The Most Reliable Wireless Automatic Valve for Water Tank Automation
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Wireless Automatic Valve for Water Management
Upstream Pilot Control.
Works at Low Pressure.
Operates reliably using line pressure—even in very low pressure conditions.
Zero Water Hammer
Smart diaphragm control enables smooth operation and prevents pressure surges.
- Gradual pressure transition
- Stainless steel spring & screws
- NBR / EPDM / NR diaphragm options
IP65 Sealed.
Weatherproof by Design.
Reinforced weatherproof design built for harsh outdoor and industrial environments.
Where It Works
Designed for the full spectrum of agricultural water management — from small farms to large-scale irrigation networks.
Municipalities
Residential Buildings
Commercial Buildings
Industries
Drip Irrigation
Greenhouses
Technical Specifications
Hydraulic Specs
Flow Data
Materials
Electrical
FAQ
A wireless automatic valve is an electrically controlled valve that automatically regulates water flow in tanks, pipelines, and irrigation systems using wireless communication technologies like LoRa. It helps automate filling, overflow prevention, and remote valve control without manual intervention.
Yes. The valve is designed with upstream pilot control technology and operates from as low as 0.3 bar pressure, making it suitable for low-pressure water supply systems, overhead tanks, borewell lines, and rural water distribution networks.
Yes. The valve supports low-power AC/DC operation and is compatible with solar controllers, battery-powered systems, and remote off-grid installations. This makes it ideal for smart irrigation and remote tank automation projects.
The system supports LoRa wireless communication, enabling long-range connectivity up to 5 km depending on site conditions. This allows reliable remote monitoring and wireless automatic valve control for water tanks and irrigation systems.
Yes. The valve uses progressive open and close diaphragm control technology that ensures smooth flow transition and minimizes water hammer, pressure surges, and pipeline stress during operation.
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