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Manufacturers of pipeline strainers in cast and fabricated designs. Since 1986, Fluid Engineering’s mission remains unchanged – To provide customers with rugged, well-designed equipment that outperforms the competition, even in the most demanding applications. Headquartered in Erie, Pennsylvania, our Management, Sales, Engineering, and Production Teams are all located at the same facility. We are proud to say that our products are made in the USA!
Automatic Self-Cleaning Strainers
The Eliminator® & Hyper-Jet® patented automatic self-cleaning pipeline strainers provide continuous debris removal from fluid piping systems that demand full time uninterrupted flow.
The Eliminator® Automatic Self-Cleaning Pipeline Strainer is a patented and proven filtration solution. It is particularly effective in fluid applications where unattended service and uninterrupted flow are required. Solids are captured in the strainer screen and are removed when the strainer backwashes. Downstream flow is not interrupted during the backwash cycle. The Eliminator® is effective in applications operating at as low as 10 PSIG, with some working in pipelines as low as 5 PSIG.
The Eliminator® is typically supplied with a basic control package. This package includes an electric motor, control panel, backwash control valve, and differential pressure switch. These controls can be customized to meet specific electrical and operational requirements of most applications.
Simplex Basket Strainers
Simplex (basket) pipeline strainers are an inexpensive design that are used in applications where the flow can be interrupted for basket cleaning. Fluid Engineering offers both cast and fabricated designs with many material options to handle most any application.
Duplex Basket Strainers
Duplex pipeline strainers are used in applications where fluid flow cannot be interrupted when the basket is removed for cleaning. Fluid Engineering offers both cast and fabricated designs with many material options to handle most any application.
Model 545/548 Inline Duplex Strainer
The Series 545/548 Duplex Pipeline Strainer provides continued and dependable removal of unwanted solids from fluids. This strainer serves to protect valves, pumps, meters, spray nozzles, and various other equipment.
It is often used to ensure product purity in such industries as gas, petroleum, biofuels, and power plants. A duplex strainer is used in applications where fluid flow cannot be interrupted when the basket is removed for cleaning. It maintains a continuous flow by utilizing two separate basket chambers with integral valves to direct flow into one of the basket chambers.
The Series 545/548 is a compact unit, with inline inlet/outlet connections, which enables easy piping and variable strainer placement. Chamber changeover is accomplished quickly and easily. Levers control the positive sealing butterfly valves, changing the fluid flow.
Built as a standard model unit, the Series 545/548 is also flexible to meet the individual needs of the customer, and varying application requirements. It is available in a variety of materials, and its fabricated design is superior for corrosive, hazardous, or low specific gravity fluid applications.
with inline inlet/outlet connections, which enables easy piping and variable strainer placement
- Fabricated carbon steel strainer body with bolted style cover
- 316 stainless steel basket with perforated (1/32”, 1/16”, 1/8”, 5/32” openings)
- Butterfly valve with cast iron body Buna-N seats, ductile iron disc, and stainless steel stem
- Lever operated valves with inter-connected linkage
- Positive seal valving
- Design pressure 150 psig
- Design temp 150°F
- Welded to ASME Section IX, certified welders
- Complete package is hydrostatically tested
STANDARD DESIGN FEATURES
- Compact design allows for low installation cost.
- Large capacity, heavy duty basket design for a long life.
- Low pressure drop that provides for high flow capacity.
- Efficient design requiring few moving parts and low maintenance costs.
- Simple, easy, and effective switching of flow
with positive shut-off.
- Numerous vessel materials of construction such as stainless steel, copper nickel, monel, and others for corrosive environment
- Variation in flange connection alignment
- ASME Section VIII, Division 1, Code Stamp – supplied with complete material traceability
- Vessels designed for high pressure/temperature applications.
- Special internal and external coatings
- Cover lift (davit) assembly
- Quick opening hinged covers
- Swing bolt closures
- Basket material of 316 stainless steel, brass, monel, and others
- Mesh lined basket – 20 x 20 to 500 x 500 mesh
- Model 548 Duplex includes davit cover lift
Custom Strainer Skid Packages
Strainer skid packages are designed to handle a consistent flow of debris laden influent. They can be comprised of any combination of
patented automatic strainers or even simplex strainers.
Temporary Cone Strainers
Also known as start up strainers, these low cost pipeline strainers are used on a temporary basis after major pipeline work.
Y Strainers are to be used in applications where small amounts of solid particles are expected and where clean-out will be infrequent.
Salt Water Strainer Applications
When designing strainer systems for use in a salt water environment, the life of the pumping systems and strainers will be greatly determined by the material used in its construction. The following table shows the comparative life of various materials used in salt water applications.
|300 Series Stainless Steel||4.0|
|400 Series Stainless Steel (Heat treated)||3.0|
The life factors listed in the table are based on laboratory results and may not take into account other factors that may be contained in the water actually used in shipboard applications such as pollutants that may come from farmlands, landfills or other by-products that contain waste material.
Another factor is the amount of salt; not all salt-water is the same. There are regions that have much higher salt concentrations than in others. For that reason, considering the environment that the unit will be operating in is crucial when designing these systems to get the optimal life from the strainers.