
Mainly relying on wireless communication technologies (such as LoRa, 4G) to achieve data transmission and instruction control, with built-in microprocessor, power module, valve drive module and signal receiving module to build a complete wireless control system.
Wireless Irrigation Valve Controller
1.Mainly relying on wireless communication technologies (such as LoRa, 4G) to achieve data transmission and instruction control, with built-in microprocessor, power module, valve drive module and signal receiving module to build a complete wireless control system.
2.Support rack, bracket, valve control box and other installation methods; Support MQTT interface or platform docking; Can scale flow, pressure, soil, weather and other types of 485 interface sensors, while supporting 12V power output for power sensors; Some devices support Beidou + GPS positioning.
3.Resistance to production, adaptation to harsh agricultural conditions
For agricultural outdoor challenging environment (high temperature, low temperature, rainfall, dust, high humidity), the agricultural wireless valve controller is designed to improve durability:
Protection class:The fuselage is designed with high IP67 or IP68 protection level, can effectively resist rain flooding, dust intrusion, even in rainy days or fields with a lot of dust, can work stably;
Material selection:The body chooses high-strength engineering plastic (such as ABS + fiberglass) or stainless steel, impact resistance, aging resistance, long-term exposure or low temperature (-30°C to 60°C) in an environment that is not easy to deform, crack;
Power adaptation:Support solar power (with solar panels and lithium batteries) and city electric power in two modes, solar batteries are suitable for remote fields without grid coverage, lithium batteries can last up to 3 - 6 months (depending on the frequency of use), without frequent charging, adapt to different power conditions.
Irrigation of large areas of fields (e.g. wheat, corn, cotton), irrigation of orchards and economic forests (e.g. apple orchards, citrus orchards, tea plantations), greenhouse irrigation (e.g. vegetables, flowers, seedlings), water-saving irrigation works (e.g. drip irrigation, irrigation, micro-irrigation systems)