Fasergekoppelte Laserstrahlquellen
The 48TE-SOT-... consists of three basic elements:
1 Laser diode module 48TE-SOT with:
• integrated Peltier element temperature control
• for laser diodes with diameter 5.6 and 9 mm
• easy to handle X/Y adjustment (see next page)
• solderless contacts
• optional fan 48L
2 Collimation flange 48CFS
• for system mount Ø 19.5 mm
• collimator adjustment with indirect clamping,
even with adapters
3 Diode collimator 60CL-...
• focal length f' from 2.7 mm to 8 mm
(up to 60 mm with collimator 50CL-...)
• NA up to 0.55
• spectral range 400 – 1800 nm
with polarization-maintaining singlemode fiber,
Peltier element / thermosensor and Faraday Isolator
2
1
3
9
4
10
5
6
Laser diodes 370 – 2300nm
Encased Ø 5.6 mm
and Ø 9 mm
mounted in
Laser diode mod. 48TE-SOT
Laser diodes with
integrated TE-Cooler
Laser diode
Case TO3
mounted in
Laser diode mod. 48-O-TO3
Laser diode module 48TE-SOT-... with
integrated Peltier elements and temperature
sensor for thermo-electric control
Collimating lens
Laser diode
Mounting bracket, microbench compatibility
Superlum
Case TOW
Faraday Isolator
mounted in
Anamorphic beam-shaping optics
Laser diode mod. 48-O-TOW2
Mechanical shutter or attenuator
Laser beam coupler for singlemode fiber
Polarization-maintaining singlemode fiber
Fiber collimator with FC connection 10 Micro focus optics
1
2
3
4
5
6
7
8
9
• Wavelength range 390 – 2300 nm
• Integrated Peltier element and temperature sensor for thermoelectric temperature control of the laser diode
• Faraday Isolator 48FI-5-...
• For encased laser diodes of Ø 5.6 mm and Ø 9 mm,
optionally TO3 and TOW2
• Applicable for DBR laser diodes
Universal modular system of laser diode collimators, designed for
easy customer assembly and adjustment
A
4 Faraday isolators are used to protect laser
sources from back-reflection (acting as an
optical diode). Radiation coupled back into a
laser diode leads to mode hopping, noise,
frequency instability and decreases lifetime.
A Spectrum of an undisturbed laser beam
source
B Disturbed spectrum because of
back-reflections (mode hopping)
LD-Collimator-48TE_FiberOpt.indd • Page 75
7
4
A
A1
PM:
BOW-TIE
BOW-
A
A2
PM:
PANDA
PPAND
Faraday Isolator (optical diode) 48FI-5-...
5
Anamorphic Beam-shaping Optics 5AN-...
Combination of cylinder lenses with integrated astigmatic correction.
Afocal (i.e., non-focussing) beam-shaping optics to transform the
elliptical beam profile of the collimated laser diode into a nearly circular
profile:
• laser beam aperture
max. 6 mm
See page 49
• beam-shaping factor
2, 2.5, and 3
7
5
8
Laser Beam Coupler
for Singlemode Fiber
3
For assembly in microbench systems, high precision through-holes for
4 parallel rod guides ensure high mechanical stability and distortion
resistance of the whole system:
• isolation
>30 dB
• laser beam aperture
max. 5 mm
• attenuation
<0.5 dB
See page 57
• standard wavelengths
400 – 1080 nm
Mechanical Shutter 48AT-...
To block the laser beam manually
• for system mount Ø 19.5 mm
• aperture Ø 3 mm
Both the temperature and
power influence the emitted
wavelength of laser diodes.
The wavelength center is
shifted by 0.25 – 0.3 nm/K
of temperature and either
the modes ‘hop’, one-byone, or many modes may be
excited simultaneously. The
Optical Power Output
wavelength center can drift
Wavelength Dependency
nm Wavelength vs. Temperature
836
by 2.5 – 3 nm at 20 – 30°C.
Po=40mW
Conversely, when the laser
832
Po=10mW
power is increased from a
828
Po=3mW
threshold up to the nominal
826
828
830
20
30
40
50
power, the wavelength is
Wavelength Op [nm]
Casing temperature TC [°C]
increased by 2 – 4 nm.
For constant laser power, the thermo-electric temperature control maintains
the laser at a constant temperature and wavelength. Peltier elements establish
a temperature gradient, which in magnitude and direction is regulated by the
Peltier current obtained from the measured signal of the temperature sensor.
1
4
6
For a detailed description of
the modular laser diode
beam source 48TE-SOT-...
see download:
www.SuKHamburg.de/dl/
ldc48te_e.pdf
B
2
For more information, see:
http://www.SuKHamburg.com/dl/ldc48te_e.pdf
7
8
1
9
10
See page 64
Laser Beam Coupler 60SMS-...
Adjustable and focussable for singlemode fiber cable with
FC connector
• Inclined (8°-polish, FC-APC) or paraxial fiber-coupling axis
• focal length f' from 2 mm to 18 mm
• NA up to 0.68
From page 9
• spectral range 370 – 2300 nm
8
Polarization-maintaining and Singlemode Fiber Cables
PMC-... / SMC-...
• Singlemode, polarization-maintaining
• MFD 3 – 10 μm
xO = 360 – 1800 nm
Fiber connectors:
FC-APC: 8°-polish of the fiber ferrule, for supression of back-reflection
into the laser source
From page 20
FC-PC: 0°-polish
Fiber Collimators 60FC-... and Micro Focus Optics 5M-...
Fiber Collimator 60FC-… focussable, inclined or paraxial fiber
coupling axis. Both beam diameter and divergence are determined
by the focal length f’ of the collimating lens:
• focal length f' from 2.7 mm to 200 mm
• NA up to 0.68
• spectral range 370 – 2300 nm
From page 33
• pilot beam option
10 Micro focus optics, Series 5M-… and 13M-…
The lens attachments for fiber collimators 60FC-... focus the
collimated laser beam onto a diffraction-limited area (•0.6 μm)
9
Order Options
Laser diode beam sources are delivered fully assembled and
adjusted, using laser diodes from our own stock or supplied by the
client, according to customer specifications. Detailed instructions
for assembly and adjustment by the user are included.
inclined fiber coupling axis
TILT
PM: OVALPM
A3 INNER
A
CLAD
01-2016 E
Kieler Str. 212, 22525 Hamburg, Germany
•
Tel: +49 40 85 39 97-0
•
Fax: +49 40 85 39 97-79
•
info@SuKHamburg.de
•
75
www.SuKHamburg.com
Fiber-coupled laser sources
Laser Diode Collimator 48TE-SOT-...
Laser Diode Collimator
48TE-SOT-...
Fiber-coupled laser sources
Laser Diode Collimator 48TE-SOT-...
Laser Diode Module 48TE-SOT A
Main specifications:
• X/Y-centering of the laser diode onto the optical axis with
adjustment tool 48AD
• Solderless contact using spring-contact connectors ensures
laser diode is galvanically isolated from collimator module
• Integrated Peltier element and temperature sensor for thermoelectric closed-loop control of the laser diode temperature
• Peltier element provides up to 2 W of heat transfer power
I
A2
Adjustment
with mounted
collimator
III
A2
II
Imax. = 1.5 A, Umax. = 2.8 V
• Temperature sensor: thermistor (NTC 10 k:)
• Separate connection cables for power supply, for the monitoring
of the laser diode and temperature control
• Modular fan 48L A3 for increased thermal transfer efficiency
(12 V DC, 0.1 A power supply is not designed for use with
vibration-sensitive applications)
• Compatible with microbench (30 mm pitch)
• The components are adjusted and fixed using radially located
grub screws for positive locking
• An elastomere diaphragm A1 encloses the laser diode and
prevents both laser beam egress and dust ingress
A
A2
B
A1
48CFS
x/y-Centering of the Laser Diode Module
Table 1
Beam parameters
row curr. no
Collimation lens
Collimator flange
1 Lens type
Collimation Lens 50CL-... / 60CL-...
1
2
3
4
5
6
7
8
60CL
48CFS
G2.7 A3,1 A4 A4.5 T5 M5 A6.2 A8
3.1
4
4.5
2
Focal length f'
2.7
3
Numerical aperture NA
0.35 0.68 0.6 0.55 0.5 0.16 0.4
0.3
Clear aperture [mm]
1.9
Max. active area [mm]
0.1 0.05 0.05 0.18 0.14 0.1
6
Lens for UHV application
x
x
4.8 4.95
x
5
5.1
4
Spectral range
4.2
5
5
2.5
x
6.2
8
9
A8
11 12 13
50CL
48CFL
T12 T12F M12 M60
8
12.5 12.5 12.1 60
5
4.8
8
13.5 13.5 5.5
17
0.2
0.1
0.1
0.2
0.2
0.2
x
x
x
x
x
370 - 600 nm
01
01
01
01
01
01
600 - 1050 nm
02
02
02
02
02
02
03
9
1050 - 1550 nm
03
03
03
03
03
10
1300 - 1750 nm
45
45
45
45
45
11
650 - 1350 nm
07
12
390 - 670 nm
33
13
600 - 1020 nm
05
14
630 - 980 nm
10
15
830 - 1550 nm
25
16
1550 - 1750 nm
22
22
22
22
22
22
17
1750 - 2300 nm
09
09
09
09
09
09
w w
ØA
18
0.2
Code no. of AR coating
8
Ø||
10
0.5 0.54 0.54 0.22 0.14
7
w w
Adjustment fixture Order Code 48AD
A3
33
33
33
10
10
05
10
10
25
25
1.5
1.8
2.4
2.4
3.7
3.7
C
D
0.8
0.9
1.2
1.3
1.5
2.7
3.4
3.9
4.3 #2.5 #5.0 #4.8 #6.9 10.8 10.8 #5.5 #17
19
Beam-Ø A [mm]
1.9
Divergence || [mrad]
0.53 0.47 0.36 0.32 0.29 0.28 0.23 0.18 0.18 0.12 0.12 0.12 0.03
21
Divergence A [mrad]
0.22 0.16 0.12 0.11 0.1 0.17 0.09 0.09 0.06 0.04 0.04 0.08 0.03
Beam parameters for the collimated laser beam using a 635 nm
CircuLaser™ diode with beam divergence 8°x 8° (FWHM)
ww
22
23
3
3
C
B
Laser diode with housing Ø5.6 mm
Assembly key Order Code 50LD5.6
D
3.6 #17
20
Ø
2
Application: Laser diodes of Ø 5.6 mm size can be inserted into the
slot for a Ø 9 mm laser diode without altering the active area nor
position: the laser diode beam axis and the position of the emitter
are unchanged.
A
Adapter Order Code 50AL-5.6
2 parts: A outer casing Ø 9 mm and
B Retaining ring for laser diode
Beam parameters for the collimated laser beam using a 670 nm laser diode
with active area 0.1 x 3 μm and beam divergence 10°x 30° (FWHM), beam-Ø
1/e² (13.5%). # beam cross-section restricted by lens aperture.
Beam-Ø || [mm]
1
Adapters for Laser Diodes Ø 5.6 mm
45
07
10
A2
For optimum collimation of the laser beam
m
free of aberration (e.g. coma), it is necessary
y
to launch the emission center onto the optical
al
axis of the collimator optics.
With the tripartite X/Y-centering fixture 48AD,,
e
the mounting plate of the laser diode can be
adjusted laterally (for details, see assemblyy
instructions).
1
Lateral displacement is performed 2
using screws 1 and 2 , while
screw 3 provides the necessary
counteractive force.
Beam-Ø 1/e² (13.5%) [mm] 0.6 0.7 0.9 1.1 1.2 1.2 1.5 1.9 1.9 3.0 3.0 2.9 14.2
0.63 0.55 0.43 0.38 0.34 0.33 0.28 0.21 0.21 0.14 0.14 0.14 0.03
Divergence [mrad]
Order Options
The 48TE-SOT-... laser diode collimator is supplied as a completely adjusted system consisting of laser diode module 48TE-SOT,
with integrated Peltier element, diode collimator 60CL-...(50CL-...),
Faraday Isolator 48FI-5-..., anamorphic optics 5AN-..., shutter 48ATS, laser beam coupler with FC-APC connector 60SMS-..., PM fiber
or singlemode fiber cable PMC-.../ SMC-... and fiber collimator
60FC.
On ordering, please specify:
• Laser Diode wavelength, module type and output power
• Fiber Cable length and type
• Fiber Collimator focus size or collimation diameter
• Fan module option: with or without
Please contact Schäfter+Kirchhoff for details of suitable laser diode
beam sources or for laser diode collimators with other specifications.
Collimator flange 48CFS
B
• Internal lens focussing: a left or right turn with the eccentric key
I provides fine adjustment of the collimation lenses and, so, of
the focus position and collimation, even with attached adapters.
• Lens locking II
• System mount Ø 19.5 mm for attachment of further beam-shaping
optics and adapters. The adapters have a tightly fitting cylinder
with circular V-groove for fitting into the collimator flange. The
adapters can be rotated and are locked by circumferential grub
screws III .
Assembly and Adjustment Tools
Order Code
Screwdriver
Hex screwdriver SW Ø 1.,5 mm
Order Code 50HD-15
3 Hex screwdriver SW Ø 2.,5 mm
Order Code
for adjustment fixture 48AD
4 Eccentric key
for collimation lenses 60CL-... Order Code
5 Focussing key
for collimation lenses 50CL-... Order Code
1
2
48SD-00
50HD-25
4
60EX-4
50LF-03
1
2
3
5
76 01-2016 E
Kieler Str. 212, 22525 Hamburg, Germany
•
Tel: +49 40 85 39 97-0
•
Fax: +49 40 85 39 97-79
•
info@SuKHamburg.de
•
www.SuKHamburg.com
LD-Collimator-48TE_FiberOpt.indd • Page 76
60CL
60
Fiber-coupled, singlemode and polarization-maintaining with FC-APC connector
405 – 1550 nm
m
• Rotationally symmetric beam profile with Gaussian intensity distribution P1
• Singlemode fiber cable or polarization-maintaining singlemode fiber cable
(polarization extinction ratio >23 dB)
• Spectral range 405 nm to 1550 nm
• Laser output power up to 70 mW
• Fiber cable with strain-relief and protective sleeving (Ø 3 mm)
• FC-APC connector (8°-polish) reducing power noise caused by back-reflection into the laser
• Output power adjustable using potentiometer or external voltage control input (0 – 2.5 V)
• AND-wired modulation inputs, analog and TTL, fmax = 100 kHz
• Operation mode: constant power (standard) and constant current
Laser safety specification according IEC 825 / EN 60825 from:
• Key switch 3 and LED-indicator for laser operation
• interlock connection X2
Options:
• To fullfill lower laser safety requirements (e.g. laser class 2), the laser source can be delivered with
reduced maximum output power
• Supply voltage 5 V (standard) or 12 V (exception: Table 6, row 1 is available with 12 V supply voltage
only), reverse voltage protection
• Protective cap to prevent damage to the potentiometer
X2
4
5
3
2
P1
1
Laser diode beam source 58FCM-…
1 Singlemode fiber cable with
2 FC-APC connector
3 Key switch: ON/OFF - LED ON
4 Potentiometer (reduction of laser output power)
5 Cable for power supply
X2 Connector, ext. modulation and interlock
Accessories
Related products
• Laser diode beam source 52FCM: Version without key switch nor interlock (for OEM purposes only)
• Laser diode beam source 51nanoFCM: Low Noise version with reduced coherence length and
speckle contrast
• Laser diode beam source 51nanoFI: Low Noise version with integrated Faraday Isolator (reduced
coherence length and speckle contrast)
Table 6 Laser Diode Beam Source 51nanoFCM...
1
58FCM
1
Wavelength
(nm)
405
40
3
Laser
diode
code
M29
..
9
Fiber
connec.
option
..
2
58FCM
635
1
H01
P/C
5/12
C
..
..
..
..
4.5
3
58FCM
637
5
H10
P/C
5/12
C
..
..
..
..
4.5
Row
Connectors
Cur.
No.
Lumberg connector (female) according IEC 60130-9
Order Code BC 01 06 F
Type KV 60 (6-pin) for connection to
interlock chain and for ext. modulation
Order Code BC 01 03 F
Type KV 30 (3-pin) for 5 V power supply
Order Code BC 01 04 F
Type KV 40 (4-pin) for 12 V power supply
Type
2
*
Pout
(mW)
4
5
6
7
LD
Electr.
Supply Electrooperation
connecpower (V) nics Type
mode
tion
P/C
5/12
P
..
**
8
Fiber
type
10
Fiber
length
(cm)
..
12
***
MFD
(μm)
2.9
4
58FCM
640
25
H22
P/C
5/12
C
..
..
..
..
4.5
5
58FCM
660
14
M01
P/C
5/12
C
..
..
..
..
4.7
Power Supplies for 58FCM…
6
58FCM
660
24
M26
P/C
5/12
C
..
..
..
..
4.7
Power supply for laser diode
beam sources, electrically isolated,
1.5 m cable with connector
(IEC60130-9) Lumberg series KV (female).
7
58FCM
660
70
M25
P/C
5/12
P
..
..
..
..
4.7
100 - 240 V AC
Input
Output with
connector
5 V DC/1 A 12 V DC/0.5
ABC0104F
BC0103F
Order Code
PS051003E
PS120516E
Connector (fem.)
5-pin KV50 for
5 V (pin comp.
to SV30) or
4-pin KV40 for
12 V DC version
Power cord for Power Supplies
1.5 m, IEC320 female 3-pin plug,
10 A, 250 V AC IEC-connector
(IEC-60320) with country-specific male
3-pin plug
Country
C
Order Code
Europe
PC150DE
8
58FCM
675
3
H03
P/C
5/12
C
..
..
..
..
4.8
9
58FCM
685
24
H13
P/C
5/12
C
..
..
..
..
4.9
10
58FCM
785
23/29
H06
P/C
5/12
C
..
..
..
..
5.6
11
58FCM
830
18
H19
P/C
5/12
C
..
..
..
..
5.9
12
58FCM
980
6
W22
P/C
5/12
C
..
..
..
..
6.9
13
58FCM
1080
28
EY10
P/C
5/12
C
..
..
..
..
7.6
14
58FCM
1310
2.4
M06
P/C
5/12
C
..
..
..
..
9.2
15
58FCM
1550
2
M15
P/C
5/12
C
..
..
..
..
10.9
5
- H10 -
P
2
- 28
58FCM
USA/Canada Great Britain
PC150US
PC150 UK
DE
D
US
UK
Electrical Data
Electronics Type
Supply voltage
C
P
5 V DC (±0.2 V)
12 V DC (±0.2 V)
Laser diode operation mode
constant power
optional
constant current
Max. operating current
250 mA
Ambient temperature range
15 – 35°C
Modulation frequency
analog 100 kHz
10 Hz
TTL 100 kHz 250 kHz
Laser power output potentiometer
<1–100% <5–100%
TTL modulation logic
Laser ON
TTL high
Analog control voltage Pmin to Pmax
0 – 2.5 V
standard
optional
Timing Diagram
Modulation: The laser has two AND-wired modulation input
channels, Uanalog 1 and UTTL 2 . The laser is OFF when the
modulation input is open. The laser can be modulated
digitally. If only one modulation input is used then the other
has to be set to +5V (see timing diagram).
The voltage Uanalog at analog modulation input 1 linearly
2 controls
laser
Umod
digital
output
power
0V
between
d1%
2,5V
1
and 100% of the
Umod
analog
optical power set
0V
by the potenti100%
ometer.
Laser
P/Pout
0%
*
-
637
-
-
5
-
Laser diode beam source (see Table 6)
Laser diode operation mode:
constant power (standard) . . . . . . . . . . P
constant current . . . . . . . . . . . . . . . . . . C
Supply voltage:
5 V DC (standard) . . . . . . . . . . . . . . . . . . . . . 5
12 V DC . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12
Electronics Type (see Table 6):
The electronics type depends on the laser diode.
Details about types C and P are found in
table of electrical data, see left.
Electrical cable
1.5 m shielded 3 x 0.14 mm2 . . . . . . . . . . . . . 1
as for 1, with connector SV30 (5 V) . . . . . . . . 2
as for 1, with connector SV40 (12 V) . . . . . . . 4
cable length specified by customer . . . . . . . 5
Typical laser output power.
For the lower of two specified power outputs, the housing
length L = 146 mm (standard) . For the higher power value,
the housing length L = 166 mm, see dimensions below.
** Constant power: An internal control-loop maintains
constant laser power. Advantage: compensates for
temperature variations or ageing of laser diode.
Dimensions
C
-
-
0
-
150 Order Code
Fiber length in
cm, standard
Connector option:
0 = standard
C = core centered <0.25 μm
(singlemode only)
Fiber type:
10 = singlemode fiber cable, FC-PC
connector (0°-polish)
18 = singlemode fiber cable, FC-APC
connector (8°-polish)
20 = PM singlemode fiber cable, FC-PC
connector (0°-polish)
28 = PM singlemode fiber cable, FC-APC
connector (8°-polish)
Connector type ST, DIN-Avio, and E-2000
on request
Constant current: The internal control-loop
maintains constant laser current. The power
output depends on temperature.
Advantage: reduced laser noise.
*** With fiber NA 0.11
Laser Diode Beam Source 58FCM-…
58
50
Cable for
power supply
Connector Lumberg
SV30 (5 V)
SV40 (12 V) X1
M4
50
X2
50
6
FC connector
Singlemode
fiber cable
Ø 3 mm
Potentiometer
60
1 x M6
1 x A1/4
146/(166) *
Potentiometer
82 01-2016 E
Kieler Str. 212, 22525 Hamburg, Germany
•
Tel: +49 40 85 39 97-0
•
Fax: +49 40 85 39 97-79
•
info@SuKHamburg.de
•
www.SuKHamburg.com
58FCM_E_11-2013.indd • Page 82
Fiber-coupled laser sources
Laser Diode Beam Source 58FCM-…
FULL
ULL
WER
POWER
Singlemode and
polarization-maintaining
Color
Green Yellow
Wavelength [nm] 543.5
Application
Red
594.1
632.8
632.8
632.8
Output Power
ex Fiber [mW]
0.7
0.7
0.3512
28
0.7
Freq-stabilized
-
-
-
-
yes
Picture
1
2
3
4
5
Interferometry
A
1
GREEN
543.5 nm
2
B
YELLOW
594.1 nm
D
The Schäfter+Kirchhoff HeNe lasers and fiber optics are polarizationmaintaining and provide a high coupling efficiency with extremely
resilient transport capabilities. A large selection of coupling lenses is
provided that match the different laser beam diameters with the
particular PM fiber chosen for use. Both ends of the singlemode fibers
have 8°-polish (connectors Type FC-APC) in order to minimize laser
back-reflection and power noise effectively.
• Coupling efficiency >75%, typically 80%
• Polarization extinction ratio >23 dB
• Fiber cable MFD = 4.4 μm, NA = 0.12
• FC-APC type connector for coupler and fiber end (others
available on request)
• Fiber-coupling solutions for HeNe lasers supplied by the customer
• Mechanical shutter or attenuator locked by a grub screw, for
release by a special tool to ensure laser safety
• Electromagnetic shutter for all HeNe laser types
• Mounting brackets for strainless mounting, with shock absorbers
to avoid vibration, shocks and thermal deformation: highly
suitable for industrial environments
• Standard and customized power supplies
For more information and technical drawings of the laser sources, please
contact Schäfter+Kirchhoff or download product information from
www.SuKHamburg.com/pdf/HeNe-Laser_e.pdf
1 Green HeNe Laser HeNe - 543 - 0.7 - P - LGP193 - ...
• Polarization-maintaining singlemode fiber
• Wavelength 543.5 nm
• Output power >0.7 mW ex fiber
2 Yellow HeNe Laser HeNe - 594 - 0.7 - P - LYP173 - ...
• Polarization-maintaining singlemode fiber
• Wavelength 594.1 nm
• Output power >0.7 mW ex fiber
3
RED
632.8 nm
C
3 HeNe - 633 -...
• Polarization-maintaining singlemode fiber
• Wavelength 632.8 nm
• Output power >0.35 mW to >12 mW ex fiber
4 HeNe - 633 - 28 - P - MG928 - ...
• Polarization-maintaining singlemode fiber
• Wavelength 632.8 nm
• Output power >28 mW ex fiber
4
E
5 HeNe - 633 - 0.8 - P - REO32734 - ... Frequency-stabilized
RED
632.8 nm
B
• Polarization-maintaining singlemode fiber
• Wavelength 632.8 nm
• Output power >0.8 mW ex fiber
• Overall length of system approximately 520 mm
• Faraday Isolator for frequency-stabilized fiber coupling
632·816 nm
Frequency-stabilized
G
3
RED
632.8 nm
B
F
5
RED
632.8 nm
HeNeLaser_FiberOpt.indd • Page 83
H
Options
All HeNe laser sources can be combined with following options:
A Adapter flange 60A19.5-F, standard adapter
B Mechanical attenuator 60A19.5-F-AT
C Adapter flange with integrated shutter 60A19.5-F-S
D Vibration-absorbing mounting bracket MC-MG-44.5-R
E Mounting bracket with integrated flange for fiber coupling
(increased long-term stability) MC-MG-44.5-F-R, standard mount
F Mounting bracket with integrated flange for fiber coupling
(increased long-term stability) and with steel shock absorbers
MC-MG-44.5-F-S
G Electromagnetic bistable shutter EMS-3-30
For more information on the shutter EMS-3-30, see page 56
H Faraday Isolator 48FI-5-..., see page 57
I Mechanical attenuator 48AT-A, see page 64
Fiber-optics Accessories
Fiber Collimators 60FC-...
Micro focus
optic 5M-...
632.816 nm
Vacuum
Feed throughs V-...
V ...
Feed-throughs
Fiber-optic
Beam Splitters
FBS-...
Frequency-stabilized
I
F
Page 33f
Page 25
Page 24
01-2016 E
Kieler Str. 212, 22525 Hamburg, Germany
•
Tel: +49 40 85 39 97-0
•
Fax: +49 40 85 39 97-79
•
info@SuKHamburg.de
•
83
www.SuKHamburg.com
Fiber-coupled laser sources
Universal Beam Source for Interferometry
and Frequency Standards
HeNe Laser with Fiber Optics
Adapters for laser beam couplers 60SMS-…
..
..
..
..
..
..
..
..
..
..
..
..
..
..
..
..
..
..
..
..
..
..
..
..
12
13
14
Laser
X
X
X
X
X
X
31.6 178
44.5 272
44.5 396
44.5 484
44.5 637
rect. 1030
1
3B
3B
3B
3B
3B
15
16
B
B
B
C
C
C
17
Schäfter+Kirchhoff offers different adapters for
attaching the laser beam couplers 60SMS-... to a
HeNe laser with a standard fitting 4x 4-40, …1".
Mounting set with screws and washers
Order Code 60A19.5-F-MS
Fiber Cable
0.12
0.12
0.12
0.12
0.12
0.12
4.1
4.1
4.1
4.1
4.1
4.1
Ø 3.8
A
Adapter flange
M3
Ø1
9.5
..
..
..
..
..
..
11
NA
0.5
2
5
10
17
35
10
MFD 1/e²
[μm]
LHP 213
LHP 121
LHP 151
LHP 991
LHP 925
LHP 928
9
Power Supply
Style
Shutter/
Attenuator
P
P
P
P
P
P
8
Laser Class
Supply Voltage
7
*
Laser Power
[mW]
6
Shutter
Laser Type
5
Laser Diameter [mm]
Length
[mm]
Polarization
4
Fiber Length [cm]
Power ex fiber
[mW]
0.35
1.5
3.5
7
12
28
HeNe
HeNe
HeNe
HeNe
HeNe
HeNe
3
Fiber Type
Wavelength [nm]
Red
633
633
633
633
633
633
1
2
3
4
5
6
2
Fiber Connector
Option
1
No.
Table 1. HeNe Laser
Column
P
LGP 193
1
..
..
..
..
..
X
44.5
510
3B
B
0.12
3.5
10
25.5
34
Yellow
8 HeNe 594 0.7
P
LYP 173
1
..
..
..
..
..
X
44.5
456
3B
B
0.12
3.9
Red (frequency-stabilized) ** Faraday Isolator required, add FI to Order Code
9 HeNe 633 0.8
P REO32734 1.5
4
..
..
..
..
X
50 381
3B
0.12
4.1
Adapter
flange with
attenuator
-
2 - A - 28 - 0 - 150
25
Ø1
9.5
B
HeNe - 633 - 3.5 - P - LHP151
5
Order Code
**. . .
Fiber length [cm]
Connector option:
0 = standard
C = core centered
(singlemode only)
Ø3.8
25.5
34
25
Fiber / connector type:
18 = singlemode fiber cable, FC-APC conn. (8°-polish)
28 = PM singlemode fiber cable, FC-APC connector
(8°-polish), standard
Connector type ST, DIN-Avio, and E-2000 on request
2
1
3
4
Order Code
5
Shutter/Attenuator
mechanical shutter . . . . . . . S
mechanical attenuator . . . . . . A
w/o. . . . . . . . . . . . . . . . . . . . . 0
Ø3.8
25.5
34
17
*
FI
Adapter
flange with
integrated
shutter
C
Ø1
9.5
P
R
Order Code
60A19.5-F-AT
17
Wavelength [nm]
Optical power ex fiber [mW]
Polarization:
linear (standard) . . . . . . . . . . .
random (option) . . . . . . . . . . .
Laser type
Supply voltage:
230 V (standard) . . . . . . . . . .
110 V . . . . . . . . . . . . . . . . . . .
12 V DC . . . . . . . . . . . . . . . .
230/110V (Laser no. 9 only) . .
add. Faraday Isolator
Order Code
60A19.5-F
3
6.5
Green
7 HeNe 543 0.7
*
Using fiber connectors of type FC-PC with 0°-polish, even for cable output, produces
back-reflections into the laser, resulting in the noisy operation of the HeNe laser.
60A19.5-F-S
When the laser has its own shutter, see Table 1, column 11,
an external shutter is not required.
Mounting Brackets and Accessories
A
A
A
B
B
B
C
C
Mounting Bracket MC-MG-44.5-R
for lasers with diameter 44.5 mm /
1.75'' (set of two). Elastomer shock
absorbers are used for dampening of
shock, vibrations and avoidance of
thermal deformations.
The adapter A 60A19.5-F,
B 60A19.5-F-AT, or C 60A19.5-F-S
is attached to the front plate of the
laser.
C
Mounting Bracket MC-MG-44.5-F-S
for lasers with diameter 44.5 mm /
1.75'' (set of two). Wire-spring shock
absorbers for improved dampening
of shock, vibrations and avoidance of
thermal deformations in all xyzdirections. For optimum stability, the
bracket MC-MG-44.5-F-S holds
both laser and adapter.
Mounting Bracket MC-MG-44.5F-R for HeNe lasers with diameter
44.5 mm/1.75'' (set of two).
Elastomer shock absorbers for
dampening of shock, vibrations and
avoidance of thermal deformations.
For optimum stability, the mounting
bracket MC-MG-44.5-F-R holds
both laser and adapter.
Dimensions of Power Supplies
Accessories
The HeNe lasers from Schäfter+Kirchhoff are shipped with power supplies.
Desktop power supplies are available for 230 V and 110 V line voltage. OEM
power supplies can often be provided for HeNe lasers upon request, including
12 V DC or 230/100 V AC.
Mounting set:
Socket head screws
(similar to DIN912)
4-40 UNC x 3/8'', set of 4 pcs.
with washer and hex key 3/32
Style A
205
HV connect. Remote/interlock
Power On/OFF
160
30 and shutter controller SK97120.
For more information, see page 56.
Faraday Isolator
48FI-5-... **
See page 57 for
more information
Laser beam couplers
60SMS-...
see page 9
Order Code 60A19.5-F-MS
67
Key switch
Electromagnetic Shutter EMS-3-
Couplers and Collimators
129
Power On/OFF
HV connect. Main power
136
Fiber
F
collimators
collima
60FC-...
60F
0F
page
see p
ag 33
61
Key switch
Style C
Key switch
Power On/OFF
161
HV connect. Remote/interlock
Fiber collimators
rs
s
60FC-L...
see page 36
241
84 01-2016 E
Kieler Str. 212, 22525 Hamburg, Germany
•
Tel: +49 40 85 39 97-0
•
Fax: +49 40 85 39 97-79
•
info@SuKHamburg.de
•
www.SuKHamburg.com
HeNeLaser_FiberOpt.indd • Page 84
Style B
54
Fiber-coupled laser sources
Fiber-coupled HeNe lasers: 633, 543, 594 and 1523 nm
Output power: 0.6 – 28 mW ex fiber
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