Open Field
Multi-zone drip, sprinkler, or rain-pipe irrigation from a central pump station.
View application →Irrigation Control System
Build a coordinated irrigation control structure for pumps, valves, field zones, schedules, and monitoring instead of operating each device separately.
Pump and valve coordination
Multi-zone irrigation scheduling
Manual and automatic operation
Monitoring-ready system structure
Common Irrigation Challenges
Most irrigation control projects begin with operational problems, not with a controller model number. The system should solve how water is delivered, sequenced, supervised, and expanded.
Manual valve operation
Operators spend time opening and closing valves by hand, and irrigation timing depends on who is available on site.
Pump running without supervision
Pumps may run without clear valve status, pressure feedback, or shutdown logic, increasing risk and energy waste.
Difficult irrigation scheduling
Multiple blocks, crops, and irrigation durations become hard to manage with scattered timers or manual records.
Expanding irrigation zones
New field blocks, orchards, or greenhouse areas need a structure that can grow without rebuilding the whole system.
Lack of visibility
Farm managers cannot easily see which zone is running, whether the pump has started, or what happened during previous cycles.
System Architecture
A typical irrigation control system connects the water source, pump, mainline, valves, field zones, controller, and optional monitoring points into one coordinated control layer.
How The System Works
The controller coordinates irrigation as a sequence, so pump operation and valve operation follow the same plan. This keeps irrigation zones organized and reduces the chance of running equipment out of order.
- Schedules define which zones should run and for how long
- Pump start, valve opening, and delays can be coordinated
- Operation records and optional feedback help support system monitoring
ScheduleStart PumpOpen ZoneClose ZoneNext ZoneStop Pump
Typical Applications
The same irrigation control architecture can be adapted for different farm and landscape environments.
Orchard
Block-based irrigation with pump coordination, valve sequencing, and optional wireless expansion.
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Greenhouse
Pump and valve control linked with fertigation, crop zones, and local operator control.
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Landscape
Scheduled irrigation for parks, gardens, sports fields, and distributed landscape zones.
View application →Recommended Products
Products are selected to support the irrigation control architecture. The final configuration depends on pump type, valve quantity, field distance, monitoring needs, and installation conditions.
PKY-60W
Wired main controller for schedules, zones, logic coordination, and system integration.
View module →PKY-EG08
LoRa gateway for connecting wireless field devices into the irrigation control network.
View module →PKY-DAT01
Data acquisition terminal for reporting flow, pressure, soil moisture, weather, or water level data.
View module →An irrigation control system should help the customer build a clear operating structure first. Controller models, wireless modules, and sensor terminals are selected after the pump, valve, zone, and monitoring logic is understood.
Plan Your Irrigation Control Architecture
Tell us your farm size, pump type, number of irrigation zones, valve distance, and monitoring requirements. PKYDrip can recommend a suitable irrigation control architecture before product selection.
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