SMC ZK2C15K5RWA-06-K ZK2A Series Ejector System Vacuum Unit For Manifold Ejector + With Valve + With Energy Saving Function

SMC ZK2C15K5RWA-06-K ZK2A Series Ejector System Vacuum Unit is engineered for manifold ejector applications, integrating a supply valve, valve function, and advanced energy-saving features to optimize performance and efficiency.

This vacuum unit includes a newly added normally open (N.O.) supply valve specification that maintains vacuum integrity even during power outages, preventing sudden workpiece drops under the assumption that supply pressure remains stable. This feature enhances operational reliability in manufacturing processes requiring secure vacuum hold.

An IO-Link compatible pressure switch is incorporated for streamlined ejector control via a single communication line. This enables remote reading of device information and batch parameter settings, facilitating integration with digital automation systems and improving monitoring capabilities.

The unit is compatible with both ejector systems and vacuum pump systems, providing versatile application potential across various industrial vacuum generation needs.

Its energy-saving ejector technology significantly reduces air consumption by up to 93% compared to traditional models (based on SMC's measurement conditions). The system automatically cuts off air supply upon reaching the target vacuum, drastically lowering operational costs and environmental impact.

Performance is further enhanced by a 50% increase in suction flow relative to other SMC single-stage ejectors. This improvement allows for faster and more efficient handling of workpieces in manufacturing automation.

Noise levels are minimized through the integration of a high-noise reduction silencer, which effectively filters out unpleasant frequencies while maximizing vacuum performance. This contributes to a safer and quieter working environment.

In summary, the SMC ZK2C15K5RWA-06-K unit offers a compact, lightweight, and technologically advanced vacuum solution optimized for manifold ejector systems, delivering enhanced suction power, substantial energy savings, and superior noise reduction, making it ideal for engineering and manufacturing settings focused on efficiency and precision.