SMC ZK2P00K5ALA-06-BK ZK2A Series Vacuum Pump System Single Unit with Valve, Without Energy Saving Function

This vacuum pump system from SMC's ZK2A series is a single unit vacuum generator engineered for high reliability in vacuum generation without an energy saving function. It features a normally open (N.O.) supply valve designed to maintain vacuum integrity even during power outages or shutdowns, ensuring stable handling of workpieces by preventing sudden drops under maintained supply pressure.

The unit incorporates an IO-Link compatible pressure switch enabling advanced ejector control via a single communication line. This allows seamless reading of device information and batch parameter settings for improved integration into automated systems.

Optimized for both ejector systems and vacuum pump applications, the vacuum generator achieves a 50% increase in suction flow compared to other SMC single-stage ejectors, enhancing operational efficiency.

Additionally, this model utilizes a high-noise reduction silencer that significantly decreases operational noise, improving workplace conditions while maintaining strong vacuum suction performance.

• Supply Valve: Normally Open (N.O.), holds vacuum during power loss or shutdown, prevents sudden workpiece dropping if supply pressure is maintained
• IO-Link Compatible Pressure Switch: Enables communication line control, device info access, and parameter batch settings
• Performance: 50% higher suction flow than other SMC 1-stage ejectors
• Noise Reduction: High-noise reduction silencer for improved noise and suction flow performance
• Energy Saving: This model excludes energy saving function for continuous air supply operation
• Fluid Compatibility: Air and inert gases
• Compact and Lightweight: Designed for easy installation and maintenance in industrial and manufacturing environments

This vacuum pump system is ideal for engineering and manufacturing applications requiring reliable vacuum generation with fast response, stable handling of workpieces, and effective communication integration in a compact footprint without energy-saving interruptions.