Magnetic Automatic Water Level Control Valve(Stainless Steel Side Inlet)
Automatic water level control without electricity
Side inlet structure for stable water flow control
Magnetic float control with sensitive response
304 stainless steel body with corrosion resistance
Dual filtration structure for cleaner water
Available in internal and external installation types
Application
Water Tanks & Reservoirs
Solar Water Supply Systems
Water Towers & Replenishment Systems
Cooling & Hot Water Systems
Industrial & Agricultural Water Systems
Description
The side inlet structure is designed for side water inlet piping systems, while the top inlet structure is suitable for vertical water inlet piping systems. Both designs provide stable automatic water level control for water tanks and storage systems. Using magnetic float control technology, the valve automatically stops water flow when the tank is full and resumes filling when the water level drops, requiring no electricity for energy-saving and reliable operation.
The valve body is made of high-quality 304 stainless steel, offering excellent corrosion resistance, high-temperature resistance, and long service life. Equipped with a dual filtration system and an enlarged water inlet filter, it helps provide cleaner water flow while improving anti-blocking performance. The buckle structure allows the filter to be easily removed for convenient cleaning and maintenance.
The series is available in both internal and external installation versions with multiple size options. The internal installation type is installed directly inside the water tank or water tower, while the external installation type is installed outside the tank and connected through a hose for synchronized water level control.
Features
Technical Details
Product Type:
Product Model:
Material:
Size:
Type:
Operating Temperature:
Applicable Medium:
Working Pressure:
Control Method:
Water Inlet Type:
Installation Type:
Filter Structure:
Screw Material:
Accessories
What is a solar magnetic automatic water level control valve used for?
How does the valve work?
What are the main features of this valve?
Does the valve require electricity?
Can it prevent water overflow?
What liquids is it suitable for?
Can the valve work under low water pressure?
Is it suitable for solar water heater systems?
Can the valve be customized?
What should buyers confirm before ordering?
What are the features of the side inlet type?
What installation and inlet types are available?
Similar Products
The EDPS series differential pressure switch is a special type of control switch. It is a kind of switch that controls closing or opening based on the pressure difference between mutual components and relies on electrical signals for information transmission.
Floats are available in 1–4 pieces (optional,or more), and the rod length can be customized.
Notes:Float switches cannot directly control solenoid valves, high-power relays, AC contactors, etc. A small relay HH45P is required for transition.
Meetyour choices
Small and exquisite
stable performance
Simple installation
REED
High-precision digital micro differential pressure controller
LCD real-time display with digital filtering technology
Standard 4–20mA output with optional RS485 communication
24V DC powered industrial pressure monitoring device
Multiple pressure unit switching supported
Suitable for HVAC, cleanroom, and negative pressure systems
Easy to install with high safety and reliability. It adopts a plastic base paired with brass threads, available in multiple piping sizes such as 1/2 inch, […]
It is suitable for measuring the pressure of liquids, vapors, gases and other media that are non-explosive, non-crystallizing, non-coagulating and non-corrosive to copper and copper-aluminum alloys.
High-precision digital differential pressure measurement with clear real-time LCD display
Multiple pressure unit switching
Suitable for HVAC and cleanroom applications
Fast response with strong anti-interference capability
Equipped with a stainless steel protection tube, it features high accuracy and excellent stability. It is used to convert temperature signals into usable output signals and is suitable for industrial temperature measurement scenarios.
Its functions can almost completely replace those of mechanical contact pressure gauges, with customizable connectors and measurement ranges
It adopts a 304 stainless steel housing and is equipped with a high-quality wafer core. Multiple types of connectors are available. After precise calibration and aging testing, it features accurate measurement, high stability and strong durability
Cart