SMC ZK2A10K5KWA-06 ZK2A Series Ejector System Vacuum Unit Single Unit Ejector + With Valve + With Energy Saving Function

SMC ZK2A10K5KWA-06 ZK2A Series Single Unit Ejector System with Valve and Energy Saving Function

The SMC ZK2A10K5KWA-06 vacuum ejector system integrates a single unit ejector with an advanced supply valve and an energy-saving mechanism, making it ideal for efficient vacuum generation in industrial automation applications. The ejector features a normally open (N.O.) supply valve designed to retain vacuum integrity during power failure or shutdown, preventing sudden loss of workpiece hold and ensuring operational stability under maintained supply pressure.

Equipped with an IO-Link compatible vacuum pressure switch, this unit enables seamless digital communication via a single line for ejector control, allowing real-time device information retrieval and batch parameter configuration. This feature supports integrated system control and diagnostic capabilities in automated manufacturing environments.

The ejector is compatible with both ejector systems and vacuum pump systems, providing versatile integration options. Its energy-saving design actively cuts off air supply upon reaching the desired vacuum level, resulting in an up to 93% reduction in air consumption compared to conventional 1-stage ejectors. Additionally, the unit offers a 50% increase in suction flow efficiency, improving process speed and productivity.

Noise generation is minimized through the incorporation of a high-noise reduction silencer, enhancing workplace comfort and meeting industrial noise regulation standards without compromising suction performance.

• Nominal nozzle diameter: 1.0 mm
• Rated voltage: 24 VDC
• Vacuum port size: 6 mm (One-touch fitting)
• Pressure range of vacuum switch: -100 to 100 kPa
• Output specification: NPN transistor
• Air consumption flow rate: Approx. 40 L/min
• Suction flow rate: Approx. 44 L/min
• Exhaust type: Silencer exhaust for noise reduction

This ejector system is engineered for manufacturing and engineering professionals seeking reliable vacuum generation with integrated control flexibility and significant operational cost savings via reduced compressed air consumption. The enhanced suction capacity and noise mitigation features make it well-suited for precision handling and pick-and-place applications.