MER-051-120U3C-L

Name: MER-051-120U3C-L
Brand: Daheng Imaging
SKU: MER-051-120U3C-L

MER-051-120U3C-LDaheng ImagingSensor: PYTHON480 Global shutter →

The MERCURY USB3.0 series (MER-U3-L) camera is DAHENG IMAGING’s mature area scan industrial digital camera, featuring outstanding performance, compact design, extremely low noise. The MER-051-120U3M/C-L camera is a monochrome/color USB3 Vision camera with the Onsemi PYTHON 480 CMOS sensor. Thanks to the extremely compact (29mm×29mm×29mm), robust metal housings and locking screw connectors, the MERCURY cameras can secure the reliability of cameras deployed in harsh environments. The MER-051-120U3M/C-L camera is powered over the USB interface. Compared to the MER-051-120U3M/C, the MER-051-120U3M/C-L has no I/O interfaces, so it is lighter and handier. The camera has an outstanding price/performance ratio. The MERCURY family cameras are especially suitable for machine vision applications such as industrial inspection, medical, scientific research, education, security and so on.

Specifications

Model: MER-051-120U3C-L
Resolution: 808×608
Frame Rate (fps): 120
Sensor Manufacturer: On Semi
Sensor: 1/3.6" PYTHON480 Global shutter CMOS
Pixel Size: 4.8μm
Sensor size (computed)from resolution × pixel pitch: 3.88 × 2.92 mm
Sensor diagonal: 4.85 mm
Pixel Bit Depth: 8 bit，10 bit
Data Interface: USB3.0
Lens Mount: C，CS
Spectrum: Color
Pixel Formats: Bayer RG8，Bayer RG10
Signal Noise Ratio: 40 dB
Power Requirement: 5 VDC
Power Consumption: < 2.7 W @ 5 VDC
Operating Temp.: 0°C ~ +45°C
Storage Temp.: -20°C ~ +70°C
Operating Humidity: 10% ~ 80%
Dimensions (W×H×L): 29 mm × 29 mm × 29 mm (w/o connectors)
Weight: 53 g
Conformity: CE，RoHS，USB3 Vision，GenICam

Choosing a lens

Solve for

Sensor widthmmFrom the datasheet, not the inch format nameWorking distancemmField of viewmmPixels acrosspx

Focal length

11.6 mm

Magnification: 0.039×

Resolution per pixel

0.0408 mm/px

Smallest detectable feature: 0.123 mm

The formula holds for standard (entocentric) lenses and assumes the working distance is much larger than the focal length. It does not apply to telecentric lenses, and it accounts for neither depth of field nor distortion.