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2011年7月20日

How To Install a Simple Drip Irrigation System

Drip irrigation doesn't just save water (and the money you pay for that water), it also saves time.


Here's How:
1.      Start with a small drip irrigation project: A vegetable garden laid out in rows or Shrubs around your house foundation can be watered efficiently with drip irrigation.

2.      Determine a water source: Any outdoor faucet can be used for an automatic drip irrigation system, provided you attach a Y-shaped valve hose connector as our PC-17 PLASTIC HOSE CONNECTOR WITH DUAL SHUT-OFF.
            Put it on upside down, so that the bottom of the "Y" attaches to the faucet. Attach one arm to the garden hose that will deliver water to the drip irrigation system. The other arm can be attached to an auxiliary garden hose for other watering needs.
3.    Start measuring: Draw a garden plan, showing the plants you want to water and how far apart they are. How much of hose length you need for your garden, you can also attach soaker hose for your little plant. Please see attached picture as our explanation.
         
     
4.    Gather your gear: You'll need a battery-operated timer for your drip irrigation system, which can be set like a clock to automate watering times. A pressure regulator / backflow valve is essential to prevent the drip irrigation water from backing up and ruining your household plumbing. Hose adaptors help, as do optional items such as a filter to keep rust and dirt out of the drip irrigation line and a fertilizer injector. Here attached are the pictures of attaching a WT-067 water timer with your garden tap, then to connect with PC-17 or PC-17 Hose Connector with Dual shut-off, then attached 3/4" or 1/2" Hose connector to connect hose or soaker hose as the figures as below:
   
    
5.   Assemble the drip irrigation lines first: Lay the hoses out in the sun to soften the plastic, so it's easier to work with. Cut the 1/4" hoses with scissors, and push the ends into the connectors to extend the lines toward your plants.
     
     
6.      Connect the flow from the faucet: Connect the remaining equipment from the tap in this order: Y-connector, timer, how connector, hose-thread adaptor, garden hose, soaker hose, sprinkler, and drip irrigation line. Your water supply is now linked to your drip irrigation system line. There are options of equipment for you to connect with, in accordance with your requirement. Please see the example as below figure:
     
7.      Test the drip irrigation system: Toggle the switch on the Y-shaped connector so water will run from the tap to your drip irrigation system. Set the timer on manual, and then set it to On. Turn on the tap. If you've done this correctly, you'll see the sprinkler start to spout like water dance. The other side of soaker hose will be properly drip water out to water your little lovely plant.
8.      Check for leaks: When you're satisfied with the water flow, turn the timer off but leave the tap turned on. You should hear the water stop running. This is the time to ensure there are no leaks between the tap and the other equipment. If there is leakage, you are probably using the wrong adaptor -–
9.      Set your automatic drip irrigation timer: Twenty minutes once a day is usually enough. Experiment with different amounts of watering time until you’re satisfied your plants are receiving adequate moisture.
 


2011年6月10日

How easy to set up – WT-038 Mechanical Water Timer

Quickly and easily convert an outdoor faucet to automatic watering. The hose faucet mechanical water timer with rotary knob is easy to set run time and watering duration (from 1, 2, 3, 4, 6, 8, 12, 24, 48, 72 hours, 1 week). Start with delay watering function in hourly interval, up to a maximum of 12 hours. For start time a day is all you need to water from 1 min to 120 mins. Required two 9V AA batteries (not included). Auto shut-off when battery is low. Learn more information about timers. (www.kanz.com.tw)

2011年6月7日

DIY your own rain barrel from a trash can




To collect the rainwater and use it to outdoor gardens, lawn and trees is an economic way to save a lot of money. The actual savings are dependent on the catchment area leading to the rain barrel. Rain is a renewable item and there is a long history about people to use the rainwater.
Today we could gather the rainwater to the rain barrel, however it’s another expense to buy a high volume rain barrel. Making it from a trash can is inexpensive for water usage that you store up and use on demand by attaching a garden connector and garden hose on the bottom.

A simple valve to control the water flow could be a good helper to manage the water usage of rain barrel. 
Yi Zuo has a full range of plastic connectors: 



As well as the garden hose could be a important part to the rain barrel system.
to know more about the products that could apply to your own rain barrel irrigation system. 
Visit Yi Zuo website 




Here are some steps for you to make the rain barrel:
Step.1
Drill a hole with a 1-inch drill bit about two inches from the bottom of the trash can. A large outdoor trash can will hold more water and has thicker walls to hold the pressure of the water inside. This will be the area for the spigot. Drill a hole with a 1-inch drill bit about 1 inch below the rim of the trash can in any position around the edge. This will house the overflow assembly. Drill about 12 holes 1 inch in diameter in various positions in the lid. Use a pocketknife or utility knife to remove plastic burrs from around and inside of each hole.
Step.2
Wrap Teflon tape at least three revolutions in a clockwise direction around the hose spigot threads. Insert the hose spigot into the bottom hole by hand making sure that the end the hose fits onto is pointing down towards the ground.

Step.3
Apply silicone caulk liberally onto one side of the 1-inch rubber washer, insert it from the inside of the trash can so that it fits over the spigot on the inside and press it flat against the trash can. Screw a 1-inch plastic locknut over the washer and hand tighten. Hold the spigot straight with one adjustable wrench and turn the locknut with the second adjustable wrench until the locknut is completely tight.

Step.4
Wrap Teflon tape at least three revolutions around the 3/4-inch overflow valve on the end opposite from where a garden hose connects. Always wrap Teflon tape in a clockwise direction so that it does not unwrap when screwing on fittings. Place the overflow valve into the top hole in the trash can.

Step.5
Coat the second 1-inch rubber washer liberally on one side with silicone caulk. Insert on the inside of the trash can over the overflow valve, attach a 1-inch locknut and screw tightly together in the junction as in the bottom junction.

Step.6
Apply silicone caulk liberally on both the inside and outside of the trash can on the spigot and overflow valve in all areas that touch the trash can.

Step.7
Place the trash can lid with the opening down onto a sheet of mesh screen and trace the outline with a marker. Add 1 inch to the measurements all around and cut out with scissors. Set the screen on top of the trash can and bend the extra 1-inch screen down onto the trash can. Place the metal band with snap closure around the screen and snap closed. This type of metal band is available at packaging stores to seal metal and plastic drum lids.



2011年5月9日

How to Water Your Lawn Efficiently

~Water Your Life Wisely~

The Water Resource is getting more & more important day by day. Hereby, we introduce you some tips to save your water for lawn irrigation. How to have a lush, green & healthy lawn to relax & play on your lawn, and water it efficiently as below?


1. Find out if your community has watering restrictions. Many communities have responded to water shortages by implementing laws that restrict how many times per week residents can water their lawns, or for how long, and/or at what times. If you live in such an area, this article can still help you, but be sure to abide by the restrictions.

2. Water only when your grass needs it. Water conservation isn't the only reason to limit the amount of water you give your lawn. Overwatering is also bad for your lawn's health and can contribute to the development of fungus and disease. Many people, however, don't know that they're overwatering. Some types of grass require more water than others, and environmental factors, such as temperature, humidity, and wind, can dramatically affect how frequently you need to water your lawn. Fortunately, the most accurate way to determine whether your lawn needs water is also the easiest: just look at the grass. When grass needs water, it will begin to take on a blue-gray tint, and the older leaf blades on the plant will begin to curl up or wilt. In addition, footprints will remain on the grass for longer than usual, as the grass won't "bounce back." When 30-50% of your lawn shows these symptoms, it's time to water.


3. Water deeply to encourage deep root growth. Frequent shallow waterings encourage weed germination, and they also cause the grass plants' roots to grow shallow, leaving the plant more susceptible to drought and to certain diseases. Watering only when your grass really needs it encourages the roots to grow deeper, but only if you apply enough water each time to penetrate the root zone. The most accurate way to determine the depth of the root zone is to dig a small hole and measure how far the roots go down. Alternatively, you can follow these general approximations: if you have a bluegrass lawn, each watering should moisten the soil to 6-8 inches, while for most other grasses, the water should penetrate 8-12 inches. You can determine how long to leave the sprinkler(s) on by using one of the following methods.

* Turn on your sprinkler for 15 minutes. After 18-24 hours, find out how deep the water soaked in by digging a small hole in the watered area or using a probe (a probe will push easily through damp ground). You can also push a shovel into the ground and use it as a lever to spread the soil apart enough so that you can see several inches below the surface. Once you see how deep the water went in 15 minutes, you can calculate how long you need to leave your sprinkler on. For example, if the soil is damp to 4 inches below the surface and your goal is to moisten the soil to a depth of 8 inches, you'll need to leave the sprinkler on for 30 minutes (2 X 15 minutes) each time you water.
* Estimate how much water you'll need based on your soil type. In general, 1" of water will penetrate sandy soils to 12", loamy soils to 6-8", and clay soils to 4-5". Using these estimates isn't quite as accurate as digging, but it's pretty close, especially if you have a good knowledge of your soil composition. To figure out how long you need to keep your sprinkler or sprinkler system on, calibrate your sprinklers.

4. Water early in the morning. When you use sprinklers, some water evaporates before it hits the ground. On a hot, windy day, the amount of water that never reaches your grass can actually be quite substantial. To reduce loss to evaporation, water time should be between 4 A.M. and 9 A.M., when the air is still cool and the wind is usually at its calmest.

5. Aim your sprinklers to water the lawn, not the sidewalk or street. Slight adjustments to your sprinklers can save a lot of water. Ideally, you shouldn't water your sidewalk, patio, street, or driveway at all.

6. Avoid creating runoff. Even with sprinklers correctly targeted at the lawn, many people water until (or even after) water begins to run off the grass and into the street or driveway. This can waste a lot of water, and it isn't doing your lawn any good. If water starts to run off your lawn before you've been able to give it a deep watering, turn off the water for 15-20 minutes to let the ground absorb the water, and then continue watering as needed (rotating a sprinkler between one area and another will also do the trick). Some soil types absorb water more slowly than others, but runoff can also be caused by excessive thatch buildup, which can promote disease--and which is sometimes caused by routine over watering.

7. Let the rain do your work for you. Nothing looks more wasteful than running your sprinklers while it's raining. If your sprinkler system is on a timer, get and install a rain sensor that automatically turns the water off when it rains. If possible, also avoid watering if rain is expected later in the day or during the next day. Your grass should be fine, even if it looks stressed. Use a rain gauge to determine how much rain you received, and then water a bit more only if needed.

8. Get a Rain Barrel. Use a rain barrel to water gardens and landscapes. A properly installed rain barrel which harvests rain water from the gutters of your home provides ample water for gardens and landscape areas. Capturing this rain water reduces the amount of run off that may otherwise be picking up garbage, oils, fertilizers, pesticides and other pollutants that are on your lawn, sidewalk and street. Thus, this also reduces the amount of pollution getting into our rivers, lakes, streams and ocean.

9. Water problem areas by hand. Many lawns have one or two spots that require more water than the rest of the lawn. A south-facing slope (or, in the Southern Hemisphere, a north-facing slope), or an unshaded area in an otherwise shady lawn are two common examples of these "problem areas." If you water your entire lawn every time you need to water these hot spots, you'll likely over water everyplace but these spots. Instead, water them by hand or use a separate sprinkler that's not attached to the rest of your irrigation

Warnings :
1. Watering in the evening is not recommended. It reduces evaporation (like watering early in the morning), but because the above-ground portion of the grass plant stays damp all night, it can encourage the development of turf-grass diseases.
2. Newly sodded or seeded lawns require more frequent watering than mature lawns. Established lawns with patch diseases may also benefit from more frequent waterings.

Sources and Citations
*       5. Garden Hose Guide
*       6. Website of www.WikiHow.com (http://www.wikihow.com/Water-Your-Lawn-Efficiently)
*       7. Photo shot by Annie Chao on 10/May./2011.

2011年5月8日

Quick Connectors for Garden Hose

Do you get tired of screwing garden hoses onto spigots and then screwing nozzles or sprinklers onto the other end of the hose?

Figure 1. Male and female quick connectors for garden hose.
Figure 2. Female connectors installed on garden hose






Some of the hose quick connectors now available can make the job much easier (Figure 1). These quick connectors come in pairs. One is threaded onto each end of your hose. Matching connectors are then threaded onto your spigot(s) and each nozzle, sprinkler or other hose-end attachment. Then, all you have to do to make a connection is to push one component into the other until it snaps.
Releasing the connectors is almost as easy. You just pull back the collar or push two buttons on the female portion and the male portion is released (Figure 2).
Material
Hose quick connectors are available in either brass or plastic. Obviously, the brass connectors are stronger and will last longer. They also cost considerably more. If you use plastic connectors, plan to replace them every year or two since they will deteriorate in sunlight and then break.
Orientation
Hose connectors are available in four orientations: male hose to male quick connector, male hose to female quick connector, female hose to female quick connector, and female hose to male quick connector. Decide on one type, and use it consistently. In other words, if you want a female hose to male quick connector on your spigot, you will need your other component to be male hose to female quick connector. Be alert when purchasing components! You may find them mixed up in a bin at your local home or garden center.
Interchangeability
Some brands of plastic connectors are somewhat interchangeable, although the connectors work more smoothly if you stick with one brand.
Maintenance
You will probably need to replace the hose washers in the female hose end and the O-rings on the male quick connector ends about once a year. If you don’t do this, the rubber will get hard and cracked, and the connectors will leak. Repair kits are available where you buy the connectors, or you can just buy hose washers and O-rings in bulk.
Pros and Cons
Convenience and speed are the major advantages. These connectors really are handy and save you time and effort. The major disadvantage is flow restriction. The connectors have an inside diameter of only about 3/8 inch. This causes a significant flow restriction when used on the typical 5/8-inch garden hose.

2011年4月11日

YI ZUO’s Garden Connectors includes ON/OFF valves facilitate Watering your yard…

Gardening is a fun hobby for most of people. It allows them to be outside growing and beautify the flowers and plants and even food in return. People enjoy it as it can be a great way to relieve stress and get some exercise.

To make this experience better it is important to have decent garden tools. This includes having a good garden hose, a functional form of garden hose storage and proper garden hose connectors.

Garden hose fittings generally refer to the connectors. The pieces that allow you to easily connect the hose to a spigot, a spray gun or to another hose. If the connectors go bad on your water hose it can create leaks.
YI ZUO’s connectors with dual shut-off cover one water tap into two outlets, each separately controlled, enabling different areas to be watered. For taps with 3/4" thread.
Allows two hoses to be connected to the same tap. 
One or both can be selected or the water can be turned off.
Complete with 3/4" thread and adaptors to suit 1/2" threaded taps.

  
Three-way connector designed to branch a hose in two directions.