s n o i t p i r c s e d e g a k c a p -...
TRANSCRIPT
![Page 1: s n o i t p i r c s e D e g a k c a P - sensotek.rusensotek.ru/upload/iblock/96c/96c335decd1880cc77... · Option: Extension cable to connect the sensor head Length(L) 2m 5m Cable](https://reader034.vdocuments.us/reader034/viewer/2022042212/5eb4d643db155248680d9354/html5/thumbnails/1.jpg)
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
![Page 2: s n o i t p i r c s e D e g a k c a P - sensotek.rusensotek.ru/upload/iblock/96c/96c335decd1880cc77... · Option: Extension cable to connect the sensor head Length(L) 2m 5m Cable](https://reader034.vdocuments.us/reader034/viewer/2022042212/5eb4d643db155248680d9354/html5/thumbnails/2.jpg)
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
![Page 3: s n o i t p i r c s e D e g a k c a P - sensotek.rusensotek.ru/upload/iblock/96c/96c335decd1880cc77... · Option: Extension cable to connect the sensor head Length(L) 2m 5m Cable](https://reader034.vdocuments.us/reader034/viewer/2022042212/5eb4d643db155248680d9354/html5/thumbnails/3.jpg)
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
![Page 4: s n o i t p i r c s e D e g a k c a P - sensotek.rusensotek.ru/upload/iblock/96c/96c335decd1880cc77... · Option: Extension cable to connect the sensor head Length(L) 2m 5m Cable](https://reader034.vdocuments.us/reader034/viewer/2022042212/5eb4d643db155248680d9354/html5/thumbnails/4.jpg)
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
![Page 5: s n o i t p i r c s e D e g a k c a P - sensotek.rusensotek.ru/upload/iblock/96c/96c335decd1880cc77... · Option: Extension cable to connect the sensor head Length(L) 2m 5m Cable](https://reader034.vdocuments.us/reader034/viewer/2022042212/5eb4d643db155248680d9354/html5/thumbnails/5.jpg)
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
![Page 6: s n o i t p i r c s e D e g a k c a P - sensotek.rusensotek.ru/upload/iblock/96c/96c335decd1880cc77... · Option: Extension cable to connect the sensor head Length(L) 2m 5m Cable](https://reader034.vdocuments.us/reader034/viewer/2022042212/5eb4d643db155248680d9354/html5/thumbnails/6.jpg)
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)
![Page 7: s n o i t p i r c s e D e g a k c a P - sensotek.rusensotek.ru/upload/iblock/96c/96c335decd1880cc77... · Option: Extension cable to connect the sensor head Length(L) 2m 5m Cable](https://reader034.vdocuments.us/reader034/viewer/2022042212/5eb4d643db155248680d9354/html5/thumbnails/7.jpg)
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)
![Page 8: s n o i t p i r c s e D e g a k c a P - sensotek.rusensotek.ru/upload/iblock/96c/96c335decd1880cc77... · Option: Extension cable to connect the sensor head Length(L) 2m 5m Cable](https://reader034.vdocuments.us/reader034/viewer/2022042212/5eb4d643db155248680d9354/html5/thumbnails/8.jpg)
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)
![Page 9: s n o i t p i r c s e D e g a k c a P - sensotek.rusensotek.ru/upload/iblock/96c/96c335decd1880cc77... · Option: Extension cable to connect the sensor head Length(L) 2m 5m Cable](https://reader034.vdocuments.us/reader034/viewer/2022042212/5eb4d643db155248680d9354/html5/thumbnails/9.jpg)
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)
![Page 10: s n o i t p i r c s e D e g a k c a P - sensotek.rusensotek.ru/upload/iblock/96c/96c335decd1880cc77... · Option: Extension cable to connect the sensor head Length(L) 2m 5m Cable](https://reader034.vdocuments.us/reader034/viewer/2022042212/5eb4d643db155248680d9354/html5/thumbnails/10.jpg)
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)
![Page 11: s n o i t p i r c s e D e g a k c a P - sensotek.rusensotek.ru/upload/iblock/96c/96c335decd1880cc77... · Option: Extension cable to connect the sensor head Length(L) 2m 5m Cable](https://reader034.vdocuments.us/reader034/viewer/2022042212/5eb4d643db155248680d9354/html5/thumbnails/11.jpg)
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)
![Page 12: s n o i t p i r c s e D e g a k c a P - sensotek.rusensotek.ru/upload/iblock/96c/96c335decd1880cc77... · Option: Extension cable to connect the sensor head Length(L) 2m 5m Cable](https://reader034.vdocuments.us/reader034/viewer/2022042212/5eb4d643db155248680d9354/html5/thumbnails/12.jpg)
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.
![Page 13: s n o i t p i r c s e D e g a k c a P - sensotek.rusensotek.ru/upload/iblock/96c/96c335decd1880cc77... · Option: Extension cable to connect the sensor head Length(L) 2m 5m Cable](https://reader034.vdocuments.us/reader034/viewer/2022042212/5eb4d643db155248680d9354/html5/thumbnails/13.jpg)
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.
![Page 14: s n o i t p i r c s e D e g a k c a P - sensotek.rusensotek.ru/upload/iblock/96c/96c335decd1880cc77... · Option: Extension cable to connect the sensor head Length(L) 2m 5m Cable](https://reader034.vdocuments.us/reader034/viewer/2022042212/5eb4d643db155248680d9354/html5/thumbnails/14.jpg)
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).
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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
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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
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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.
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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
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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 )
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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
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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
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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
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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
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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.
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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.
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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)