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NLC‐100 User Manual
Running the "learn flow" feature
1 Turn the dial to
ADVANCED and select
2. FloStack.
Now you'll see the following display:
2 Scroll down and select
3. Learn Flow by pushing the
ENTER button. Now you'll see the following display:
3 Use the item selectors (both up, down, right and left) to choose a station to start from and set the run time for each station. All stations will be run for the same period of time.
The NLC measures the flow continuously while the station is running the "Learn Flow" feature but only the last measurement is used. The last measurement is likely to be the most accurate one as the flow will have stabilized after running for a few minutes.
123
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Table of contents
- 9 The Controller
- 9 Irrigation Features
- 11 The Display
- 12 A standard display when idling in Auto mode
- 13 Button and Controls
- 13 The Seven Main Modes
- 14 OFF (Red)
- 14 MANUAL (Brown)
- 14 AUTO (Grey)
- 15 PROGRAM (Light blue)
- 15 SETUP (Dark blue)
- 15 ADVANCED (Black)
- 15 SOLENOID AMPS (Light green)
- 17 Basic Controller Configuration
- 17 Setting the date and time
- 18 Configuring Irrigation Programs
- 20 Configuring the stations
- 21 Configuring a station in a program
- 25 Setting Water Days
- 27 Selecting the water days
- 28 Setting Start Times
- 31 Adjusting Water Usage (Water Budget or ET)
- 35 Adjusting the ET (Water budget)
- 37 Activating/deactivating a Program
- 39 Adding a Booster Pump
- 41 Adding a Master Valve (Supply Pump)
- 41 Testing a Program
- 43 Running NLC in Auto Mode
- 45 Pausing a Running Program
- 46 Resuming a paused program
- 47 Running Extra Stations in Auto Mode
- 47 Running a station manually
- 49 Running Extra Programs in Auto Mode
- 51 Running NLC in Manual Mode
- 53 Alarms
- 53 Becoming aware of alarms on-site
- 55 Receiving alarm notifications on email
- 59 Viewing the alarm list
- 60 Alarms in the NLC
- 64 Monitor Data
- 67 Rain Shutdown
- 69 Intelliset
- 70 FloGuard
- 70 FloStack
- 70 Feature Manager
- 73 Example A.1
- 75 Example A.2.
- 76 Example A.3.
- 77 Configuring the Extended Rain Shutdown Feature
- 81 Examples using Different Parameters
- 81 Example A.4.
- 82 Example A.5
- 83 Example A.6
- 84 Example A.7
- 87 How ET Works with the NLC
- 88 Example B.1. ET calculation with rain shortage
- 88 Example B.2. ET calculation with excess rain
- 90 Example B.3. Calculating ET run time
- 91 Example B.4. How minimum ET value works
- 92 Examples
- 92 Example B.5. All parameters in use
- 93 Numbers
- 94 Table Explanation
- 95 Example B.6. No Min ET
- 96 Numbers
- 96 Table Explanation
- 97 Example B.7. No Max ET
- 98 Numbers
- 99 Explanation
- 99 Example B.8. No soil holding
- 100 Numbers
- 102 Example B.9. Max. hourly rain
- 102 Options for Getting ET Data
- 103 Using Historical ET Data
- 104 Configuring for Historical ET Data
- 109 Alarm Types
- 110 Setting Alarm Thresholds
- 110 Setting the alarm reaction delay
- 112 Setting the high flow threshold
- 114 Setting the Flow Deviation
- 116 Setting the unscheduled flow threshold
- 118 Setting the master pump failure threshold
- 120 Setting Alarm Actions
- 120 Configuring alarm action for MPF
- 121 Setting Expected Station Flow
- 121 Entering expected flow for a station
- 123 Running the "learn flow" feature
- 124 Viewing the Current Flow
- 126 Inspecting and Toggling Station Status
- 127 Managing station status
- 129 The Role of Moisture Sensors
- 130 Calculate
- 130 Communicate
- 131 Validate
- 132 How irrigation is adjusted by moisture sensors
- 135 How moisture sensor input affects ET
- 135 Abbreviations
- 136 VSM ranges for the different soil types
- 137 Example D.1. Dry start condition (stress point)
- 140 Example D.2. Optimal start condition
- 143 Example D.3.Wet start condition (field capacity)
- 151 Example E.1. Putting a new station in the middle of the run chain
- 152 Changing the station run sequence
- 153 Resetting station run sequences
- 155 Changing Station Output Mapping
- 155 Changing Station Output Mapping
- 156 Resetting Station Output Mapping
- 159 Configuring for Flow Management
- 159 How the Flow Management Works
- 160 Setting the System Flow Capacity
- 163 Example G.1. Skewed days with custom irrigation periods
- 165 Configuring the Irrigation Period
- 167 How is This Different from Regular Programs?
- 168 When the NLC Alters Your Program
- 169 How to Configure for Misting or Cycle & Soak
- 169 Full misting program example
- 170 Enabling Misting
- 172 Setting the Start Times With Count and End Time
- 175 Things to Keep in Mind
- 177 Glossary