G1/4" Magnetic Water Flow Switch

This magnetic water flow switch is specially designed for monitoring water flow in purified water applications, including RO systems, filtration units, and drinking water dispensers. Compact, reliable, and easy to install, it helps ensure system efficiency and safety by providing real-time flow detection. Below are the key details of this water flow switch.

Specification

Feature

• Compact G1/4" Flow Switch Design: The small-size magnetic liquid flow switch fits easily into limited spaces in water treatment setups.
• Quick-Response Magnetic Switch: With a reaction time under 1 second, water flow sensor switch provides timely flow status feedback.
• Low Start Flow Capability: This water flow switch is designed to activate at minimal flow rates, making it suitable for low-flow purified water systems.
• High Pressure-Resistant Construction: The flow water switch can endure static water pressure up to 1.05 MPa without leakage or damage.
• Durable Magnetic Water Flow Switch Build: Features robust plastic housing and reinforced wire connections, passing drop and pull tests.

Working Principle

Water flowing through the dedicated channel pushes a magnet inside the switch. When the magnet moves into the detection range, the reed switch senses the magnetic field and closes the circuit, sending a flow signal. Once water stops, a spring pushes the magnet back to its original position, causing the reed switch to open and stop the signal. This provides a simple and reliable method for flow presence detection.

Dimension (Unit: mm)

5 Tips for Magnetic Water Flow Switch for Purified Water

1. This magnetic water flow switch should be used with a relay for safe switching of higher loads or control circuits.
2. Install water flow switch for pump horizontally to ensure accurate magnet movement and consistent performance.
3. Only use with purified water; avoid media containing particles or corrosive chemicals to extend service life.
4. Check wiring connections before use to prevent poor contact or signal failure.
5. For systems with frequent start-stop cycles, consider periodic inspection of the reed switch and internal spring to maintain reliability.