Valve: a device used to control

the passage of media through a

pipe or duct.

Solenoid valve unit: an

electromechanically operated

flow regulation device, used to

shut off, release, dose,

distribute, or mix liquid or gas.

Solenoid: a coil wound into a tightly packed helix which creates a magnetic field when

an electric current passes through it.

Traditionally used in the machinery industry, solenoid valves are a vital component

of many industrial systems.

These valves make automation of

fluid and gas control possible.

Solenoid valves are used to

process these common media:

• Air

• Steam

• Oil

• Gas

Solenoid valves are found in common

household appliances:

• Refrigerator water dispensers

• Freezer ice cube makers

• Dishwashers

• Washing machines

As well as in more commercial systems:

• Automatic irrigation sprinklers

• Car transmissions

• Medical and dental equipment

• Air conditioners

Solenoid valves come in a variety of configurations, sizes, potentials,

and materials suitable for countless applications.

Configurations:

• 2-way: one inlet and one outlet port and a single orifice

• 3-way: three port connections and two valve orifices

• Multi-Solenoid Valve Manifolds: flexibility in number of

solenoid valves and firing, control, and connection options

Sizes and potentials:

• miniature, subminiature

• high capacity, low wattage, low power

Materials: brass, stainless steel, aluminum, and plastic

Each of the valve body components must be compatible

with the media they are regulating.

The use of improper materials can lead to:

• Rust

• Corrosion

• Demagnetization

High capacity and enhanced performance

• Large volume systems that require

sturdy and universal flow within

industrial settings

• Heating and sanitary systems

Economic and compact options

• Smaller volume systems that require

more smooth and refined control of

flow

• In confined or limited spaces

It’s recommended that solenoid valve bodies and the

internal electrical coils be interchangeable; this will

cut down on time and cost if one piece or the other

malfunctions.

• Save time: quickly change

out pieces without needing to

stop or drain the system.

• Save money: replacement

parts will be cheaper

individually, rather than

replacing the whole unit.

A well-made solenoid valve offers fast

operation, high reliability, long service

life, and a streamlined design.

Depending on your application,

consider the following:

• Media

• Operating environment

• Body and port size

• Voltage and pressure

Solenoid Solutions is the leading manufacturer of valves inspired by innovation,

precision, and high-quality manufacturing. They stand behind their products and will

configure the most efficient and cost-effective solution for every customer application.

For more information, visit www.solenoidsolutionsinc.com or call 1-888-825-8405.

Summary

• Solenoid valves are used across a wide range

of industries and applications, from

dishwashers to car transmissions. Learn the

basics about solenoid valves and some of their

key features.