API Pump

Description: API 682 Seal. Viking’s seal chamber will accept almost any customer-specified brands and types of API 682-compliant Category 1, 2 or 3 cartridge mechanical seals, and can provide API seal plans to meet application requirements. Standard seal is a category 2 single mechanical

Description: General Magnetic coupled DICKOW-pumps of the series PRM according to API 685 are heavy duty sealless pumps. The containment shell forms a closed system to separate the pumped liquid from the atmosphere by confined gaskets. The equipment (including auxiliaries) is designed and

• Maximum Discharge Flow: 3,962.58 GPM
• Maximum Discharge Pressure: 507.63195 psi
• Media Temperature: 482 to 752 F
• Horsepower: 261.3429750560499 HP

Description: Product group N pumps are the basis for SEEPEX progressive cavity pumps. They are used in almost all industrial sectors and convey low to highly viscous media with or without solids. Those benefits along with others ensure the pump’s economical operation. Key Facts Conveying

• Maximum Discharge Flow: 484 GPM
• Pump Housing Material: Cast Iron, Plastic, Stainless Steel
• Pump Type: Dewatering Pumps, Positive Displacement Pumps, Progressing Cavity Pumps, Wastewater Treatment Pumps, Water Treatment Pumps
• Power Source: None, Pump Only

Description: Information on API STD 11-a: Oil Well Pumps

Description: Wide range of single-stage pumps can be designed either using the end suction overhang impeller design method, or the impeller between bearing design method. These pumps comply with either ISO 5199/ISO 2858, ASME B73.1 or API 610 standards and guarantee reliable pumping

• Discharge Size: 1 to 16 inch
• Maximum Discharge Flow: 4 to 22,000 GPM
• Maximum Discharge Pressure: 3,459.98805 psi
• Media Temperature: -40 to 800 F

Description: MISCELLANEOUS A.P.I PUMPING EQUIPMENT STANDARDS (Tentative)

Description: GENERAL The DICKOW-pumps, type NCR, are heavy duty centrifugal pumps for petroleum, petrochemical and natural gas industries. The pumps are designed and manufactured according to API 610, 10th ed. / ISO 13709. This international standard specifies requirements for

• Maximum Discharge Flow: 3,082.0066666666667 GPM
• Maximum Discharge Pressure: 348.09048 psi
• Media Temperature: 626 F

Description: Two-stage centrifugal pumps are used in applications where higher head is required. They ensure more reliable, high efficiency process and lower operating costs instead of serial pumping system. Benefits Centerline support for reduced thermally induced misalignment BBT-D double-suction

• Discharge Size: 6 to 10 inch
• Maximum Discharge Flow: 10,000 GPM
• Maximum Discharge Pressure: 5,766.64675 psi
• Media Temperature: 800 F

Description: Myers and Myers Aplex Triplex and quintiplex reciprocating pumps provide high pressure pumping solutions to industry. Available in the right metallurgy for the media pumped, these Myers Aplex pumps can be what you need. Pentair Myers provides cost effective answers to many applications

• Maximum Discharge Flow: 650 GPM
• Maximum Discharge Pressure: 6,500 psi
• Media Temperature: 400 F
• Horsepower: 300 HP

Description: Heavy duty horizontal process pump to API 610, API 682

• Maximum Discharge Flow: 1,541.0033333333333 GPM
• Maximum Discharge Pressure: 507.63195 psi
• Media Temperature: 662 F
• Pump Type: Centrifugal Pumps

Description: Hyundai Heavy Industries Co., Ltd. manufactures cargo pumps developed jointly by SNECMA and CARTER CRYOGENICS COMPANY (JC CARTER). The design is based on : - 40 years experience of JC Carter in LNG Carrier cargo pumps - The application of proven Space Technology to LNG cargo

• Pump Type: Centrifugal Pumps

Description: Optimize efficiency, minimize maintenance and improve performance in high-pressure, high-volume applications The Poweroyal positive-displacement reciprocating pump provides outstanding performance in demanding conditions. Ideal for high-pressure/high-volume applications, the pump has

• Maximum Discharge Flow: 545.95 GPM
• Maximum Discharge Pressure: 10,152 psi
• Pump Type: Positive Displacement Pumps, Reciprocating Pumps

Description: in their intended applications. API check valves are often specified by their API standards, such as API 6D or API 594, which dictate the specific requirements for different types of check valves. Technical specifications Type Design and manufacturing Face-to-face

• Valve Type: Check Valves

Description: Reliable and versatile metering pumps for critical chemical dosing applications Primeroyal series pumps combine robust, field-proven technology, flexible design, and chemical delivery accuracy, making these metering pumps suitable for a large number of industrial processes. The

• Maximum Discharge Flow: 0.0008333333333333334 to 68.93333333333334 GPM
• Maximum Discharge Pressure: 20,000 psi
• Pump Type: Metering Pumps, Positive Displacement Pumps, Water Treatment Pumps

Description: alternatives are engineered to maximize the profitability of each well for years to come. NOV Mono offers a full line of API 11AX standard downhole rod pumps including: RHAC/RHAM RHBC/RHBM RSTC/RSTM RWAC/RWAM RWBC/RWBM RWTC/RWTM RXBC/RXBM THC/THM

Description: accessories, you can customize mROY metering pumps for your most complex process needs. Specifications and regulations. Our metering pumps meet all applicable regulations anywhere in the world where they operate. The Milton Roy mRoy pump also complies with API 675

• Maximum Discharge Flow: 0.0033333333333333335 to 1.45 GPM
• Maximum Discharge Pressure: 100 to 3,000 psi
• Pump Type: Metering Pumps, Positive Displacement Pumps, Wastewater Treatment Pumps, Water Treatment Pumps

Description: Design Horizontal, radially split volute casing pump in back pull-out design to API 610, 10th edition, or ISO 13709 (heavy duty), with radial impeller, single-stage, single-entry, centreline pump feet; with inducer, if required. Design to ATEX. Applications Refineries,

• Horsepower: 4.288705231689024 HP
• Maximum Discharge Flow: 4.402866666666667 to 21.13376 GPM
• Maximum Discharge Pressure: 1,595.4147 psi
• Media Temperature: 752 F

Description: Description What is API Y Type Filter Valve API Y-type filter valve, also known as a Y-strainer or Y-type strainer, is a filtering device designed to remove solid particles from liquids or gases within a pipeline system. The Y-type filter valve features a Y-shaped body, which allows

• Valve Size: 4 to 20 inch
• Port Size: 4 to 20 inch
• Valve Type: Directional Valves
• Features: Other

Description: API applications where high torques are required. It is an eight-link, all-metal membrane coupling with imperial fasteners. Applications Process Pumps Electric Motors Gearboxes Steam Turbines Centrifugal Compressors Other Compressors Driven Machinery Other Rotating Equipment Generators

• Bore Diameter: 19.5 inch
• Rated Torque: 4,141,592.92035398 In-lbs
• Rated Speed: 15,300 rpm
• Coupling Type: Wafer / Flexible Disc

Description: Torsiflex couplings are specifically designed for the process pump and general industrial markets. Torsiflex is an all-metal disc coupling requiring no lubrication which incorporates a plug-in feature to allow installation and removal without disturbing the pump alignment. Standard

Description: Single Heavy Duty API Stationary Multi-Spring Cartridge Seal Stationary design for maximum face alignment Robust and reliable seal face drive Hydraulically balanced Dynamic O-Ring moves to a clean surface Springs located out of product to prevent clogging and hang up Rugged high pressure

• Features: Balanced, Encased Spring Element, Other Material
• Specialized Mounting: Cartridge Unit
• Elastomers: Fluoroelastomer (Viton®, Fluorel®, etc.)
• Metal Carbide & Metal Oxide (Ceramic): Metal Carbide, Other Metal Carbide / Oxide

Description: The Type 2609HTC and Type 3609HTC are dependable API 682/ISO 21049 cartridge seals that utilize two impressive design innovations by incorporating high-temperature, corrosion-resistant (HTC) sealing and unique high-temperature, live-loaded (HTL) mating ring technology in dual tandem seal

• Shaft Diameter (Nominal): 1.5 to 4.5 inch
• Alternate Shaft or Rubbing Speed: 10,000 ft/min
• Operating Pressure: 300 psi
• Operating Temperature: -100 to 800 F

Description: 1604 is often supported by an API Plan 62 quench (steam) and a steam guide for effectively routing of the steam to the seal faces to help eliminate any coke build-up that could occur when sealing hot hydrocarbons. Applications Process Pumps

• Shaft Diameter (Nominal): 1.5 to 4.5 inch
• Alternate Shaft or Rubbing Speed: 10,000 ft/min
• Operating Pressure: 360 psi
• Operating Temperature: -330 to 800 F

Description: The Type 1604HTC is an API 682/ISO 21049 qualified single stationary bellows cartridge seal Type C, Arrangement 1. The Type 1604HTC incorporates all-Inconel HTC technology to reliably seal high-temperature corrosive fluids. The seal includes a segmented spring-loaded carbon throttle bushing

• Shaft Diameter (Nominal): 1.5 to 4.5 inch
• Alternate Shaft or Rubbing Speed: 10,000 ft/min
• Operating Pressure: 300 psi
• Operating Temperature: -100 to 800 F

Description: When it comes to reliable and efficient vacuum processes, MD-Kinney offers 2 rugged and dependable liquid ring vacuum pump options, the A Series and KLRC Series. The KLRC liquid ring vacuum pump is ideally suited for pumping wet mixtures, even slugs of liquid with the potential to pull

• Mechanical: Liquid Ring

Description: all-steel design the RADEX®-N can be used in drives with temperatures of up to 280° C. Product features Design for pump drives Design available acc. to API 610 Spacers adjusted to standard pump dismounting dimensions (DBSE) Radial assembly, no displacement of the machines

• Bore Diameter: 1.6535442 to 12.992133 inch
• Coupling Diameter: 4.0944904 to 25.984266 inch
• Angular Misalignment: 0.5 to 1 degrees
• Coupling Type: Torsionally Flexible Coupling

Description: This standard covers the gas and arc welding of butt, fillet, and socket welds in carbon and low-alloy steel piping used in the compression, pumping, and transmission of crude petroleum, petroleum products, fuel gases, carbon dioxide, nitrogen and, where applicable, covers welding on distribution

Description: does not provide material specifications or guidelines for the proper application of various API pumps. API RP 11AR lists the general advantages and disadvantages of the various pump types and lists the acceptable materials for barrels and plungers; API RP 11BR and

Description: does not provide material specifications or guidelines for the proper application of various API pumps. API RP 11AR lists the general advantages and disadvantages of the various pump types and lists the acceptable materials for barrels and plungers; API RP 11BR and

Description: pumps when the rate of flow, total head per stage, net positive suction head available (NPSHA), and the service conditions are known Graphs are used extensively to portray the relationship of pump efficiency versus different parameters The following pump types are included in

Description: Lays down the specification covering the design and rating. Specifies the requirements for the dimensional characteristics, chemical and mechanical properties and gauging practice. Requirements are specified in the sixteenth edition of API Specification 11E (Spec 11E), October 1989, which is

Description: Lays down the specification covering the design and rating. Specifies the requirements for the dimensional characteristics, chemical and mechanical properties and gauging practice. Requirements are specified in the sixteenth edition of API Specification 11E (Spec 11E), October 1989, which is

Description: Supplement API Standard 11AX (6th ed., 1971) specifying the material requirements of metallic materials for the construction of sucker-rod pumps for service in hydrogen sulfide environments. Only pumps with one-piece barrels and metal plungers have been considered in this

Description: Supplement API Standard 11AX (6th ed., 1971) specifying the material requirements of metallic materials for the construction of sucker-rod pumps for service in hydrogen sulfide environments. Only pumps with one-piece barrels and metal plungers have been considered in this