Description
The NI acA4024-29um Area Scan Camera is a high-performance, monochrome imaging solution designed by National Instruments, featuring a part number of 787075-01. This Area Scan Camera is compatible with the Pylon Software Suite and supports Windows operating systems for seamless integration into various applications.
Equipped with a high-quality Sony IMX226 CMOS image sensor and a rolling shutter, the camera delivers crisp, detailed images with a resolution of 12 MP (4024 x 3036) and a maximum frame rate of 29 fps. The robust USB3 Vision camera interface ensures fast and reliable data transfer, making it suitable for demanding machine vision tasks.
With a versatile C mount lens configuration, the camera offers flexibility in lens selection for various imaging requirements. The device also includes one opto-isolated digital input and one digital output, along with two fast configurable GPIO, providing ample interfacing capabilities for external devices and controls.
Despite its advanced features, the NI acA4024-29um maintains an efficient operation with a low power consumption of only 3.0 Watts. The camera captures images with a precise 1.85 µm² pixel size, ensuring that even the smallest details are rendered with clarity for critical analysis and processing in machine vision applications.
| Specification | Detail |
|---|---|
| Product Name | NI acA4024-29um Area Scan Camera |
| Type | Monochrome Area Scan Camera |
| Manufacturer | National Instruments |
| Part Number | 787075-01 |
| Software Compatibility | Pylon Software Suite |
| Operating System Compatibility | Windows |
| Camera Interface | USB3 Vision |
| Image Sensor | Sony IMX226 CMOS with rolling shutter |
| Resolution | 12 MP (4024 x 3036) |
| Maximum Frame Rate | 29 fps |
| Lens Mount | C mount |
| Digital I/O | One digital input, one digital output (Opto-isolated) |
| GPIO | Two configurable GPIO |
| Power Consumption | 3.0 Watts |
| Pixel Size | 1.85 µm² |
Question 1: What type of lens mount does the NI acA4024-29um Area Scan Camera utilize to offer flexibility in lens selection for various imaging needs?
Answer 1: The NI acA4024-29um Area Scan Camera uses a Sony IMX226 CMOS image sensor and can achieve a maximum frame rate of 29 fps.
Question 2: What types of machines or applications can the NI acA4024-29um Area Scan Camera be integrated into given its compatibility with Windows operating systems and its high-resolution Sony IMX226 CMOS sensor with a rolling shutter?
Answer 2: The NI acA4024-29um Area Scan Camera is designed for demanding machine vision applications that require high-resolution, detailed imaging, and seamless integration with Pylon Software Suite and Windows operating systems for a variety of industrial, scientific, and inspection tasks.
Question 3: What type of imaging sensor is used in the NI acA4024-29um Area Scan Camera and what is its maximum frame rate?
Answer 3: The NI acA4024-29um Area Scan Camera’s interfacing capabilities include the ability to connect and control external devices through one opto-isolated digital input and one digital output, as well as offering additional versatility with two fast configurable general-purpose input/output (GPIO) ports for various machine vision applications.
Question 4: What are the interfacing capabilities provided by the NI acA4024-29um Area Scan Camera’s opto-isolated digital input, digital output, and two fast configurable GPIOs?
Answer 4: The NI acA4024-29um Area Scan Camera can be integrated into various machine vision applications such as automated inspection systems, quality control in manufacturing, robotics, medical imaging, and any other industrial application that requires high-resolution monochrome imaging and is compatible with Windows operating systems.
Question 5: What type of applications is the NI acA4024-29um Area Scan Camera designed for, considering its high-resolution Sony IMX226 CMOS sensor and compatibility with the Pylon Software Suite and Windows operating systems?
Answer 5: The NI acA4024-29um Area Scan Camera utilizes a C mount lens configuration to offer flexibility in lens selection for various imaging needs.
