Welotec OWLF 4007 Fa S1 Скачать руководство пользователя страница 10

Seite / Page 37 

Technical data 

 

OWLF

4007 FS S1 (L)

Measuring range

200~1000 mm

Min Teach-in range 

 ≥ 

2 mm 

 ≥ 

3 mm 

 ≥ 

5 mm 

 ≥ 

10 mm 

 ≥ 

20 mm 

 ≥ 

10 mm 

Resolution 

*

1)

4~20 

µm

 

5~60 

µ

m

0.01~0.33 mm 0.015~0.67mm 0.12~3.0 mm

0.02~0.5 mm

Linearity error 

*

2)

±

12~

±

60 

µ

m

±

15~

±

200 

µ

m

±

0.03~

±

1.0 

mm

±

0.05~

±

2.0 

mm

±

0.48~

±

12.0 

mm 

±

0.08~

±

2.0 

mm

Response time 

*

3)

300~900

µ

300~900

µ

300~900

µ

300~900

µ

300~2700

µ

s

3~10ms 

Ambient light 

*

4)

< 50k Lux 

< 40k Lux 

< 8k Lux 

< 10k Lux 

< 5k Lux 

< 10k Lux 

Typ. Temperature 
coefficient 

*

5)

0.015%v.MB/°C 0.03%v.MB/°C 0.03%v.MB/°C 0.03%v.MB/°C 0.05%v.MB/°C 0.02%v.MB/°C

 

d

e

s

l

u

p

 

,

d

e

r

 

e

d

o

i

d

 

r

e

s

a

L

 

e

c

r

u

o

s

 

t

h

g

i

L

 

2

 

s

s

a

l

c

 

r

e

s

a

L

 

m

n

 

5

7

6

 

h

t

g

n

e

e

v

a

W

Laser spot 

*

6)

1 ~ 0.2 mm 

2 ~ 1 mm 

2 mm 

2 mm 

2 mm 

2 mm 

Laser line

*

7)

high 

 

width 

2 mm 

1~0.2 mm 

3~5 mm 
2~1 mm 

4~12 mm 

2.5 mm 

5.5~21 mm

2.5 mm 

8.5~35 mm

2.5 mm 

6~20 mm 

2.5 mm 

 

V

 

0

1

 

 

0

 

d

n

a

 

A

m

 

0

2

 

 

4

 

t

u

p

t

u

o

 

g

o

l

a

n

A
Load resistor U

Out

> 100 k

Load resistor I

Out

 

A

 

2

0

.

0

 

/

 

)

V

 

6

 

 

s

V

+

(

 

<

 

 

A

m

 

0

0

1

 

.

x

a

m

 

/

 

P

N

P

 

t

u

p

t

u

o

 

m

r

a

l

A
Voltage supply 
range 

12 – 28 VDC 

 

)

A

m

0

4

 

~

 

V

4

2

 

+

 

i

e

b

(

 

,

A

m

 

0

2

1

 

<

 

t

n

e

r

r

u

c

 

y

l

p

p

u

S

Seite / Page 38 

OWLF

Reverse polarity 
protection 

yes (voltage supply only) 

Short circuit 
protection 

yes

 

m

u

n

i

m

u

l

A

 

c

n

i

z

 

t

s

a

c

-

e

i

D

 

l

a

i

r

e

t

a

m

 

g

n

i

s

u

o

H

 

m

N

 

5

.

1

 

m

N

 

0

.

1

 

e

u

q

r

o

t

 

g

n

i

n

e

t

h

g

i

T

 

7

6

 

P

I

 

s

s

a

l

c

 

n

o

i

t

c

e

t

o

r

P

 

)

g

n

i

s

n

e

d

n

o

c

 

n

o

n

(

 

C

°

0

5

+

 

~

 

0

 

e

g

n

a

r

 

e

r

u

t

a

r

e

p

m

e

T

*

1) 

and

*

2) 

measured on white ceramic sheet

*

3) 

the response time depends on the reflectivity of the object

*4)

max. sunlight on a white measuring surface 

*5) 

xx% of full scale measuring range / °C

*

6) 

and

*

7)

dimension of laser beam:  OWLF 4xxx  Ø  diameter 

             

OWLF 4xxx (L)    size laser beam 

measuring
range 

height

width

measuring
range 

Ø – beam

Seite / Page 39 

Dimensions 

OWLF 4

100

 F

A

 S1 (L): 

OWLF 4

xxx

 F

S

 S1 (L): 

 

* emitter axis 16 mm

Seite / Page 40 

10 

Connection diagram and pin assignment 

Connection diagram

Pin assignment 

 

 

4013 FS S1 (L) 4030 FS S1 (L) 4060 FS S1 (L) 4100 FS S1 (L) 4100 FA S1 (L)

200~1000 mm

100~600 mm

50~300 mm

30~130 mm

30~70 mm

4007 FS S1 (L) 4013 FS S1 (L) 4030 FS S1 (L) 4060 FS S1 (L)4100 FS S1 (L) 4100 FA S1 (L)

Содержание OWLF 4007 Fa S1

Страница 1: ...the sales documentation apply at all times Seite Page 4 2 Introduction The latest generation of laser distance sensors are setting new standards in terms of speed and performance The short response ti...

Страница 2: ...urface has to be flat Be aware of the max tightening torque In case of EMC the sensor has to be grounded and a shielded cable has to be used The 90 rotating connecter allows wiring the sensor from the...

Страница 3: ...justed and linearized on a reference object The object is a white ceramic sheet with an absolutely flat surface Many objects have a surface structure that is within the resolution of the sensor or rou...

Страница 4: ...s larger than the real distance Transparent objects The light passes the object without a diffuse reflection No measurment is possible Highly reflective objects Only direct reflection No measurmentis...

Страница 5: ...a c i p y T e g n a r g n i r u s a e m t h g u a t R M e g n a r g n i r u s a e m t h g u a t R M Seite Page 19 OWLF 4030 FA S1 L r o r r e y t i r a e n i l l a c i p y T n o i t u l o s e r l a c...

Страница 6: ...nge This is the position that will later produce 0 V or 4 mA 5 Briefly press the button again The LED will stop blinking and will stay on for about 3 sec to indicate that the first position has been s...

Страница 7: ...eaching the sensor via the external teach input is equivalent to the teaching procedure via the button There is no 5 min time limit The sensor may be taught at any time In addition to the LED the alar...

Страница 8: ...30 2000 ms t9 Pulse lengths on external teach input for second position 30 2000 ms t10 Delays between teach signal and response on alarm output at the rising edge of the signal 20 ms t11 Delay between...

Страница 9: ...ce It may range from T3 White or gray objects reflect well enough to enable a less than half the sampling of interval T3 Only very dark objects actually need the maximum sampling interval T1 T2 12 28V...

Страница 10: ...0 1 x a m P N P t u p t u o m r a l A Voltage supply range 12 28 VDC A m 0 4 V 4 2 i e b A m 0 2 1 t n e r r u c y l p p u S Seite Page 38 OWLF Reverse polarity protection yes voltage supply only Shor...

Страница 11: ...ction The sync input or the teach in wire is connected to Vs Connect sync input or the teach in wire to 0 V The receiving beam is covered by an object edge step Make sure that no object is in the rece...

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