Omron GigE Vision STC-MBA1002POE

Omron GigE Vision STC-MBA1002POE

The Omron GigE Vision STC-MBA1002POE is a high-performance area scanning camera designed for industrial applications that require clear and detailed monochrome images. Equipped with a 10.0 MP MT9J003 CMOS sensor, this camera delivers superior image quality and fine detail. The 1/2.3″ sensor size and 1.67 µm pixel size ensure excellent light capture, delivering clear images even in low light conditions. With a 10.3 frames per second frame rate and a Rolling Shutter, the camera is ideal for applications that require high resolution and fast capture. The C-mount, rugged housing, and Power over Ethernet (POE) support ensure durability and installation flexibility, making it suitable for demanding industrial environments.

Technical Specifications

• Resolution: 10.0 MP
• Sensor Type: CMOS MT9J003
• Sensor Size: 1/2.3″
• Pixel Size: 1.67 µm
• Speed: 10.3 fps
• Shutter type: Rolling Shutter
• Mount: C Mount
• Interface: GigE Vision
• Power supply: Power over Ethernet (POE)
• Housing: Robust, suitable for industrial environments

Benefits

• Superior image quality: The MT9J003 CMOS sensor provides detailed and precise images.
• High resolution: 10.0 MP provides extremely detailed and accurate.
• Fast capture: 10.3 frames per second, ideal for dynamic processes.
• Versatility: C-mount and GigE Vision interface allow easy integration into various systems.
• Power over Ethernet: POE reduces the need for additional cables, simplifying installation.
• Durability: The robust housing guarantees operation in harsh industrial environments.
• Excellent sensitivity: The 1.67 µm pixel size ensures efficient light capture, providing superior performance in various lighting conditions.

Fields of activity

• Industrial automation: Precise monitoring and control of production processes.
• Quality Inspection: Visual inspection of products for defect detection.
• Security: Effective real-time surveillance and monitoring.
• Research and Development: Capturing monochrome images for detailed analysis and documentation.