IDS Imaging U3-3041LE-M-GL Rev.1.2 1/3" USB3 Board Level Color Camera With S Mount

SKU
U3-3041LE-M-GL Rev.1.2
Quick Overview
Excellent image quality even in low light scenarios or when the camera should take pictures of fast-moving objects: the cost-effective global shutter CMOS sensor IMX273 from the Sony Pregius series excels through its image quality, high sensitivity and wide dynamic range.

With a resolution of 1.58 MPix (1456 x 1088 px px) at 3.45 µm pixels, it delivers impressive 230 fps when used with the USB3 Vision industrial camera U3-3041LE Rev.1.2. This makes this camera ideal for cost-sensitive and demanding machine vision applications such as surface inspections, detailed image analysis in medical technology or traffic applications.

Special functions such as long-time exposure also extend the range of possible applications.

The U3-3041LE Rev.1.2 is available in both monochrome and colour variants.

Features:

  • 100% quality tested
  • Plug & Play
  • uEye+ software support
  • USB3 Vision standard
  • SuperSpeed USB 5 Gbps
  • CMOS sensor
  • USB Type-C Connector
  • 3 years warranty


Applications:

  • Machine Vision
  • Metrology
  • Surface Inspection
  • Logistics
  • Sports and Motion Analysis
  • Endless Web Inspection
Part #U3-3041LE-M-GL Rev.1.2: AB03439
ShutterGlobal Shutter
Sensor CharacteristicLinear
Readout ModeProgressive Scan
Pixel Class1.6 MP
Resolution1.58 Mpix
Resolution (H x V)1456 x 1088 Pixel
Aspect Ratio4:3
ADC12 bit
Color Depth (Camera)12 bit
Optical Sensor Class1/3"
Optical Size5.032 mm x 3.754 mm)
Optical Sensor Diagonal6.28 mm (1/2.55")
Pixel Size3.45 µm
ManufacturingSony
Sensor ModelIMX273LLR-C
Gain (master/RGB)24x/4x
AOI HorizontalSame Frame Rate
AOI VerticalIncreased Frame Rate
AOI Image Width / Step Width256 / 8
AOI Image Height / Step Width1 / 1
AOI Position Grid (Horizontal/Vertical)8 / 1
Binning HorizontalIncreased Frame Rate
Binning VerticalIncreased Frame Rate
Binning MethodMono
Binning Factor2
Subsampling HorizontalSame Frame Rate
Subsampling VerticalSame Frame Rate
Subsampling MethodM/C automatic
Subsampling Factor2, 4, 8