SMC ZK2G15N0NNA-09 ZK2A Series Ejector System Vacuum Unit

The SMC ZK2G15N0NNA-09 is a high-performance single-unit vacuum ejector designed specifically for manifold ejector systems, incorporating advanced features while omitting valve and energy-saving functions for streamlined operation.

• Supply Valve Specification: This model excludes the valve component, focusing on simple integration within vacuum manifolds. Though without the valve, the system retains vacuum hold capability during power interruptions or shutdowns, ensuring workpiece stability by preventing sudden vacuum drops, assuming supply pressure is maintained.
• Vacuum Control Features: This unit is supplied without an integrated pressure switch but is compatible with external IO-Link pressure switches if vacuum monitoring and control are required. IO-Link compatibility enables streamlined communication and batch parameter settings for precise ejector system management.
• Compatibility: Engineered for use in both ejector systems and vacuum pump systems, providing flexible deployment in industrial automation environments.
• Energy Saving Function: Unlike other ZK2A Series variants, this model excludes the energy-saving function that cuts off air supply when vacuum is reached. This design suits applications requiring continuous air flow without interruption.
• Performance Metrics: The ejector uses a 15 mm nozzle optimized for efficient suction, achieving approximately 50% higher suction flow compared to conventional SMC single-stage ejectors, enhancing system responsiveness and throughput.
• Noise Reduction: Incorporates a high-noise reduction silencer in the exhaust path to minimize sound emissions during operation, supporting quieter manufacturing environments.
• Technical Specifications: Vacuum port size is ?5/16", with a compact body size suited for manifold integration. The device weight is approximately 0.054 kg, making it lightweight and easier to mount in compact system assemblies.

This vacuum unit is ideal for engineers and manufacturing professionals seeking a reliable, single-stage vacuum ejector without integrated valves or energy-saving features but with enhanced flow and noise performance within manifold ejector systems.