um v

alue

dur

ing

mea

sure

men

t. T

he u

nit

sam

ples

the

valu

e fro

m th

e en

d of

HO

LD B

inpu

t to

the

star

t of H

OLD

A

inpu

t. T

he m

easu

rem

ent v

alue

is o

utpu

t whe

n H

OLD

B in

put i

s O

N.

BO

TT

OM

: Hol

ds a

nd o

utpu

ts th

e m

inim

um v

alue

dur

ing

mea

sure

men

t. T

he u

nit

sam

ples

the

valu

e fro

m th

e en

d of

HO

LD B

inpu

t to

the

star

t of H

OLD

B

inpu

t. T

he m

easu

rem

ent v

alue

is o

utpu

t whe

n H

OLD

B in

put i

s O

N.

P-P

: Hol

ds a

nd o

utpu

ts th

e m

axim

um a

nd m

inim

um v

alue

s du

ring

mea

sure

men

t. T

he u

nit s

ampl

es th

e va

lue

from

the

end

of H

OLD

B

inpu

t to

the

star

t of H

OLD

B in

put.

The

mea

sure

men

t val

ue is

out

put

whe

n H

OLD

B in

put i

s O

N.

AU

TO

PE

AK

: Hol

ds a

nd o

utpu

ts th

e m

axim

um v

alue

afte

r H

OLD

RS

T in

put s

tart

s.

The

max

imum

val

ue is

fixe

d w

hen

HO

LD B

inpu

t is

rece

ived

.A

UT

OB

OT

OM

: Hol

ds a

nd o

utpu

ts th

e m

inim

um v

alue

afte

r H

OLD

RS

T in

put s

tart

s.

The

min

imum

val

ue is

fixe

d w

hen

HO

LD B

inpu

t is

rece

ived

. The

m

axim

um v

alue

is fi

xed

whe

n H

OLD

B in

put i

s re

ceiv

ed.

Usi

ng H

old

B in

put o

r HD

LD R

ST

inpu

t to

calc

ulat

ion

resu

lt al

low

s th

e fo

llow

ing

type

s of

m

easu

rem

ent.

(To

use

this

func

tion,

INP

UT

setti

ng in

you

cou

ntry

sho

uld

be c

hang

e to

[ ] [

CA

L].)

PE

AK

: Hol

ds a

nd o

utpu

ts th

e m

axim

um v

alue

dur

ing

mea

sure

men

t. T

he u

nit

sam

ples

the

valu

e fr

om th

e en

d of

HO

LD A

(or

B)

inpu

t to

the

star

t of

next

inpu

t. T

he m

easu

rem

ent v

alue

is o

utpu

t whe

n H

OLD

A(o

r B

) in

put i

s O

N.

BO

TT

OM

: Hol

ds a

nd o

utpu

ts th

e m

inim

um v

alue

dur

ing

mea

sure

men

t. T

he u

nit

sam

ples

the

valu

e fr

om th

e en

d of

HO

LD A

(or

B)

inpu

t to

the

star

t of

next

inpu

t. T

he m

easu

rem

ent v

alue

is o

utpu

t whe

n H

OLD

A(o

r B

) in

put i

s O

N.

P-P

: Hol

ds a

nd o

utpu

ts th

e m

axim

um a

nd m

inim

um v

alue

s du

ring

mea

sure

men

t. T

he u

nit s

ampl

es th

e va

lue

from

the

end

of H

OLD

A

(or

B)

inpu

t to

the

star

t of n

ext i

nput

. The

mea

sure

men

t val

ue is

ou

tput

whe

n H

OLD

A(o

r B

) in

put i

s O

N. S

ince

the

disp

laye

d va

lue

is

the

sum

of t

he m

easu

rem

ent v

alue

and

the

min

imum

val

ue in

the

mea

sure

men

t ran

ge o

f Sen

sor

Hea

d A

(orB

)(*2

), y

ou c

an o

btai

n th

e P

-P v

alue

by

dedu

ctin

g th

e va

lue

usin

g S

hift

setti

ng (

*3).

AU

TO

PE

AK

: Hol

ds a

nd o

utpu

ts th

e m

axim

um v

alue

afte

r H

OLD

RS

T in

put s

tart

s.

The

max

imum

val

ue is

fixe

d w

hen

HO

LD A

(or

B)

inpu

t is

ON

.A

UT

OB

OT

OM

: Hol

ds a

nd o

utpu

ts th

e m

inim

um v

alue

afte

r H

OLD

RS

T in

put s

tart

s.

The

min

imum

val

ue is

fixe

d w

hen

HO

LD A

(or

B)

inpu

t is

ON

.

OF

F: N

orm

al m

ode.

(W

hen

HO

LD A

(or

B)

inpu

t is

set t

o O

N in

OF

F m

ode,

th

e se

nsor

hea

d A

(or

B)

stop

s la

ser

emis

sion

.

Add

s/re

duce

s a

spec

ified

val

ue to

/from

the

mea

sure

men

t val

ue (d

ispl

ayed

val

ue).

The

setti

ng

is a

utom

atic

ally

act

ivat

ed w

ith Z

ero

rese

t but

ton

A(o

r B) a

nd Z

ero

rese

t inp

ut A

(or B

).<<

For

CD

4A >

>-9

999.

999

to +

9999

.999

[mm

] (Yo

u ca

n us

e th

e di

git p

ositi

on b

utto

n.)

<< F

or C

D4A

-L >

>-9

99.9

999

to +

999.

9999

[mm

] (Yo

u ca

n us

e th

e di

git p

ositi

on b

utto

n.)

FA

R S

IDE

+ :

The

mea

sure

men

t val

ue in

crea

ses

as th

e di

stan

ce to

wor

kpie

ce

beco

mes

long

er (

Nor

mal

set

ting)

.N

EA

DS

IDE

+: T

he m

easu

rem

ent v

alue

incr

ease

s as

the

dist

ance

to w

orkp

iece

be

com

es s

hort

er. T

his

is th

e re

vers

e se

tting

of F

AR

SID

E+

.

Con

tent

(P

ress

to

chan

ge.)

Initi

al s

ettin

gVa

lue in

( ) is

for C

D4A-

L

Sele

ctab

le

for e

ach

bank

Func

tion

s an

d Se

ttin

gs(1

/3)

1716

OF

F/4/

16/6

4/25

6/10

24/4

096

OF

FH

IPA

SS

: Ig

nore

s sl

ow c

hang

es to

acc

urat

ely

dete

ct jo

int p

arts

etc

. (*1

)LO

PA

SS

: Ig

nore

s ra

pid

chan

ges

and

dete

cts

slow

cha

nges

onl

y.F

RE

Q65

0/20

00,3

50/8

00,2

00/4

00,1

00/2

00, 5

0/10

0,2

5/50

,15/

20,1

0/10

650/

2000

A, B

, A+

B, A

-B, -

A-B

, K-A

-B, K

+A

+B

, K+

A-B

, K+

A-B

, K+

A, K

+B

K0.

000

(0.0

000)

SF

T A

/B0.

000

(0.0

000)

SF

T C

0.00

0(0

.000

0)

2

FO

RM

U

CA

LCU

L.1

SIG

NA

/B

HO

LD4

HE

AD

A/B

1

AV

ER

G(*

0)

FIL

TR

(*0)

FIL

TE

RO

FF

OF

F

256

FA

R S

IDE

+

OF

F

A

CA

LCU

3C

ALC

UL.

2

(Hz)

Fun

ctio

n(P

ress

to s

elec

t.)

(Filt

erfu

nctio

n)

(Cal

cula

tion

func

tion

1)

(Ave

rage

sa

mpl

ing

times

)

(Cut

-off

frequ

ency

)

(Arit

hmet

ic

proc

essi

ng)

(Cal

cula

tion

func

tion

2)

(Hol

dfu

nctio

n)

[Mea

sure

men

tva

lue

incr

ease

/de

crea

se s

ettin

g(H

EA

D A

/B)]

[Shi

ft se

tting

(C

alcu

latio

nre

sult)

]

[Hol

d se

tting

(H

EA

D A

/B)]

[Hol

d se

tting

(C

alcu

latio

nre

sult)

]

[Shi

ft se

tting

(H

EA

D A

/B)]

(Filt

er m

ode)

(K-v

alue

)

Set

ting

Item

(P

ress

to s

elec

t.)S

elec

ts th

e av

erag

e nu

mbe

r of t

he m

easu

rem

ent v

alue

. Sel

ect t

he la

rger

val

ue s

ettin

g to

igno

re

sudd

en d

ispl

acem

ent c

hang

es, a

nd s

elec

t the

sm

alle

r val

ue s

ettin

g to

ens

ure

a qu

ick

resp

onse

.

: N

orm

al m

ode

Sel

ects

the

cut-o

ff fre

quen

cy o

f filt

er. L

eft:

HIP

AS

S fr

eque

ncy,

RIG

HT:

LO

PAS

S fr

eque

ncy.

Sel

ects

the

arith

met

ic p

roce

ssin

g fo

rmul

a. T

he r

esul

t app

ears

on

RU

N d

ispl

ay.

Sel

ects

K-v

alue

of t

he s

elec

ted

form

ula.

<

< F

or C

D4A

>>

-999

9.99

9 to

+99

99.9

99 [m

m] (

You

can

use

the

digi

t pos

ition

but

ton.

)<

< F

or C

D4A

-L >

>-9

99.9

999

to +

999.

9999

[mm

] (Yo

u ca

n us

e th

e di

git p

ositi

on b

utto

n.)

Sel

ects

the

rela

tion

betw

een

the

dist

ance

to w

orkp

iece

and

the

incr

ease

/dec

reas

e of

m

easu

rem

ent v

alue

. SIG

NA

: Sen

sor

Hea

d A

‚ SIG

NB

: Sen

sor

Hea

d B

.

Add

s/re

duce

s a

spec

ified

val

ue to

/from

the

calc

ulat

ion

valu

e (d

ispl

ayed

val

ue).

The

set

ting

is a

utom

atic

ally

act

ivat

ed b

y si

mul

tane

ous

pres

sing

of Z

ero

rese

t but

tons

A

and

B, o

r si

mul

tane

ous

Zer

o re

set i

nput

from

sen

sors

A a

nd B

.<<

For

CD

4A >

>-9

999.

999

to +

9999

.999

[mm

] (Yo

u ca

n us

e th

e di

git p

ositi

on b

utto

n.)

<< F

or C

D4A

-L >

>-9

99.9

999

to +

999.

9999

[mm

] (Yo

u ca

n us

e th

e di

git p

ositi

on b

utto

n.)

HO

LD A

(B)

inpu

t and

HO

LD R

ST

inpu

t allo

w th

e fo

llow

ing

type

s of

mea

sure

men

t. (S

et th

e IN

PU

T s

ettin

g to

A,B

in th

e sa

me

disp

lay.

)

OF

F: N

orm

al s

ettin

gS

AM

PLE

: Hol

ds a

nd o

utpu

ts th

e sp

ot v

alue

of H

OLD

B in

put i

n re

al ti

me.

PE

AK

: Hol

ds a

nd o

utpu

ts th

e m

axim

um v

alue

dur

ing

mea

sure

men

t. T

he u

nit

sam

ples

the

valu

e fro

m th

e en

d of

HO

LD B

inpu

t to

the

star

t of H

OLD

A

inpu

t. T

he m

easu

rem

ent v

alue

is o

utpu

t whe

n H

OLD

B in

put i

s O

N.

BO

TT

OM

: Hol

ds a

nd o

utpu

ts th

e m

inim

um v

alue

dur

ing

mea

sure

men

t. T

he u

nit

sam

ples

the

valu

e fro

m th

e en

d of

HO

LD B

inpu

t to

the

star

t of H

OLD

B

inpu

t. T

he m

easu

rem

ent v

alue

is o

utpu

t whe

n H

OLD

B in

put i

s O

N.

P-P

: Hol

ds a

nd o

utpu

ts th

e m

axim

um a

nd m

inim

um v

alue

s du

ring

mea

sure

men

t. T

he u

nit s

ampl

es th

e va

lue

from

the

end

of H

OLD

B

inpu

t to

the

star

t of H

OLD

B in

put.

The

mea

sure

men

t val

ue is

out

put

whe

n H

OLD

B in

put i

s O

N.

AU

TO

PE

AK

: Hol

ds a

nd o

utpu

ts th

e m

axim

um v

alue

afte

r H

OLD

RS

T in

put s

tart

s.

The

max

imum

val

ue is

fixe

d w

hen

HO

LD B

inpu

t is

rece

ived

.A

UT

OB

OT

OM

: Hol

ds a

nd o

utpu

ts th

e m

inim

um v

alue

afte

r H

OLD

RS

T in

put s

tart

s.

The

min

imum

val

ue is

fixe

d w

hen

HO

LD B

inpu

t is

rece

ived

. The

m

axim

um v

alue

is fi

xed

whe

n H

OLD

B in

put i

s re

ceiv

ed.

Usi

ng H

old

B in

put o

r HD

LD R

ST

inpu

t to

calc

ulat

ion

resu

lt al

low

s th

e fo

llow

ing

type

s of

m

easu

rem

ent.

(To

use

this

func

tion,

INP

UT

setti

ng in

you

cou

ntry

sho

uld

be c

hang

e to

[ ] [

CA

L].)

PE

AK

: Hol

ds a

nd o

utpu

ts th

e m

axim

um v

alue

dur

ing

mea

sure

men

t. T

he u

nit

sam

ples

the

valu

e fr

om th

e en

d of

HO

LD A

(or

B)

inpu

t to

the

star

t of

next

inpu

t. T

he m

easu

rem

ent v

alue

is o

utpu

t whe

n H

OLD

A(o

r B

) in

put i

s O

N.

BO

TT

OM

: Hol

ds a

nd o

utpu

ts th

e m

inim

um v

alue

dur

ing

mea

sure

men

t. T

he u

nit

sam

ples

the

valu

e fr

om th

e en

d of

HO

LD A

(or

B)

inpu

t to

the

star

t of

next

inpu

t. T

he m

easu

rem

ent v

alue

is o

utpu

t whe

n H

OLD

A(o

r B

) in

put i

s O

N.

P-P

: Hol

ds a

nd o

utpu

ts th

e m

axim

um a

nd m

inim

um v

alue

s du

ring

mea

sure

men

t. T

he u

nit s

ampl

es th

e va

lue

from

the

end

of H

OLD

A

(or

B)

inpu

t to

the

star

t of n

ext i

nput

. The

mea

sure

men

t val

ue is

ou

tput

whe

n H

OLD

A(o

r B

) in

put i

s O

N. S

ince

the

disp

laye

d va

lue

is

the

sum

of t

he m

easu

rem

ent v

alue

and

the

min

imum

val

ue in

the

mea

sure

men

t ran

ge o

f Sen

sor

Hea

d A

(orB

)(*2

), y

ou c

an o

btai

n th

e P

-P v

alue

by

dedu

ctin

g th

e va

lue

usin

g S

hift

setti

ng (

*3).

AU

TO

PE

AK

: Hol

ds a

nd o

utpu

ts th

e m

axim

um v

alue

afte

r H

OLD

RS

T in

put s

tart

s.

The

max

imum

val

ue is

fixe

d w

hen

HO

LD A

(or

B)

inpu

t is

ON

.A

UT

OB

OT

OM

: Hol

ds a

nd o

utpu

ts th

e m

inim

um v

alue

afte

r H

OLD

RS

T in

put s

tart

s.

The

min

imum

val

ue is

fixe

d w

hen

HO

LD A

(or

B)

inpu

t is

ON

.

OF

F: N

orm

al m

ode.

(W

hen

HO

LD A

(or

B)

inpu

t is

set t

o O

N in

OF

F m

ode,

th

e se

nsor

hea

d A

(or

B)

stop

s la

ser

emis

sion

.

Add

s/re

duce

s a

spec

ified

val

ue to

/from

the

mea

sure

men

t val

ue (d

ispl

ayed

val

ue).

The

setti

ng

is a

utom

atic

ally

act

ivat

ed w

ith Z

ero

rese

t but

ton

A(o

r B) a

nd Z

ero

rese

t inp

ut A

(or B

).<<

For

CD

4A >

>-9

999.

999

to +

9999

.999

[mm

] (Yo

u ca

n us

e th

e di

git p

ositi

on b

utto

n.)

<< F

or C

D4A

-L >

>-9

99.9

999

to +

999.

9999

[mm

] (Yo

u ca

n us

e th

e di

git p

ositi

on b

utto

n.)

FA

R S

IDE

+ :

The

mea

sure

men

t val

ue in

crea

ses

as th

e di

stan

ce to

wor

kpie

ce

beco

mes

long

er (

Nor

mal

set

ting)

.N

EA

DS

IDE

+: T

he m

easu

rem

ent v

alue

incr

ease

s as

the

dist

ance

to w

orkp

iece

be

com

es s

hort

er. T

his

is th

e re

vers

e se

tting

of F

AR

SID

E+

.

Con

tent

(P

ress

to

chan

ge.)

Initi

al s

ettin

gVa

lue in

( ) is

for C

D4A-

L

Sele

ctab

le

for e

ach

bank

Func

tion

s an

d Se

ttin

gs(1

/3)

1514

Select the function.

Select the setting item.

Select the setting.

Setup Procedure

1. Press the display mode button (SET/RUN) to switch to Setup display.

2. Press the bank button (BANK) to selectthe bank number that you want to workwith.

3. Press the cursor buttons (RIGHT/LEFT)to select the function.

4. Press the cursor buttons (UP/DOWN)to select the setting item.

5. Press the cursor buttons (RIGHT/LEFT)to change the setting.

You can use the digit position button toeasily set the values.Press the cursor buttons (RIGHT/LEFT)to change the digit position.Press the digit position button again toreturn to the normal selection mode.

6. Press the display mode button (SET/RUN) to switch to RUN display.

MEMO

Light Receiving Waveform MonitorYou can monitor the light receiving waveform on the light receiving element.<< CD4A-L only >>

SettingSet the MODE of 10. HEAD to !IMAGE A (for Sensor Head A), or to !IMAGEB (for Sensor Head B), and set to the RUN mode using the SET/RUNbutton.The screen changes to the normal RUN screen to display the light receivingwaveform on the light receiving element.

Screen Description

Note· While this screen is displayed, all output of CD4A-L stop updating.

Be sure to set MODE of 10.HEAD to MEASURE after checking thewaveform.(Re-turning on the power automatically sets to the MEASURE mode.)

· Due to the speed of liquid crystal image process, the waveform to themoving object cannot be imaged accurately.Therefore, check the waveform with the object stopped.

Far side from the sensor head

Near side from the sensor head

The vertical red line:It appears on the detected position.When detecting thin glasses, the light receiving element of sensor receives the reflected lights of both front and back sides.However, the CD4-L series controls to detect the center ofwaveform nearest to the sensor among waveforms exceeding the threshold.The red arrow:The image of distance from the sensor to the detected position.When it extends to left, it detects the object farer from the sensor.The horizontal read line:The threshold of light receiving waveform

The blue waveform is the reflected light from the object.The upper the line extends, the stronger the reflected light is.

1514

Select the function.

Select the setting item.

Select the setting.

Setup Procedure

1. Press the display mode button (SET/RUN) to switch to Setup display.

2. Press the bank button (BANK) to selectthe bank number that you want to workwith.

3. Press the cursor buttons (RIGHT/LEFT)to select the function.

4. Press the cursor buttons (UP/DOWN)to select the setting item.

5. Press the cursor buttons (RIGHT/LEFT)to change the setting.

You can use the digit position button toeasily set the values.Press the cursor buttons (RIGHT/LEFT)to change the digit position.Press the digit position button again toreturn to the normal selection mode.

6. Press the display mode button (SET/RUN) to switch to RUN display.

MEMO

Light Receiving Waveform MonitorYou can monitor the light receiving waveform on the light receiving element.<< CD4A-L only >>

SettingSet the MODE of 10. HEAD to !IMAGE A (for Sensor Head A), or to !IMAGEB (for Sensor Head B), and set to the RUN mode using the SET/RUNbutton.The screen changes to the normal RUN screen to display the light receivingwaveform on the light receiving element.

Screen Description

Note· While this screen is displayed, all output of CD4A-L stop updating.

Be sure to set MODE of 10.HEAD to MEASURE after checking thewaveform.(Re-turning on the power automatically sets to the MEASURE mode.)

· Due to the speed of liquid crystal image process, the waveform to themoving object cannot be imaged accurately.Therefore, check the waveform with the object stopped.

Far side from the sensor head

Near side from the sensor head

The vertical red line:It appears on the detected position.When detecting thin glasses, the light receiving element of sensor receives the reflected lights of both front and back sides.However, the CD4-L series controls to detect the center ofwaveform nearest to the sensor among waveforms exceeding the threshold.The red arrow:The image of distance from the sensor to the detected position.When it extends to left, it detects the object farer from the sensor.The horizontal read line:The threshold of light receiving waveform

The blue waveform is the reflected light from the object.The upper the line extends, the stronger the reflected light is.

1312

SETTINGSDisplacement Sensor CD4 Functions. Refer to page 16, “Functions andSettings”.

1. Filter function2-3. Calculation function4. Hold function5-7. Output control (judgment) function8-9. Analog output function10. Sensor head sensitivity control function

(for CD4A-L, Sensor head function)11. Timer function12. Memory function13. Memory bank function14. RS232C function

Setup DisplayPress the display mode button [SET/RUN] to select the Setup display, andpress the cursor buttons to select the settings.

Function page number

Change settings.

You can change the digit position of each value using the digit position button.

When either of Sensor Head A or B is 350 mm type, the calculation resultvalue is displayed in units of 10 µm (to two decimal places).

<< For CD4A-L >>Dedicated for the sensor head type 25mm: Both the measurement valueand the calculation result value are displayed in units of 0.1µm (to fourdecimal places).

1312

SETTINGSDisplacement Sensor CD4 Functions. Refer to page 16, “Functions andSettings”.

1. Filter function2-3. Calculation function4. Hold function5-7. Output control (judgment) function8-9. Analog output function10. Sensor head sensitivity control function

(for CD4A-L, Sensor head function)11. Timer function12. Memory function13. Memory bank function14. RS232C function

Setup DisplayPress the display mode button [SET/RUN] to select the Setup display, andpress the cursor buttons to select the settings.

Function page number

Change settings.

You can change the digit position of each value using the digit position button.

When either of Sensor Head A or B is 350 mm type, the calculation resultvalue is displayed in units of 10 µm (to two decimal places).

<< For CD4A-L >>Dedicated for the sensor head type 25mm: Both the measurement valueand the calculation result value are displayed in units of 0.1µm (to fourdecimal places).

μm

μm

1110

Press to select the func-

tion display or change the

setting items.Press to select the setting

items.

Displays the laser emission

status of each sensor.

ON: During laser emission,

OFF: No laser emission.

Calculation result process-

ed according to the Calcu-

lation function setting

Setting value of Sensor

Head B

Setting value of Sensor

Head A

Bank number

Lock indicator

Output status

of the output

control (output

1, 2, 3, 4, 5)

UP/DOWN buttons

RIGHT/LEFT buttons

Zero reset input

Press and hold one(1) second or

more to perform zero reset of the

sensor head (A or B). Press and

hold again for two(2) seconds or

more to cancel the function.

Simultaneous pressing of the but-

tons A and B resets the calculation

result (CAL). Press and hold simul-

taneously for one(1) second or

more to cancel the function.

Bank Selection button

Press to select the bank

containing the program-

med measurement set-

tings. You can store up to

eight(8) programs.

Lock button

Press and hold for one(1)

second or more to lock

the button operations.

Press again to cancel the

lock function.

* The backlights of the

operation buttons turn off

during Lock status.

Digit Position button

Press to change the digit

position of the setting

items with a wide range of

setting value. (Activated

only in Setup mode.)Mode Selection button

Press to switch

the display

mode.

BASIC INFORMATIONBEFORE USEParts Identifications of Amplifier

Color of measurement valueBlue The spot value in real time.Black The value held by the hold function.Red The sensor head is incapable of measurement.

Digit number of measurement value<< For CD4A >>Sensor head type 30 mm or 85 mm: 1µm (to three decimal places) displayfor both of measurement value and calculation result value.Sensor head type 350 mm: 10 µm (to two decimal places) display formeasurement value.

μm

μm

1110

Press to select the func-

tion display or change the

setting items.Press to select the setting

items.

Displays the laser emission

status of each sensor.

ON: During laser emission,

OFF: No laser emission.

Calculation result process-

ed according to the Calcu-

lation function setting

Setting value of Sensor

Head B

Setting value of Sensor

Head A

Bank number

Lock indicator

Output status

of the output

control (output

1, 2, 3, 4, 5)

UP/DOWN buttons

RIGHT/LEFT buttons

Zero reset input

Press and hold one(1) second or

more to perform zero reset of the

sensor head (A or B). Press and

hold again for two(2) seconds or

more to cancel the function.

Simultaneous pressing of the but-

tons A and B resets the calculation

result (CAL). Press and hold simul-

taneously for one(1) second or

more to cancel the function.

Bank Selection button

Press to select the bank

containing the program-

med measurement set-

tings. You can store up to

eight(8) programs.

Lock button

Press and hold for one(1)

second or more to lock

the button operations.

Press again to cancel the

lock function.

* The backlights of the

operation buttons turn off

during Lock status.

Digit Position button

Press to change the digit

position of the setting

items with a wide range of

setting value. (Activated

only in Setup mode.)Mode Selection button

Press to switch

the display

mode.

BASIC INFORMATIONBEFORE USEParts Identifications of Amplifier

Color of measurement valueBlue The spot value in real time.Black The value held by the hold function.Red The sensor head is incapable of measurement.

Digit number of measurement value<< For CD4A >>Sensor head type 30 mm or 85 mm: 1µm (to three decimal places) displayfor both of measurement value and calculation result value.Sensor head type 350 mm: 10 µm (to two decimal places) display formeasurement value.

98

ModelCD4A-N, CD4A-LN CD4A-P, CD4A-LP

NPN output type PNP output typeNumber of connected

Max. 2 pcssensor headsSampling frequency 100 µsSupply voltage 12 to 24 V, DC ± 10 %Power consumption 270 mA/24 V(When connected with 2 sensor heads.

Including analog current output)Temperature drift ± 0.01 % F.S./°C

ANG(V)[A],[B] Voltage output ± 5 V/F.S.Analog (Output impedance 100 Ω, resolution 1 mV)output

ANG(mA)[A],[B]Current output 4 to 20 mA/F.S.

(Load impedance Max. 300 Ω, resolution 1.5 µA)Alarm ALM A, NPN open collector PNP open collector

Max. 100 mA / DC 24 V (residual voltage Max. 1.8 V)output ALM B Turns ON when the sensor head fails in measurement.Control NPN open collector PNP open collector

JDGE 1 to 5 Max. 100 mA / DC 24 V (residual voltage Max. 1.8 V)outputHI/LO setting for each line and Hysteresis setting are available.

BankBANK 0 to 2

ON when connected to GND ON when connected to 12 to 24 Vinput 8 banks selectableHold HOLD A, HOLD B, ON when connected to GND ON when connected to 12 to 24 Vinput HOLD RST Laser off or measurement value holding (selectable in the menu)Zero

ZERO A,ON when connected to GND ON when connected to 12 to 24 V

reset Zero reset of Head A measurement valueinput

ZERO B/ Head B measurement value / Calculation value is available.

Average sampling times, Filter mode (Cut-off frequency),Calculation, Hold setting, Output during alarm,

Optional features Output control (Hysteresis),Analog output,Sensor head sensitivity control, Timer function,

Memory function, Memory bank function, Auto zero resetDisplay type LCD displayProtection category IP20Operating temperature -10 to +45 °C (Non-condensing) / For storage: -20 to +60 °COperating humidity 35 to 85 % RH / For storage: 35 to 85 % RHVibration resistance 10 to 55 Hz, Double amplitude 1.5mm, 2 h for XYZ axesShock resistance 20 G (196m/s2)Material Chassis: Polycarbonate, Terminal board: Nylon 66Weight 240 g (including terminal board)

12-24VDC

Current output

Voltage output

GND

Inte

rnal c

ircu

it

Analog output (A/E)

NPN input

GND

12-24VDCNPN output

GND

Inte

rnal c

ircu

it

Inte

rnal c

ircu

it

NPN model bank input

Hold input

Zero reset input

NPN model control output

Alarm output

PNP input

12-24VDC

PNP output

12-24VDC

Inte

rnal c

ircu

it

Inte

rnal c

ircu

it

PNP model bank input

Hold input

Zero reset input

PNP model control output

Alarm output

Input/Output DiagramSpecifications

98

ModelCD4A-N, CD4A-LN CD4A-P, CD4A-LP

NPN output type PNP output typeNumber of connected

Max. 2 pcssensor headsSampling frequency 100 µsSupply voltage 12 to 24 V, DC ± 10 %Power consumption 270 mA/24 V(When connected with 2 sensor heads.

Including analog current output)Temperature drift ± 0.01 % F.S./°C

ANG(V)[A],[B] Voltage output ± 5 V/F.S.Analog (Output impedance 100 Ω, resolution 1 mV)output

ANG(mA)[A],[B]Current output 4 to 20 mA/F.S.

(Load impedance Max. 300 Ω, resolution 1.5 µA)Alarm ALM A, NPN open collector PNP open collector

Max. 100 mA / DC 24 V (residual voltage Max. 1.8 V)output ALM B Turns ON when the sensor head fails in measurement.Control NPN open collector PNP open collector

JDGE 1 to 5 Max. 100 mA / DC 24 V (residual voltage Max. 1.8 V)outputHI/LO setting for each line and Hysteresis setting are available.

BankBANK 0 to 2

ON when connected to GND ON when connected to 12 to 24 Vinput 8 banks selectableHold HOLD A, HOLD B, ON when connected to GND ON when connected to 12 to 24 Vinput HOLD RST Laser off or measurement value holding (selectable in the menu)Zero

ZERO A,ON when connected to GND ON when connected to 12 to 24 V

reset Zero reset of Head A measurement valueinput

ZERO B/ Head B measurement value / Calculation value is available.

Average sampling times, Filter mode (Cut-off frequency),Calculation, Hold setting, Output during alarm,

Optional features Output control (Hysteresis),Analog output,Sensor head sensitivity control, Timer function,

Memory function, Memory bank function, Auto zero resetDisplay type LCD displayProtection category IP20Operating temperature -10 to +45 °C (Non-condensing) / For storage: -20 to +60 °COperating humidity 35 to 85 % RH / For storage: 35 to 85 % RHVibration resistance 10 to 55 Hz, Double amplitude 1.5mm, 2 h for XYZ axesShock resistance 20 G (196m/s2)Material Chassis: Polycarbonate, Terminal board: Nylon 66Weight 240 g (including terminal board)

12-24VDC

Current output

Voltage output

GND

Inte

rnal c

ircu

it

Analog output (A/E)

NPN input

GND

12-24VDCNPN output

GND

Inte

rnal c

ircu

it

Inte

rnal c

ircu

it

NPN model bank input

Hold input

Zero reset input

NPN model control output

Alarm output

PNP input

12-24VDC

PNP output

12-24VDC

Inte

rnal c

ircu

it

Inte

rnal c

ircu

it

PNP model bank input

Hold input

Zero reset input

PNP model control output

Alarm output

Input/Output DiagramSpecifications

±

±±0.01% F.S./

1.5µＡ )

76

Zero reset inputZero reset of single sensor (either A or B) is activated with input of 10 ms ormore, and deactivated with 500 ms or more.Zero reset of calculation result is activated with simultaneous input fromsensors A and B, and deactivated with simultaneous input of 500 ms ormore. (For "simultaneous" input, the time difference between sensor A andB inputs should be within 10 ms.)

Bank selection input

DIN rail

Terminal board

(detachable)

L

R

LCD Display

CommunicationPort

Operation Panel

Sensor Head B connection port

Sensor Head A connection port

GND

(mA)

B

(V)

A

5

4

3

2

1

1224V

GND

A

JDGE

ALM

ANG

B

B

A

A

2

1

0

(mA)

(V)

GND

B

HOLD

ZERO

BANK

Ground

Analog current output

Alarm output

Output control terminals(5 lines)

Power supply terminal

Empty

Zero reset input terminal

Hold input terminal

Bank input terminal

Analog current output

Analog voltage output

Ground

ANG

Analog voltage output

Sen

so

r H

ead

A

Sen

so

r H

ead

B

L R

L

R

RST

Combination of Amplifier and Sensor HeadAmplifier Sensor Head

CD4A-N CD4-30 CD4-350

CD4A-P CD4-85

CD4A-LNCD4-L25

CD4A-LP

Bank No. Bank 2 input Bank 1 input Bank 0 input

0 OFF OFF OFF

1 OFF OFF ON

2 OFF ON OFF

3 OFF ON ON

4 ON OFF OFF

5 ON OFF ON

6 ON ON OFF

7 ON ON ON

76

Zero reset inputZero reset of single sensor (either A or B) is activated with input of 10 ms ormore, and deactivated with 500 ms or more.Zero reset of calculation result is activated with simultaneous input fromsensors A and B, and deactivated with simultaneous input of 500 ms ormore. (For "simultaneous" input, the time difference between sensor A andB inputs should be within 10 ms.)

Bank selection input

DIN rail

Terminal board

(detachable)

L

R

LCD Display

CommunicationPort

Operation Panel

Sensor Head B connection port

Sensor Head A connection port

GND

(mA)

B

(V)

A

5

4

3

2

1

1224V

GND

A

JDGE

ALM

ANG

B

B

A

A

2

1

0

(mA)

(V)

GND

B

HOLD

ZERO

BANK

Ground

Analog current output

Alarm output

Output control terminals(5 lines)

Power supply terminal

Empty

Zero reset input terminal

Hold input terminal

Bank input terminal

Analog current output

Analog voltage output

Ground

ANG

Analog voltage output

Sen

so

r H

ead

A

Sen

so

r H

ead

B

L R

L

R

RST

Combination of Amplifier and Sensor HeadAmplifier Sensor Head

CD4A-N CD4-30 CD4-350

CD4A-P CD4-85

CD4A-LNCD4-L25

CD4A-LP

Bank No. Bank 2 input Bank 1 input Bank 0 input

0 OFF OFF OFF

1 OFF OFF ON

2 OFF ON OFF

3 OFF ON ON

4 ON OFF OFF

5 ON OFF ON

6 ON ON OFF

7 ON ON ON

54

Precautions for Installation· Installing the unit in the following conditions may

result in fire, electric shock or product damage.

High humidityHigh temperature due to a direct sunlight, etc.Much dustPoor ventilationStatic electricityCorrosive gas or flammable gasExposure to water, oil, or chemicalsDirect exposure to vibration or impact

· Do not apply electricity during wiring. Ensure that theanalog output does not contact with other wiring.

· Avoid parallel wiring and placing in the same pipingwith high-voltage cable or power transmission cable,since they may cause noise resulting in malfunction.Keep the power and signal cords in short length.

· Do not pull or apply impact forcibly since it maycause product damage.

· When using switching regulator for power supply,ensure grounding the frame ground terminal.

· Wait for approximately 5 minutes as warming-up timeafter turning the power on.

· Use the service voltage specified in thespecifications.

· Do not touch the main unit and cable with wet hands.It may cause electric shock.

· Use only the special sensor head.

· Do not connect/disconnect the sensor headconnector, terminal board or wiring when the power ison.

Cautions for Laser ProductThe sensor-head light source of the displacement sensor CD4 series isClass 2(II) Red Laser Diode, and compliant with JIS C6802/IEC/FDA lasersafety standard Class 2(II). (CD4-L25 is compliant with JIS C6802/IEC Class1.) Do not stare into direct laser beam or reflected beam by mirror.

Model CD4-L25 CD4-30 CD4-85 CD4-350Wavelength 650nmOutput 1mWPulse width

· When incorporating the unit into your product,provide an enduser with information that it is laserproduct and should be properly operated.

390µW100µs

390µW100µｓ

54

Precautions for Installation· Installing the unit in the following conditions may

result in fire, electric shock or product damage.

High humidityHigh temperature due to a direct sunlight, etc.Much dustPoor ventilationStatic electricityCorrosive gas or flammable gasExposure to water, oil, or chemicalsDirect exposure to vibration or impact

· Do not apply electricity during wiring. Ensure that theanalog output does not contact with other wiring.

· Avoid parallel wiring and placing in the same pipingwith high-voltage cable or power transmission cable,since they may cause noise resulting in malfunction.Keep the power and signal cords in short length.

· Do not pull or apply impact forcibly since it maycause product damage.

· When using switching regulator for power supply,ensure grounding the frame ground terminal.

· Wait for approximately 5 minutes as warming-up timeafter turning the power on.

· Use the service voltage specified in thespecifications.

· Do not touch the main unit and cable with wet hands.It may cause electric shock.

· Use only the special sensor head.

· Do not connect/disconnect the sensor headconnector, terminal board or wiring when the power ison.

Cautions for Laser ProductThe sensor-head light source of the displacement sensor CD4 series isClass 2(II) Red Laser Diode, and compliant with JIS C6802/IEC/FDA lasersafety standard Class 2(II). (CD4-L25 is compliant with JIS C6802/IEC Class1.) Do not stare into direct laser beam or reflected beam by mirror.

Model CD4-L25 CD4-30 CD4-85 CD4-350Wavelength 650nmOutput 1mWPulse width

· When incorporating the unit into your product,provide an enduser with information that it is laserproduct and should be properly operated.

390µW100µs

390µW100µｓ

32

FOREWORDThank you for purchasing the Displacement Sensor CD4 Series. We hopeyou are fully satisfied with this product and enjoy its performance. To ensureyour satisfaction, please follow the instructions below.

· Carefully read this instruction manual and keep it for future reference.

· If you have any question about the instructions here or a request forreplacing the lost instruction manual, contact the sales office or storewhere you purchased this product.

· The contents in this instruction manual are protected by copyrightand all rights are reserved by OPTEX FA CO., LTD. The descriptionsand information included in this manual shall not be copied norreproduced to any other form.

This product cannot be used as a safety device toprotect human body.

This products may be listed as articles to beregulated for export such as strategic materials bythe Foreign Exchange and Foreign Trade Control Act.Therefore, if you intend to export these, be sure tofollow the necessary procedures, such as applicationfor an export permit from the Government.

Warranty

Whereas all of our products are tested in accordance with the strict internalstandard, a faulty unit may unexpectedly be distributed. If this is the casewith your product, identify its status and contact the sales office or storewhere you purchased it.

· The warranty period shall be one(1) year after its delivery to thecustomer.

· If the failure results from a manufacturer’s fault, the manufacturerwill replace the product (by sending a substitute) without chargeexcept the following cases:

1. Failure due to any abuse or misuse2. Failure due to a cause other than the product3. Failure due to unapproved modification or repair4. Failure due to acts of God

This warranty is limited to the delivered product only.This warranty shall not cover the secondary damage caused by the faultyproduct.

SAFETY PRECAUTIONSCarefully read and understand the safety precautions before operation.They provide the important information to protect your health and property.Strictly follow this instruction manual, and do not apply any other installing/operating procedure which is not described in this manual.

Meanings of Safety SymbolsIndicates a possible hazard that may result in death orserious injury if the product is used without observing thestated instructions.

Indicates a possible hazard that may result in personalinjury or property damage if the product is used withoutobserving the stated instructions.

Mandatory Requirements· Do not disassemble or modify the product since it is

not designed to automatically stop the laser emissionwhen open. Disassembling or modifying atcustomer’s end may cause personal injury, fire orelectric shock.

· If smoke or abnormal smell occurs, stop operationand turn power supply off. If the problem requires arepair, contact to the sales office or store where youpurchased the product.

· This product cannot be used as a safety device toprotect human body.

32

FOREWORDThank you for purchasing the Displacement Sensor CD4 Series. We hopeyou are fully satisfied with this product and enjoy its performance. To ensureyour satisfaction, please follow the instructions below.

· Carefully read this instruction manual and keep it for future reference.

· If you have any question about the instructions here or a request forreplacing the lost instruction manual, contact the sales office or storewhere you purchased this product.

· The contents in this instruction manual are protected by copyrightand all rights are reserved by OPTEX FA CO., LTD. The descriptionsand information included in this manual shall not be copied norreproduced to any other form.

This product cannot be used as a safety device toprotect human body.

This products may be listed as articles to beregulated for export such as strategic materials bythe Foreign Exchange and Foreign Trade Control Act.Therefore, if you intend to export these, be sure tofollow the necessary procedures, such as applicationfor an export permit from the Government.

Warranty

Whereas all of our products are tested in accordance with the strict internalstandard, a faulty unit may unexpectedly be distributed. If this is the casewith your product, identify its status and contact the sales office or storewhere you purchased it.

· The warranty period shall be one(1) year after its delivery to thecustomer.

· If the failure results from a manufacturer’s fault, the manufacturerwill replace the product (by sending a substitute) without chargeexcept the following cases:

1. Failure due to any abuse or misuse2. Failure due to a cause other than the product3. Failure due to unapproved modification or repair4. Failure due to acts of God

This warranty is limited to the delivered product only.This warranty shall not cover the secondary damage caused by the faultyproduct.

SAFETY PRECAUTIONSCarefully read and understand the safety precautions before operation.They provide the important information to protect your health and property.Strictly follow this instruction manual, and do not apply any other installing/operating procedure which is not described in this manual.

Meanings of Safety SymbolsIndicates a possible hazard that may result in death orserious injury if the product is used without observing thestated instructions.

Indicates a possible hazard that may result in personalinjury or property damage if the product is used withoutobserving the stated instructions.

Mandatory Requirements· Do not disassemble or modify the product since it is

not designed to automatically stop the laser emissionwhen open. Disassembling or modifying atcustomer’s end may cause personal injury, fire orelectric shock.

· If smoke or abnormal smell occurs, stop operationand turn power supply off. If the problem requires arepair, contact to the sales office or store where youpurchased the product.

· This product cannot be used as a safety device toprotect human body.

Manufactured and sold by :

607-8085 Kyoto, Yamashina,Takehanadonomaecho 46-1, JAPANTel : +81-(0)75-594-8123 Fax : +81-(0)75-594-8124

Shinjuku Green Tower Building 27F 6-14-1 Nishishinjuku Shinjuku160-0023 TokyoTel : +81-(0)3-3344-5770 Fax : +81-(0)3-3344-3367

Website : http//www.optex-fa.comDeveloped by

Amplifier Instruction Manual

Displacement Sensor CD4 SeriesCD4A-N/CD4A-LN/CD4A-P/CD4A-LP

Laser Type

0554411

FOREWORD ..................... 2

SAFETY PRECAUTIONS .... 3Meanings of Safety Symbols ... 3Mandatory Requirements ........ 3Precautions for Installation ...... 4Cautions for Laser Product ...... 5Specifications .......................... 8Input/Output Diagram .............. 9

BASIC INFORMATION BEFORE USE ................ 10

Parts Identifications of Amplifier .... 10

SETTINGS ..................... 13Setup Display ........................ 13Setup Procedure ................... 14Light Receiving Waveform Monitor .......... 15Functions and Settings .......... 16

TERMINAL BOARD WIRING .......... 21

APPENDIX ..................... 22Function Block Diagram ........ 22Hold Function Timing Diagram ........ 24Dimensional Drawing ............. 26Package Descriptions ............ 26

( Please refer to CD4 Sensor Head CD4-L25, CD4-30, CD4-85 and CD4-350Instrustion Manual for the sensor head)

Parts Identifi cations of Amplifi er

Light Receiving Waveform Monitor

Hold Function Timing Diagram

TERMINAL BOARD WIRING

Manufactured and sold by :

607-8085 Kyoto, Yamashina,Takehanadonomaecho 46-1, JAPANTel : +81-(0)75-594-8123 Fax : +81-(0)75-594-8124

Shinjuku Green Tower Building 27F 6-14-1 Nishishinjuku Shinjuku160-0023 TokyoTel : +81-(0)3-3344-5770 Fax : +81-(0)3-3344-3367

Website : http//www.optex-fa.comDeveloped by

Amplifier Instruction Manual

Displacement Sensor CD4 SeriesCD4A-N/CD4A-LN/CD4A-P/CD4A-LP

Laser Type

0554411

FOREWORD ..................... 2

SAFETY PRECAUTIONS .... 3Meanings of Safety Symbols ... 3Mandatory Requirements ........ 3Precautions for Installation ...... 4Cautions for Laser Product ...... 5Specifications .......................... 8Input/Output Diagram .............. 9

BASIC INFORMATION BEFORE USE ................ 10

Parts Identifications of Amplifier .... 10

SETTINGS ..................... 13Setup Display ........................ 13Setup Procedure ................... 14Light Receiving Waveform Monitor .......... 15Functions and Settings .......... 16

TERMINAL BOARD WIRING .......... 21

APPENDIX ..................... 22Function Block Diagram ........ 22Hold Function Timing Diagram ........ 24Dimensional Drawing ............. 26Package Descriptions ............ 26

( Please refer to CD4 Sensor Head CD4-L25, CD4-30, CD4-85 and CD4-350Instrustion Manual for the sensor head)

0554412

Manufactured and sold by :

607-8085 Kyoto, Yamashina,Takehanadonomaecho 46-1, JAPANTel : +81-(0)75-594-8123 Fax : +81-(0)75-594-8124

Shinjuku Green Tower Building 27F 6-14-1 Nishishinjuku Shinjuku160-0023 TokyoTel : +81-(0)3-3344-5770 Fax : +81-(0)3-3344-3367

Website : http//www.optex-fa.comDeveloped by

Amplifier Instruction Manual

Displacement Sensor CD4 SeriesCD4A-N/CD4A-LN/CD4A-P/CD4A-LP

Laser Type

0554411

FOREWORD ..................... 2

SAFETY PRECAUTIONS .... 3Meanings of Safety Symbols ... 3Mandatory Requirements ........ 3Precautions for Installation ...... 4Cautions for Laser Product ...... 5Specifications .......................... 8Input/Output Diagram .............. 9

BASIC INFORMATION BEFORE USE ................ 10

Parts Identifications of Amplifier .... 10

SETTINGS ..................... 13Setup Display ........................ 13Setup Procedure ................... 14Light Receiving Waveform Monitor .......... 15Functions and Settings .......... 16

TERMINAL BOARD WIRING .......... 21

APPENDIX ..................... 22Function Block Diagram ........ 22Hold Function Timing Diagram ........ 24Dimensional Drawing ............. 26Package Descriptions ............ 26

( Please refer to CD4 Sensor Head CD4-L25, CD4-30, CD4-85 and CD4-350Instrustion Manual for the sensor head)