Line Scan Camera SK2048GJR-4L Manual (09.2016) • shar
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oduction_GigE_ML.indd (09.2016)
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SK2048GJR-4L
Instruction Manual
(09.2016)
© 2016
Schäfter + Kirchhoff GmbH
•
Hamburg
Introducing the SK2048GJR-4L Line Scan Camera
The SK line scan camera series is designed for a wide
range of vision and inspection applications in both
industrial and scientific environments. The GigE series
camera SK2048GJR-4L uses the Gigabit Ethernet
communication protocol, enabling fast image transfer
using low cost standard cables up to 100 m in length. The
Gigabit Ethernet interface makes the line scan camera
highly scalable to faster Ethernet speeds, distinguishing
it with high performance and total flexibility.
All of the GigE cameras from
Schäfter+Kirchhoff
are
externally synchronizable and no grabber board is
needed as signal preprocessing is performed inside the
camera and does not impinge on CPU use.
Additional features include:
• customer-specific I/O signals in addition to the video
signal
• special preprocessing algorithms can be implemented
in the camera
• consistent attribution of camera IDs in multi-camera
operations
• SDK from
Schäfter+Kirchhoff
with the SkLineScan
operating program, libraries and examples.
1
Introducing the SK2048GJR-4L Line Scan Camera
1.1
Intended Purpose and Overview
Features
Shading Correction
X
Programmable Lookup Table
X
Thresholding
X
Window Function (ROI)
X
Line Trigger, Frame Trigger
X
Frame Trigger Delay
X
Threshold Trigger
X
Advanced Synchonization Ctrl.
X
Integration Control for R, G, B
X
Decoupling of line frequency
X
Extra signals for diagnosis
X
Data cable length
100 m
Windows
SK91GigE-WIN SDK
LabVIEW
SK91GigE-LV VI Library
Linux
-
The camera can be connected to a computer either via
the GigE socket directly or through a Gigabit Ethernet
switch.
Once the camera driver and the SkLineScan® program
have been loaded from the SK91GigE-WIN CD then the
camera can be parameterized. The parameters, such as
integration time, synchronization mode or shading
correction, are permanently stored in the camera even
after a power-down or disconnection from the PC.
The oscilloscope display in the SkLineScan® program
can be used to adjust the focus and aperture settings, for
evaluating field-flattening of the lens and for orientation
of the illumination and the sensor, see
CCD line scan camera
2
Power supply
3
Illumination
Software, SDKs and eBus
driver
GigE switch
1
4
5
PC or
Notebook
with
GigE
GigE inter face for transmission
of video and control data over
distances up to 100 m
4
2
1
3
Advanced
preprocessing
Fixed camera
IDs for multi-
camera systems
Application:
Parallel
acquisition
using a
GigE switch
4
2
1
5
