SMC ZK2F10K5RWA-06 ZK2A Series Ejector System Vacuum Unit For Manifold Ejector + With Valve + With Energy Saving Function

SMC ZK2F10K5RWA-06 ZK2A Series Ejector System Vacuum Unit

The SMC ZK2F10K5RWA-06 is an advanced vacuum unit designed for manifold ejector systems, integrating a supply valve, energy-saving function, and IO-Link compatible pressure switch to optimize industrial vacuum applications.

• Supply Valve with Normally Open (N.O.) Specification: This valve configuration enhances safety by maintaining vacuum retention even during power loss or shutdown, preventing sudden dropping of workpieces under maintained supply pressure.
• IO-Link Compatible Pressure Switch: Enables streamlined ejector control via a single communication line, offering device information retrieval and parameter batch settings for improved operational control and diagnostics.
• Compatibility: Engineered to operate seamlessly with both ejector systems and vacuum pump systems, allowing for versatile deployment in various manufacturing environments.
• Energy Saving Function: Features air supply cut-off when the required vacuum level is reached, leading to a significant air consumption reduction of up to 93% as per SMC's measurement conditions, contributing to lower operating costs and environmental impact.
• Enhanced Suction Flow: Optimized ejector design delivers a 50% increase in suction flow compared to other SMC single-stage ejectors, improving vacuum generation efficiency and process throughput.
• Low Noise Operation: Utilizes a high-noise reduction silencer that effectively removes unpleasant frequency ranges while maximizing vacuum performance, supporting noise-sensitive manufacturing environments.

Technical Highlights:

• Nominal Nozzle Diameter: 1.0 mm (Ø1.0)
• Vacuum Port Size: Compatible with manifold connection standards
• Voltage: 24 VDC rated supply for valve actuation
• Fluid Compatibility: Air and inert gases
• Mounting: Designed for easy integration and maintenance in manifold ejector systems

This unit is ideal for applications requiring reliable vacuum maintenance, efficient energy use, and reduced noise levels in automated manufacturing and material handling systems. Its modular design simplifies installation and maintenance while supporting modern communication protocols through IO-Link.