|
||||||
 |
||||||
|
A Full-Solutions Provider Industrial regulator applications include air, steam, tank blanketing, liquids, process gases, and fuel gases.
The use of air
or gases to power pneumatic instruments is common in many process
industries. In these applications, Fisher®
regulator products are rugged and dependable and provide top
performance in even the harshest environments.
In a large
variety of process industries, plants rely on steam for heat and
power requirements. In
these applications, steam is generated and distributed at high
pressures and temperatures throughout the plant. Regulators are then
utilized to provide accurate pressure reduction and control where
required. Fisher regulators can offer such features as steam
tracing, remote set point control, and deaerator supply.
Manufactured per ANSI standards, Fisher regulators meet ASME boiler
and pressure vessel codes. |
  |
||||
In order to
protect equipment, plant personnel, and the product being
stored, many process operations utilize tank blanketing to maintain
a "blanket" of inert gas over the product stored within the tank.
This blanket prevents air, moisture, and other contaminants from
entering the tank. Fisher offers a range of solutions to meet almost
all capacity and accuracy requirements in this regulator segment. |
||||||
When selecting a regulator for use in liquid applications, construction materials must be chosen to minimize any interaction with the fluids. Fisher regulators offer a broad range of elastomer and metal components to meet system compatibility needs. In addition, Fisher regulators are stable at low flow settings and can provide superior control over a wide range of flow demand. When back pressure control and differential control are needed, Fisher regulators are the product of choice. |
||||||
In specialized applications, various gases are used in the process itself. Many times these gases have unique needs which must be considered when choosing the regulators to be used. All devices in these systems must be designed to prevent corrosion and chemical reactions while continuing to operate reliably. Many Fisher regulators are designed with materials in mind for these corrosive environments. Fisher also has products constructed to withstand extremely high and low temperatures while continuing to provide reliable operation for cryogenic or extremely high temperature applications. |
||||||
|
A large portion of the Fisher regulator product line is designed for fuel gases, furnace supply, and burner trains. Whether these gases are sour or in some other way corrosive, Fisher has the materials and design for your needs. For almost any commercial or industrial application involving fuel gases, there is a Fisher regulator for your needs.
|
||||||
