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Golf Course Irrigation

Sep 11, 2015
Video Length:  1:04:50
Presented By:  Jake Lott
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Golf course irrigation is a design skill in and of itself. In this webinar, we'll demonstrate some of the great tools Land F/X offers to help ensure proper mainline sizing and scheduling. We'll also discuss some of the key points to remember when using flow zones, shut-off valves, and valve-in-head rotors. While this webinar will not cover the theory behind golf course irrigation design, it will provide a detailed look at the Land F/X tools that pertain to golf course irrigation.

 

Webinar Contents:

Note: The following catalog of content covered in this webinar is time stamped to allow you to follow along or skip to sections of the video that are relevant to your questions. You can also search for content on this page using the FIND command in your browser (CTRL + F in Windows, Command + F in Mac OS.)

  • Intro/TOC
  • Understanding And Using the Right Equipment
  • Valve-in-Head (VIH) Rotors
  • Shut-Off Valves
  • Central Control System (Controller)
  • Joint Restraints
  • Flow Zones
  • Mainline vs. Lateral Line
  • Spot Elevations & Pipe Sizing
  • Scheduling Options

0:00 – 6:35: Intro/TOC

6:36 – 16:34: Understanding And Using the Right Equipment

Valve-in-Head (VIH) Rotors (7:40)

Selecting a specific VIH rotor model (7:40)

 

Shut-Off Valves (9:30)

Note: Shut-off valves are crucial to golf course irrigation because they allow portions of the system to be shut off during maintenance.

 

Central Control System (Controller) (10:40)

Adding a central controller (10:40)

 

Joint Restraints (11:25)

Adding joint restraints (11:25)

 

Overview of the different types of available joint restraints (11:30)

 

Placing the Equipment (13:20)

Placing shut-off valves (13:20)

 

Note: The computer won’t know your exact design intentions. It simply feels along the mainline and lateral line pipe, looks for different types of equipment, and calculates accordingly. (14:30)

16:35 – 23:09: Flow Zones

Accessing the Flow Zones feature from the Size Mainline tool and selecting a new Flow Zone (16:40)

 

Entering a Maximum Multi-valve Flow (17:00)

Note: Flow Zones don’t add flow – they only limit flow. And a Zone only limits flow if the given flow in an area exceeds the maximum flow that’s set for the zone.

 

Double-clicking a flow callout number to change its value (20:30)

 

Using the Highlight Station tool to show the contents of a Flow Zone (22:30)

23:10 – 38:59: Mainline vs. Lateral Line

Placing a few heads (23:10)

 

Hooking the heads together using Lateral Line (the system will treat the pipe like mainline) (25:25)

 

Placing shut-off (gate) valves (26:20)

 

Piping to the gate valves with mainline and connecting to the heads (26:40)

 

Using Highlight Station to highlight the zone. Note that it will only highlight up to the shut-off valves if you select a zone, or highlight the system but not the zones if you select the pipe outside the zones. (27:20)

 

Placing Flow Zones and setting a maximum flow for each zone (27:52)

 

Placing Schematic Irrigation zones (29:30)

 

 

Placing a cap to simulate a flow zone (30:30)

 

Using Highlight Station to determine the flow of a given area (31:45)

 

Placing the cap (32:15)

 

Placing an isolation valve and piping to it from the cap (32:40)

 

Placing additional caps and copying/pasting them (before piping to them) (33:30)

 

Piping to the caps (34:15)

 

Note: Lateral pipe can’t usually handle quick coupler valves. However, in the system we’ve set up, the lateral line behaves like mainline and can therefore handle quick coupler valves. (34:40)

 

Using Match Properties and drawing a window across the entire plan to open and close isolation valves (36:10)

39:00 – 56:19: Spot Elevations & Pipe Sizing

Note: When you have Land F/X Spot Elevations placed throughout your site, the system will assign each component to the nearest Spot Elevation. For this reason, we recommend placing Spot Elevations generously throughout the site. (39:00)

 

Using the Verify Mainline tool to ensure that all components are connected to a water source and that all valves are called out (41:30)

 

Using the Valve Callout tool to label valve-in-head rotors (note that you can click your Valve Callouts to renumber them incrementally). (41:30)

 

Sizing the mainline and using Spot Elevations for valve elevations (44:30)

 

Question: Can Spot Elevations be in an Xref? (48:05)

Answer: Great idea. We’ll look into adding a toggle offering an option to place them in an Xref.

 

Note: You can use the NCOPY command to create boundaries and areas in Xefs – it recognizes polylines in Xrefs. (50:30)

 

Checking the Critical Analysis (52:25)

 

Checking the tees with View Data (53:29)

56:20 – end: Scheduling Options

The Irrigation Schedule (56:25)

 

The Valve Schedule (pinpoints troubleshooting issues such as unknown valves or wire lengths). Note that the schedule also recognizes the closest controller. (57:05)

 

The Runtime Schedule (allows you to determine a runtime based on the amount of watering you need per day or week) (58:50)