Solenoid valves
Solenoid valves are electromagnetic valves used to close or open the flow of various types of media - water, air, non-fluid gases, oils. Most often they are made of brass and stainless steel - exactly what you will find in our offer. Use the filters in the left column to specify your exact requirement, or select directly from the solenoid valve subcategories.
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What are Solenoid Valves
Solenoid valves are electric valves that are used to control the flow of a medium, such as a gas or liquid, by magnetic force. These valves consist of a solenoid and a flexible valve body. A solenoid is an electromagnet that generates magnetic flux when connected to an electrical voltage source. A flexible body inside the valve responds to the magnetic flux and attracts or repels the valve blade, which changes the position of the valve and controls the flow of the medium.
Solenoid valves are often used in industry, process automation, water technology and other fields where it is necessary to control the flow of the medium using electrical signals. They are advantageous for their simplicity, speed and reliability.
How to choose the right Solenoid Valve
When selecting a solenoid valve, several criteria must be considered to ensure the valve is suitable for the application and meets the media flow, pressure and temperature requirements. Some of the main factors to consider when choosing a solenoid valve are:
- Medium: Select the valve corresponding to the type of medium you want to control the flow. The valve should be compatible with the medium and meet the pressure and temperature requirements.
- Pressure: Determine what pressure will be applied to the medium and select a valve that meets these requirements.
- Temperature: find out what the temperature of the medium will be and select a valve that meets these requirements.
- Flow: Determine the flow rate of the medium to be controlled and select a valve to meet these requirements.
- Quality: choose a valve from a reliable manufacturer with good references and quality assurance.
- Installation: determine how the valve will be installed and what type of mounting will be required.
- Cost: Consider the total cost of purchasing, installing and maintaining the valve.
It is important to consider all these factors and select a solenoid valve that meets all the requirements and is suitable for the application. If you have any doubts, I recommend you consult us for the application you need.
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Solenoid valves 2V; straight 2/2, thread 1/8", 1/4"
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Solenoid valves PU220; straight 2/2, thread 3/8"- 1"
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Solenoid valves PU225; straight 2/2, thread 3/8"- 2"
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Solenoid valves G256; directly controlled 2/2, 1/8" thread
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Solenoid valves G356; directly controlled 3/2, 1/8" thread
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Solenoid valves E262; directly controlled 2/2, 1/4" thread
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Solenoid valves E314; directly controlled 3/2, 1/4" thread
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Solenoid valves G327; directly controlled 3/2, 1/4-1/2" thread
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Solenoid valves G238; directly controlled, 2/2 NC function, for water
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Solenoid valves E210; directly controlled, 2/2 NC and 2/2 NO functions
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Solenoid valves E238; indirectly controlled, 2/2 NC function
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Solenoid valves G238S; indirectly controlled, 2/2 NC and 2/2 NO function, stainless steel
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Solenoid valves E220; indirectly controlled, 2/2 NC function, for steam
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Seat valves E290; bronze version
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Seat valves E290; stainless steel version
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G353 pulse valves; diaphragm design for filter regeneration
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Pilot boxes C20;with integrated pilot valves
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Solenoid valves series 2V with connection thread G1/8". Function 2/2NC, clearance 2,5 mm. Maximum viscosity of the medium 20 cSt. Made of brass, NBR seal for temperatures -10 to...
