Smart Paddy Field Inlet Valve
* Remote control operation allows operators to manage gate opening and closing via wireless devices for precise water flow regulation
* Automated control system adjusts gate positions based on preset water levels, flow rates, or other data parameters for intelligent water resource management
* IoT-enabled remote monitoring allows users to track gate status and hydrological data in real time via network connections
* On-site installation support and technical guidance provided
Smart Paddy Field Inlet Valve - IoT-Enabled Precision Water Management
Precision-Engineered Automation for Modern Rice Cultivation
Anhui Showy Agricultural Irrigation Technology Co., Ltd. delivers an IoT-integrated Smart Paddy Field Inlet Valve designed to revolutionize water management in modern rice cultivation. Operating on 9-24V DC power with solar panels rated at 20-30W, this automated inlet valve features wireless remote control with communication ranges extending 1-5 km through GPRS or LoRa protocols.
With valve pipe diameters spanning DN50-125 and energy dissipation barrels measuring Ø350×1250mm, our system eliminates manual monitoring labor while maintaining millimetric water depth precision. Backed by our 34,000-square-meter professional production facility and recognized as a National Intellectual Property Advantageous Enterprise, we manufacture intelligent irrigation solutions that reduce water consumption by up to 30% through automated control.
Advanced Technical Architecture
The valve combines ultrasonic water-level monitoring technology with high-torque actuators. In order to maintain ideal water depths for various growth stages, such as tillering and panicle initiation, your irrigation system may now automatically modify gate locations based on predefined parameters.
In isolated agricultural areas, solar-powered operation guaranties uninterrupted operation. The 12V battery, which has a capacity of 9–20Ah, has enough energy to run continuously, even during long periods of cloud cover.
Network-enabled IoT connectivity makes real-time monitoring simple. By using Alternate Wetting and Drying (AWD) methods that optimize yield while reducing methane emissions, you can remotely monitor gate status and hydrological data.
Technical Specifications
| Parameter | Specification |
|---|---|
| Energy Dissipation Barrel | Ø350×1250mm (Customizable) |
| Valve Pipe Diameter | DN50-125 |
| Operating Voltage | 9-24V, DC |
| Battery Capacity | 9-20Ah, 12V |
| Solar Panel Power | 20-30W |
| Control System | Manual, Remote Start, Scheduled Start |
| Control Method | Wireless Remote Control |
| Communication Protocol | GPRS, LoRa |
| Communication Range | 1-5 km |
| Gate Stroke Accuracy | ±1mm |
Core Application Scenarios
Large-scale corporate rice estates benefit from centralized management capabilities. You can control hundreds of inlet valves simultaneously, implementing water-saving strategies across extensive cultivation areas.
Government-led high-standard farmland transformation projects require integration with central SCADA systems. Our Smart Paddy Field Inlet Valve communicates reliably despite variable terrain and signal interference, meeting complex infrastructure requirements.
Precision seed breeding facilities demand micro-adjustments in water depth and temperature. The valve operates reliably in high-silt, high-sediment environments without clogging, ensuring experimental consistency for research operations.
Installation and Compatibility
Standard DN110/DN160/DN200 flange and socket interfaces enable easy retrofitting with existing PVC piping infrastructure. You avoid costly system overhauls when upgrading to automated water management.
Our technical team provides on-site installation support and guidance. We ensure proper integration with your current irrigation setup, minimizing downtime during the transition to smart agriculture.
The system supports RS485/Modbus protocols for seamless integration with third-party soil moisture sensors. You can build a comprehensive environmental monitoring network that optimizes irrigation scheduling based on real-time field conditions.
Intelligent Control Features
Edge Logic capabilities ensure continuous operation during wireless signal interruptions. Your valve executes pre-programmed irrigation schedules locally until connectivity restores, preventing crop stress from communication failures.
Three control modes provide operational flexibility: manual override for emergency situations, remote start for immediate adjustments, and scheduled automation for routine irrigation cycles. This versatility adapts to changing field requirements throughout the growing season.
The self-cleaning gearbox with non-contact sensing prevents debris interference and mechanical jamming. Your Smart Paddy Field Inlet Valve maintains consistent performance despite heavy silt and sediment common in irrigation canals.
Enterprise-Grade Quality Assurance
Our involvement in the creation of industry pipeline and national irrigation valve standards is the foundation of our manufacturing expertise. We implement strict quality control in four crucial areas.
Long-term actuator dependability is ensured by life-cycle testing that surpasses 50,000 open/close cycles under loaded water pressure. Thermal cycling from -20°C to +70°C, which mimics hard field conditions, and salt spray testing are examples of environmental stress screening.
At pressures higher than 0.5 MPa, hydrostatic pressure testing verifies zero-leakage seals. In high-interference agricultural zones, connectivity robustness is tested for packet loss ratio, ensuring dependable remote command execution.
Both mechanical and electronic compartments are shielded from extended submersion and extreme humidity by IP68-rated waterproof sealing. UV-stabilized building materials with 304/316 stainless steel fasteners are resistant to fertilizer and agricultural chemical corrosion.
Frequently Asked Questions
Q: What happens during complete wireless signal loss?
A: The valve features Edge Logic capabilities, continuing to execute pre-programmed irrigation schedules locally until connectivity restores.
Q: Can I integrate the valve with my existing soil sensors?
A: Yes, our system supports standard RS485/Modbus protocols for seamless integration with external environmental monitoring equipment.
Q: How does the valve handle heavy sediment in irrigation water?
A: It utilizes a high-torque, self-cleaning gearbox and non-contact sensing mechanism to prevent debris interference and mechanical jamming.
Q: Is installation compatible with my current PVC piping?
A: The Smart Paddy Field Inlet Valve features standard DN110/DN160/DN200 flange and socket interfaces designed for easy retrofitting with existing infrastructure.
Q: What is the typical return on investment period?
A: Based on labor savings and 20% average increases in water efficiency, most commercial farms achieve full ROI within 2-3 growing seasons.
Get Your Intelligent Irrigation Solution Today
Transform your rice cultivation with precision water management technology. Contact our technical team at kevin@showyirrigation.com for customized irrigation solutions.
Get a tailored irrigation solution for your project — our engineering team is ready to support you from design to installation.
