Irrigation Pump & Valve Control System

Integrated irrigation automation for pumps, valves, fertigation systems, and remote field control.

  • Pump start / stop automation
  • Multi-zone irrigation valve control
  • Wireless LoRa field control
  • HMI touchscreen operation
  • Fertigation integration
  • Suitable for farms, orchards, greenhouses, and landscape irrigation
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What the System Controls

PKYDrip irrigation control systems help automate irrigation infrastructure using centralized pump and valve management—not only a single panel, but a coordinated automation platform for the whole project.

Water pumps
Start/stop automation, protection logic, and coordination with valve programs.
Solenoid valves
Zone sequencing for drip, sprinkler, and manifold-based irrigation.
Electric valves
Motorized actuator control where solenoids are not used.
Fertigation systems
Dosing and EC/pH-linked operation when fertigation is part of the project.
Sensors
Optional flow, pressure, tank level, and field feedback points.
Wireless valve controllers
LoRa field nodes when cable runs to remote zones are costly.
Pump and valve irrigation control system

One System for Pumps and Irrigation Valves

The system coordinates pumps and irrigation valves using timer schedules, sequential irrigation logic, and protection delays—so pump run permissions and zone operation stay aligned in daily field use.

  • Sequential irrigation
  • Group irrigation
  • Pump interlock protection
  • Pressure and flow monitoring (when sensors are specified)
  • Remote operation support (when remote modules are integrated)

Wireless LoRa Irrigation Expansion

Remote irrigation zones can be connected through solar-powered LoRa valve controllers when cable installation is difficult—orchards, hillsides, and expansion blocks are common examples.

  • Long-distance communication
  • Solar-powered field devices
  • Suitable for orchards and hillside irrigation
  • Reduced wiring work
Wireless LoRa irrigation
Touchscreen HMI for pump and valve irrigation control

Simple Touchscreen Operation

The HMI touchscreen is the day-to-day operator interface for the pump and valve platform—replacing scattered timers and undocumented panel logic with one structured control screen.

  • Sequential or timed valve programs—run zones in order or on schedule
  • Manual valve open/close from the screen for testing and field adjustments
  • Live pressure and flow readouts when sensors are installed
  • Soil moisture, tank level, and other field sensor values on one dashboard
  • Alarms and status for pump, valve, and communication faults

Industrial Control Platform Design

The control platform integrates pump starters, valve outputs, protection devices, communication modules, and touchscreen operation into one irrigation automation system. It is the execution layer in the pump room—not the only component in the project, but the coordination point for pump, valve, and optional fertigation logic.

Control platform
  • Pump starter and valve output distribution
  • Protection and interlock devices (project-configured)
  • Communication modules for expansion and remote access
  • HMI for schedules, manual control, and alarms

Applications

Orchard Irrigation

Pump automation with zoned valves and optional wireless blocks in remote rows.

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Greenhouse Irrigation

Pump, valves, and fertigation coordination from a central control platform.

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Open Field Irrigation

Multi-zone sprinkler or drip systems from a pump station.

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Landscape Irrigation

Structured valve sequencing and pump control for commercial sites.

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Fertigation Systems

Water–fertilizer integration with irrigation schedules and monitoring.

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Discuss Your Irrigation Project

Send us your project type, pump quantity, irrigation zones, and control requirements. PKYDrip can recommend a suitable pump & valve control system configuration.

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Reference: PC-PUMP-VALVE-SYSTEM-EN-01