Sony continues to expand its high-performance XCG GigE camera line-up with the addition of a new high-quality, high-sensitivity monochrome model - the XCG-H280E. In addition to full progressive scan, this dynamic new camera features the GigE Vision? interface (Version 1.2 compliant), greatly enhancing the outstanding value and performance of the XCG-H280E. This new high-speed GigE camera is ideal for Intelligent Traffic, Machine Vision, and Industrial applications. Highlights: - The XCG-H280E incorporates a 2/3-type EXview HAD II CCD Sensor, providing greater capability of capturing clear images in low-light environments.
- With the addition of an infrared strobe, the camera's high-sensitivity in near-infrared wavelength delivers outstanding picture quality.
- The XCG-H280E also features a full-HD high frame rate and image transfer capability with 8, 10, or 12-bit video output.
| Camera Specifications | Detail: | | Cell Size | 4.54 x 4.54 ?m | | Effective Pixels | 1,920H x 1,808V | | Frame Rate | 32 fps | | Gain | Auto/Manual (0 dB to +18 dB) | | Image Device | 2/3-type progressive scan IT CCD | | Lens Mount | C mount | | Memory Channel | 16 channels for parameter settings | | Readout Features | Gamma (variable), Built-in test pattern | | Resolution Depth | 8, 10, 12-bit digital | | Sensitivity | 400 lx at F8 (0 dB) | | General Specifications | Detail: | | Dimensions (W x H x D) | 50 x 50 x 57.5 mm (not including protruding parts) | | Minimum Illumination | 0.5 lx (F1.4, +18 dB, Shutter: OFF) | | Operating Humidity | 20% to 80% (no condensation) | | Operating Temperature | -10?C to 50?C | | Power Consumption | 5.3W | | Power Requirements | DC +12V (+10.5V to +15.0V) | | Shock Resistance | 70 G | | Storage Humidity | 20% to 95% (no condensation) | | Storage Temperature | -30?C to +60?C (-22? to +140? F) | | Vibration Resistance | 10 G (20 Hz to 200 Hz) | | Weight | 200 g | Supplied Accessories | Model: | Description: | U.S. List Price: | | | Lens Mount Cap | | | | Connector Plug 2P | | | | Operating Instructions | | | | 
