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#11
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Quote:
Posted via Mobile Device |
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#12
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It does not allow enough flow to go through it to alert our system. We have a threshold of 5 GPM and when a nozzle comes off, the flow is around 7 GPM depending on pressure, but with the check valve, it only becomes 1-2 GPM.
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#13
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Quote:
Posted via Mobile Device |
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#14
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We are using a central irrigation system on campus, Calsense. When a problem occurs at night due to a break, stuck valve, etc., then the system shuts down that zone and alerts me in the morning so I can send my guys to fix it. On average we have 125 high flows at night during a given month. |
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#15
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Did you have any input when selecting the system or was it soley the LA's spec? How do you like Calsense? Posted via Mobile Device |
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#16
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We have full input on selecting what was going in on campus. At first we were leading towards Rain Master, but once we saw the capabilities of Calsense, we decided on them. I enjoy the Calsense system and being able to work with it every day. I am a data cruncher and the system gives me plenty of that and reports that I can easily understand. It has helped us discuss the idea with the city on instead of limiting us on the amount of days to water but to give us a budget based off square footage. We have just completed our first year of the trial program and the campus is green with a reduction of overall water use by 51-66% across campus. The University of Texas does not endorse any product and my views on the materials used are of my own and not from the University. |
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#17
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Change your threshold.
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#18
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Do you have that way cool Calsense remote?
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#19
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I have tried lowering it to the 1-2 GPM, but at night with the fluctuating pressure, I had over 300 high flow alerts.....
My techs all use the remote and I use my Ipad or Iphone to control the system. The remotes have helped them trace down breaks in jasmine beds that they would never have found before. They tally up the GPM based off nozzles/PSI and then check to see what the remote says, if it is not within 2 GPM, they start hunting. |
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#20
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Quote:
a = average flow b = current flow c = % deviation suspend d = % deviation alert level 1 e = % deviation alert level 2 f = % deviation alert level 3 |
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