A solenoid valve is an electronically functioned valve that is usually used to displace a manual valve and so the valve can be distantly controlled.
HOW IT WORKS
A solenoid valve contains two basic units: a solenoid, or an electromagnet, and a valve body that covers two or more orifices or openings. The solenoid unit entails of a few basic parts, a coil, plunger, sleeve assembly, and plunger with a companionable sealing material.
Solenoid valves work by retaining an electromagnetic solenoid coil to either open or close the valve. When the coil inside the solenoid is thrilled, a plunger is raised or dropped in a sleeve tube to wide opener close the orifice.
BEST APPLICATIONS
Solenoid Valve Manufacturers work well in many dissimilar claims that involve liquids or gases:
General on/off applications
Calibration and test stands
Process control systems
Pilot plant control loops
Many OEM applications (sprinkler systems, washing machines, etc.)
ADVANTAGES
Solenoid valves are tremendously versatile. They can be found in many varied and sole system requests handling air, water, oil, gas, steam… pretty much any liquid or gaseous substance.
Another thing that’s great about solenoid valves is the fact that they’re an extremely effectual means of automatic flow control for liquids and gases. These kinds of valves need little wiring, expense, and effort when likened to other valves.
Solenoid valves are commonly found throughout domestic and professional applications and there are always a array of solenoid valve types available on the market. Common solenoid valve applications include refrigeration and air conditioning units, vehicles, and hydraulic and pneumatic systems. In this specific article, we talk to MGA Controls about how exactly a solenoid valve works, and the main element advantages and disadvantages from the decision to use one.
What does a solenoid valve do and what solenoid valve types is there?
A solenoid valve can be an electro-mechanical valve that is employed to automatically control the flow of liquid or gas. Solenoid valves work by using remotely activated electromagnetism to facilitate the opening or closing of a port in a valve body, which either permits or disables flow through the valve. They often incorporate a coil and plunger assembly. In normally closed valves, a plunger return spring holds the plunger contrary to the orifice and prevents flow.
Once the solenoid coil is energised, the resultant magnetic field raises the plunger, enabling flow. Inside a normally open valve, when the solenoid coil is energised, the plunger seals off the orifice which, in turn, prevents flow. Solenoid valve types are the direct-acting solenoid valve and the pilot-operated solenoid valve, with a variety of configurations available with regards to the intended application.
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What are the features of solenoid valves?
Solenoid valves have been through a constantly evolving design process to boost and develop their functionality over several years, creating a valve that is reliable, safe and efficient. The solenoid valve can be an incredibly versatile option, particularly in automated systems the location where the operation needs to be undertaken remotely, such as in solenoid valve applications where toxic fluids can be found. The opening and closing time of a solenoid valve helps it be the ideal solution for several applications where speed is a crucial factor. Some of the key features of solenoid valves are outlined below:
Low energy use
Remotely operated
Cost-effective to maintain and service
Compatible with AC and DC voltages
Extremely fast open and shut times
Capable of operating in extreme temperatures
Safety external leakage block
Operates both vertically and horizontally
Solenoid valve applications are extremely diverse, because of their versatility.
