VZ-2MU-C 168 H

Ultra-Compact COLOR CMOS Camera

  • USB 3.0 Interface

  • Compact Design

  • SONY IMX174 CMOS Image Sensor

  • 5.86 um Large Pixels

SPECIFICATIONS

MODEL VZ-2MU-C 168 H
Horizontal Pixels 1920
Vertical Pixels 1200
Frame Rate 168 frames/sec
Interface USB 3.0
COLOR or Monochrome COLOR
Image Sensor SONY IMX174
Pixel Size 5.86 um
Electronic Shutter GLOBAL
Optics Format 1/1.2 inch
Image Sensor Diagonal 13.268 mm
Lens Mount C-Mount
Pixel Output Formats RGB8, Mono8, Mono10
Trigger Synchronization Free-Run, Timed, Trigger Width

ELECTRICAL

Power Input VIA USB 3.0 Interface
Alternative External Power 12 ~ 24 VDC (GPIO-8P20 Cable Recommended )
Power Consumption < 2.7 Watts

MECHANICAL

Length 29.0 mm
Width 29.0 mm
Height 29.0 mm

ENVIRONMENTAL

Operating Ambient Temperature Range -5℃ ~ 40℃
Storage Temperature Range -40℃ ~ 70℃
Compliance CE, FCC, KC

FEATURES

VZ Series USB 3.0 Features
 
  • Supports auto gain, auto exposure and auto white balance (auto white balance only for color models)
  • Programable ROI, increased frame rate with partial scan
  • Three acquisition controls: Continuous acquisition/Software trigger acquisition / External trigger acquisition
  • Multiple samples and easy-to-integrate SDKs for various programming tools
  • Supports Storable user sets and software reset function
  • Supports Remove Parameter Limit to expand the range of exposure, gain, white balance, etc.
  • Compatible with GenICam™ and USB3 Vision®

OPTICS INFO

OPTICS PARAMETERS






Horizontal PhotoActive Area (PAA h) 11.251 mm
Vertical PhotoActive Area (PAA v) 7.032 mm
Diagonal PhotoActive Area (PAA diag) 13.268 mm
Image Sensor Resolution 85.3 line pairs/mm
Rear Flange Distance 17.526 mm

 

MECHANICAL

VZ SERIES USB 3.0 MECHANICAL DRAWING

 

I/O

VZ Series I/O Pinout

 

DOWNLOADS

VZ SERIES DOWNLOADS

VZ-2MU-C 168 H Datasheet
VZ Camera Selection Leaflet
VZ Series USB 3.0 User Manual

 

Shopping Cart
Scroll to Top
Rochester Imaging Technology Corporation
Privacy Overview

This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful.