
Basler A312FC 1/2" Color Area Scan Camera
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→ A plug and play IEEE 1394 interface combined with the easy-to-use Basler BCAM driver saves you time
→ Free download of our BCAM viewer
→ 100% quality checked and calibrated to give you consistent performance and reliability
→ Camera:
→ Resolution: 780 x 580
→ Sensor Type: Sony ICX415AL/AQ, progressive scan CCD
→ Sensor Optical Size: 1/2"
→ Pixel Size (μm): 8.3 x 8.3
→ Frame Rate at Full Resolution: 53 fps
→ Mono/Color: Color
→ Video Output Type: IEEE1394a
→ Video Output Format: YUV 4:2:2: 16 bits/pixel; Raw 8: 8 bits/pixel (R,G, or B); Raw 16: 12 bits/pixel (R,G, or B)
→ Gain Control: 0-17.4 dB
→ Synchronization: Via exte al trigger, via the 1394 bus, or free run
→ Exposure Control: Programmable via the 1394 bus
→ Mechanical / Electrical:
→ Housing Size (L x W x H): 42 mm x 62 mm x 62 mm without lens adapter
→ Weight: ca. 210 g
→ Power Requirements: 8-36 VDC, max. 3.0 W (at 12 VDC), provided via the 1394 cable
→ Mount Type: C-mount
→ IR-Cut-Filter: standard
→ Conformity: CE, FCC
→ Software and Features:
→ Camera Features: Long exposure mode, freely programmable area of interest (AOI), trigger ready, look up tables (programmable), lossless compression, and many others included in the Smart Features Framework (SFF)
→ Software: BCAM Driver, SDK Package, and SFF
The A300f series of digital area scan cameras is designed for industrial users who require excellent image quality at either VGA or CCIR resolution. A standard FireWire interface simplifies system integration and gives you increased flexibility when changing cameras. With their flexible design, A300f Series high-performance cameras are a perfect fit for a wide range of vision applications.
The A300f series combines the high image quality of Sony progressive scan CCD sensors with fast frame readout. At VGA resolution the A312-FC achieves up to 53 fps. Baslers design makes this camera appropriate for applications such as semiconductor and component inspection, manufacturing quality control, food and beverage inspection, microscopy and medical imaging, and many others.
FireWire, also known as IEEE 1394, has become a standard image data and camera command transmission mechanism in the machine vision industry. Its key benefit is real-time communication between your camera and remote computer at 400 Mbit/s (with FireWire-a). FireWire integration is easy, cost-effective, and standardized. It supports plug-and-play and there is no need for a frame grabber.
The camera lets you use the 1394 bus to "trigger" image capture without the need for a hardware generated signal. In "one shot" operating mode, the camera normally exposes and transmits a single image based on user defined parameters that are transmitted to the camera. This operating mode usually results in the start of image exposure within an acceptable amount of time. But to get an even quicker response, you can use a software trigger to start grabbing a single image exactly when it is needed by your application.
The Trigger Ready feature is a Basler patented innovation. It lets you optimize your image capture timing by monitoring the current camera settings and calculating the earliest moment each exposure can begin. By using the Trigger Ready signal, you can easily operate at the maximum frame rate allowed with the current camera settings. It also prevents you from running the camera faster than allowed and
avoids dropping or losing images.
With Basler A312 FC cameras, an exposure time of up to 5 seconds is possible. This lets you capture superb images even under low light conditions as is often the case in microscopy and medical imaging applications. A312FC cameras can digitize each pixel in a captured image at 12 bit depth. This lets you detect even the finest details. In addition, the cameras remarkably low noise level provides an extraordinary signal-to-noise ratio. Images can be sent at 12 bits via the 1394 bus to a remote computer. You can use the cameras look up table (LUT) feature to apply lossless compression to the image data, which helps you achieve the maximum possible frame rate.
The A312-FC color cameras feature various modes of color coding for maximum flexibility in color representation. YUV 4:2:2 color coding is done inside of the camera and YUV image data can be obtained directly via the 1394 bus. For individual processing, each pixel value can be read out separately in raw mode at 8 or 12 bit depth and can be processed as desired in your remote computer.
Similar Models:
A311F: 73fps Mono Area Scan Camera
A311FC: 73fps Color Area Scan Camera
A312F: 53fps Mono Area Scan Camera










