Venting valve Venting valve Vacuum interrupter, 3-way effect, 1" AG

1" AZUD aeration/ventilation air release valve Triple Effect – function & efficiency for your irrigation system

Discover the ultimate solution for optimized aeration/ventilation in irrigation systems: the 1" AZUD air release valve with triple effect. This innovative component combines advanced technology with unrivaled efficiency to ensure the performance of your irrigation at a high level. Its function not only provides protection against negative pressure and air entering your irrigation system, but also improves the filling and function of your system.

Main features and benefits:

• Triple Effect Technology: This valve combines three essential functions: It allows air to escape when the system fills, prevents the formation of underpressure by immediately venting the pipe. The penetration of air in draining pipes as well as the continuous escape of air in filling pipes and the separation of air during operation. This triple effect ensures optimum performance and protects your system from the harmful effects of air and vacuum formation.
• Precise design: With a 1" connection, the AZUD air release valve fits seamlessly into your existing irrigation systems. It is designed for reliability and durability, with materials that can withstand even the harshest conditions.
• Optimized water flow rate: By minimizing air bubbles and vacuum in the lines, the valve improves water flow rate and efficiency. This results in optimal irrigation
.
• Easy installation and maintenance: The design of the valve allows for quick and easy installation and maintenance. Its efficiency and reliability make it a worry-free addition to any irrigation system.
• Versatility: Suitable for a wide range of applications, from agriculture and landscaping to municipal water supply systems. The AZUD air release valve is a versatile solution that adapts to different requirements.

Application areas:

• The AZUD air release valve is ideal for all types of irrigation systems, including drip irrigation, sprinkler systems and other water supply networks. It is particularly useful in areas with varying topography where air accumulation and underpressure occur when irrigation is switched off (e.g. slopes in vineyards).