Irrigation Water Flow Sensor, 10~200 L/min

SKU: SUCH-WFS-DN50
$109.66
● 10~200 L/min ● DN50 (2 inches) ● Pulse output ● Water (free of impurities)
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šŸ•’ Delivery date: 6-12 days
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Overview

The high-flow irrigation water flow sensor covers a flow range of 10–200 L/min, with a 2-inch interface for easy integration into high-flow pipeline systems. The sensor valve body is constructed from high-strength nylon material with a pressure resistance of up to 1.75 MPa, suitable for clean water media free of impurities. The pulse output is stable at approximately 12 pulses per liter, enabling controllers to precisely calculate water usage and providing reliable data support for irrigation systems in farmlands, greenhouses, and parks.

Feature

Irrigation water flow sensor feature

  • Utilizing advanced microcontroller technology, this flow control system integrates pulse-output flow sensors and solenoid valves.
  • The irrigation water flow sensor supports a wide measurement range of 10–200 L/min, suitable for farmland drip irrigation, sprinkler irrigation, and high-flow irrigation systems.
  • Featuring a high-strength nylon valve body design, it withstands water pressure up to 1.75 MPa, making it ideal for long-term outdoor irrigation environments and reducing maintenance frequency.
  • The water flow sensor outputs a pulse signal proportional to flow rate, approximately 12 pulses per liter, with an error rate ≤5%. Its clear and stable high/low voltage levels facilitate seamless integration with flow meters, controllers, or PLCs, enabling precise water metering and automated control.

Dimension (unit: mm)

Irrigation water flow sensor dimension

Water Metering Device

Water metering device dimension

Detail

Water metering device detail

Note: When purchasing, please confirm the required functionality and the pipe diameter for the flow sensor. Different pipe diameters require setting different flow meter K-values on the display to ensure accurate measurement. Measurement accuracy can be calibrated by modifying the K-value.

Wiring Diagram

Turbine water flow sensor wiring diagram

Water Flow Sensor Dosing Control System

Water flow sensor dosing control system

Note: The above is a usage diagram. SUCH only sells digital displays, without the outer case! If you have any questions, please consult customer service before purchasing.

Specs
Flow Range 10~200 L/min
Interface Dimensions 2 inches
Voltage Range 3.5–24 VDC
Water Pressure Resistance ≤ 1.75 MPa
Inner Diameter Inlet 46 mm/outlet 43.6 mm
Outer Diameter 58.8 mm
Thread Length 22.7 mm
Suitable Media Water (free of impurities)
Valve Body Material Nylon
Media Temperature ≤ 80 °C
Insulation Resistance > 100 MĪ©
Pulse Range F = (0.2 Ɨ Q), error ≤ 5%, approx. 12 pulses/liter
Output Pulse High Level > DC 4.7 V (input voltage DC 5 V)
Output Pulse Low Level < DC 0.5 V (input voltage DC 5 V)
Water Metering Device Parameters
Operating Voltage Range DC 24 V ± 8 V / 1 A
Solenoid Valve Operating Voltage DC 12 V / 0.3–0.5 A (Normally Closed Solenoid Valve)
Flow Probe Voltage DC 5 V (Flow Probe Input Pulse Signal)
Dosing Range 0.1~9999 liters / gallons, K-value programmable as instrument constant
Maximum Dosing Rate 1~9999 liters / minute, gallons / minute
Application

Irrigation water flow sensor for agricultural irrigation

Agricultural Irrigation

Water flow sensor for industrial chemical processing

Industrial Chemical Processing

Water flow sensor for water treatment equipment

Water Treatment Equipment

FAQ
āÆ

Irrigation water flow sensors monitor water flow in pipes in real time, helping users accurately track irrigation water usage. By providing flow data, they enable precise irrigation, prevent overuse, and improve water resource utilization, making them particularly suitable for agricultural irrigation and greenhouse systems.

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The SUCH irrigation water flow sensor is suitable for drip irrigation, sprinkler irrigation, micro-sprinkler irrigation, and automated agricultural irrigation systems. It can be widely applied in farmlands, orchards, greenhouse facilities, and landscaping scenarios. Optimal performance is achieved when used in conjunction with controllers or PLCs.

āÆ

Flow sensors typically feature standard pipe diameter interfaces for direct installation within water supply lines. They connect to irrigation control systems via pulse, analog, or RS-485 outputs, ensuring simple installation and facilitating system integration and maintenance.

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