Skip to main content

New camera system offers accurate detection capabilities

Image Sensing Solutions is now offering its sophisticated range of 5.1 MP, 154fps Camera Link V2.0 modules. These units feature the firm’s advanced global-shutter CMOS technology. The XCL-SG510 camera series is suited to duties in a wide range of sectors and can be used to capture high-speed moving objects in low (0.5 lx), imperfect or changing lighting conditions. The black/white and colour modules make use of the large bandwidth available through Camera Link to provide both high frame rates and on-camera
June 15, 2018 Read time: 2 mins
8813 Image Sensing Solutions is now offering its sophisticated range of 5.1 MP, 154fps Camera Link V2.0 modules. These units feature the firm’s advanced global-shutter CMOS technology. The XCL-SG510 camera series is suited to duties in a wide range of sectors and can be used to capture high-speed moving objects in low (0.5 lx), imperfect or changing lighting conditions.


The black/white and colour modules make use of the large bandwidth available through Camera Link to provide both high frame rates and on-camera functions including wide dynamic range, frame accumulation, shading and error correction, single and multi ROI (region of interest) imaging and area gain/exposure.

These functions can be hardware and software triggered, using edge detection, pulse width detection, bulk trigger and sequential trigger modes. The XCL-SG510 module uses the Sony 2/3-type Exmor CMOS sensor with Pregius technology. According to the firm, this module is able to extract high-quality images.

The XCL-SG510 joins the XCL-CG510 5.1 MP GigE camera in the firm’s growing range of GS CMOS technologies. The b/w module has a minimum illumination of just 0.5 lx, the colour module requires just 12 lx and comes with a one-push white balance. Both have a sensitivity of F5.6, a gain of 0 to +18 dB, a shutter speed of 60s to 1/100,000s.

The C-mount modules measure 44 x 44 x 30 mm, weigh 96grammes, have an operating temperature and humidity range of -5°C to +45°C and 20% to 80%, and have high shock/vibration resistance - to 70G.

For more information on companies in this article

Related Content

  • G&Z’s improved S600 slipformer
    February 18, 2020
    G&Z is now offering its successful S600 Paver, first introduced in 2010, with a new Tier 4 Final emissions compliant engine and enhanced width capability. The new S600 Power Unit was completely redesigned in 2019 and features:
  • Sophisticated new asphalt compactors now coming to market
    March 4, 2015
    Emissions legislation is one factor driving the introduction of new compaction machines for Europe and North America, while customers in other markets are also benefiting from new technology - Mike Woof writes. The phased introduction of new exhaust emissions requirements for construction equipment being used in Europe and North America have had a major impact on new model development. In the asphalt compactor segment, manufacturers have had to redesign machines to pack in the latest emissions control techn
  • Sophisticated new asphalt compactors now coming to market
    March 4, 2015
    Emissions legislation is one factor driving the introduction of new compaction machines for Europe and North America, while customers in other markets are also benefiting from new technology - Mike Woof writes. The phased introduction of new exhaust emissions requirements for construction equipment being used in Europe and North America have had a major impact on new model development. In the asphalt compactor segment, manufacturers have had to redesign machines to pack in the latest emissions control techn
  • Developments in asphalt paver performance
    February 16, 2012
    Key additions will boost the asphalt paver offering for customers, Mike Woof reports. There are a number of key players in the asphalt paving market that see the value of investing in design, technology and performance. For customers this has resulted in a wide variety of high quality, high performance machines to choose from.