GV-51A2SE Rev.4.2

GV-51A2SE Rev.4.2
Illustrations may differ from the original
Features
  • 816 x 624
    0.51 MPix
  • Sony IMX426
    1/1.8" CMOS
  • 225.0 fps
  • Ethernet 1.0 Gbps
Variants
 
 

Enormous speed combined with low image resolution? In that case, the GigE industrial camera GV-51A2SE Rev.4.2 is the right choice. This model features the 1/1.8" Sony sensor IMX426 (4.5 series, Sony Pregius third generation) and boasts exceptional 225 fps. It thereby puts its mark in terms of clock rates. The pixel size of the 0.51 MPix Global Shutter sensor (816 x 624 px) is 9.00 µm.

Do you prefer a board-level version or a model with housing? Thanks to the versatile uEye SE camera family, you have plenty of flexibility when designing your image processing application.

Thanks to its GigE vision interface, the industrial camera is uncompromisingly compliant to the Vision Standard and can therefore be conveniently used with our IDS peak SDK.

The uEye+ SE camera is available as a monochrome or colour version.

Item number
  • GV-51A2SE-C Rev.4.2: 1010413
  • GV-51A2SE-M Rev.4.2: 1010414
Camera family SE
Interface Ethernet
Interface-Speed 1.00 Gbps
Sensor type CMOS
Sensor manufacturer Sony
Frame rate @ resolution max. 225 fps
Resolution (h x v) 816 x 624
Optical Area 7.344 mm x 5.616 mm
Shutter Global Shutter
Optical class 1/1.8"
Resolution 0.51 MPix
Pixel size 9.00 µm
IP code IP0
Product Life Cycle Series
Sensor model IMX426
Data sheet

Characteristics

100% quality tested
Software support for uEye+
GigE Vision standard
GigE interface
CMOS sensor
Power-Over-Ethernet
Colour correction in camera
Integrated image memory with 128 MB
3 years warranty
Made in Germany

Features

Certifications

ChinaRoHS EFUP 25
Machine vision

Industrial image processing is used in a wide variety of applications - from quality assurance to automation.

Medical technology (and laboratory automation)

Image processing is indispensable in medical technology. For instance, IDS cameras provide data for diagnostic purposes in ophthalmology or dentistry.

Mechanical engineering

From inspection on the production line to controlling entire systems - camera technology helps to ensure smooth processes.

Factory / process automation

Cameras are used in monitoring, control, regulation and optimization systems and help e.g. with localization and selection tasks.

Biotechnology and life sciences

Image processing can be used, for example, to analyse living organisms and biological processes - from swarm behaviour to cell division.

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