
CamLink_ZK.indd • Page 25
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11-2014 E
Camera back view
Configuration program SkCLconfig
Operating program SkLineScan: oscilloscope display
Line scan camera series ...-XL: lens focussing and measurement area alignments
Camera commands
The configuration program
SkCLconfig is shipped with all
Schäfter+Kirchhoff cameras
and enables the adjustment of
line scan camera parameters,
such as gain, offset, and pi xel
frequency, via the serial connec-
tor of the CameraLink interface.
The software uses the clser***.dll
supplied with the Camera Link
grabber board or a choice is
made from the installed clser*.dll
list using
Select. The parameter
settings are stored in the camera
memory and are retained for
immediate subsequent use even
after a complete shut down.
Any grabber board with a CameraLink base configuration can be used for controlling the line scan
cameras from Schäfter+Kirchhoff and the SDK of the grabber manufacturer must be used for develop-
ing application software. Unfortunately, CameraLink grabber boards and their associated software are
designed for area cameras and usually do not support line scan formats. For selected grabber boards,
including Matrox Solios, National Instruments PCI-1428, DALSA X64 Xcelera-CL and microEnable III,
Schäfter+Kirchhoff provides the
SkLineScan
®
operating program. The oscilloscope display provides a
plot of the line scan signals, which can be fully zoomed to individual pixels over a selected area, and
enables the parameterization
and setup of the camera and
optical system.
1
Oscilloscope display
A highly convenient tool for
the adjustment of focus, ap-
erture settings and the evalu-
ation of field flattening of the
lens. The zoom function can
display the signal for indi vi -
dual pixels over a freely se-
lectable sensor length. The
software can be adapted for
other standard specification
CameraLink grabber boards.
1
SkLineScan microEnable III SK7500CTO
microEnable III SK7500CTO
A
Linear tracking
rods for precise
travel of focussing
encasement
B
Focussing ring,
±15 mm
(1 turn = 10 mm)
C
Screw for locking
the focussing
encasement,
hex Allen Key
SW 1.5
D
Rotatable lens
extension ring for
correct alignment
of azimuth,
lens thread
M39x
1
/
26
"
E
Screw for locking
the lens housing,
hex Allen Key
SW 1.5
C
E
A
B
C
D
C
Data: Mini-D Ribbon,
female 26-pin
2
2
1
3
4
5
6
Power
Hirose series 10A,
male 6-pin
5 V DC/430 mA
15 V DC/ 35 mA
Correct alignment of vertical object
with mounting position:
Camera: C12, pixel 1 at
'12 o’clock'
Correct alignment of the measurement
area
F
can be achieved in four possible
positions of the mounting plate
G
H
For a measurement
area vertical to the
mounted camera.
The lens captures
the lowest point of
the scanned object
at sensor pixel 1
I
A measurement
area parallel to
the mounted ca-
mera. The lens
captures the ex-
treme right point
of the object at
sensor pixel 1
The position of the power input
K
indicates
the location of sensor pixel 1 for cameras
with a CameraLink interface
G
F
K
Pixel 1
H
Placement
of pixel 1
on object
Correct alignment of horizontal object
and camera placement:
Camera: C09, pixel 1 at
“9 o’clock”
G
F
K
Pixel 1
I
Placement
of pixel 1
on object
Pin Signal
1 +15 V
2 +15 V
3 + 5 V
Pin Signal
4 + 5 V
5 GND
6 GND
1
Accessories for Line Scan Cameras with CameraLink interface
Control cable SK9018...
for line scan cameras
with CameraLink interface
26-pin shielded cable, both ends with
mini-ribbon connector (male 26-pin)
SK9018.5-MM Order-Code
MM = Connector
both ends (male)
3 = 3 m cable length
5 = 5 m (standard
cable length)
x = chosen length
(maximum = 10 m)
Cable for power supply SK9015...
for line scan cameras with
CameraLink interface
Shielded cable with connectors:
Lumberg SV60 (male 6-pin) and
Hirose HR10A (female 6-pin)
SK9015.1.5MF Order Code
MF = Connector
(male /female)
1.5 = 1.5 m (standard)
3 = 3 m
x = chosen length
Power Supply
PS051515
Order Code
Input: • 100−240 V AC
• 0.8 A
• 50/60 Hz
3-pin input connector (IEC 320)
Output:
• 5 V DC/2.5 A
• 15 V DC/0.5 A
• -15 V DC/0.3 A
output connector:
Lumberg KV60, female 6-pin, length 1 m
Operation Description
Gnnnn<CR> Set Gain Chan1 (Red) 0-24 dB
Bnnnn<CR> Set Gain Chan2 (Green) 0-24 dB
Hnnnn<CR> Set Gain Chan3 (Blue) 0-24 dB
Jnnnn<CR> Set Gain Chan4 0-24 dB
Ommm<CR> Set Offset Chan1 (Red)
Pmmm<CR> Set Offset Chan2 (Green)
Qmmm<CR> Set Offset Chan3 (Blue)
Ummm<CR> Set Offset Chan4
F8<CR> Output Format: 8-bit data
F12<CR> Output Format: 12-bit data
C30<CR> Camera Clock: 30 MHz
C60<CR> Camera Clock: 60 MHz
CC3<CR> Camera Clock external at CC3
(max. 60 MHz / optional)
T0<CR> Test pattern off
T1<CR> Test pattern on
M1<CR> Trigger Mode: External Trigger CC1
M2<CR> Free Run with maximum line rate
M3<CR> External Trigger & Integration
CC1-input, optional
M4<CR> External Trigger CC1, Integration
CC2- input, optional
I<CR> returns camera identification
K<CR> returns SK type number
R<CR> returns Revision number
S<CR> returns Serial number
I4<CR> returns Camera Clock Low Freq.
I5<CR> returns Camera Clock High Freq.
I6<CR> Ga1:xxxxx<CR> ret.Gain Chan1
I7<CR> Ga2:xxxxx<CR> ret.Gain Chan2
I10<CR> Ga3:xxxxx<CR> ret.Gain Chan3
I11<CR> Ga4:xxxxx<CR> ret.Gain Chan4
I8<CR> Of1:xxxxx<CR> ret.Offset Chan1
I9<CR> Of2:xxxxx<CR> ret.Offset Chan2
I12<CR> Of3:xxxxx<CR> ret.Offset Chan3
I13<CR> Of4:xxxxx<CR> ret.Offset Chan4
Range nnnn = 0...1023,
of values: mmm = 0...255.
Camera commands are entered into the ‘Input’
field of the configuration tool and executed
with the ‘Set Command’
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