Problems Solved - How Farmington Solenoid Valves Work
Introduction
Solenoid Valves are used wherever gas or liquid flow must be controlled
automatically. Solenoid Valves are used in a wide variety of applications
and environments which vary in temperature, pressure and liquid or gas
medium. Farmington Engineering's valves enable a customer to select
the ideal valve for the application needed.
Construction
Solenoid Valves are control devices which, when electrically energized
or de-energized, allow liquid or gas flow or stop liquid or gas flow.
The core of each valve is an actuator. The actuator is an electromagnet
which when energized, causes a magnetic field to build which pulls a
plunger or pivoted armature against the action of a spring or coil.
When de-energized, the plunger or pivoted armature is returned to its
original position as a result of the spring action.
Valve Operation
A distinction is made between direct action valves and internally piloted
valves based upon the mode of actuation. A second important distinguishing
feature is the number of port connections or flow paths.
Farmington Engineering
Valves offer unique solutions to specific problems in Gas and Liquid
Handling applications. Why are our valves different?
Farmington Engineering offers engineered solenoid valves, which satisfy
difficult applications and offer value-added that is difficult to find
elsewhere. There are thousands of commodity solenoid valve styles available
from numerous manufacturers. Many of our competitors are only interested
in high volume generic valves for a wide variety of applications. We
offer both these high volume commodity valves as well as custom engineered
lower volume valves for quality-oriented, customers demanding engineered
solutions at competitive prices.