Fiber optic sensors for gap, diameter, edge and presence

More Precision.
optoCONTROL CLS-K
Fibre optic sensors for gap, diameter,
edge and presence
optoCONTROL CLS-K
In many automation and assembly technology applications,
standard versions of optical sensors cannot be used, due
to adverse ambient conditions such as high temperatures,
small installation spaces or restricted access.
For these tasks, MICRO-EPSILON Eltrotec has developed fibre optic sensors as a specific solution for these applications,
for which the evaluation electronics (amplifier) and the optoelectronic components (fibre optic) are arranged separately.
The fibre optic sensors consist of a transmitter and receiver
for infrared or ultraviolet light, with subsequent signal processing. A high-quality glass fibre optic provides precision light
transmission according to the principle of total reflection.
The measuring and test amplifiers optoCONTROL CLS-K
are offered as infrared or ultraviolet-light types, starting at a
wavelength of 280 nanometres, and they enable measuring
frequencies of 4 to 8 kHz at resolutions starting from 0.1mm.
The electronics on the optoCONTROL CLS-K offer variable
amplification; the output signal is available for downstream
systems as a voltage or current signal. In addition to these,
there are versions with electrically isolated optocoupler or relay outputs, displays, as well as a special version that provides temperature compensation and is protected to IP65.
These fibre optic sensors enable a wide variety of applications, from monitoring the presence of and recognising the
position of components in automatic assembly machines,
feeding systems, test and inspection applications, through to
gap and web-edge detection.
2|
Table of contents
Fibre optic sensors
optoCONTROL CLS-K
Fibre optic sensor for automation.........................................................................................................................4 - 5
optoCONTROL CLS-K-6
Measuring fibre optic sensor ................................................................................................................................6 - 7
optoCONTROL CLS-K-UV
Fibre optic sensor for glass detection...................................................................................................................8 - 9
Fibre optics
Order code........................................................................................................................................................10 - 14
Mountable lenses for fibre optics......................................................................................................................16 - 17
|3
optoCONTROL CLS-K
Fibre optic sensor for automation
Response time ≤ 120µs
Switching frequency ≤ 4kHz
Fibre optic adaption
Analog
Analogue output 0.1 - 5VDC
The basic sensor for automation tasks
Features:
- Scanning distance up to 200mm*
- Range of up to 2m*
* Depending on the Fibre bundle diameter
- Switching output: NPN, PNP, optocoupler, relay
(depending on the version)
- Drop-out delay 5-100ms adjustable (optional)
- Stable long-term behaviour by monitoring and
regulating the emission of the transmitter diode
Range / sensor:
one way*3
sensor
Fibre bundle
range
ø mm
mm (typ.)*1
0.6
1.0
1.5
2.5
3.0
min. object size
typ.
Fibre bundle
ø mm
range
mm (typ.)*1 *2
≤ 0.05
≤ 0.1
≤ 0.1
≤ 0.2
≤ 0.3
0.6
1.0
1.5
2.5
3.0
≤ 10
≤ 30
≤ 80
≤ 165
≤ 180
90
200
500
1,700
2,000
*1: with 90° angular sensor mechanisms reduced range
*2: related to Kodak white 90%
*3: See page 10 ff.
Applications:
Resolution (Example):
- Test & measurement tasks
- Position recognition of small parts
- Position and assembly monitoring on automatic
assembly machines and conveyor systems
- Detecting presence of parts
- Checking of length and diameter
- Option: UV version for glass recognition
Cross-section converter Typ Q2 (10 mm Fibre gap) with Fibre optic type FAD; 80% can be used with CLS-K achieving a
resolution of 50 - 80 points
For edge or gap detection a resolution of 0.1mm can be
achieved (related to 8mm).
Light cone
Quasi parallel transmitting beam
Benefits:
- Precise and reliable object detection
- Low drift via transmission monitoring, making it
particularly suitable for measuring tasks
- High switching frequency and short response time
- Sensor monitoring via analogue signal
4|
Transmitter
Receiver
opto CONTROL CLS-K:
Measuring and test amplifiers with fibre optics as recording
component for intensity measurement between two fibre optic
cross-section converters - the advantageous kind of edge measurement on tracks from >0.1mm resolution with up to 8kHz.
Type CLS-K
Order No.
Operating voltage VDC
Residual ripple
Current consumption
Switching delay
Response time
Temperature drift
Reproducibility
Switching state
Operating mode
10
11
20
30
31
40
50
51
10010023
10-30
10010024
10-30
10040025
24
10040027
10-30
10020028
10-30
10040029
24
10040030
10-30
10040031
10-30
Optocoupler*
PNP*
30VDC
30VDC
5-100mA
5-100mA
4kHz
4kHz
≤10%
~ 50mA
≤ 500ms
≤ 120μs
≤ 0.5% /K
≤ 1% bei ∆∂ = 2K
LED display red and green
Light/dark switching switchable
Light and dark switch output
Sensitivity
Adjustable with 10-turn potentiometer P1
Range switching
Hysteresis
Protection class
Ambient temperature
range
Storage temperature
range
Housing material
Weight, Dimensions
1:100 (Short range : Long range)
≤ 10%
With mounted fibre optic
0 to +50°C
-25°C to +70°C
Switching output
(*short-circuit protected)
Macrolon 8030/UL94V1, tranparent cover, blue lower part
approx. 215g / 135g, 125x42x45mm
Relays 1x
Relays 1x
changeover
Optocoupler
PNP*
change­over
contact
contact
0.01-250VAC
0.01-250VAC
30VDC
30VDC
0.01-220VDC
0.01-220VDC
50μA-2A
5-100mA
5-100mA
50μA-2 A
5 μW-60W
5 μW-60W
125VA
125VA
Transistor*
2x NPN O.C.
Switching voltage
30VDC
Switching current
5-100mA
Switching power
Switching frequency
max.
Saturation voltage
Pulse stretching 5-100ms
Analogue output
Type of connection
4kHz
60Hz
≤ 2.0V
4kHz
4kHz
≤ 2.0V
≤ 2.0V
60Hz
≤ 2.0V
≤ 2.0V
Adjustable with potentiometer P2
0.1-5 VDC, Output resistance 1kOhm
Screw connectors 1.5mm2 ((plug-in version upon request))
Line 2m
Dimensions:
Connections:
Dimensions in mm, not to scale
Terminal block
31
88
60
1 2 3 4 5 6 7
Output:
CLS-K-11: NPN O.C.
CLS-K-20/40: Relay
CLS-K-30/50: Optocoupler O.C. / O.E
CLS-K-31/51: PNP
Connection light guide
Bore hole for mounting
(M5 screw)
Control and display interface
PG 13.5
Terminal block
P1 Sensitivity
LED
Switching
output
1 2 3 4 5 6 7
S1 Range switching
Connection cable
brown
pink
green
yellow
grey
white
GND
+24 VDC
Analogue output +
Analogue GND outpu
NPN-Switching outp
NPN-Switching outp
Output:
CLS-K-10: NPN O.C.
*1 dark switching
*2 light switching
All light/dark switches versions
Height: 45mm
GND
+24 VDC
Analogue
output
42
30
GND
+24 VDC
Analogue
output
14
Switching
output
7
Output:
CLS-K-11: NPN O.C.
CLS-K-20/40: Relay
CLS-K-30/50: Optocoupler O.C. / O.E
CLS-K-31/51: PNP
Connection cable
brown
pink
green
yellow
grey
white
GND
+24 VDC
Analogue output +
Analogue GND output
NPN-Switching output *1
NPN-Switching output *2
Output:
CLS-K-10: NPN O.C.
*1 dark switching
*2 light switching
All light/dark switches versions
Potentiometer for timer *
Switch for light/dark changeover *
* not available with all versions
|5
optoCONTROL CLS-K-6
Measuring fibre optic sensor
Response time ≤ 120µs
Switching frequency ≤ 4kHz
Analogue display
Analog
Analogue output 0 - 10VDC;
0 - 20mA; 4 - 20mA
With measuring function
The basic sensor for automation tasks
Features:
Application examples:
- Scanning distance up to 200mm*
- Range of up to 2m*
* Depending on the Fibre bundle diameter
- Supply 12-30VDC
- NPN switching output
- Stable long-term behaviour by monitoring and
regulating the emission of the transmitter diode
Applications:
- Test & measurement tasks
- Checking of length and diameter
- Produktion monitoring via analogue output
and display
- Assembly monitoring
- Option: UV version for glass detection
- Indirect displacement via cross-section converter
fibre optic
UA
10 V
Code strips
UA
10 V
0V
Monitoring the air gaps on a terminal
Air gap
Measurement channel
Benefits:
- Low drift by transmission monitoring
- Short response time
- Sensor monitoring via analogue signal
- Each fibre optic of the FASOP program is usable
- Each special fibre optic can be implemented
starting at 1 piece
Measurement release
UA
10 V
Checking of length and diameter
6|
0V
Recognition of the length
of code strips on cases
0V
Diameter
Type CLS-K
60
Order No.
Current consumption
Residual ripple
Current consumption
Switching delay
Switching frequency
Response time
Temperature drift
Reproducibility
Hysterese
Analogue output
Voltage output
Switching output
Switching voltage
Switching current
61
10030032
0-20mA
63
10030033 10030035
12-30VDC
≤10%
~ 70mA
≤ 500ms
≤ 4kHz
≤ 120µs
≤ 0.5% /K
≤ 1% bei ∆∂ = 2K
≤ 10%
0-10VDC
0-20mA
Load ≤ 600Ω
Transistor 2x NPN O.C.
30VDC
5-100mA
65
Type CLS-K
10030036
Sensitivity
Range switching
Switching state
Operating mode
Protection class
Current consumption
and output
Ambient temperature
range
Lagertemperatur
Type of connection
Housing material
Weight
4-20mA
61
Adjustable via 10-level potentiometer P1
1:100 (Short range : Long range)
LED-display red/green
Light/dark switching output
IP 65 (with fibre optic)
Transient-protection polarity and
short-circuit protection
0 to 50°C
-25°C to 70°C
Screw connectors
Line 2m
Macrolon 8030 / UL94V1
approx. 215g / 135g
Connections:
Dimensions:
Dimensions in mm, not to scale
7
CLS-K-60/63/65
31
88
14
1
2
3
4
5
6
60
CLS-K-61
brown
pink
green
yellow
grey
white
GND
12-30 VDC
Voltage output
NPN output O.C.
NPN output O.C.
*1
*2
GND
12-30 VDC
Analog output +
Analog GND output
NPN-Switching outp
NPN-Switching outp
*1 d
*2 li
30
42
60/ 63/ 65
CLS-K-60/63/65
Fiber optic connection
Bore hole for mounting
(M5 screw)
Height: 45mm
Control and display interface:
Example CLS-K-61
1
2
3
4
5
6
CLS-K-61
GND
12-30 VDC
PG 13.5
Voltage output
NPN output O.C.
NPN output O.C.
*1
*2
brown
pink
green
yellow
grey
white
GND
12-30 VDC
Analog output +
Analog GND output
NPN-Switching output
NPN-Switching output
*1
*2
*1 dark switching
*2 light switching
P1 Sensitivity
S1 Range switching
LED
2 1
S2 Selector switch (analogue ouput)*
1 Basic function 0,1-5 VDC/0-10 mA (63)
2 Ouputs 0-10 VDC/0-20 mA (63)
Display *
P3 OFFSET
zero point displacement *
P2 Additional amplification* (signal spread spectrum)
* Not available with version CLS-K-60/65
Functions:
5V
1V/2mA
Offset
α
α'
0V
Analog output
Switch S2 in position »1«
0 V/mA
Analog output
Switch S2 in position »2«
α = Pitch
The amplifier CLS-K-61/63 offers the possibility of a
solution of an application, to spread the important
signal range over the entire analogue range.
|7
optoCONTROL CLS-K-UV
Fibre optic sensor for glass detection
Response time ≤ 10ms
Cut-off frequency ≤ 100Hz
Analog
Analogue output 0.5 - 5VDC
For glass/plexiglass detection
Features:
Benefits:
- Scanning distance
1-20mm
- In transmitted light*
1-100mm
-S
upply
12-30VDC
Pole protected, short-circuit protected
- Switching output: NPN, PNP
(depending on the version/optocoupler)
- Hysteresis adjustable
- Drop-out delay adjustable 2-200ms
- Sensitivity adjustable
- Light and dark switching
- Wavelength typically 290nm
- Modular via fibre optic connection
- Compact design
- Analogue output
- Reproducibility starting from 0.1mm
- Use in tight spaces
- Customer-specific fibre optics permeable for UV light
Application example
* Depending on the fibre optic and the surface
Applications:
- Glass-plate detection passing through,
starting at 0.1mm thickness
- Glass-plate positioning, starting at precisely 0.1mm
- Stop position recognition for glass plates during
production
- For glass, plexiglass and CDs (not for films)
- Inspection of coatings
8|
K
CLS-
Glass detection for positioning
UV
Type CLS-K-UV
Operating voltage UB
Residual ripple
Current consumption
Switching output
Switching processes
Outputsstrom
Switching voltage
Cut-off frequency
Output
Response time
Drop-out delay
Switching delay
Hysterese
Protection
Analogue output
Voltage
LED
Light source
Modulation frequency
Permissible operating temperature
Permissible storage temperature
Environmental influences Permissible rel. humidity
Life expectancy
Protection class
Weight
Mechanical tasks
Material
Connection (depending on the variant)
12-30VDC
≤ 10%
~ 70mA typ.
PNP, NPN (depending on the variant)
light and dark switching
≤ 200mA
≤ 30V (max. 36V)
≤ 100Hz (-3dB)
≥ 10ms
2-200ms (adjustable)
≤ 200ms
5-50% (adjustable)
Pole protected, short-circuit protected
0.5 - 5VDC (Load resistance RL ≥ 2kΩ )
UV , wavelength typ. 290nm
typ. 2.8kHz
0 to +50°C
-25 to +70°C
90% (non-condensing)
typ ≥ 5000 hours
IP 65 (with mounted fibre optic)
approx. 215g / 135g
Macrolon 8030/UL54V1, cover transparent
M12 connector, 5 pin or connection 2m
Electrical data
Order code
Typ
CLS-K-121/UV PNP
CLS-K-122/UV PNP
CLS-K-141/UV NPN
CLS-K-142/UV NPN
Type of connection
Cable*
Connector
Cable*
Connector
Accessories
Article
Connection for
connector version
Fibre optic (Fasop)
PNP
x
x
NPN
Analogue
x
x
x
x
x
x
Art. No.
10064149
10064153
10064156
10064158
Art. No.
Description
5 pin with connector (cable box) PUR, 2m
11231168
See page 10 ff. (e.g. FAD-M-A2.0-2,0-1200-UV)
*Cable design: 6 wired, 2m, PVC
Dimensions:
Connections:
Dimensions in mm, not to scale
7
Connector version
88
14
Cable version
Switching output Q
sw
31
60
bl
4
Power
consumption (+)12-30 VDC
Power consumption
GND
Power consumption GND
3
Switching output Q
1
30
42
5
Switching output Q
2
ws
Switching output Q
Fiber optic
connection
Height: 45mm
gr
PG 13,5
or M12 connector
Bore hole for mounting
(M5 screw)
bn
Connector version
Control and display interface:
bl
Drop-out delay 2-200ms
Sensitivity 1...100%
Drop-out delay
ON/OFF
Display LED green
4
Power consumption
(+)12-30 VDC
Power consumption GND
3
Switching output Q
5
Switching output Q
1
2
Switching mode display LED yellow
10-pole connection line
ws
Switching output Q
gr
bn
Analog output
Analog output
Power
consumption (+)12-30 VDC
Power consumption
GND
Hysterese 5-50%
Analog output GND
Cable version
Switching output Q
sw
0.5-5 VDC
RL≥2kΩ
0.5-5 VDC
RL≥2kΩ
Analog output GND
Analog output
pink
brown
white
grey
yellow
green
Analog output
Power consumption
(+)12-30 VDC
|9
pink
brown
white
grey
yellow
green
Accessories
Fibre optics
High-quality fibre optics with polished
and ground end-faces
Fibres for visible, ultraviolet and
infrared light
For wavelengths from 190 – 2500nm
Standard versions
Micro-Epsilon fibre optics for colour sensors and fibre optic sensors
for measurements and testing feature a high build and transmission
quality.
Ground and polished end-faces ensure excellent optical integration
with adapted sensors. A large selection of sensor mechanisms provides optimum flexibility for a great variety of tasks.
Features:
- Temperature stability from –40°C to +400°C
(special bonding)
- Various aperture angles available
68° (NA0.86), 22° (NA0.21), 121° (NA0.87)
- Maximum cable lengths of 30m available;
default lengths: 600, 1200, 1800 or 2400mm
- Large selection of sensor mechanisms for
different tasks
Special versions
Fibre optics with increased vibration protection
Fibre optics can be manufactured to include increased vibration protection for use with high mechanical loads, such as shock, acceleration, and movement. This special treatment minimises friction between
fibres and reduces shocks
Fibre optics with special bonding for high
temperatures
Standard bonding is suitable for maximum temperatures of 80°C.
Special adhesives allow for temperatures of up to 250°C, even 400°C.
These higher temperature ranges require the use of Type E stainless
steel sheathing. Temperatures of up to 600°C can be reached with
metallized fibres and with sapphire optics installed.
Customer-specific designs
One of the advantages of Micro-Epsilon fibre optic manufacturing is
the production of customer-specific designs for various complex sensor mechanisms.
10 |
Technical data for FASOP fibre optics
Single fibre diameter
20, 30, 50, 70μm standard fibre (depending on structure)
Aperture angle
standard fibres
67° (NA 0,56)
special fibres
22° (NA 0.21)
121° (NA 0.87 / wide angle)
22° UV (80/100μm)
22° IR (80/100/150μm)
Material
optical glass
(e.g. for UV / IR / in quartz glass)
Dielectric strength
50kV/m with PVC protective sheath
Sensor mechanism – temperature
range, fibre bonding
Permissible temperature range with
sheathing that has appropriate fibre
bonding
standard
-20°C to + 80°C
T250
0°C to + 250°C
T400
0°C to + 400°C
T600
0°C to + 600°C
PVC
-20°C to +80°C
(P) (Z)
metal
+40°C to +180°C
(M)
metal with special bonding
-40°C to +400°C
(E)
metal/silicone
-40°C to +180°C
(T)
usable for wavelengths from 190-2500nm of different types (we can provide the most suitable
solution depending on the requirements) Transmission curves on request!
Fibre transmission
Order code for fibre optics
1
2
3
A 2.0
2.5
1200
67°
5
6
4
Aperture
angle a
Sensor
mechanism
versions
Sheathing
T
Overall length
FA D
Fiber gap/
fibre bundle
Ordering code
Function
Adapter
a
You can see an overview of the Fasop fibre optic range on the following pages.
You can define your own individual fibre optic from the various components using the order key.
1
Adaption to FA-Adapter
2
Function of the fibre optic (D = transmitted light mode, R = reflex mode)
3
Sheathing e.g. silicone-metal sheath (T)
4
Sensor mechanism type, e.g. A2.0
Fibre bundle e.g. 2.5mm dia.
5
Overall length of e.g. 1200mm (standard length / bearing types)
6
Aperture angle of the fibre, e.g. 67 °
| 11
1 Adapter version
34
Ø 15
Ø 3 .8
8
15
Connecting nut
M18x1
Adapter, FA System FASOP
2 Functions
Object
Object
Target
object
Target
object
Object
Object
αα
R
Reflected light operation (button)*
D
Transmitted light operation
(barrier)*
D
Transmitted light operation
(V arrangement) for reflective and
shiny surfaces
* All functions can also be performed as mutliple reflex and transmitted light functions
3 Sheathing
Silicone metal sheath
Metal wire-spiral-reinforced hose with glass fibre
braiding and silicone rubber sheathing
T
Characteristics
Very flexible, highly resistant to
bending, tension and torsion; temperature-stable to 180°C, liquid-tight
ending radius corrresponds to three
B
times the external diameter of the sheath.
2)
Bending radius corrresponds to twice the
external diameter of the sheath.
1)
Stainless-steel sheath
Flexible stainless steel wire-spiral-reinforced
hose 1)
E
Characteristics
Flexible, protection against mechanical
stress, temperature-stable to 400°C
PVC-metal sheath
Flexible brass spiral-reinforced hose
coated with PVC sheathing 1)
Metal sheath
Flexible brass wire-spiral-reinforced hose 1)
M
Characteristics
Flexible, protection against mechanical
stress, temperature-stable to 180°C
PVC special sheath
Highly flexible plastic hose 2)
Details of sheath diameters can be found in
Section 4:
Please note: Every version can be supplied
with increased vibration protection (VS).
See the „Special versions“ section for more
information
12 |
Z
Characteristics
Flexible, protection against mechanical
stress, temperature-stable to 80°C
P
Characteristics
Highly flexible, small sheath diameter,
temperature-stable to 80°C
D
Type
A 1.0
A 1.1
A 2.0
A 3.0
B
4.6
6.6
6.6
8.5
C
8
8
10
11
D
2
2
2
2
11
11
12
15
E
Ø
F
Ø
2.5
2.5
4.5
6
1.5
1.5
2.5
3
P
4
–
6
7
ØJ
M
4
5
6
7
–
4.4
5.8
7.5
Type
D
C 1.0
C 2.0
C 3.0
30
30
30
E
M4
M6
M10
F
Ø
1.0
2.5
3
øG
øJ
D
B 1.1
B 1.2
B 2.0
B 3.0
B 4.0
B
Type A ferrule, stainless steel
øF
A
Ø
D
2
2
3
5
8
30
10
10
12
12
øJ
øE
E
Ø
1
1
2
4
6
F
Ø
H
0.6
0.6
1
2.5
3
2
2
2
2
2
ØJ
P
2
2
3
5
8
Ferrule
stainless steel
stainless steel
alu
alu
alu
Type B ferrule
(only suitable for PVC sheathing)
Standard sensor mechanism, bonding
for -20°C to +80°C
Special designs available (T250, T400, T600)
H
G
Ø
6
8
11
H
P
13
15
12
5
6
7
ØJ
M
T
5
6
7
4.4
5.8
7.5
Different sizes are possible by arrangement,
please ask our product specialists.
(see also the „Special versions“ section)
Type C ferrule, stainless steel
H
H
D
Rmin=8
10
øF
non-bendable component
Type
øE
øF
Type
O 1.0
O 1.1
O 2.0
O 2.1
O
øJ
øE
øJ
D
All details in mm
Tolerances: typ. +/- 0.1mm
Al ferrule, black anodised
øA
C
Type
T
H
D
øF
øE
A
A
Ø
B
C
øA
øF
øA
øJ
øA
øE
4 Sensor mechanism variants and fibre bundles
A
Ø
2
7
3
7
D
100
100
100
100
E
Ø
1
1
1.3
1.3
Type O ferrule
Bendable, to an extent
F
Ø
0.6
0.6
1
1
H
.
10
20
10
20
P
2
–
3
–
ØJ
M
–
5
–
5
T
–
4.4
–
4.4
M 1.1
M 1.2
M 2.0
M 3.0
M 4.0
M 5.0
M 6.0
M 8.0
M10.0
M
A
Ø
6
6
6
7
9
12
13
16
18
D
30
10
10
12
12
16
16
20
20
E
Ø
1
1
2
4
6
7
8
10
12
F
Ø
0.6
0.6
1
2.5
3.5
5
6
8
10
H
10
10
10
12
12
16
18
20
20
M
5
5
5
6
7
9
10
13
15
ØJ
T
4.4
4.4
4.4
5.8
7.5
9
11.5
13.5
–
Ferrule
stainless steel
stainless steel
alu
alu
alu
alu
alu
alu
alu
Type M ferrule
| 13
D
D 1.0
D 1.1
D 2.0
D 3.0
D
A
Ø
B
2.5
2.5
6
15
D
10
13
13
17
20
20
20
20
øJ
øA
øE
H
K
E
Ø
F
Ø
1
1
2
5
G
Ø
0.6
0.6
1.5
2.5
r
3
6
6
9
1.5
1.5
4
10
ØJ
M
P
2
–
5
7
–
–
5
7
T
–
4.4
4.4
6.5
Type D ferrule, stainless steel
(* D1.0 only suitable for PVC sheathing)
2
D
øF
B
øF
øE
Type
øG
A
øJ
4 Sensor mechanism variants and fibre bundles
Type
A
Ø
E 1.0
E 2.0
E 2.1
E 3.0
D
4
5
7
8
20
20
20
20
E
Ø
3
4
4
6
F
Ø
1.5
2.5
2.5
3
H
1.5
1.5
10
1.5
K
4
4
4
5
P
4
5
–
7
ØJ
M
T
–
5
–
7
–
–
5.8
–
Type E ferrule, stainless steel
(* E1.0 only suitable for PVC sheathing)
E
Guidance bore
øJ
D
øF
øE
F
øJ
øA
øE
D
H
2
G
Position
K
Type
F 1.0
F 2.0
F 3.0
F
A
Ø
8
10
12
D
20
20
20
E
Ø
6
8
10
F
Ø
H
1.5
2.5
3
K
9
10
10
P
3
4
5
5
6
7
ØJ
M
5
6
7
Type
T
5.8
6.5
7.5
R 1.0
R 1.1
R 2.0
R 2.1
60 (Mounted)
E
Ø
25
30
25
30
4
7
7
10
F
3
3
6
6
G
max.
0.5
0.5
1
1
P
3
6
6
–
ØJ
M
–
6
6
7
T
–
5.8
5.8**
7.5
Type R ferrule, aluminium
* R1.0 only suitable for PVC sheathing
** at 6x1 mm², can be made to a length of 1200
R
Type F ferrule, stainless steel
D
G
L
ø 3,2
D
P
ØJ
M
T
(3mm)/ channel
12
13
13.5
LV
L
Type LV ferrule
Fibre optic extension / feed-through
All details in mm
Attention: With angular sensor mechanism versions, a reduction in range
can be expected compared to axially emerging versions.
14 |
Typ
A
B
C
D
E
F
G
Q1
Q2
Q3
Q4
Q5
Q6
Q7
Q8
Q9
Q10
12
12
12
12
12
12
16
16
20
20
25
30
35
55
55
55
75
75
90
90
9
14
24
34
44
54
64
74
84
94
15
20
25
40
40
40
60
60
75
75
15
20
30
40
50
60
70
80
90
100
5
10
18
28
38
48
58
68
78
88
0.5
0.3
0.3
0.2
0.15
0.15
*
*
*
*
ØJ
dependent on
fibre cross-section
Fibre bundle
Ø
B
A
(F x G 3.5 mm² for CLS and IFA applications with FA adapter)
Q
Type Q, aluminium
Also available in stainless steel
C
E
F
Ø J
M18
øJ
40
5 + 6 Length and aperture angle
22°
5
67°
Standard lengths are: 600*, 1200*, 1800 and 2400mm.
* Bearing types
Length tolerance type: +/- 4%
Cable lengths of up to 30m can be supplied on request!
Dependent on the
glass fibre material
used the following
aperture angles
are included in the
standard range:
22°, 67°, 121°
6
Detection areas, various sensor mechanisms
Fibre bundle ØF
mm
0,6
1
1,5
2,5
3
Working distance
mm
Light spot for 67° fibre
approx. Ø mm
Light spot for 22° fibre
approx. Ø mm
5
10
15
20
5
10
15
20
5
10
15
20
5
10
15
20
5
10
15
20
3 5 81)
121)
3
7
11
151)
4
7
11
191)
5
10
13
191)
8
12
15
181)
3
4
6
8
3
5
81) 111)
3
5
8
11
4
8
10
13
5
7
10
13
Typical values were determined using colorSENSOR LT-2-ST
1) Can be realised only in certain conditions
| 15
Mountable lenses
for fibre optics
Series KL-xx/xx
Focussing of colour and fibre
optic sensors
Improving the efficiency of the
application
Many possible applications
Features:
- Working distances from 8mm to 200mm
- Scratch-resistant glass lens
- Robust aluminium housing (black anodised)
- Bundling to a small light spot
- Increasing the range
- Minimum colour change when the distance
is altered
- High luminous efficiency
- Special designs possible, according to
customer requirements
- Colour measurement on small objects at
a relatively large distance (Kl-3, KL-4)
- Recognising highly absorbent objects
(KL-5, KL-14, KL-17)
16 |
Article
number
Object distance
(typ.)
Detection range
(typ.)*
Dimensions
LWL
FASOP
KL-3
10823012
8mm - 20mm
1mm - 5mm
LxØ
ap. 60mm x 15mm
A 2.0 3)
KL-M18-A2.0
10823020
15mm - 50mm
2mm - 10mm
LxØ
ap. 51mm x M18 x 1
A 2.0 1)
KL-M34
10823278
80mm - 150 mm
10mm - 20mm
LxØ
ap. 85mm x M34 x 1.5
A 2.0 1)
KL-M34/62
10824196
80mm - 150 mm
2mm - 5mm
LxØ
ap. 170mm x 62mm
A 2.0 1)
KL-4
10823262
8mm - 20mm
0.6mm - 3mm
LxØ
ap. 60mm x 15mm
A 1.1 1)
KL-M18-A1.1
10824140
10mm - 50mm
2mm - 7mm
LxØ
ap. 51mm x M18 x 1
A 1.1 1)
KL-D-40
10824143
15mm - 25mm
3mm - 5mm
LxWxH
ap. 43.4 x 49.5 x 12mm
A 2.0 2)
KL-D-28
10824197
20mm - 30mm
5mm - 8mm
LxWxH
ap. 31.7 x 40.5 x 15mm
A 2.0 2)
KL-D-20
10823021
20mm - 40mm
4mm - 10mm
LxWxH
ap. 21.4 x 33 x 12mm
A 2.0 2)
Kl-D-17
10823220
30mm - 80mm
8mm - 25mm
LxWxH
ap. 36.5 x 25.5 x 15mm
A 2.0 2)
KL-D-14
10823022
60mm - 120mm
10mm - 20mm
LxWxH
ap. 37 x 50 x 20mm
A 2.0 2)
KL-D-6
10823409
100mm - 200mm
15mm - 30mm
LxWxH
ap. 31.1 x 45.1 x 20mm
A 2.0 2)
KL-5
10824198
8mm - 20mm
2mm x 0.3mm
to 15mm x 3mm
LxØ
ap. 60mm x 15mm
R 1.1 1)
KL-8
10823920
8mm - 20mm
4mm x 0.7mm
to 30mm x 5mm
LxØ
ap. 60mm x 15mm
R 2.1 1)
Type
*The smallest figure in the table relates to the smallest typical optical diameter that is generated.
This corrresponds to roughly the smallest detection area for colour or fibre optic sensors.
1)
Reflex fibre optic (FAR)
2)
Transmitted light mode fibre optic cables (FAD)
3)
Can be realised in conjunction with FAR-X-A2.0-0.6-XXXX-67° reflex mode fibre optical cable (FAR) measurement spot of approx. 0.2mm
| 17
High performance sensors made by Micro-Epsilon
Sensors and measurement devices for
non-contact temperature measurement
2D/3D profile sensors (laser scanner)
Measurement and inspection systems for
quality assurance
Optical micrometers, fibre optic sensors
and fibre optics
Colour recognition sensors, LED analyzers
and colour online spectrometer
Modifications reserved / Y9761378-B011053GKE
Sensors and systems for displacement
and position
MICRO-EPSILON Eltrotec GmbH
Heinkelstraße 2 · 73066 Uhingen / Germany
Tel. +49 (0)7161 98872-300 · Fax+49 (0)7161 98872-303
eltrotec@micro-epsilon.de · www.micro-epsilon.com
Download PDF
Similar pages
Valera X'Carbon
Cables Direct 3.0m LC-LC 62.5/125 MMD OM1