HYRT Solenoid Valve Irrigation Controller - Agricultural 1

HYRT Solenoid Valve Irrigation Controller - Agricultural 2

HYRT Solenoid Valve Irrigation Controller - Agricultural 3

HYRT Solenoid Valve Irrigation Controller - Agricultural 4

HYRT Solenoid Valve Irrigation Controller - Agricultural 5

HYRT Solenoid Valve Irrigation Controller - Agricultural 6

HYRT Solenoid Valve Irrigation Controller - Agricultural

Place of Origin:

China

Samples:

$50.0/piece | Min. order : 1 piece

Shipping:

Support Sea freight

Payments:

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

Lead Time:

1-100000(pieces):15(days),>100000(pieces):To be negotiated(days)

Customization:

Graphic customization (Min. Order: 100000 sets),Customized logo (Min. Order: 100000 sets),Customized packaging (Min. Order: 100000 sets)

model number:

2""

brand name:

HYRT

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Max Working pressure

10bar

Sample

available

Keyword

control

temperature of media

Normal Temperature

media

Water

power

Electric

port size

63mm

structure

Control

application

General

Advantage

Fast Delievery

customized support

ODM, OEM

Diameter

Certification

ISO9001 CE

warranty

1 year

Usage

Agriculture Irrigation

Type

Pressure Reducing Control Valves

Material

PA material

Product name

Solenoid Valve

place of origin

Shandong, China

Durable Compact Precision Control

Ungrouped HYRT Solenoid Valve Irrigation Controller - Agricultural delivers precise, water-saving automated irrigation and reliable valve control for farms and greenhouses, reducing labor and crop stress. Its rugged, corrosion-resistant housing, compact shape and user-friendly style ensure durable field performance and easy installation, while secure packaging and quality-tested components protect during transport. Backed by manufacturer support, flexible customization and fast delivery, it offers growers a professional, high-quality solution that prioritizes efficiency and uptime.

Precision Solenoid Irrigation Control

The HYRT Solenoid Valve Irrigation Controller - Agricultural is an Ungrouped, agricultural-grade electronic unit that couples corrosion-resistant materials with standard solenoid interfaces and multi-zone compatibility for drip, micro-sprinkler and fertigation systems. It provides programmable, automated valve sequencing and precise flow control to maximize water savings and crop uniformity while offering manual override and straightforward integration with filters and fertilizer injectors. Structurally modular and easy to install, the controller uses durable seals, low-power electronics and standardized mounting to ensure long-term field reliability and scalable deployment.

Precision Solenoid Irrigation Control

The HYRT Solenoid Valve Irrigation Controller is an agricultural-grade device from Shandong HYRT Water-Saving Irrigation Co., LTD, built to manage solenoid valves for drip and micro-sprinkler systems in farms, greenhouses, landscapes, and sports fields. Classified as Ungrouped in product listings, it is manufactured with advanced technology and quality materials and is backed by a professional team offering customization, samples, and flexible payment and delivery options. Designed for compatibility with common tubing and fittings, the controller emphasizes water-saving performance and comes with certified manufacturing, quality control, and after-sales support including logo printing and negotiations for urgent shipments via Qingdao port.

◎ Robust Solenoid Control

◎ Customizable Installation Support

◎ Reliable After-sales Service

Precise Efficient Durable Smart

The HYRT Solenoid Valve Irrigation Controller - Agricultural channels HYRT’s decades of agricultural engineering into a rugged, field-ready unit with an Ungrouped wiring architecture that simplifies installation and expansion across varied irrigation zones. It delivers automated valve scheduling, flow and fault monitoring, weather-adaptive irrigation logic, and remote control capabilities housed in a waterproof, energy-efficient enclosure to maximize water savings and uptime. Product highlights and advantages include robust solenoid drivers with surge protection, intuitive programming, compatibility with standard accessories, and scalable deployment that reduces labor, improves water precision, and ensures reliable operation season after season.

Material introduction

The HYRT Solenoid Valve Irrigation Controller features a weather-resistant engineering plastic housing and robust internal components designed for long-term agricultural use. Corrosion-resistant fittings and seals ensure leak-free connections with HYRT’s plastic drip irrigation pipes (16–75mm) and support Ungrouped or modular irrigation layouts. Materials are selected and quality-controlled for durability, UV resistance, and compatibility with fertilizer and filter systems used in greenhouses and landscapes.

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FAQ

What types of agricultural irrigation systems and scenarios is the HYRT Solenoid Valve Irrigation Controller best suited for?

The HYRT controller is designed for multi‑zone agricultural irrigation setups that use electrically actuated solenoid valves — examples include drip and micro‑irrigation for orchards and vineyards, sprinkler and rotary systems for row crops and pastures, greenhouse and nursery irrigation, and irrigating sports turf or farm compounds. It works well where scheduled, zoned watering is needed to manage different crops, soil types, or topography across a farm or facility.

Which solenoid valves and electrical requirements does the HYRT controller support?

HYRT is compatible with the common electrically operated solenoid valves used in agriculture; most installations use 24 VAC valves, but you should verify the specific controller model rating in the manual. The controller typically provides discrete station outputs and a master valve/pump start output; check the maximum current per station and use appropriate power transformers, fusing and surge protection to match the valve coil specifications.

How should I wire and configure zones for a typical farm layout?

Run a common return wire from all valve solenoids back to the controller and run individual positive wires from each valve to its assigned station terminal. Group valves into zones according to crop water needs, soil type, slope and irrigation pipe layout, and program run times and start times per zone. Use proper wire gauge, waterproof connectors or junction boxes for buried runs, label wires and zones, and test each valve from the controller before burying lines.

Can the HYRT controller work with sensors or remote monitoring systems?

Yes — many HYRT controllers accept external inputs such as rain shutoff sensors, soil moisture sensors, and flow meters, and they commonly provide a master/pump relay for integration with pumps and automation systems. Some models also offer remote communication options (RS485, GSM, or Wi‑Fi modules) or compatibility with third‑party telemetry systems; confirm available input/output and communication modules for your specific HYRT model.

What routine maintenance is required to keep the HYRT controller and valves reliable in agricultural environments?

Keep the controller enclosure closed and weatherproof, periodically inspect for corrosion, pests or water ingress, and clean vents and terminals. Check wiring connections and terminal tightness annually, test each solenoid coil resistance and valve operation, clear debris from filters and valve strainer baskets, and winterize lines where applicable (drain or blow out). Replace worn diaphragms, filters and solenoid coils as needed to prevent failures.

What are common troubleshooting steps if a valve or zone will not operate?

Start by confirming the controller has power and the correct fuse/transformer output. From the controller, activate the station and measure voltage at the valve solenoid; if voltage is present but the valve doesn’t open, check the solenoid coil resistance and the valve for mechanical blockage or debris. If no voltage is present, inspect station output circuitry, wiring continuity and terminal connections. Also verify any master valve/pump interlock or sensor input (rain sensor) isn’t disabling the station, and consult HYRT technical support with model and serial information if the problem persists.

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