Description The Omron 3Z4SP-C23-US vision positioning system is an industrial vision controller designed to provide accurate positional recognition and alignment in automated processes. Operating on a wide AC input range, this system supports reliable image-based positioning for inspection, guidance, and automation tasks. Technical Specifications Condition New/Never Used Surplus Brand Omron Category Machine Vision Part Number 3Z4SP-C23-US Subcategory Vision Positioning Systems Product Type Vision Positioning System Input Voltage 100–240 VAC Input Frequency 50/60 Hz Power Consumption 50 VA System Function Vision-Based Position Detection Installation Type Control Panel Mount Application Use Positioning, Alignment, Automation Operating Environment Industrial Weight 14.87 lbs Information About 3Z4SP-C23-US The 3Z4SP-C23-US is part of Omron’s vision positioning system solutions, engineered to enhance precision and repeatability in factory automation environments. This unit functions as a dedicated vision controller, processing visual data to determine object position and orientation for downstream control systems. Designed for seamless integration into industrial control panels, it operates on standard 100–240 VAC power and supports continuous operation across global power standards. Its robust internal architecture enables consistent performance in applications such as alignment verification, positioning control, and automated inspection. Key Features: Vision Positioning Controller: Processes image data for accurate object positioning and alignment tasks. Wide AC Power Input: Supports 100–240 VAC operation for global industrial compatibility. Stable Frequency Support: Operates at both 50 Hz and 60 Hz power standards. Industrial Automation Ready: Designed for integration into machine vision and control systems. Reliable Power Consumption: Rated at 50 VA for consistent and efficient operation. Panel-Mount System Design: Suitable for installation within industrial control enclosures. The 3Z4SP-C23-US delivers the reliability and precision required for industrial vision-based positioning and automation control applications.
