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High-quality target-type insertion flow switch detects liquid flow within pipelines, offering G1/2'β, G3/4β', and G1'' connection sizes to accommodate various pipe diameters. Constructed from brass, the flow switch exhibits excellent pressure resistance and corrosion resistance, maintaining stable operation within a working pressure range of 0.05 to 1.6 MPa. Its internal reed switch normally open structure provides switch signals or dry contact signals with responsive sensitivity, making it suitable for flow detection and equipment interlock control.
A magnet is installed at the top of the water deflector. When water flow pushes the deflector open to a certain angle, the reed switch at the top detects the magnetic field above the deflector and outputs a switch signal/contact signal, i.e., the contact closes. When water flow is too low or absent, an internal spring resets the signal to open.
Note: Flow rate is for reference only; actual usage conditions prevail.
*WARNING:Β This product can expose you to chemicals, including lead, which is known to the State of California to cause birth defects or other reproductive harm. For more information, go toΒ www.P65Warnings.ca.gov.
A target-type flow switch functions by utilizing the flow of liquid within a pipeline to displace a target plate. When flow reaches a preset value, the target plate activates an internal mechanical mechanism or magnetic component, triggering a microswitch to generate a switch signal. This signal can control pumps, valves, or alarm systems, enabling flow monitoring and interlocking control.
Ensure the fluid flow direction aligns with the device's labeling and maintain sufficient straight pipe sections to minimize turbulence's impact on detection accuracy. It is generally recommended to retain a certain length of straight pipe before and after the switch to ensure stable flow. Additionally, avoid installation locations prone to severe vibration or debris accumulation, and ensure proper sealing to prevent leaks.
When choosing a target-type flow switch, match it based on pipe size, flow range, operating pressure, and medium type. First, confirm the pipe diameter and installation method. Next, determine the system's normal flow range to select the appropriate action flow setting. Also consider medium temperature, corrosiveness, and output signal type (e.g., mechanical switch or electrical signal).