An irrigation controller is an advanced device designed to automate and optimize the watering process for gardens, landscapes, and agricultural fields. It ensures efficient water usage by scheduling irrigation cycles based on preset timings, soil moisture levels, and weather conditions. Modern controllers feature smart technology integration, enabling remote access and control via smartphones or computers. These systems help conserve water, reduce manual effort, and promote healthy plant growth. Ideal for residential, commercial, and agricultural applications, irrigation controllers provide flexibility, efficiency, and reliability in water management.
An irrigation controller automates watering schedules based on time, soil moisture, and weather conditions. It enhances water efficiency, reduces manual effort, and promotes healthy plant growth for residential, commercial, and agricultural landscapes.
There are four basic grades available in irrigation controller:
Leading Manufacturer of Resin Coated Product, 15mm Product, 12mm Product, 10mm Product, 9mm Wooden Product and Commercial Product
Type: | Manual, Programmable, Smart, Networked |
Zones: | Supports 4 to 24 zones (expandable options available) |
Power Supply: | 110V/220V AC, battery backup for memory retention |
Programming Options:td> | Multiple start times, adjustable run times, and watering days |
Connectivity:td> | Wi-Fi, Bluetooth, or wired connections (for smart models) |
Sensor Compatibility:td> | Rain, soil moisture, and temperature sensors |
Display:td> | Digital LCD or touch interface for easy programming |
Enclosure: td> | Weatherproof, UV-resistant housing suitable for outdoor installations |
Certifications: td> | CE, ISO, or relevant regional standards for quality assurance |
Additional Features: | Remote control via mobile app, seasonal adjustment, and water usage reports (for advanced models) |
Irrigation sensors are devices used to monitor various environmental and soil conditions to help optimize irrigation systems. They ensure that water is used efficiently and only when needed, which helps conserve water, reduce costs, and improve plant health.
Material: | Brass, Stainless Steel, or Plastic |
Valve Type: td> | Direct-acting, Pilot-operated, Normally Open, Normally Closed |
Port Sizes: td> | 1/8" to 2" (Custom sizes available) |
Operating Pressure:td> | 0 to 16 bar (depending on the type) |
Temperature Range:td> | -10°C to 180°C (material-dependent) |
Voltage Options: | 12V DC, 24V DC, 24V AC, 110V AC, 230V AC |
Seal Material: | NBR, EPDM, or PTFE |
Flow Rate:td> | Variable, based on valve size and application |
Connection Type: td> | Threaded, Flanged, or Compression fittings |
Applications: | Water, air, oil, gas, and chemical flow control |
Features: td> | Fast response time, corrosion-resistant, low power consumption, and durable construction |
An irrigation controller is an electronic device that automates the scheduling and operation of irrigation systems. It controls when and how long each zone receives water, helping to optimize water use and reduce manual effort in managing landscapes or agricultural fields.
The controller is programmed with watering schedules based on time, day, or environmental conditions. It sends signals to solenoid valves, opening or closing them to control water flow to specific zones. Some advanced controllers also integrate with weather data or soil moisture sensors for smarter, climate-based irrigation.
They are commonly used in home gardens, residential lawns, golf courses, parks, sports fields, commercial landscapes, and agricultural farms where efficient and automated watering is needed.
Irrigation controllers save time, reduce water waste, and improve plant health by ensuring consistent and accurate watering. They also lower utility costs and make it easier to comply with water restrictions or conservation goals.
Controllers range from basic models with manual programming to smart controllers that connect via Wi-Fi and mobile apps. Some offer features like multiple zone control, rain delay, seasonal adjustment, and integration with sensors for weather or soil data.