The SW-4000T-SFP is a 4K prism-based industrial RGB color line scan camera with 4,096 pixels per line and a very fast, 97 kHz line rate. Its 3-CMOS prism design features three separate imagers that simultaneously capture red, green, and blue spectral wavebands. Included is an advanced set of features providing the best possible performance and precision for web-based or continuous color imaging applications. The camera runs on a 10 Gigabit Ethernet network configuration and features the enhanced Small Form-factor Pluggable optical interface (SFP+).
The SW-4000T-SFP combines the color accuracy of 3-CMOS prism technology with an optical SFP+ interface and 10 Gigabit Ethernet configuration providing true R-G-B output at up to 97 kHz or YUV output at up to 145 kHz.
Prism technology makes it possible to view the red, green and blue channels through a single optical plane. This method eliminates off-angle viewing problems, spatial compensation issues, 3D cylindrical offsets, and other problems that can affect image quality with trilinear cameras.
Operating with an SFP+ interface and optical cabling makes it possible to transmit large data packages over 10 km long cables with extremely low latency (low data transmission delay), low noise and no data loss, as optical fiber lines are immune to disturbance from electromagnetic interference.
3-CMOS prism-based camera with simultaneous imaging of R/G/B via a single optical path.
4096 pixels per line at up to 97 kHz for 8-bit RGB output.
Two user-selectable pixel sizes for higher responsivity (7.0 x 7.0 μm) or higher dynamic range (7.0 x 10.5 μm).
Built-in color space conversion from RGB to HSI, CIE XYZ, sRGB, Adobe RGB, and custom RGB formats.
Enhanced Small Form-factor Pluggable optical interface (SFP+) running on 10 Gigabit Ethernet network configuration.
Up to 10 km long optical cables (OS2 type) with extremely low latency (low data transmission delay), low noise and no data loss.
Low-noise binning with 1x2, 2x1, or 2x2 options.
Supports direct connection to rotary encoders when connecting via frame grabber is undesirable.
One-push automatic white balancing.
Flat-field, color shading, and chromatic aberration correction.
Output formats include 8-bit RGB, 10-bit RGB, YUV422_8, and YUV422_8_UYVY.
Nikon F-mount or M52 mount.
Sweep+ Series
SW-4000T-SFP
Line Scan
Color
Visible
N/A
4096 x 1
97 kHz
Yes
SFP+ over 10 Gigabit Ethernet
3xCMOS RGB
Custom
30.72 mm
7.5 x 7.5 µm or 7.5 x 10.5 µm
Global shutter
30.8 mm
90 x 90 x 90 mm
830 g
8/10-bit
F-mount or M52-mount
11.5 Watt
-5°C to +45°C
A universal power supply that works with all JAI cameras equipped with a 12-pin Hirose power connector. Four versions are available:
PD-12UUP U.S. plug with 12-pin Hirose connector to camera
PD-12UEP European plug with 12-pin Hirose connector to camera
PD-12UU U.S. plug, flying leads (no 12-pin connector)
PD-12UE European plug, flying leads (no 12-pin connector)
Download Datasheet
The HR10A-10P-12S is a universal connector used for power and control signals for many JAI cameras. The connector is a female plug, with sockets, that mates to the connector on the back of the camera. It has soldering cups for easy assembly of custom cables.
This cable features flying leads on one end and a Hirose 12-pin connector on the other wired to match the pinout of JAI cameras with 12-pin connectors. The flying leads enable power to be supplied via two of the Hirose pins, while the remaining wires/pins can be utilized to access various I/O functions of JAI cameras (see individual camera datasheets/manuals for functions accessible through the Hirose connectors).
The cables can be used with JAI’s own “flying leads” power supplies, or with third-party or custom power supply systems.
The Sweep+ Series line scan cameras are the ideal choice if you have imaging applications where you need very accurate color imaging via separate R-G-B color channels.
Finish line cameras used in horse racing, speed boats, track events, and other high precision photo-finish applications.
Bulk inspection of fruit and vegetables looking at size, colors, ripeness and damage for precise sorting and grading.
Color and quality inspection of frozen food, rice grains, coffee beans, peas, cereals, tea and tobacco.
Wafer geometry and surface inspection for early defect detection. Also surface inspection of flat panels/displays looking for scratches and defective screen pixels.
Sorting of colored materials like glass, plastic, cans, and polymer materials to remove contaminants and organize for reuse.
Color inspection of magazines and pharmaceutical packaging as well as currency inspection looking at color correctness.
“Unwrapping” of cylindrical items such as cans, bottles, pens etc. for 360-degree label inspection.
Web inspection of roll-based products including paper, plastic, textiles. Also inspection of wood, tile glaze and glass inspection.
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