EN
250m linear move Irrigation System
Precise Watering for Maximum Yield, Minimal Labor.
Advanced Automated Irrigation with Unmatched Uniformity.
The Efficient & Water-Saving Solution for Large Rectangular Fields.
- Overview
- Related Products
As a pivotal innovation in modern large-scale agriculture, the Linear Move Irrigation System redefines efficiency for rectangular field irrigation. Unlike center pivot systems, this fully automated machine travels in a straight line, delivering unmatched precision and uniformity across vast rectangular or square plots. Its robust truss structure, supported by a series of electronically controlled towers, moves steadily across the field like a precision conveyor, ensuring every single plant receives the exact amount of water and nutrients it requires.
The system’s core advantage lies in its exceptional water and energy efficiency. Designed with precision agriculture in mind, it employs low-pressure sprinklers and advanced nozzles to apply water gently and evenly, minimizing evaporation and runoff. This targeted approach can reduce water usage by up to 50% compared to traditional flood irrigation, while also cutting labor costs dramatically through full automation and remote monitoring capabilities.
Engineered to tackle real-world agricultural challenges, the Linear Move system features independent tower control that allows it to adapt seamlessly to undulating terrain and variable soil conditions. There is no need for costly land leveling—the system maintains stable operation and consistent application accuracy even on rolling landscapes.
Beyond irrigation, the system serves as a versatile platform for integrated crop management. It easily integrates with fertigation and chemigation systems, enabling the direct application of liquid fertilizers or pesticides through the irrigation line. This ensures nutrients are placed directly into the root zone, boosting uptake efficiency and supporting healthier, more uniform crop growth.
By guaranteeing optimal water and nutrient delivery across the entire field, the Linear Move Irrigation System is more than just a watering tool—it is a strategic investment that delivers measurable economic returns: significantly lower operational costs, higher crop yields and quality, and a substantial increase in overall farm profitability.
Specifications:
| Model | DPP |
| Pipe Diameter | 141,168,203,214mm |
| Span | 61.3,54.5,48,41m |
| System Height | 4.6m |
| Working Time | 24 hours |
| Inlet Pressure | 0.25-0.35Mpa |
| Control Angle | 360° |
| Motor Power | 0.55 KW/Span |
| Irrigation quantity | 0--55mm |
| The max running speed of the last span | 156 meters / hour |
| Working volage | 380V，460V |
| Sprinker | Standard Nelson D3000 (USA) |
| Sprinkler distance | 2.2m |
Applications:
The Linear Move Irrigation System is engineered for maximum versatility and performance across a wide spectrum of agricultural operations. Its precision, efficiency, and adaptability make it the ideal solution for:
1.Large-Scale Field Crops
Grains: An exceptional choice for irrigating wheat, barley, oats, and millet, ensuring uniform germination and grain filling.
Corn/Maize: Provides the consistent moisture critical during pollination and tasseling stages, directly contributing to higher yield potential.
Soybeans & Pulses: Delivers gentle, even irrigation that supports nodulation and pod development without waterlogging the soil.
Cotton: Manages water delivery to support growth from squaring through boll development, improving fiber quality and length.
2.Forage and Pasture Production
Alfalfa & Hay: The system's gentle application minimizes leaf shatter and nutrient loss in high-value forage crops, enabling more cuttings per season with superior quality.
Pasture Renovation: Allows for intensive rotational grazing management by ensuring fast and reliable regrowth of irrigated pasture grasses.
Silage Corn: Delivers the high volume of water required for maximum biomass production efficiently and uniformly.
3.Specialty Crops and High-Value Agriculture
Potatoes: Precise water control is crucial for tuber setting, sizing, and preventing defects like hollow heart or scab. The linear move offers unmatched control.
Sugar Beets & Carrots: Supports consistent root development and sizing, directly impacting marketable yield and sugar content.
Onions & Leafy Greens: The low-pressure, rain-like application is ideal for these sensitive crops, preventing damage to leaves and bulbs.
Seed Production Fields: Where purity and yield are paramount, the system ensures every plant in a rectangular seed field receives identical treatment.
4.Unique and Challenging Field Conditions
Rectangular & Large-Square Fields: Maximizes land use efficiency where center pivots would leave unirrigated corners, often achieving over 98% field coverage.
Sloping and Undulating Terrain: With its independent tower control, the system reliably irrigates land that would be unsuitable for other types of mechanized irrigation.
Water Quality Management: Effective for leaching salts in saline soils through controlled, uniform application, and for applying recycled water or treated effluent with precision.
Integrated Crop-Livestock Operations: Perfect for irrigating forage crops used in feedlots or dairy operations, ensuring a consistent, high-quality feed supply.
5.Research and Institutional Farms
Agricultural Research Stations: Ideal for conducting field trials requiring precise and repeatable application of water and nutrients across large test plots.
Government and Educational Farms: Serves as a demonstration unit for teaching modern, sustainable irrigation practices to students and the farming community.
Video：
The Linear Move Irrigation System offers a comprehensive set of agronomic, economic, and operational benefits that make it a superior choice for modern farming enterprises.
1. Unmatched Water Use Efficiency
Achieves up to 50% water savings compared to flood irrigation and outperforms many other sprinkler systems.
Low-pressure sprinklers and precision nozzles minimize evaporation and droplet drift.
Uniform application ensures every part of the field receives exactly the required amount of water.
2. Significant Labor and Cost Reduction
Fully automated operation eliminates daily manual labor requirements.
Remote monitoring and control capabilities allow management from anywhere.
Reduced energy costs due to efficient low-pressure operation and minimized pumping hours.
3. Superior Crop Performance and Yield Enhancement
Consistent moisture levels promote uniform crop development and maturity.
Gentle application prevents soil compaction and root damage.
Enables precise timing of irrigation to match critical crop growth stages.
4. Exceptional Terrain Adaptability
Independent tower control automatically adjusts to elevation changes.
No need for expensive land leveling operations.
Maintains consistent application uniformity on slopes up to 15%.
5. Multi-Functional Application Capability
Integrated fertigation system allows precise nutrient placement.
Compatible with chemigation for timely pesticide and herbicide applications.
Supports variable rate irrigation (VRI) technology for precision water management.
6. Robust Construction and Reliability
Heavy-duty galvanized steel structure withstands harsh weather conditions.
Corrosion-resistant components ensure long service life.
Minimal maintenance requirements with easy access to service points.
7. Environmental Sustainability
Significantly reduces water consumption from aquifers and surface sources.
Prevents fertilizer leaching and runoff through precise application.
Maintains healthy soil structure and reduces erosion.
8. Operational Flexibility
Adjustable travel speed from 0% to 100% of maximum rate.
Capable of applying small or large amounts as needed.
Can be programmed for multiple start-stop cycles per day.
9. Economic Returns
Typically achieves 2-4 year return on investment through yield increases and cost savings.
Increases land value by adding permanent irrigation infrastructure.
Enhances crop quality and marketable yield.
10. Future-Ready Technology
Compatible with IoT sensors and smart farming platforms.
Upgradeable to accommodate emerging precision agriculture technologies.
Supports data collection for continuous improvement of irrigation practices.
After-sales service
I．Core Service Commitment
1. Warranty service: 2-year warranty for the entire machine, and extended warranty for key components
2. Lifetime maintenance service
II. Proactive and Value-added Services
Regular equipment inspection work
2. Professional training services
3. Intelligent remote support
III. Emergency Response System
1.All-weather emergency response
24-hour service hotline: We have set up a service hotline that operates all year round to ensure that customers can contact us immediately in case of an emergency.
2. Hierarchical response mechanism:
Level 1 (Emergency Failure) : The equipment is completely paralyzed. We promise to respond within 2 hours and dispatch engineers to the site within 24 to 72 hours (depending on distance).
Level 2 (General Fault) : Some functions of the equipment fail, but it can still operate at a downgraded level. We promise to respond within 4 hours and provide a solution within 48 hours.
Green channel for spare parts: Set up a spare parts warehouse and a fast spare parts logistics channel for emergency repairs, giving priority to ensuring emergency needs.
FAQ：
1: What are the main advantages of a Linear Move system compared to a Center Pivot? Does it have any disadvantages?
--The primary advantage of a Linear Move system is its ability to utilize virtually 100% of a rectangular field, with almost no land wasted. In contrast, a Center Pivot irrigates a circular area, leaving unirrigated "corners" in the field.Therefore, the Linear Move is the most efficient choice for large, rectangular fields, maximizing land use and output.
2: How does the Linear Move system ensure it travels in a straight line without deviating?
--This question addresses the core of the system's control precision. Our Linear Move system employs an advanced synchronous control system to maintain straight-line travel. The system uses a central control tower to set the base speed and utilizes guidance sensors or a mechanical steel cable to monitor the position of each tower in real-time.
