Kokusai Denki America KP-FM530WCL Monochrome Single High Resolution CMOS Sensor Camera Link Camera

The Kokusai Denki America KP-FM530WCL is a high-performance, single-sensor CMOS camera designed for precision imaging applications. Featuring a 5-million-pixel global shutter CMOS sensor, this camera ensures stable, distortion-free video capture even in high-speed environments. It delivers a maximum resolution of 2448(H) × 2048(V) with pixel dimensions of 3.45μm × 3.45μm, making it ideal for applications requiring exceptional image clarity and precision.

Capable of achieving frame rates up to 163.4 fps, the KP-FM530WCL supports selective frame rate adjustments through its Camera Link output tap and frequency settings, ensuring flexibility for diverse operational demands. The Frame On Demand feature allows image capture on-demand with precise trigger signal input, while partial scan and electronic shutter options provide tailored image acquisition capabilities.

This compact camera measures just 44(W) × 44(H) × 41(D) mm (excluding protrusions) and uses a C-mount lens system for versatile optical configurations. Power options include DC12V ±1V via the Camera Link cable or the DCIN/SYNC port, consuming approximately 270mA. With features like a global shutter for motion stabilization and high-speed output, the KP-FM530WCL is designed to excel in demanding imaging scenarios.

Features:

• 5MP Global Shutter CMOS Sensor: High resolution, distortion-free imaging
• 2448×2048 Resolution: Exceptional image clarity
• 163.4 fps Max Frame Rate: High-speed image capture
• Frame On Demand: Trigger-based capture flexibility
• Selective Frame Rate: Adjustable via Camera Link settings
• Compact Design: 44×44×41 mm, C-mount compatible
• Flexible Power Supply: DC12V via Camera Link or DCIN/SYNC port
• Partial Scan & Electronic Shutter: Enhanced imaging control

Applications:

• Industrial Inspection: High-speed, detailed defect detection
• Machine Vision: Precision imaging in automation
• Motion Analysis: Accurate tracking of fast-moving subjects
• Scientific Research: High-resolution data capture
• Medical Imaging: Sharp, clear diagnostic visuals
• Surveillance: High-frame-rate, distortion-free monitoring