Airbest AZL Series Multistage Vacuum Generator - 200 NL/min, -84kPa, Built-in Filter

Specification AZL Series

The multistage vacuum generator AZL Series is a high-performance industrial pneumatic device engineered with an energy-efficient multi-level structure, featuring built-in vacuum filters and silencers to optimize suction flow. It operates by routing compressed air through multi-stage nozzles to generate substantial negative pressure, incorporating optional solenoid control valves and digital pressure switches for precise automated management.

Key Features of Airbest AZL Series

1. Energy-Efficient Multi-Level Design: Enhances vacuum flow rates, minimizes compressed air consumption, and shortens working cycles.
2. Integrated Filter and Silencer: Equipped with an internal vacuum filter and silencer to reduce operational noise and protect the system, featuring a replaceable filter element.
3. Flexible Control Options: Offers optional built-in vacuum supply/release solenoid valves and digital pressure switches to save installation space and reduce external wiring costs.
4. Versatile Mounting Methods: Supports both vertical and lateral mounting holes to accommodate diverse mechanical layout constraints.

Technical Specifications of Airbest AZL Series

1. Brand: Airbest
2. Product Series: AZL Series (Including representative models AZL112 and AZL212 with optional variants -A, -NP, -DCN, -DCP)
3. Rated Air Supply Pressure: 4.0 bar (Recommended operating pressure range 2-5 bar, max. operating pressure 7 bar)
4. Max. Vacuum Level: Reaches -84 kPa
5. Max. Vacuum Flow: Ranging from 100 NL/min (AZL112) up to 200 NL/min (AZL212)
6. Air Consumption: 63 NL/min (AZL112) and 126 NL/min (AZL212)
7. Noise Level: 70 dB(A) (AZL112) and 77 dB(A) (AZL212)
8. Working Temperature: 5 ~ 50 °C

Industrial Applications of Airbest AZL Series

1. Carton, Sheet Metal, and Plastic Handling: Ideal for picking, placing, and transferring workpieces across automated production lines.
2. High-Speed Automated Packaging Lines: Applied in environments requiring large vacuum volume, rapid evacuation speeds, and low air consumption.
3. Compact Integrated Automation Systems: Installed in machinery that demands built-in control valves and pressure switches to optimize pneumatic circuit space.