|
This page provides links to several designs created by Irrigation Services. To view a design, you must have Macromedia Flash Player installed on your computer. Click on a design image below for a larger view. Designs are best viewed at a resolution of 1024 x 768 pixels.
When previewing a sample design, you can press the right mouse button to access a menu allowing you to zoom in, zoom out, show all and more. When you zoom in, the mouse cursor will change to a small hand. This cursor will allow you to pan the drawing. To pan the drawing, click and hold down the left mouse button and drag the cursor across the screen. |
| |
 |
| Swinbank Residence: |
|
|
 |
|
A 17,000 square foot home placed on an acre and a half. This irrigation system has an on-site weather station that will send data to the controller on a daily basis. The controller uses this data to calculate ET, and then adjusts the run time within each schedule. A flow sensor is used to monitor total flows, head breakage, and minimize the water window. All spray heads are pressure regulated to insure droplet size and even distribution.
File Size: 293 KB |
| |
|
| Franklin ISD: |
|
|
 |
|
Proper irrigation on athletic fields should always be addressed. Healthy turf grass reduces the amount of injuries to our young athletes. The rotor heads used on athletic fields require higher operating pressures. This is achieved by adding a booster pump. The front of the school did not need the pump so it is isolated from the pumping system by location and check valves. Schedule 80 swing joints on all athletic rotors are recommended. Hydraulic calculations were used to determine the size of booster pump needed.
File Size: 221 KB |
| |
|
| South Texas College – McAllen: |
|
|
 |
|
This site has only 30 PSI static pressure. Hydraulic calculations were again used to determine the size of the booster pump needed. A Cycle Stop Valve is part of the pumping system to manage the diversity of flow requirements. Rotor heads were spaced closer than manufactures recommendations due to wind conditions.
File Size: 470 KB |
| |
