General Use Case – Pump & Valve Automation

A safe, logical, and scalable irrigation control concept used worldwide for pump and solenoid valve automation.

Do you need to control water pumps and solenoid valves automatically?

Most real irrigation projects face the same core question:

How can pumps and multiple irrigation zones be controlled safely, reliably, and efficiently?

PKYDrip irrigation control systems are not designed for demos only.
They are built on globally proven pump & valve automation logic, widely used in real agricultural and engineering projects.


How most irrigation systems work worldwide

Standard irrigation control logic

  1. The water pump starts first
  2. The main pipeline is pressurized
  3. Multiple branch pipelines connect to the main line
  4. Each branch is controlled by a solenoid valve
  5. Valves are opened one by one (sequential irrigation)

Typical operation example

Valve 1 → runs for X minutes Valve 2 → runs for X minutes Valve 3 → runs for X minutes … After the last valve finishes → the pump stops automatically

All timing, order, and irrigation cycles are configured in software
(App / Touchscreen / Web platform).

No manual switching is required.


Why this logic is used worldwide

This is the safest and most efficient method for irrigation systems with multiple zones.

Key advantages

  • Maintains stable water pressure
  • Prevents pipe bursts and system overload
  • Allows use of smaller and more energy-efficient pumps
  • Ideal for long main pipelines with multiple branches
  • Compatible with AC 24V solenoid valves (1”–2”)
  • Works with drip, sprinkler, or mixed irrigation systems

It’s not about opening more valves.
It’s about opening the right valve at the right time.


Flexible control options

PKYDrip systems are modular and not locked to a single control method.

Pump control

  • Relay start / stop
  • VFD (frequency inverter) input control

Valve control

  • Wired controllers
  • WiFi controllers
  • LoRa long-range controllers
  • 4G remote controllers

Control modes

  • Manual operation
  • Automatic schedules
  • Easy expansion as the project grows

Designed for real projects

This control logic is commonly used in:

  • Farms and orchards
  • Landscape irrigation
  • Greenhouses
  • Large residential properties
  • Commercial irrigation systems

Whether the project is small or large,
the control principle remains the same.


Modular by design

Each block is an independent control module:

  • Pump control module
  • Valve control module
  • Communication module
  • Software platform module

You can start with a simple setup and expand later.
No system redesign is required.


Next step – choose your solution

Before quotation, we recommend understanding this control logic first.


Discuss your irrigation project

Share your project size, number of valves, water source, and power supply. Our engineers will recommend a suitable control solution.

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