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LQ Industrial

LQ Industrial 3/4Inch Black Irrigation Venturi Fertilizer Injector Agriculture Irrigation Device Tool

    • Based on 52 reviews
Condition: New
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Availability: In Stock.
Fulfilled by Amazon
Arrives Monday, Feb 24
Order within 22 hours and 3 minutes
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Features

  • Material: Plastic. Packing: 1 pc.
  • Dimensions: 143mm(5.63in)x76mm(3in).
  • Sturdy, corrosion resistance, durable, not easy to fade, long service life.
  • Can be used for 3/4 inch BSP inlet/outlet connectors.
  • Suitable for the injection of fertilizers and chemical agents in agricultural irrigation systems.

Description

Specification Packing: 1PC Material: plastic Size: 143mm(5.63in)x76mm(3in) Flow rate range: 3/4 inch: 0.65-2.42 M3 / hour suction: 3/4 inch: 9~92 L/hour Work pressure: 0.7-9.5bar The water inlet and outlet have slightly external threaded joints for easy connection. It can be matched with the boiler kit for easy connection to the main pipeline. Using the siphon principle, it is convenient to inhale various types of fertilizers and inject them into the irrigation pipes, so that the water and fertilizer are evenly irrigated to various crops. It is a highly efficient and compact differential pressure injector device with excellent chemical resistance to most chemicals. Affordable, lower cost option. When the fluid flows through the venturi tube, it will bring a vacuum. The fluid that causes the vacuum is considered to be a moving fluid. For irrigation syringes, the moving fluid is irrigation water. The vacuum created by the venturi tube absorbs fertilizer and chemicals into the flowing water. Venturi tubes are driven by water, that is, they are driven by the pressure of the main irrigation pipe. The operating energy of these devices can reduce the irrigation water consumption of the water pipeline. Suitable for 3/4inch BSP inlet/outlet connectors. Suitable for the injection of fertilizers and chemicals in agricultural irrigation systems.

Package Dimensions: 5.47 x 4.49 x 1.61 inches


Item Weight: 1.41 ounces


Manufacturer: LQ Industrial


Frequently asked questions

If you place your order now, the estimated arrival date for this product is: Monday, Feb 24

Yes, absolutely! You may return this product for a full refund within 30 days of receiving it.

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Top Amazon Reviews

    • Worked perfectly for me
Review Image by Renee Jones Renee Jones
Review Image by Renee Jones Renee Jones
Review Image by Renee Jones Renee Jones
Review Image by Renee Jones Renee Jones
Review Image by Renee Jones Renee Jones
Review Image by Renee Jones Renee Jones
Review Image by Renee Jones Renee Jones
Review Image by Renee Jones Renee Jones
After reading all of the reviews I went ahead and bought the injector knowing that I could make it work. You must keep in mind that the venturi works off of differential pressure and you must install two pressure gauges (one on each side of the venturi) to be able to measure determine the best diff pressure to use for your application. Here are my calculations to set up the venturi... My container vegetable garden utilizes about 23.75 gallons per minute at approx. 15 PSI and consists (all of which are considered "drip irrigation") of: -48 ea. Flag Drippers at 0.016 GPM (1 GPH) ea. -300 ea. Orange Spot Spitters at 0.06 GPM (3.6 GPH) ea. -36 ea. Mini Sprays at 0.1 GPM (6 GPH) ea. -24 ea. Bubblers at 0.016 GPM (1 GPH) ea. First off, you must realize that the threads on the device are BPS (British Pipe) and NOT NPT. British Pipe threads are cut at an entirely different angle and are NOT tapered. It just so happens that the BPS and NPT pipe threads have the same "pitch" (14 threads per inch). I was able to utilize two PVC 90 degree elbows (slip x 3/4" FNPT) with copious teflon tape to secure a watertight seal. I threaded the elbows all the way down (tough going) until they bottomed out at the venturi boss. I'm sure that the poly venturi threads pressure "conformed" to the harder PVC threads. I drilled and tapped two 3/4" PVC caps to accept the 1/4 NPT threads on the gauges. Although the caps are not very "thick" where the threads are, the gauges tightened securely and I doubt that they will fail at the limited pressures (35 PSI max) that my centrifugal irrigation pump puts out. Please see the photos for more info on the installation. I cut it into my existing line used for the container garden. The photos show: - No pressure in line (line valve closed) - Line in use without injector participation (line valve open, injector valve fully open) - Line in use, injector just starting to create suction at about 4 PSI diff pressure (line valve open, injector valve adjusted slightly closed) - Line in use, injector drawing fluid from container (line valve open, injector valve closed a little further) - Close up of the setup with both valves completely open (bypassing the injector) - Photo of distribution piping A couple of photos of the container vegetable garden are also included as reference. Testing on my system indicates that the suction begins at about 4 PSI of differential pressure (22 PSI inlet and 18 PSI outlet) Suction then varies proportionally all the way up to (hard to measure) 25 PSI of differential pressure (30 PSI inlet to 5 PSI outlet). At full suction, I can empty one quart in 15 seconds (1 GPM). At 15 PSI output (which is what I need to adequately run the system) I can inject approx. 3 gallons per hour which is perfect, seeing that I only run the system for about 20 minutes at a time. Overall, this injector was easy to set up, exhibits a flow range perfect for my application, will ease the burden of hand fertilizing all of those containers (it was a pain the last few seasons), and allow me to better tune the nutrients that the garden receives. Very happy with the product and will probably duplicate the set up for the nursery and the butterfly garden! Remember you MUST be able to control the differential pressure and SHOULD be able to monitor it using two gauges. ... show more
Reviewed in the United States on August 28, 2022 by Renee Jones Renee Jones
    • Excellent for injection ozone into your cold plunge return line.
Review Image by Christopher Campbell Christopher Campbell
I used this to create a nice venturi loop on the return line to my cold plunge. It is perfection. Check out my build in the picture. You have to put a little ball valve in the loop so you can get the right amount of vacuum to pull the air into the return. This is a simple loop that I can move to any other setup I go with. Just make sure you put it on the return line so you don't put air all in your pump. ... show more
Reviewed in the United States on November 6, 2024 by Christopher Campbell Christopher Campbell
    • Injector does not work with a drip system
Review Image by Dude Dude
If you run it without any hoses attached in front of it, it will work. But, I bought it to apply fertilizers for my summer garden. The garden has a drip irrigation setup. I would have given the review -5 stars if I could. Cheap, and does not work for the intended application. There is no information what so ever for how it is supposed to be used, except for a few images. In one, they show a setup for how it is supposed to be hooked up but was useless. I used PVC bypass 3/4 inch with three valves and no matter how I I try to adjust those valve there is no suction. I don't have a picture of the finished product but just to give you an idea I put up a photo. The injector will not work with drip irrigation unless you have a huge outflow. The issue is that any water pressure in front of the injector prevents it from working. Again, documentation for what you should expect would ave made me not buy. ... show more
Reviewed in the United States on May 26, 2022 by Dude Dude
    • Disappointed it didn't work with my sprinkler.
Connected to my garden impact sprinkler. Apparently the flow was either too low or the pressure was too high. It drew when purging the air but quit after it came to pressure. I was not able to use it. The only time I could get it to work was without a hose attached to it.
Reviewed in the United States on June 23, 2021 by berrypatch101
    • It works as advertised
Review Image by MDH MDH
So I saw several reviews that the product doesn’t work, I thought that as well but was determined to make it work. Here are some tips, 1. will not work with an impact style sprinkler or dip system, 2. ensure all fittings are leak free ( use thread tape on screw connections. It’s not the pressure that’s important, it’s the flow, once I figured this out it works flawlessly. I’d say it injects about a half gallon a minute at full choke. Of course you’ll have to build a pvc manifold to control injection rate. ... show more
Reviewed in the United States on March 6, 2023 by MDH MDH
    • DIY Marine A/C Condensate venturi
The media could not be loaded. Decided to take a shot in the dark with this to keep condensate from going into the bilge. So far, so good, condensate pan is almost empty, A/c unit is happy, and I'm happy it's going out with the discharge water.
Reviewed in the United States on April 23, 2024 by billy scarbrough
    • Just what I needed for use in siphoning water or other liquids.
Just what I needed for use in siphoning water or other liquids. A lot easier to blow through this than suck on the end of a tube/hose.
Reviewed in the United States on March 25, 2023 by Bo @ New Mexico
    • Advertised bar for suction requirement incorrect.
It required much more flow than the listed specification to get it to work. I did get it to work but on a mainline with high pressure. It will not work for drip tape irrrigation, even with several hundred feet of it. It also did not work with button drippers, and I had 41 of those with 2GPH emitters on them, finally I combined both system for even more flow and it still did not work. It only worked when I had full flow of my 95psi waterline hooked up to it. ... show more
Reviewed in the United States on May 17, 2022 by Craig Schmidt

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