WL0730 Smart DC Latching Solenoid Valve guide

Product catalog summary

Overview of DC Latching Solenoid Valve
The DC latching solenoid valve operates using electrical pulses, maintaining its open or closed state without continuous power, making it highly economical. This feature is particularly beneficial in applications where minimizing power consumption is crucial, such as battery-operated systems, smart water meters, medical devices, and industrial automation. The valve's small size and precise switching capabilities allow for effective fluid flow control, and its reduced heat production and electrical stress contribute to a longer lifespan. Various models are available to meet different pressure, flow rate, and liquid property requirements.

Applications of DC Latching Solenoid Valve
Latching valves are favored across multiple sectors for their efficiency and reliability. They are commonly used in smart water meters, irrigation systems, and leak detectors, where reducing power consumption is essential for cost savings. Their suitability for remote installations is due to their ability to operate on battery power for extended periods without recharging. Additionally, latching valves ensure steady operation in pneumatic and hydraulic equipment and are utilized in medical equipment for portable oxygen supply and diagnostics. In home appliances and the automotive industry, they serve as fuel delivery units and emissions controllers. IoT-enabled systems also benefit from latching solenoid valves due to their ability to operate continuously without frequent energy source connections.

Catalog excerpts

WL0730 Smart DC Latching Solenoid Valve guide-1

2 Holding Force : 600 Gf (Magnet Holding Force 0 1 Insulation Resistance: between coil and frame \> 100 MQ 500 VDC, 3 Temperature Rise : Max 65 ( 20 °C DC12 V testing on 1 S on 4 S off) 5 Coil and lead wire strength : 1 kg 7 Salt Spraying : 48 hours without red Rusting * Red wire with +, Black Wire with -, Plunger Pushes out * Red wire with - Black Wire with +, Plunger Pull in * Tolerance mentioined in drawing * Plunger should be move in and out easily Dimension Without Tolerance J Weilong Intelligent Technology (Dongguan)Co., Ltd., tfctt (Scale)

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WL0730 Smart DC Latching Solenoid Valve guide-2

WL0730 Smart DC Latching Solenoid Valve guide A brief description Of DC Latching Solenoid valve The DC latching solenoid valve works with electricity pulses, unlike conventional ones that work with constant power. It remains closed or open after receiving an impulse, thus retaining its state without requiring any further energy expenditure. Due to this principle of operation, it is highly economical. Such valves find application in all spheres where it is critical to minimize power consumption: battery-operated systems, smart water meters, medical devices, industrial automation, etc. Small dimensions...

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WL0730 Smart DC Latching Solenoid Valve guide-3

WL0730 DC Latching Solenoid Valve -Compact & Energy EfficientIdeal for battery-powered and precision control applicationsUltra-Low Power Consumption Power only required during switching Single Latching Operation Maintains position without continuous power Compact Design Easy integration into tight spaces Quiet Performance Suitable for sensitive environments

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WL0730 Smart DC Latching Solenoid Valve guide-4

(Forward Current) Reverse Pulse Applied

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WL0730 Smart DC Latching Solenoid Valve guide-5

@ Plunger / Armature: Controls movement_ Engineered for durability and precision control

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WL0730 Smart DC Latching Solenoid Valve guide-6

0 Match voltage with system 0 Confirm stroke & force 0 Check duty cycle requirements

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WL0730 Smart DC Latching Solenoid Valve guide-7

Functional Testing Testing Each unit tested before shipment Ensures long-term durability Temperature & humidity resistance Consistent performance in demanding applications

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WL0730 Smart DC Latching Solenoid Valve guide-8

How to Choose the Right DC Latching Solenoid Valve Voltage Compatibility Does it match your power supply? Stroke & Force Requirements Enough movement and strength? Operating Environment Dust, humidity, temperature? Switching Frequency Suitable for your application? Size Constraints Fits your device design? Customization Needs Wiring, mounting, or connectors? Contact us for custom design solutions

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