Greenhouse Intelligent Drip Irrigation & Fertilizer Controller 1

Greenhouse Intelligent Drip Irrigation & Fertilizer Controller 2

Greenhouse Intelligent Drip Irrigation & Fertilizer Controller 3

Greenhouse Intelligent Drip Irrigation & Fertilizer Controller 4

Greenhouse Intelligent Drip Irrigation & Fertilizer Controller 5

Greenhouse Intelligent Drip Irrigation & Fertilizer Controller 6

Greenhouse Intelligent Drip Irrigation & Fertilizer Controller 7

Greenhouse Intelligent Drip Irrigation & Fertilizer Controller

Place of Origin:

China

Brand Name:

HYRT

Model Number:

3channel

Samples:

$3454340.0/piece | Min. order : 1 piece

Shipping:

Support Sea freight

Payments:

L/C,D/A,D/P,T/T,Western Union,MoneyGram,OA

Lead Time:

1-1000000(pieces):31(days),>1000000(pieces):To be negotiated(days)

Customization:

Graphic customization (Min. Order: 10000000 sets),Customized logo (Min. Order: 1000000 sets),Customized packaging (Min. Order: 1000000 sets)

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Advantage

High Uniformity

Certificate

CE ISO9001

Diameter

Packing

Carton Box

Color

Black

MOQ

1pcs

Place of Origin

Shandong, China

Type

Other Watering & Irrigation

Material

Plastic, Plastic

Application

Gardening, Agricultural, Agriculture Drip Irrigation

Product name

water and fertilizer integrated machine

Automated Fertigation, Compact Design

The Greenhouse Intelligent Drip Irrigation & Fertilizer Controller automates precise water and nutrient delivery to cut waste and increase yields, working seamlessly with your fertilizer applicator for accurate dosing. Its compact, ergonomic shape, sleek modern style and high-quality, durable materials ensure easy installation and reliable performance in demanding greenhouse environments. Packaged with professional, environmentally friendly and convenient packaging services for safe, efficient delivery, the unit is designed for simple operation and low-maintenance commercial use.

Smart Greenhouse Drip Fertilization

The Greenhouse Intelligent Drip Irrigation & Fertilizer Controller is a compact, corrosion-resistant device that integrates precision electronic dosing, programmable timers, and sensor-driven feedback to perform automated fertigation and fertilizer applicator functions across multi‑zone drip systems. Core and extended attributes include pressure‑compensated drip control, soil moisture and EC sensing, flow metering, remote app control and telemetry, plus compatibility with standard pumps and injectors to optimize water and nutrient delivery. This configuration delivers clear value through reduced water and fertilizer use, higher crop uniformity and lower labor costs, while its modular connectors, quick‑release filters and standardized fittings simplify installation, maintenance and scalability within commercial greenhouse structures.

Intelligent Drip Fertigation Control

The Greenhouse Intelligent Drip Irrigation & Fertilizer Controller delivers automated drip scheduling, precise nutrient dosing and remote monitoring to optimize water use and crop growth. As a compact fertilizer applicator and controller it comes with professional, environmentally friendly packaging and is built by a manufacturer experienced in semi-automatic PET bottle blowing machines for durable, efficient construction. Easy to install and compatible with common greenhouse systems, it supports consistent fertigation, reduces labor and improves yield quality.

◎ Precise Automated Irrigation

◎ Integrated Fertilizer Delivery

◎ Intuitive Remote Management

Smart Precise Efficient Fertigation

Born from a decade of precision agriculture research, the Greenhouse Intelligent Drip Irrigation & Fertilizer Controller combines rugged industrial engineering with intuitive cloud connectivity and a brand commitment to sustainable yields. As a smart fertilizer applicator and irrigation manager, it provides programmable multi‑zone drip scheduling, real-time soil moisture and EC sensing, automated dosing, remote app control, and weather-aware adjustments to cut water and nutrient waste. Durable hardware, modular valve and injector design, over-the-air updates and built-in data analytics reduce labor and input costs while ensuring consistent crop quality for hobbyists and commercial growers alike.

Material introduction

The controller’s enclosure is molded from UV-stabilized polycarbonate and ABS blends for lightweight impact resistance and long outdoor life. Internal components use conformal-coated PCBs, marine-grade stainless steel and brass fittings for the fertilizer applicator manifold, plus nitrile and silicone seals to resist corrosive nutrient solutions. Flexible PE/PVC tubing and reinforced nylon valves complete the system, while environmentally friendly packaging ensures safe delivery and reduced waste.

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FAQ

What kinds of greenhouses and crops can the Greenhouse Intelligent Drip Irrigation & Fertilizer Controller be used for?

The controller is suitable for a wide range of greenhouse environments — hobby and home greenhouses, nursery benches, commercial vegetable and ornamentals houses, vertical/rack systems, and research trial houses. It works with drip-lines, micro-sprayers and pot irrigation systems and supports everything from seedlings and young transplants (short, frequent pulses) to fruiting crops and ornamentals (longer, zoned irrigation plus fertigation). Its main benefits are precise water and nutrient delivery, multi-zone scheduling, and reduced labor and water use.

How do I program irrigation and fertigation schedules for different crop stages?

Start by dividing your greenhouse into logical irrigation zones (by crop type, developmental stage or irrigation needs). For each zone set: start time(s), frequency (daily, alternate days), duration (minutes per cycle) and number of cycles per day. For fertigation, schedule injection events to run during irrigation cycles (often at the beginning or steady-state part of a run). For seedlings use shorter, more frequent cycles; for mature crops use fewer, longer cycles. If available, link schedules to soil moisture or environmental sensors so irrigation only runs when thresholds are met. Always run a trial day, observe plant response and root-zone moisture, and fine-tune durations and fertilizer timing.

How do I calculate and configure the fertilizer dose (injection ratio) with the controller?

There are two common approaches: using the dosing pump’s flow rate, or using a target EC/nutrient concentration measured in the irrigation line or substrate. With the pump method: determine pump flow (ml/min) at the set speed, then calculate pump run-time required to achieve the desired amount of fertilizer per irrigation event (desired dose ÷ pump flow = pump run-time). Example: if you want 100 ml of concentrate per irrigation and pump flow is 10 ml/min, set pump to run 10 minutes during that event. Confirm by measuring EC of the irrigation solution and adjust. Always prime and calibrate the pump, use anti-siphon/backflow prevention, and avoid overdosing by making incremental changes and testing.

Can the controller work with sensors and other greenhouse automation equipment?

Yes. Typical integrations include soil moisture sensors, EC/pH probes, temperature and humidity sensors, and external relays for fans or vents. Use sensor inputs to trigger or inhibit irrigation (e.g., only irrigate when moisture is below a threshold), or to adjust fertilizer injection based on EC readings. Integration methods depend on model — some controllers use relay inputs, analog/digital ports or network connections (Modbus/IoT / app). Follow the controller’s wiring and configuration guide to map sensor outputs to controller actions and to set safe threshold values.

What routine maintenance and seasonal steps keep the system reliable?

Weekly to monthly: inspect and clean main filters, screen strainers and emitter lines; flush lines after heavy fertilizer use; check and clean emitter heads to prevent clogging. Quarterly: check solenoid valves, tubing joints and pressure regulators; calibrate and test the dosing pump and flow sensors. Before seasonal shutdown (winterize): drain or blow out lines, remove and store dosing pumps if freezing is possible, flush fertilizer tanks and rinse tanks and lines with fresh water. Always keep spare emitter parts, tubing and filters on hand and follow manufacturer recommendations for consumables.

What are common problems users encounter and how can I troubleshoot them?

No irrigation flow — check main water supply, pressure, upstream shut-off valves, controller power, and that the correct zone valve is being energized. Uneven irrigation — inspect filters and emitters for clogging, verify pressure compensation, and check line layout for elevation or pressure drop issues. Incorrect fertilizer dosing — re-calibrate dosing pump, confirm pump flow at current speed, ensure suction tube is positioned properly in the tank, and check for air leaks/priming issues. Leaks or dripping — tighten fittings, replace worn tubing or seals. If alarms or sensor readings look wrong, inspect sensor wiring, clean probes and replace aged sensors. When in doubt, consult the product manual or supplier support and document settings before making major changes.

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18606348185@lwhyrt. com

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0086-18606348185

Our Location

No. 2, Wuhua Street, Fengcheng Industrial Park, Laiwu District, Jinan City, jinan, Shandong, China