Find chambered level switches including chambered liquid level switches, chambered type level switches and more. Use the time-saving Request for Quote tool to submit your inquiry to all the chambered level switch manufacturers and suppliers you select.
SOR® manufacturers a variety of versatile, mechanical level switches specifically designed for a variety of industrial applications. The SOR product line also includes: pressure, differential pressure, vacuum, temperature & electronic switches. Every switch is custom-engineered to the customer’s specification.
A distributor of industrial instrumentation & process controls, representing top level switch manufacturers, such as Magnetrol. Precision level monitoring instruments & flow controls, float liquid level switches, magnetic switches & indicators, and new level switches & transmitters with radar technology.
Distributing electronic tank level switches is the focus of our company. Let us solve your level gauging needs. We offer liquid level switches by Delavan, Omnitrol, Shand & Jurs and L&J Engineering. Some types include top mounted level switches, and liquid level switches offering alarm systems.
Since 1984, our liquid level switches have satisfied users. Our liquid level switches are built for fluid process control systems. The liquid level control products we offer are used in industrial and home applications and we have a limited 3-year warranty on all manufactured components.
A chambered level switch is a switch which is enclosed in a casing, or chamber,
that surrounds its switch mechanism. Chambered level switches are used to monitor
the amount of liquids and various other materials in a variety of containers.
They can also be used to control the flow of these materials into and out
of their containers.
Chamber level switches use two types of switches to complete an electrical circuit.
A sealed snap-action mechanism may be used, or the switch may use mercury to
complete the path between two electrodes within the switch.
Chamber level switches are constructed to ANSI/ASME industry standards and can
be used in a variety of conditions depending on their specific construction.
The switches may flanged or sealed and may also have vent, drain, and isolation
valves. They may be hermetically sealed and weatherproof, able to operate in
high or low-voltage situations, capable of withstanding harsh conditions such
as acidic environments and even made to be vapor and explosion-proof. These
switches can also accommodate a variety of pressures internally and externally
(from about 150 psi to 5000 psi) as well as extreme temperatures.
Due to the various specifications of these switches, chamber level-style switches
are useful in a variety of applications including oil refineries, chemical plants,
hydraulic systems and boilers.
