BJ-100  PLASTIC IMPACT SPRINKLER

            TYPES OF PLASTIC ADJUSTABLE IMPACT SPRINKLER

TECHNOLOGE DATA OF BJ-100 PLASTIC IMPACT SPRINKLER

BJ-210  PLASTIC BUTTERFLY SPRINKLER

1. Special stainless steel axis makes rotation smooth.
2. Anti-UV material, durable for long life use.
3. Excellent design make sprinkling even.
4. Stable operating in higher pressure, make mist finer.

BJ-211  MICRO BUTTERFLY SPRINKLER IRRIGATION

One set of micro butterfly sprinkler include 1 small PVC hose to lead water from source PE pipe and 1 fiber glass pole to support the micro rotary sprinkler. Each micro butterfly sprinkler stands space 3 meters each other. The distance of ach line of PE pipe is around 3 meters too. The micro butterfly sprinkler on each line must to stand staggered with other one at next line to make up blind space of watering.

BJ-300 COMPLETE CIRCLE JET

The outlet of this jet is without support surrounded, water spray no block in all angles. Center screw is adjustable to adjust the flow rate.
With 1/2” male thread connect the female connector on supply pipe.
There are 2 types of different model：
1. BJ-300L- the water spray is level.
2. BJ-300U- the water spray is up ward.
This pcomplete circle jet is popular used in orchard  or garden irrigation. Also  it is a beautiful fountain in low pressure with its umbrella shaped jetting.
Reverse down the support pipe it can be used in spraying down for example spraying from roof of greenhouse.

BJ-400 SEEP SOAKER HOSE

All the wall of seep soaker hose has sponge like porous. That can seep water all the wall when fill water into the hose. It is a good irrigation hose for garden watering or farm irrigation.

Especially we don’t need both too much water as sprinkler irrigation or too little water as drip irrigation. It is a just right way for this irrigation.

Seep soaker hose can be laid on the ground or buried under ground to irrigate. Also it can be put in water. When we fill air instead of water, it seeps air bubbles for aerating.

Because of seep soaker hose has so many porous it is not so quick clogged as drip hose. It reduces seeping gradually in longer time. Install a water filter at head is helpful to delay clog.

Also because of seep soaker hose has so many porous its seeping rate decline quickly as the length of hose is long. The recommend length just right to be used is less than 15 m.

It is convenient to use this hose in different conditions for there are many different fittings. These fittings can assemble different hose systems well to satisfy our different necessary.

BJ-600  MICRO JET

To drill a hole less than 3mm on PE pipe and insert the micro jet into the pipe to set, then hang the PE pipe up. The operation pressure must be more than 1 bar to get fine spray.

Specification:

Inlet Outer Diameter: 3.5mm  Outlet Inner Diameter: 1.9mm

BF sertes SLIDE GATE PIPE IRRIGATION

Realize water saving and yields increasing from most common irrigation methods

Flood and furrow irrigation are still the dominant irrigation methods in much of the world. Some crops’ irrigation will remain difficult to replace by other irrigation methods in the foreseeable future. We can effectively use the Slide Gate Tubing Irrigation System for a wide range of crops, including rice, sugarcane, cotton, and corn with flood irrigation and furrow irrigation. The Slide Gate Tubing Irrigation System saves much water and has an even irrigation compare to direct flood and furrow irrigation. This irrigation system makes it a valuable tool for farmers who cultivate crops with high water needs. The Slide Gate Tubing Irrigation System makes farmers can get more yields with less water.

The Benefits of Slide Gate Tubing Irrigation System

The Slide Gate Tubing Irrigation System is optimizing the way we irrigate crops, especially those that have high water requirements. Let's delve deeper into the advantages and practical aspects of this innovative irrigation method.

Precise Water Distribution

One of the standout features of the Slide Gate Tubing Irrigation System is its ability to deliver water with precision. Traditional methods like furrow or flood irrigation often result in uneven water distribution, causing some parts of the field to be waterlogged while others remain parched. With the Slide Gate system, this issue is mitigated, as the slide gates on the tubing are multi-point distributed and they can slide to a suitable position for precise control of the water flow. This not only ensures that each plant receives the right amount of water but also prevents water wastage.

No need to install lateral pipes

Generally, piping systems such as sprinkler irrigation and drip irrigation need to install lateral pipes, and the process is relatively complicated. The Slide Gate Tubing Irrigation system only needs to install slide gates, which is relatively simple. It reduces the time and material cost of installing lateral pipes.

Time and Resource Efficiency

In agriculture, time is a precious resource. Conventional irrigation methods can be time-consuming, especially when dealing with extensive agricultural lands. The Slide Gate Tubing Irrigation System streamlines the process by enabling a multi-point distributed and controlled flow of water. This not only saves valuable time but also conserves water resources, which is crucial for efficient use of water resources.

Easy Installation

Implementing the Slide Gate system is relatively straightforward. It involves laying thin wall, flexible tubing across the field and connecting it to a high-flow pump. The slide gate sets, equipped with a slide gate with 2 1/2" outlet hole, are set on the tubing using a hole puncher. We can adjust these slide gates to control the water flow or shut it off completely. This simplicity of installation makes it accessible to a wide range of farmers, from small-scale to large-scale operations.

Environmentally Friendly and Low-carbon

With growing concerns about environmental sustainability, the Slide Gate Tubing Irrigation System offers an eco-friendly solution. By reducing water wastage and optimizing irrigation, it contributes to water conservation efforts. Moreover, the system's ability to reduce the need for prolonged irrigation periods also conserves energy, making it a greener and lower-carbon choice for agriculture.

In conclusion, the Slide Gate Tubing Irrigation System represents a significant advancement in agricultural practices. Its capacity to deliver water precisely, save time, and conserve resources makes it a significant change for modern farming. Whether you're a smallholder farmer looking to improve crop yields or a large-scale agricultural operation seeking more efficient irrigation methods, this system is certainly worth considering.

Frequently Asked Questions

1. Are there any specific crop types that benefit the most from the Slide Gate Tubing Irrigation System?

Yes, crops that require substantial amounts of water, such as sugarcane, rice, cotton, and corn, benefit the most from this system.

2. How durable are the tubing materials used in this system?

Our tubing is thin enough to be punctured by the hole puncher but durable enough for water delivery. It's designed to withstand typical agricultural conditions and should last for a growing season with proper care.

3. Can I retrofit my existing direct flood or furrow irrigation system with the Slide Gate Tubing System?

Yes, in many cases, existing irrigation systems can be upgraded with the Slide Gate Tubing Irrigation System.

4. What maintenance is required for this system?

Regular inspection of the tubing and slide gate components is essential to ensure smooth operation. Additionally, it's crucial to check for and address any blockages caused by air pockets.

5. Where can I purchase the necessary components for the Slide Gate Tubing Irrigation System?

You can contact us via mail deardeer@anja.com.tw to inquire about the required components, including the tubing, slide gate sets, and hole puncher. Be sure to measure the diameter size of the tube you need.

Crops that require large amounts of water generally use conventional furrow irrigation and flood irrigation. However, because the irrigation water flows directly on the field, the water is continuously absorbed by the soil, resulting in uneven absorption of water at the flow beginning and the end. The area at the flow beginning may have too much water, but at the end may not have enough water. Another disadvantage of conventional furrow irrigation and flood irrigation is the longer irrigation time required. These shortcomings are particularly evident in large areas.

To solve these shortcomings, Slide Gate Pipe Irrigation is a good solution.

Slide Gate Pipe Irrigation also said as side inlet irrigation, multiple-inlet irrigation. It is a simple and convenient method to solve the shortcomings of conventional furrow irrigation and flood irrigation. It can be used for sugarcane, rice, cotton, corn and other crops especially for crops which need large water.

The method is to lay a suitable thick flexible pipe on the field, connect to a pump with large water flow. When water is poured into the pipe till it is about 80%~90% full, put the Slid Gate Hole Puncher into the central hole of Slid Gate Set, and use the Hole Puncher to punch the hole in the pipe. Then continue to push Hole Puncher deepen inside, until the barb section of Slid Gate Set is sent in fixed position. The leading part of the barb section has an annular enlarged barb structure. That can fix Slid Gate Set on the pipe. When the Hole Puncher is withdrawn, the water in the pipe comes out from the central hole in the Slid Gate Set.

In the same way to assemble the Slid Gate Sets at the appropriate positions along the pipe continually. At last there are many outlets along the pipe for watering. The slid gates on the Slid Gate Set can adjust the flow rate of water or shut off. This will water in precise way, increase the uniformity of irrigation, save water more than 20% and reduce the irrigation time.

If we are afraid of that the water pressure is too high may cause the flexible pipe burst. We can use an appropriate size needle to punch some holes along the pipe to relieve the pressure. Then the pipe will not burst due to excessive pressure.

Video: How to set a slide gate irrigation system

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In Eastern Asia and China, the deer is a symbol of luck. Deer and blessing is often connected. “BLESSING DEER” means both lucky with wealth.

Ancient Taiwan in uncultivated wilderness, we can see the deer on everywhere. The deer are tame and friendly animals. The presence of deer means in harmony with nature on the earth.

Our trademark, in Chinese means “BLESSING DEER”, in English we name “DEAR DEER”. We want to be a friend for everybody who pursue happiness, also aspire to the harmony of nature on the earth.

Agriculture is the economic activity of the human which closely related to nature. Our efforts are in this area, and hope that these efforts support and enhance technical and exquisite farming. That help agriculturist to get the best economic harvest.

Also hope in the process of agriculture renewed, we can contribute our effort to make farming close nature and in harmony with the earth.

Irrigation sprinkler

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hideThis article has multiple issues. Please help improve it or discuss these issues on the talk page. (Learn how and when to remove these template messages) This article's tone or style may not reflect the encyclopedic tone used on Wikipedia. (March 2010) This article needs additional citations for verification. (March 2010)

An impact sprinkler head in action

An irrigation sprinkler (also known as a water sprinkler or simply a sprinkler) is a device used to irrigate agricultural crops, lawns, landscapes, golf courses, and other areas. They are also used for cooling and for the control of airborne dust.^{[citation needed]} Sprinkler irrigation is the method of applying water in a controlled manner in way similar to rainfall. The water is distributed through a network that may consist of pumps, valves, pipes, and sprinklers.^[1]

Irrigation sprinklers can be used for residential, industrial, and agricultural usage. It is useful on uneven land where sufficient water is not available as well as on sandy soil. The perpendicular pipes, having rotating nozzles on top, are joined to the main pipeline at regular intervals of time. When water is allowed to flow through the main pipe under pressure with the help of pump it, escapes from the rotating nozzles. It gets sprinkled on the crop. In sprinkler or overhead irrigation, water is piped to one more central locations within the field and distributed by overhead high pressure sprinklers or guns.

Contents

Types[edit]

Industrial[edit]

Higher pressure sprinklers that themselves move in a circle are driven by a ball drive, gear drive, or impact mechanism (impact sprinklers). These can be designed to rotate in a full or partial circle.

Rainguns are similar to impact sprinkler, except that they generally operate at very high pressures of 40 to 130 lbf/in² (275 to 900 kPa) and flows of 50 to 1200 US gal/min (3 to 76 L/s), usually with nozzle diameters in the range of 0.5 to 1.9 inches (10 to 50 mm). In addition to irrigation, guns are used for industrial applications such as dust suppression and logging.

Many irrigation sprinklers are buried in the ground along with their supporting plumbing, although above ground and moving sprinklers are also common. Most irrigation sprinklers operate through electric and hydraulic technology and are grouped together in zones that can be collectively turned on and off by actuating a solenoid-controlled valve.

Residential[edit]

An oscillating sprinkler is commonly used to water residential lawns, and is moved as needed.

Home lawn sprinklers vary widely in their size, cost, and complexity. They include impact sprinklers, oscillating sprinklers, drip sprinklers, underground sprinkler systems, and portable sprinklers. Permanently installed systems may often operate on timers or other automated processes. They are occasionally installed with retractable heads for aesthetic and practical reasons, reducing damage during lawn mowing. These types of systems usually can be programmed to automatically start on a set time and day each week.

Small portable sprinklers can be temporarily placed on lawns if additional watering is needed or if no permanent system is in place. These are often attached to an outdoor water faucet and are placed for a short period of time. Other systems may be professionally installed permanently in the ground and are attached permanently to a home's plumbing system.

An antique sprinkler developed by Nomad called a 'set-and-forget tractor sprinkler' was used in Australia in the 1950s. Water pressure ensured that the sprinkler slowly moved across a lawn.^[2]

Agricultural science[edit]

Sprinkler nozzles, used in crop irrigation

Rotator style pivot applicator sprinkler

End Gun style pivot applicator sprinkler

Irrigation on a cotton farm

The first use of sprinklers by farmers was some form of home and golf course type sprinklers. These ad hoc systems, while doing the job of the buried pipes and fixed sprinkler heads, interfered with cultivation and were expensive to maintain.

Center-pivot irrigation was invented in 1940^[3] by farmer Frank Zybach, who lived in Strasburg, Colorado. In the 1950s a firm based in Portland, Oregon Stout-Wyss Irrigation System, developed a rolling pipe type irrigation system for farms that has become the most popular type for farmers irrigating large fields. With this system large wheels attached to the large pipes with sprinkler heads move slowly across the field.^[4]

Underground sprinklers[edit]

Underground sprinklers function through means of basic electronic and hydraulic technology. This valve and all of the sprinklers that will be activated by this valve are known as a zone. Upon activation, the solenoid, which sits on top of the valve is magnetized lifting a small stainless steel plunger in its center. By doing this, the activated (or raised) plunger allows air to escape from the top of a rubber diaphragm located in the center of the valve. Water that has been charged and waiting on the bottom of this same diaphragm now has the higher pressure and lifts the diaphragm. This pressurized water is then allowed to escape down stream of the valve through a series of pipes, usually made of PVC (higher pressure commercial systems) or polyethylene pipe (for typically lower pressure residential systems). At the end of these pipes and flush to ground level (typically) are pre measured and spaced out sprinklers. These sprinklers can be fixed spray heads that have a set pattern and generally spray between 1.5–2m (7–15 ft.), full rotating sprinklers that can spray a broken stream of water from 6–12m (20–40 ft.), or small drip emitters that release a slow, steady drip of water on more delicate plants such as flowers and shrubs. use of indigenous materials also recommended.^[5]

Health risks[edit]

In 2017, it was reported that use of common garden hoses in combination with spray nozzles may generate aerosols containing droplets smaller than 10 μm, which can be inhaled by nearby people. Water stagnating in a hose between uses, especially when warmed by the sun, can host the growth and interaction of Legionella and free-living amoebae (FLA) as biofilms on the inner surface of the hose. Clinical cases of Legionnaires' disease or Pontiac fever have been found to be associated with inhalation of garden hose aerosols containing Legionella bacteria. The report provides measured microbial densities resulting from controlled hose conditions in order to quantify the human health risks. The densities of Legionella spp. identified in two types of hoses were found to be similar to those reported during legionellosis outbreaks from other causes. It is proposed that the risk could be mitigated by draining hoses after use.^[6]

Gallery[edit]

• 

  An underground sprinkler system about to be installed

 

• 

  Irrigation sprinkler watering crops.

 

• 

  Irrigation sprinkler in Bursa, Turkey

 

• 

  Irrigation sprinkler

 

• 

  An oscillating sprinkler watering a lawn

 

• 

  A overhead sprinkler

 

• 

  An irrigation sprinkler in action

 

• 

  Sprinkler for children

 

• 

  A faulty lawn sprinkler

See also[edit]

• Drip irrigation
• Feynman sprinkler
• Irrigation
• Sprinkler system timer

References[edit]

1. ^ "CHAPTER 5. SPRINKLER IRRIGATION". www.fao.org. Retrieved 2016-08-26.
2. ^ The Ride family's 'Nomad' brand tractor lawn sprinkler, National Museum of Australia
3. ^ Morgan, Robert (1993). Water and the Land. Cathedral City, CA: Adams Publishing Corp. pp. 35–36. ISBN 0935030026.
4. ^ Irrigation Pipe On Wheels Move Across Fields, July 1950 Popular Science, bottom of page 114
5. ^ Howser, Huell (November 8, 2010). "Rainbird – California's Gold (12002)". California's Gold. Chapman University Huell Howser Archive.
6. ^ Thomas, Jacqueline M.; Thomas, Torsten; Stuetz, Richard M.; Ashbolt, Nicholas J. (2014). "Your Garden Hose: A Potential Health Risk Due toLegionellaspp. Growth Facilitated by Free-Living Amoebae". Environmental Science & Technology. 48 (17): 10456–10464. Bibcode:2014EnST...4810456T. doi:10.1021/es502652n. ISSN 0013-936X.

External links[edit]

Look up irrigation sprinkler in Wiktionary, the free dictionary.

Wikimedia Commons has media related to Irrigation sprinkler.

Categories: 

• Irrigation
• Gardening tools

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