Pump Suction Strainers

Description: Pump suction strainer, round hole type

• Applications: General Purpose, Industrial
• Assembly / Element: Strainer Element
• Media: Liquid
• Pipe Size: 1.5 to 8 inch

Description: These suction line strainers are of flexible black plasticized PVC. Provides protection from costly sediment problems. They are great for inlet side of pumps, tank reservoirs, sprayers, and more. Features a molded PVC base, one-piece 304 stainless steel 30 mesh (1/64 inch holes)

• Pipe Connection: Threaded

Description: Suction Strainers and Diffusers are used inside hydraulic tanks and both minimise turbulence and foaming of the oil and help to reduce reservoir noise. Suction strainer used to protect the pump from large particle contamination. Diffusers are designed to be

• Filtration Product: Hydraulic Fluid
• Trigger: Housing and Filter Assembly

Description: makes the strainers ideal for applications such as condensate and boiler feed pump suction where the process water has low solids loading and the pressure drop is critical. Features ANSI Class 150, 300, or 600 flanges Vertical or horizontal orientation

• Applications: General Purpose, Chemical, Coolant, Food Processing, Laboratory, Industrial, High Temperature, High Viscosity, Hydraulic Fluid, Medical / Pharmaceutical, Oil / Fuel, Refrigerant, Water
• Assembly / Element: Strainer Assembly
• Materials of Construction: Steel - Carbon / Alloy, Steel - Stainless
• Media: Liquid

Description: Designed for use in fluid handling systems where the flow cannot be shut down for basket cleaning. Typical applications include: cooling water, compressors, condensers, fire lines, fuel lines, lubrication systems, salt and fresh water systems, chemical process systems, pump suction

• Applications: General Purpose, Chemical, Coolant, Industrial, Oil / Fuel, Water, Other
• Assembly / Element: Strainer Assembly
• Materials of Construction: Bronze, Steel - Stainless, Other
• Media: Liquid

Description: Designed for use in fluid handling systems where the flow cannot be shut down for basket cleaning. Typical applications include: cooling water, compressors, condensers, fire lines, fuel lines, lubrication systems, salt and fresh water systems, chemical process systems, pump suction

• Applications: General Purpose, Chemical, Coolant, Industrial, Oil / Fuel, Water, Other
• Assembly / Element: Strainer Assembly
• Materials of Construction: Nickel Alloy, Steel - Stainless, Other
• Media: Liquid

Description: Designed for use in fluid handling systems where the flow cannot be shut down for basket cleaning. Typical applications include: cooling water, compressors, condensers, fire lines, fuel lines, lubrication systems, salt and fresh water systems, chemical process systems, pump suction

• Applications: General Purpose, Chemical, Coolant, Industrial, Oil / Fuel, Water, Other
• Assembly / Element: Strainer Assembly
• Materials of Construction: Bronze, Steel - Stainless, Other
• Media: Liquid

Description: Designed for use in fluid handling systems where the flow cannot be shut down for basket cleaning. Typical applications include: cooling water, compressors, condensers, fire lines, fuel lines, lubrication systems, salt and fresh water systems, chemical process systems, pump suction

• Applications: General Purpose, Chemical, Coolant, Industrial, Oil / Fuel, Water, Other
• Assembly / Element: Strainer Assembly
• Materials of Construction: Bronze, Steel - Stainless, Other
• Media: Liquid

Description: Custom Configuration Pressures to 740 PSIG (51 BARG) Temperature to 800°F (427°C) Strainer, flow straightener, elbow and pipe reducer for pump applications Standard and custom engineered designs Integral straightening vanes reduce turbulence to

• Applications: General Purpose, Chemical, Industrial, Oil / Fuel, Water, Other
• Assembly / Element: Strainer Assembly
• Materials of Construction: Steel - Carbon / Alloy, Steel - Stainless, Other
• Media: Liquid

Description: Standard Outlet Pressures to 740 PSIG (51 BARG) Temperature to 800°F (427°C) Strainer, flow straightener, elbow and pipe reducer for pump applications Standard and custom engineered designs Integral straightening vanes reduce turbulence to

• Applications: General Purpose, Chemical, Industrial, Oil / Fuel, Water, Other
• Assembly / Element: Strainer Assembly
• Materials of Construction: Steel - Carbon / Alloy, Steel - Stainless, Other
• Media: Liquid

Description: Oversized Outlet Pressures to 740 PSIG (51 BARG) Temperature to 800°F (427°C) Strainer, flow straightener, elbow and pipe reducer for pump applications Standard and custom engineered designs Integral straightening vanes reduce turbulence to

• Applications: General Purpose, Chemical, Industrial, Oil / Fuel, Water, Other
• Assembly / Element: Strainer Assembly
• Materials of Construction: Steel - Carbon / Alloy, Steel - Stainless, Other
• Media: Liquid

Description: Undersized Oulet Pressures to 740 PSIG (51 BARG) Temperature to 800°F (427°C) Strainer, flow straightener, elbow and pipe reducer for pump applications Standard and custom engineered designs Integral straightening vanes reduce turbulence to

• Applications: General Purpose, Chemical, Industrial, Oil / Fuel, Water, Other
• Assembly / Element: Strainer Assembly
• Materials of Construction: Steel - Carbon / Alloy, Steel - Stainless, Other
• Media: Liquid

Description: AL-D camlock. Strainer threads into the female NPT portion of the camlock. MATERIAL SPECIFICATIONS ASTM B85 grade 383. Designed for use in suction hose applications to protect the pump from clogging. "Easy Grip" handle pin design allows for

• Materials of Construction: Other
• Pipe Connection: Threaded
• Screen Opening: 0.2500 inches
• Strainer Type: In-line Strainers

Description: AL-D camlock. Strainer threads into the female NPT portion of the camlock. MATERIAL SPECIFICATIONS ASTM B85 grade 383. Designed for use in suction hose applications to protect the pump from clogging. "Easy Grip" handle pin design allows for

• Materials of Construction: Other
• Pipe Connection: Threaded
• Screen Opening: 0.2500 inches
• Strainer Type: In-line Strainers

Description: AL-D camlock. Strainer threads into the female NPT portion of the camlock. MATERIAL SPECIFICATIONS ASTM B85 grade 383. Designed for use in suction hose applications to protect the pump from clogging. "Easy Grip" handle pin design allows for

• Materials of Construction: Other
• Pipe Connection: Threaded
• Screen Opening: 0.2500 inches
• Strainer Type: In-line Strainers

Description: FEATURES AND ADVANTAGES Designed for use in suction hose applications to protect the pump from clogging. Zinc plated to help with rust and corrosion. NPSM threads connect with combination nipples used in hose assemblies. MATERIAL SPECIFICATIONS

• Materials of Construction: Steel - Stainless, Other
• Pipe Connection: Threaded
• Screen Opening: 1 inches
• Strainer Type: In-line Strainers

Description: chamber Elastomers: BUNA-N Motor Shell and Lifting Handle: Constructed of AISI type 304 series stainless steel Shaft: AISI type 304 stainless steel, high strength, keyed pump shaft with impeller locking cap screw Discharge: 11/4? NPT vertical discharge connection Suction

• Pump Type: Wastewater Treatment Pumps

Description: Suction Strainers and Diffusers are used inside hydraulic tanks and both minimise turbulence and foaming of the oil and help to reduce reservoir noise. Suction strainer used to protect the pump from large particle contamination. Diffusers are designed to be

• Filtration Product: Hydraulic Fluid
• Trigger: Housing and Filter Assembly

Description: DWK is designed with a top discharge pipe and suction strainer, and is thus more suitable for temporary installation, whereas the DPK has a side discharge and a ring-stand or auto coupling (as accessories), and is suitable for permanent installations

• Type of Pump: Dewatering Pumps, Submersible Pumps

Description: This specification covers the design and material requirements as well as the construction strainer boxes used in ships' bilges and other tank locations requiring trash protection for suction pipes and pumps. Materials covered by this specification are Types 1 and 2

Description: Design Single- or multistage centrifugal pumps in ring-section design, single entry; for vertical and, depending on the number of stages, angled and horizontal installation; mixed flow hydraulic systems available with reduced impeller diameters; driven by submersible motors. Suction

• Horsepower: 1.34 HP
• Maximum Discharge Pressure: 508 psi
• Type of Pump: Centrifugal Pumps, Positive Displacement Pumps
• Water Temperature: 122 F

Description: 1.1 This specification covers the design, materials, and construction of strainer boxes for use in ships' bilges and other such tank locations that require trash protection for suction pipes and pumps. 1.2 This specification covers pipe sizes from NPS 11/2 through NPS 16 (see

Description: Design Vertical, single-stage centrifugal pump with discharge to the top and parallel with the pump shaft, pump foot designed as suction strainer. Pump and motor are rigidly connected by a support pipe, ready to be plugged in, with 1.5 m power cable and

• Horsepower: 0.7371 HP
• Maximum Discharge Flow: 106 GPM
• Type of Pump: Centrifugal Pumps, Positive Displacement Pumps, Submersible Pumps, Sump Pumps
• Water Temperature: 194 F

Description: slightly contaminated water in general water supply, irrigation and spray irrigation systems, lowering and maintaining ground water levels, pressure boosting, emergency water supply, minesand fountains etc. Suction casing fitted between pump and motor, equipped with strainer to

• Horsepower: 509 HP
• Maximum Discharge Pressure: 827 psi
• Maximum Discharge Flow: 4.45 to 96.86 GPM
• Type of Pump: Centrifugal Pumps, Positive Displacement Pumps, Submersible Pumps

Description: Honda Mini 4-Stroke Engine Weighs only 15 lbs. Pumps up to 40 Gallons/Minute Suction Hose Included Strainer Included Garden Hose Coupler 2 Year Residential Warranty 1 Year Commercial Warranty

• Maximum Discharge Pressure: 43 psi
• Maximum Discharge Flow: 40 GPM
• Pump Type: Water Pumps

Description: contact. The pump length from the underside of the mounting plate to the suction inlet is available as 15" or 18". The high efficiency impeller provides "pump-down" capabilities to 9 ft. below the inlet using a suction extension. FKM O-Rings, discharge pipe assembly and

• Type Of Pump: Centrifugal Pumps

Description: The Vertical Advantge.... No Suction Piping, Strainers or Valve. No Suction Flex Joints required. No Grouting or Foundation required. No Alignment Required. No Mechanical Seals Required. Mechanical Seal Flush Plans eliminated

Description: metal components of AISI type 300 stainless steel running in protected oil chamber. Elastomers: BUNA-N. Suction Strainer and Motor Shell: Constructed of AISI type 304 series stainless steel. Shaft: AISI type 304 stainless steel, high strength, keyed pump shaft with impeller

• Type of Pump: Booster Pumps, Centrifugal Pumps

Description: , outer seal – silicon carbide Rubber Liner: Protects against wear around impeller Bottom Strainer: Made of impact absorbing EPDM rubber, suction holes allow for low pump down

• Pump Type: Centrifugal Pumps, Submersible Pumps

Description: valves provide precise seating and excellent priming and suction lift characteristics. The PHP-310 Series incorporates all the features of the PHP-300 and also accepts a 4-20 mA input signal, while the PHP-320 accepts a pulse input signal. Every unit is supplied complete with inlet

• Discharge Size: 0.2500 to 0.5000 inch
• Maximum Discharge Pressure: 30 to 250 psi
• Maximum Discharge Flow: 0.0040 to 0.4162 GPM
• Media Temperature: 171 to 199 F

Description: An Inlet Filter strains standard water particles and debris before fluid enters a pump. Filters are installed prior to the pump in a pressurized feed or gravity feed system. Selection of a filter should be based on a pump’s flow rate and inlet port size. The filter design allows

• Applications: General Purpose, Water
• Assembly / Element: Strainer Assembly
• Features: Integral Filter
• Materials of Construction: Bronze

Description: /4" hose barb or 3/4" garden hose thread. Wetted materials of construction include: glass filled polypropylene housing, aflas seals, stainless steel (95112 & 95111) and hastelloy (95113) springs, polyethylene suction tubing and polypropylene marble filled weight and filter. A 200 mesh inlet

• Type Of Pump: Dosing Pumps

Description: fire hose. TurboDraft CS (Changeable Strainer) Fire Eductor provides departments the option to connect to a wide selection of standard 6” NH strainers to meet any water supply situation. The unit will also improve the effectiveness of dry hydrants and vertical suction standpipes

Description: proportional flow control.|What’s included: two Norprene tubing assemblies, five feet of 3/8†OD vinyl suction tubing, five feet of 3/8†OD polyethylene discharge tubing, intake strainer with weight, and injector fitting with check valve.

• Maximum Discharge Pressure: 100 psi
• Maximum Discharge Flow: 0.0013 GPM
• Power Source: AC Powered
• Pump Type: Peristaltic Pumps

Description: One piece suction strainer for use in hydraulic reservoirs and tanks. These elements can be installed directly onto the pump suction line and should always be below the minimum fluid level of the tank. The end caps, inner support cylinder and filter media are epoxy bonded

• Applications: Hydraulic Fluid
• Media: Liquid
• Pipe Size: 2 inch
• Pipe Connection: Threaded