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Author: admin, 22.02.2021. Category: Landscaping Ponds

Irrigation Direct Canada | Drip Irrigation & Sprinkler Supply

Whether referred to as drip, trickle, emittet or low-volume, these systems feature emission devices that apply water in gallons per hour GPH as opposed to landscape products emitter tubing gallons per minute GPM of a conventional overhead irrigation.

Typically, low-volume systems also require filtration and pressure regulation. Low-volume irrigation can greatly reduce or eliminate water waste while promoting healthier plant growth because you can: Match the water application to the specific needs of each plant. More closely match the application rate to the soil's infiltration rate. Apply water directly to the root zone to reduce overspray and evaporation.

Low-volume systems also reduce or eliminate runoff on walks and paved areas, and overthrow onto windows and walls. Rain Bird's Xerigation line of drip products offers a full range of water-saving choices landscape products emitter tubing many non-turfgrass landscape applications, including control zone components, distribution components, emission devices and tools.

For complete performance and technical specifications, please see Rain Bird's Landscape Irrigation Products Catalog or visit Rain Bird's website at The website also includes written specifications and detail drawings Landscape Garden Edging Products Online in downloadable files. Landscape Dripline: A Better Landscape Garden Edging Products Job Inline Tubing Inline emitter tubing is landscape products emitter tubing distribution landscape products emitter tubing with emitters pre-installed at the factory at preset emittef.

Rain Bird's Landscape Dripline goes further than competitive inline tubing products because it provides unmatched clog resistance, lowers installation costs and is backed by Rain Bird support.

Rain Bird's patented ADI inline emitter pressure compensates by lengthening the flow path instead of reducing its size. Built-in pressure compensation ensures consistent flow from each inline emittrr throughout the entire length of the tubing and throughout its PSI 0,0 Bars operating range.

The critical flow path size, of Landscape Dripline is significantly larger than the competitors. There are several factors that will influence which flow rate, emitter and lateral spacing, length of lateral and configuration you choose, including: Soil type clay, loam or sand. Planting scheme dense, sparse or mixed plantings.

Topography sloped or flat. Landscape Dripline's unique design makes it easy to install and maintain landscape products emitter tubing Emitters are pre-installed and the tubing is easily rolled out to fit any shape or contour.

You can add single-outlet emitters to water individual plants. You can use compression, insert or loc fittings to install. To begin, gather information about the site to be irrigated with Landscape Dripline as Landscape Edging Products 70 discussed in the following sections. Dense plantings are those where the space between the plants' mature canopies is less than two feet 0. Sparse plantings are spaced 3' - 4'. In a dense planting, it is not cost-effective to irrigate each individual plant.

Dense plantings are more effectively irrigated by emission devices that supply a precise amount of water across the entire planted area. Landscape Dripline can be installed in a landscape products emitter tubing configuration see figure 1to wet the entire planted area, it can be thought of as broadcast drip.

The technique is similar to spray sprinkler systems in that the intent is to provide percent coverage. The precipitation rate of a Landscape Dripline system is generally lower than spray systems so watering times are longer but application efficiency is higher and there is no overspray or runoff.

The Landscape Dripline watering grid can tubinng easily retrofitted to accommodate individual plants requiring more water. Simply connect supplemental inline tubing rings to the Landscape Dripline grid or insert emitters into Landscape Dripline see figure 15 to provide the needed extra water.

Trees should be irrigated on a separate valve circuit landscape products emitter tubing of their higher water requirements. The difference in water requirements increases even more over time as the plants mature.

Sparse planting of widely spaced shrubs with no ground cover below and irrigated with traditional drip. Emutter water pressure should be measured at the point of connection.

Your water purveyor may also be able to provide information about your water source. Caution About Water Quality Dirty water reclaimed, reused, well, effluent, high mineral content, tublng.

Even though Landscape Dripline has unsurpassed clog resistance, a filter at the point of connection is required to screen out larger contaminants before they become a problem. Filtration Requirement Landscape Dripline requires mesh micron filtration compared to mesh or mesh filtration required by today's conventional inline tubing products. When using water from sources containing primarily particulate contaminates and low amounts of organic contaminates it is cost effective to install an Automatic Filter Kit see figure 3 near the point of connection, upstream of the remote-control valve s see figure 7.

When connected to a multi-program controller, the valve acts as an automatic flush valve, ensuring regular, scheduled flushing of the Y-Filter. The union facilitates access to the stainless steel screen inside the Y-Filter body if manual cleaning is required. A choice of a 30, 50,or mesh stainless steel screen is available. When the water supply is such that it contains organic contaminates, a sand media filter should be used for your.

These kits consists of ball valves, Y-filters, remote control or antisyphon valves, pressure regulators and nipples. If static pressure is higher than 60 PSI landscape products emitter tubing Bar at the start of the Landscape Dripline run, a pressure regulator is required. It is recommended that pressure landscape products emitter tubing be installed tubiny close to the planting area as possible to assure that the desired pressure is available for a Landscape Dripline watering zone see figure 8.

While insert fittings are designed to be used up to 45 PSI 3 Bars without clamps, compression fittings can landscape products emitter tubing used up to 60 PSI 4 Bars without the need prroducts any clamps and are recommended for hot landscape products emitter tubing climates to provide maximum retention strength.

When dry, it forms hard lumps tkbing clods. When damp, it is emittr and landscape products emitter tubing be molded into shapes. When dry, it breaks easily. When wet, it forms a lump. Squeeze it in your hand. If it's dry, it will fall apart as soon as you open your hand. If it's damp, it will form a lump and then crumble easily when you touch it. The following table can be used as a general guide to spacing.

Actual spacing is determined by the width of the planted area, evenly divided. See the next section, Designing Your Grid. The more homogeneous the soil in the emittre area, the more uniform the water distribution. Therefore, compacted soil must be tilled to an 8" to 12" cm depth and should be irrigated to field capacity prior to planting.

Use the following criteria to install a Landscape Dripline system on a slope: Dripline laterals should follow the contours of the slope whenever possible.

Install Landscape Dripline at normal spacing within the top two-thirds of the slope. When elevation change is 10' landscape products emitter tubing m or more, zone the bottom one-third of the slope separately from the rest of the slope to provide greater low line drainage control.

The minimum inlet pressure should be 15 PSI. As long as you meet this requirement, there is no need to calculate friction loss in the Landscape Dripline lateral lines, just use the chart below see figure Note: Figure 13 assumes zero slope. Width of the planted area Measure the width in feet 5 feet landscape products emitter tubing. Actual no.

Width of the planted area Measure the width in feet 2. Width of planted area in inches: Multiply feet by 12 to get inches 3. Actual space between lateral lines: Divide grid width by number of spaces in grid 7. Supplemental Watering Occasionally, plants within the Landscape Dripline watering grid will require supplemental irrigation. When Xeri-Bug emitters are inserted into the grid, the additional flow must be taken into consideration.

Landsdape example, if 5 GPH of the flow is added to the grid through the addition of Xeri-Bug emitters, the length of the laterals must be reduced by 5 GPH plus a safety factor of 20 percent 1 GPH in this example which brings the total flow adjustment to 6 GPH.

See landscape products emitter tubing following example: 1. Divide the adjusted flow by the flow rate of the Landscape Dripline emitter to determine how many inline emitters it takes to equal this adjusted flow: landscape products emitter tubing GPH adjusted flow 0.

Adjust the possible maximum lateral length by 7'. From figure 12, at 45 PSI, the maximum lateral length for 0. Length of tubing in feet: Determine the total length in feet from grid 2, feet 2. Total no. Flow rate in GPH: Productw no. Length of tubing in feet: Determine the total length in feet from grid 2.

Length of tubing in inches: Multiply feet by 12 to get inches 3. Landscape products emitter tubing rate is the rate at tubimg Landscape Dripline applies water landscape products emitter tubing the soil. ET is water loss from the landscape products emitter tubing and plants. For our example, we will use 0.

Calculate PR Precipitation Rate a fixed number in formula x 0. This feature is the primary reason Landscape Dripline delivers unsurpassed clog resistance. Since it is pressure compensating, the first emitter on the line will apply the same amount of water as the last emitter on the line.

Another advantage to Landscape Dripline is that it flushes without the use of a low-pressure flow spike that unduly complicates the design process. Stakes pproducts Staples Landscape Dripline requires the use of stakes or staples landscape products emitter tubing install it securely to the ground. Rain Bird Control Zone Kits. Rain Bird. Corp Rain Bird Sprinkler Mfg. In this section, we will cover the most common problems.

Drip Irrigation for the Yard and Garden R. Troy Peters, Ph. Landscape products emitter tubing application efficiency of sprinklers is emltter. The following paper is landscape products emitter tubing a source outside Kansas State University. It is provided here for informational purposes. For more information about this landscape products emitter tubing or further application of this technology.


When the sprinklers turn off, measure the depth of water in each can. You can confirm this by turning off the power to your controller. EZ Roll Gravel Pavers preserve permeability and help maintain the look and functionality of a gravel road. Featured Projects. Clear grass and obstructions that block sprinkler spray. Soil absorbs and holds water like a sponge. May � Adjust your controller for summer schedule.


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