The AZV Nozzle is part of our Engineered Delivery Nozzle range, designed for precision, efficiency, and durability in high-performance applications. These Nozzles play a critical role in ensuring controlled and accurate fluid delivery, making them essential components across various industries. While we’ll explore their specific functionality in detail later, this deep dive focuses on one particular AZV Nozzle that recently passed through our office before being sent to a customer.
In this blog, we’ll take a closer look at this specific nozzle, highlighting its key design features. Using detailed images captured in our office, we’ll break down the essential elements that make this nozzle unique and well-suited for its intended application. Whether you’re familiar with our nozzle technology or just getting introduced, this exploration will provide valuable insight into what makes the AZV Nozzle a standout choice.
About our Nozzles and Why it was in the Office:
EWFM has been supplying our Engineered Delivery Nozzles for years, serving a wide range of industries, including Food & Beverage, Distilleries, Chemical Manufacturing, and more. Within our range, we offer two key models: the ZV and AZV nozzles. While we’ve previously detailed the differences between them, this blog will focus specifically on the AZV.
The ZV Nozzle is our manual option, requiring the operator to actively pull the trigger to initiate flow. The liquid will continue flowing until the trigger is released. In contrast, the AZV Nozzle is designed for automated operation, allowing businesses to streamline processes and free up operator time. Similar to the fuel nozzles used at petrol stations, the AZV starts dispensing when the trigger is engaged and automatically shuts off once it detects back pressure, ensuring precision and efficiency.
Visual Breakdown of the AZV Nozzle:
The AZV Nozzle we will breaking down today is a 1.5″ Stainless Steel Nozzle with a 1.5″ RJT male thread
The Nozzle Main Body:
The Nozzles body is of a stainless steel construction and is 1.5″ in size.
The Nozzle Trigger:
The latch attached to the main body is pulled back and locks into place while the filling process continues. Once the filling process is complete, it returns to its starting position, as shown in the image.
End Connection:
The end connection is where the fluid enters the nozzle. The one visible on this nozzle is a 1.5″ RJT Male Thread W58, 2 x 1/8. Our end connection options include Threaded, Flanged, and Tri Clamp.
Automatic Shut Off Valve:
The end connection is where the fluid enters the nozzle. The one visible on this nozzle is a 1.5″ RJT Male Thread W58, 2 x 1/8. Our end connection options include Threaded, Flanged, and Tri Clamp.
The black unit, situated on the top of AZV Nozzles, is the Automatic Shut-Off Valve. This system helps detect when the fluid is close to reaching capacity in the container it is being filled into.
Nozzle Fluid Outlet with Back Pressure Sensor:
This section is where the fluid exits the nozzle. The small hole located near the exit helps the automatic shut-off system sense when the fluid is approaching capacity.
The AZV Nozzle is a well-engineered solution for businesses looking to automate and optimize fluid delivery. If you have any questions about the AZV Nozzle or would like to discuss how we can assist with your filling operations, feel free to get in touch—we’re always happy to help!
Contact information:
Tel : +44 (0) 1763 248650
Email : [email protected]
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