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FLOJET
International Industrial Pumps

International Industrial Pumps

Product catalog summary

Introduction to Pumps
This section provides an overview of various pump types, including centrifugal, diaphragm, and flexible impeller pumps. It explains the basic principles of how these pumps operate, highlighting their applications and advantages such as low maintenance, easy installation, and versatility.

How to Specify a Pump
Guidelines for selecting the appropriate pump based on factors like flow rate, head/pressure, control mechanisms, pump driver, chemical compatibility, priming, and viscosity. It emphasizes the importance of understanding the application requirements and environmental conditions.

CE Marking
Details the significance of CE marking, which certifies that products meet EU health, safety, and environmental standards. It assures consumers of product safety and compliance with European directives.

Iconography
Explains the use of industry-specific icons to help navigate the catalog. Icons represent various applications such as agricultural spraying, automotive, carwash, chemical transfer, construction, and more, aiding in quick identification of suitable products.

Pump Types and Applications

Centrifugal Pumps: Suitable for high-volume, smooth flow applications. They are low maintenance and energy-efficient.
Diaphragm Pumps: Robust and capable of running dry, ideal for spraying, misting, and chemical transfer.
Mag Drive Pumps: Leak-free and reliable, perfect for chemical transfer where purity is crucial.
Flexible Impeller Pumps: Versatile for both thin and viscous liquids, offering self-priming capabilities.

Additional Sections
The catalog includes sections on chemical resistance, conversion data, warranty, and return policy, providing comprehensive support and information for users.

Overview: The document provides detailed technical information on various types of pumps, including rotary lobe, gear, sliding vane, centrifugal, and mag drive pumps. It outlines their working principles, features, specifications, and applications.

Rotary Lobe Pumps: These pumps use intermeshing rotor lobes to displace fluid, ensuring a steady flow without contamination. They are designed for hygiene, reliability, and handling viscous, shear-sensitive liquids.

Gear Pumps: Ideal for transferring hydraulic and light oils, water, and diesel fuel, these pumps are powered by 12 or 24V DC, making them suitable for automotive applications. They work by creating a vacuum that draws liquid into the pump.

Sliding Vane Pumps: These pumps are used for transferring diesel fuel and light oils, with excellent priming capabilities. They operate by creating a vacuum as the rotor turns, allowing atmospheric pressure to push liquid into the pump.

Cyclone™ Stainless Steel Centrifugal Pumps: Known for reliability and silent operation, these pumps are constructed from stainless steel and feature a long-life DC motor. They are available in low, hybrid, and high-pressure models, each with specific flow rates and operational specifications.

Circulation Pumps: Designed for continuous recirculation of various fluids, these pumps feature magnetic drive, variable flow control, and are ignition protected. They are suitable for handling aggressive liquids and operate at high temperatures.

Mag Drive Pumps: These pumps are used for applications requiring safe, leak-free operation with aggressive chemicals. They are made from chemical-resistant thermoplastics and feature magnetic couplings for energy efficiency.

Specifications and Performance: The document includes detailed specifications for each pump type, including flow rates, pressure capabilities, motor output, and temperature ranges. Dimensional drawings and model certifications are also provided.

Warnings: The document advises against using Xylem pumps for gasoline or fluids with a flash point below 100º F (38º C).

Overview: The document provides detailed specifications and features of various models of magnetically coupled centrifugal pumps, designed for safe, leak-free, continuous flow of aggressive chemicals, acids, alkalis, sterile, and chilled fluids. These pumps are suitable for both international and US markets.

Specifications:

Pump Design: Magnetically Coupled Centrifugal Pump
Flow Rate (Runout): Varies by model, ranging from 8.5 GPM (32 LPM) to 21.1 GPM (80 LPM)
Body Pressure: Maximum 20.3 psi (1.4 bar)
Closed Valve Head: Varies by model, ranging from 17.4 ft (5.3 m) to 103.3 ft (31.5 m)
Motor Output: Ranges from 30 watts to 550 watts
Max Specific Gravity: Typically 1.2, with some models at 1.05
Temperature Range: -4ºF to +185ºF (-20ºC to +85ºC)
Dimensions: Varies by model, with typical dimensions around 5.6in H x 8.4in L x 4.0in W
Weight: Ranges from 5.3 lb (2.4 kg) to 8.8 lb (4.0 kg)

Features:

Manufactured in chemical-resistant thermoplastics, entirely non-metallic
Magnetic couplings provide an energy-efficient thermal shield, minimizing heat transfer to the pumped fluid
IPX5 or IP55 standard motor housing
Deep groove ball bearings
Variable pump body orientation and compatibility with standard push-fit fittings for some models

Performance: The pumps are tested with clean water at 68ºF (20ºC) and are designed for applications requiring safe, leak-free, continuous flow of aggressive chemicals, acids, alkalis, sterile, and chilled fluids.

Dimensional Drawings: Provided for each model, with dimensions in both inches and millimeters.

New Models: The document lists several new models with specific certifications and port details, indicating the availability of custom models upon request.

Specifications

Pump Design: Magnetically Coupled Centrifugal Pump
Flow Rate (Runout): Ranges from 7.1 GPM (27 LPM) to 219.5 GPM (830 LPM) depending on the model
Body Pressure: Maximum 43.5 psi (3.0 bar)
Closed Valve Head: Ranges from 5.2 ft (1.6 m) to 121.4 ft (37 m)
Motor Output: Ranges from 10 watts to 4 kilowatts
Max Specific Gravity: 1.2
Temperature Range: -4ºF to +185ºF (-20ºC to +85ºC)
Dimensions: Vary by model, e.g., 3.9in H x 6.7in L x 4.4in W to 10.7in H x 24.2in L x 10.8in W
Weight: Ranges from 4.0 lb (1.8 kg) to 94.8 lb (43 kg)

Features

Manufactured in chemical-resistant thermoplastics, entirely non-metallic
Magnetic couplings provide an energy-efficient thermal shield, minimizing heat transfer to pumped fluids
IP55 standard motor housing with high SG versions available
PVDF versions available
Leak-free continuous operation with zero maintenance

Performance and Applications

Designed for heavy-duty applications requiring safe, leak-free, continuous flow of aggressive chemicals, acids, solvents, alkalis, sterile, and chilled fluids
Suitable for international markets
Dimensional drawings provided with specifications in both inches and millimeters

Model Details

Various models available with different certifications, voltages, and port details
Custom models available upon request

Overview: The document provides detailed specifications and features of various centrifugal and submersible pumps designed for different applications, including industrial, laboratory, and vehicular uses. It includes performance metrics, design features, and model-specific details.

Specifications: The pumps are magnetically coupled centrifugal pumps, offering leak-free and maintenance-free operation. They are constructed from chemical-resistant thermoplastics and are designed for continuous operation. The pumps operate within a temperature range of -4ºF to +185ºF (-20ºC to +85ºC) and support a maximum specific gravity of 1.0 to 1.2, depending on the model.

Performance: The flow rates vary by model and frequency, with some models achieving up to 14.5 GPM (55 LPM). The closed valve head ranges from 7.2 ft (2.2 m) to 36.1 ft (11 m), and motor outputs range from 10 watts to 65 watts. The pumps are suitable for handling aggressive chemicals, chilled water, and other liquids.

Design Features: The pumps feature magnetic couplings that minimize heat transfer, ensuring energy efficiency. They are designed for easy installation with variable mounting foot positions and can be used in confined spaces. The pumps are available in both AC and DC versions, catering to international and US markets.

Applications: These pumps are suitable for a wide range of applications, including beverage vending, water circulation, chemical processing, and vehicular applications. They are also used in submersible modes for water removal in utility applications.

Model Details: The document lists several models with specific certifications, flow rates, and port details. Some models are designed for specific voltages and include features like plain or NPT ports.

Additional Features: The pumps are designed to be compact, efficient, and long-lasting, with silent and vibration-free operation. They are rust and corrosion-proof, making them suitable for both fresh and seawater applications.

Portable Pump Kits Overview
The Portable Pump Kits are designed for both international and US markets, equipped with lay flat hoses and battery terminal clips, ready for immediate use. They deliver up to 500 GPH (1892 LPH) and are suitable for pumping fresh and seawater, diesel, and for applications such as diesel refueling, container filling, sink draining, and engine winterizing.

Models and Specifications
The document lists various models of pumps, each certified with CE and available in 12V and 24V options. The models vary in capacity from 200 GPH (756 LPH) to 500 GPH (1892 LPH). Some models are not suitable for use with diesel fuel.

Kit Contents
Each kit includes a pump, a 10-foot wire with battery clamps, a lay flat hose, and a spray nozzle.

Applications
The pumps are versatile, suitable for water testing, borehole testing, agricultural spraying, general transfer, diesel transfer, and garden watering.

Diaphragm Pumps Introduction
The document introduces diaphragm pumps, highlighting their self-priming design, ability to run dry without damage, and compatibility with a wide range of chemicals. They are compact, lightweight, and easy to service.

Performance Features
Flojet diaphragm pumps are designed for durability and efficiency, with features such as a self-priming design, the ability to run dry, and a seal-less design to reduce leak issues. They are available in various configurations to suit different applications.

Motor Driven Pumps
The LF Series pumps are ultra-compact, using a duplex diaphragm design to deliver high flow and pressure. They feature a sealed pressure switch, self-priming capability, and can run dry without damage. Optional features include a sealed motor and manual on/off switch.

Specifications
The document provides detailed specifications for various pump models, including flow rates, duty cycles, wetted parts, operating pressures, and motor types. The pumps are available in different voltages and configurations to meet diverse needs.

Dimensional Drawings
Dimensional drawings are provided for various pump models, illustrating their compact design and ease of installation.

Overview
The document provides detailed technical specifications and features of various Flojet diaphragm pumps designed for international and US markets. These pumps are suitable for a range of applications including agricultural spraying, liquid transfer, and cooling systems.

Specifications

Pump Design: Motor-operated 3-chamber diaphragm.
Motor Design: Permanent Magnet TENV (non-ventilated).
Voltage Options: 12 VDC, 24 VDC, 115 VAC, 230 VAC.
Max Flow Rate: Up to 5 GPM (18.92 LPM).
Max Pressure: Up to 160 psi (11 bar).
Elastomers: Santoprene, Viton, EPDM.
Certifications: CE, NSF components.

Features

Compact automatic demand pumps with sealed pressure switches and motors.
Self-priming capability, allowing pumps to be located above supply tanks.
Ability to run dry without damage.
Constructed from materials suitable for handling a broad range of chemicals.

Applications

Small boom and spot spraying.
Foam marking and silage treatment.
Estate spraying and livestock cooling.
Liquid dispensing and transfer.

Performance and Models
The document includes performance curves and model specifications for different pump series, such as the Triplex Compact, Hi-Pressure, Hi-Flow, and Quad 4000 Series. Each series is tailored for specific pressure and flow requirements, with various diaphragm and check valve materials to suit different chemical compatibilities.

Dimensional Drawings
Dimensional drawings are provided for each pump series, indicating the physical dimensions and port sizes, which are crucial for installation and integration into existing systems.

Pentaflex Pumps Overview
Pentaflex pumps are designed to handle a wide range of chemicals, featuring self-priming capabilities and the ability to run dry for short periods. They are suitable for applications such as transfer, delivery, spraying, cooling, filtration, dispensing, and pressure boosting. The pumps use EPDM valves with Santoprene diaphragms, with additional materials under testing.

Performance Specifications
The pumps are constructed with a glass-filled nylon body and a 5-chamber diaphragm design. They are self-priming up to 8 ft. and feature ports for hose barb connections. The motor is a permanent magnet type.

Model Details
Models include R7300142A, R7300342A, R7300132A, and R7300332A, with variations in voltage and diaphragm materials. All models have a maximum open flow of 7.0 GPM and are equipped with Santoprene diaphragms and EPDM or Viton check valves.

Flojet Air Operated Diaphragm Pumps
These pumps offer excellent self-priming capabilities and can be located above the supply tank. They do not require bypass or pressure relief plumbing. Available elastomers include Santoprene, Buna, and Viton, providing a wide range of chemical compatibility.

Specifications
The air-operated pumps have a flow rate of up to 2.5 GPM and operate at pressures between 20 to 75 PSI. They feature quick disconnect fittings for easy installation and are self-priming up to 28 ft. dry and 32 ft. wet.

G57 Series Air Driven Pumps
This series features a patented shuttle valve for stall-proof operation and a chemically resistant polypropylene body. The pumps offer the highest flow rate for their size and are easy to install with quick disconnect ports.

Specifications
The G57 series pumps have a flow rate of up to 5 GPM and operate at pressures from 20 to 100 PSI. They are constructed with polypropylene bodies and Santoprene, Viton, or Kalrez diaphragms.

Accessories & Fittings
Various accessories and fittings are available, including inlet strainers and hose barbs, designed for compatibility with different pump series. Materials include stainless steel, polypropylene, and brass.

Sanitary Features
Sanitary pumps are compact, easy to clean, and can run dry. They offer adjustable flow rates up to 365 GPH and operate at pressures up to 87 PSI, with a maximum temperature of 140°F in constant use.

Specifications
The document outlines the specifications for various pumps, focusing on the Pureflo 21 Super Hygienic Diaphragm Pump and the Versijet Series Electric Pump Fittings. Key specifications include:

Drive and Motor: 24 V DC motor with IP 54 protection, variable speed up to 3,000 rpm, and 132 Watt power.
Materials: Parts in contact with fluid are FDA conforming, with options for surface finishes.
Model Pureflo 21: Features include a maximum flow of 6 GPM, maximum pressure of 87 psi, and a maximum operating temperature of 140°F.

Technical and Construction Details
The Pureflo 21 pump is designed for pharmaceutical, biotech, food, or cosmetic applications, emphasizing hygiene and ease of cleaning. It features a stainless steel cabinet and simple construction for safe use.

Accessories & Fittings
The Versijet Series Electric Pump Fittings are designed for international and US markets, offering flow rates up to 6 GPM and pressure up to 70 PSI. They are constructed from materials suitable for a broad range of chemicals and feature a sealed motor and pressure switch for reliability.

Flexible Impeller Pumps
The document provides an introduction to Flexible Impeller Pumps (FIP), highlighting their self-priming capability, ability to handle viscous liquids, and non-shear action. These pumps are suitable for various applications, including engine cooling systems and food processing.

Epoxy / Phenolic Plastic Pumps
These pumps are noted for their corrosion resistance and ability to handle debris. They are available in various models with different impeller materials like Neoprene, Nitrile, and Viton, suitable for different types of fluids.

Specifications:
1. Epoxy/Phenolic Plastic Pumps: These pumps have an open flow of 8 gpm and operate on 115V AC. They are made from epoxy plastic with impellers available in Neoprene, Nitrile, Viton, and EPDM. The shaft is sealed with mechanical carbon or tungsten carbide on ceramic. The motor is a ¾ HP TEFC AC induction type, with thermal overload protection.

2. Bronze Pumps: These pumps are designed for general transfer pumping with self-priming capabilities. They operate on 12V DC and are CE approved. The body is made of bronze, and the impeller is made of nitrile. The motor is a PMDC, TENV type with a manual reverse switch.

Procedures and Recommendations:
1. Motor Selection: For pump head only models, select a NEMA 56C Frame C-Face motor rated at ¾ hp at 1750 RPM. For pedestal mount models, select a ¾ hp or 1 ½ hp motor depending on the impeller type.

2. Impeller Material Selection: Use nitrile impellers for oil-based products, neoprene for water and general purposes, and Viton for hydrocarbons and most solvents. EPDM impellers are optional for hygienic applications.

3. Operating Conditions: Do not run the pumps dry. The motor is not explosion-proof. Use tungsten carbide seals for highly corrosive or abrasive fluids.

Performance and Limitations:
1. Flow Rates: Rated flow is based on neoprene impeller pumping water. Flow rates are reduced by 10% for standard impellers and 15% for high-pressure impellers when using nitrile, Viton, or EPDM.

2. Pressure and Temperature: Maximum pressure varies with the pump model, with some models reaching up to 60 psi. Liquid temperature ranges from 45-185°F depending on the impeller material.

Features:
1. Self-Priming: Pumps can self-prime from dry up to 4.9 feet and handle viscosities up to 500 centipoise.
2. Debris Tolerance: Designed to handle hard or soft solids and tolerate abrasive wear.

Models and Applications:
1. Flexible Impeller Pumps: Suitable for viscous fluids and engine oil transfer. They offer a simple design with fewer wearing parts and are available in various models for different voltage and impeller styles.
2. Utility Pumps: Designed for continuous operation with medium duty, suitable for general-purpose use with a focus on self-priming and debris tolerance.

Overview: This document provides detailed specifications and features of various models of flexible impeller pumps, primarily focusing on bronze and stainless steel pumps. The pumps are designed for handling a range of fluids, including those with hard or soft solids, and are capable of self-priming from dry conditions.

Specifications:

Seal: Carbon/Ceramic mechanical face seal with Butyl or Nitrile elastomers.
Pump Head: Made of bronze with an integral fluid reservoir to protect against dry running for up to 30 minutes post-operation.
End Cover: Brass.
Bearings: Utilizes motor bearings.
Shaft: Stainless steel with shaft extension.
Ports: Various sizes including ½”, ¾”, 1”, 1½”, and 2” BSP internal threads.
Motor Adaptor: Made of polypropylene or epoxy-coated aluminum, suitable for IEC standard motors.
Weight: Ranges from 1.5 lbs (0.7 kg) to 33.7 lbs (15 kg) depending on the model.

Features:

Self-priming capability from dry conditions up to 16.4 feet (5 meters).
Flow rates vary from 2.2 gallons (10 liters) to 71.3 gallons (270 liters) per minute.
Pressure capabilities range from 13 psi (0.9 bar) to 58 psi (4.0 bar).
Handles viscosities up to 4,000 centipoise.
Non-pulsating flow and gentle pump action to prevent damage to shear-sensitive products.
Easy to service and maintain.

Models: The document lists various models across different series, including 53010, 53020, 53040, 53080, 22860, 22870, 22880, 22890, 18370, 52270, 51510, 51520, 6400, 777, 52200, 52220, 11860, 11870, 52040, 52580, 18330, 50270, 50200, and 50220. Each model is specified with CE compliance, voltage, and impeller style (Neoprene or Nitrile).

Applications: These pumps are suitable for a variety of applications, including handling abrasive fluids, thixotropic fluids, and fluids with solids up to a certain diameter. They are designed to fit standard IEC motors and are suitable for both industrial and commercial use.

Overview: The document provides detailed specifications and features of various models of flexible impeller pumps, focusing on their construction, performance capabilities, and suitable applications. These pumps are designed for handling a range of viscosities and are constructed from durable materials like stainless steel, making them suitable for various industrial applications.

Key Features:

Self-priming capabilities from dry conditions up to specified heights.
Non-pulsating flow proportional to speed, suitable for handling thixotropic fluids with minimal shear.
Constructed with replaceable wear plates to tolerate abrasive wear.
Handles viscosities up to 50,000 centiPoise and pressures up to 58 psi (4.0 bar).
Compatible with IEC standard motors and easy to service and maintain.

Specifications:

Seal Options: Standard carbon/ceramic mechanical face seal with optional tungsten carbide/ceramic hard-faced mechanical seal.
Materials: Pump head, end cover, and shaft made from stainless steel 316. Bearings are greased ball bearings, and bearing housings are epoxy-coated cast iron.
Ports: Various sizes with BSP internal threads to BS21 (DIN2999).
Weight: Varies by model, ranging from 5.7 lbs (2.6 kg) to 32 lbs (14.5 kg).
Pressure Options: Standard and high-pressure options available, with maximum pressures ranging from 2.5 bar to 4.0 bar.
Impeller Elastomer Options: Neoprene, E.P.D.M., Nitrile, Viton®.

Performance:

Open flow rates vary by model, with some models achieving up to 105 gpm (397 lpm).
Voltage options include 115/230V AC single phase and 230/460V AC three-phase, non-CE compliant.
Maximum pressure capabilities range from 20 psi (1.4 bar) to 60 psi (4.1 bar).
Dry and wet prime capabilities vary by elastomer type, with dry prime ranging from 4-10 ft and wet prime from 18-22 ft.
Liquid temperature handling ranges from 45-185˚F (7-85˚C) depending on elastomer type.

Applications and Recommendations:

Suitable for oil-based products, water, hydrocarbons, and most solvents.
Optional EPDM impeller kits available for hygienic applications and some solvents.
Not suitable for pumping gasoline or other flammable liquids; motors are not explosion-proof.
Recommended motor specifications for different models, including torque requirements for forward and reverse operations.

Introduction
The document provides detailed specifications and features of various stainless steel sanitary flexible impeller pumps, suitable for handling low and high-viscosity liquids, gels, and pastes. These pumps are designed for applications in the food, dairy, beverage, healthcare, and cosmetics sectors, offering smooth, steady, and pulsation-free output flow.

Specifications
The pumps are constructed with 316-grade stainless steel, featuring hygienic rubber impellers available in Neoprene, EPDM, and Nitrile options. They are equipped with long-life mechanical shaft seals and are certified to US 3A Standards. The pumps can handle viscosities up to 50,000 centipoise and are designed for easy cleaning and maintenance.

Design Features
Key design features include dry self-priming capability, chemical resistance, rugged construction, and the ability to pass hard metal particles without stalling. The pumps offer a variety of port types and impeller material options, ensuring flexibility and adaptability to different applications.

Options
The document outlines different pump models, including pedestal pumps, motor mount pumps, and milk tanker pumps, each with specific features and applications. For instance, milk tanker pumps are specialized for loading at dairy farms and include quick-release end-covers for easy inspection and maintenance.

Performance and Features
The pumps offer self-priming from dry up to 16.4 ft, flow rates up to 137.4 GPM, and pressure capabilities up to 58 psi. They handle soft solids up to 18 mm in diameter and are designed to minimize shear to thixotropic fluids. The pumps are easy to service and maintain, with options for clean-in-place (CIP) or easy strip cleaning.

Conclusion
Overall, the document provides comprehensive information on the capabilities and specifications of stainless steel sanitary flexible impeller pumps, highlighting their suitability for various industrial applications requiring hygienic and efficient liquid handling.

Overview: The document provides detailed specifications and model variants for various types of pumps, primarily focusing on flexible impeller pumps. These pumps are designed for different industrial applications, including food-grade and sanitary environments.

Specifications:

Materials: The pumps are constructed using 316 stainless steel for the housing, shaft, and bearing housing. The impellers are made from 3A food-grade neoprene, and seals are carbon/ceramic mechanical with food-grade nitrile elastomers.
Port Types: Various port types are available, including Tri-Clamp, IDF/ISS, RJT to BS1864, 3A Bevel Seat, DIN 11851, and SMS 1145, with sizes typically around 2¼ inches (63.5 mm).
Weight: The weight of the pumps varies, with some models weighing around 50 lb (23 kg) and others 53 lb (24 kg).

Features:

Flow rates range from 90 GPM (397 LPM) to 185 GPM (700 LPM) at 1750 rpm.
Self-priming capabilities from dry up to 2.4 meters (7.8 feet).
Pressure handling up to 21.7 psi (1.5 bar).
Ability to handle soft solids up to 0.71 inches (18 mm) in diameter.
Certified to US 3A Standard 02-10, suitable for clean-in-place (CIP) or easy strip cleaning.
Minimal shear to thixotropic fluids, easy to service and maintain.

Model Variants:

Various series and models are listed, including 23930 Bulkhead/Milk Tanker Pump, 28250 Series Epoxy Head Kit, 30510 Series Epoxy Plastic Pedestal, and more.
Each model is identified by a unique model number, CE certification, voltage compatibility, and impeller style (Neoprene, Nitrile, Viton, EPDM).
Some models are designed for specific applications, such as sanitary environments, and are equipped with different motor types (ODP, TEFC).

Applications: These pumps are suitable for international markets and are designed for use in industries requiring sanitary and food-grade equipment, such as dairy and beverage processing.

Overview: The document provides a comprehensive list of various pump models and their specifications, focusing on different series of stainless steel and bronze pedestal pumps, as well as flexible impeller pumps. It includes details on model numbers, CE compliance, voltage, and impeller styles.

Key Sections:

Model Specifications: The document lists numerous models across different series, such as the 28400, 28500, 28600, 30550, 30560, 30570, and 53270 series. Each model is identified by a unique number and includes information on CE compliance, voltage (if applicable), and the type of impeller used (e.g., sanitary neoprene, EPDM, nitrile).
Impeller Materials: The document outlines the materials used for impellers, including neoprene, nitrile, Viton, sanitary neoprene, natural rubber, and sanitary EPDM. Each material is described in terms of its chemical resistance, temperature range, and suitability for specific applications.
Impeller Replacement Guide: A guide is provided for replacing impellers, listing various impeller numbers and their corresponding silhouettes. This section helps in identifying the correct replacement parts for maintenance and repair.

Critical Information:

Material Properties: Neoprene is standard for most pumps, offering a wide range of chemical resistance. Nitrile is suitable for oil products but performs slightly below neoprene. Viton is recommended for hydrocarbons and corrosive chemicals but not for low temperatures or high pressures. Sanitary neoprene and EPDM are used for hygienic applications, with EPDM suitable for higher temperatures.
Temperature Ranges: Each impeller material has a specified temperature range, crucial for selecting the right pump for specific environmental conditions.

Conclusion: This document serves as a detailed reference for selecting and maintaining various pump models, emphasizing the importance of choosing the correct impeller material based on the application requirements and environmental conditions.

Overview: The document provides detailed specifications and guidelines for various types of pumps, including flexible impeller pumps, gear pumps, hand pumps, and rotary lobe pumps. It includes information on materials, dimensions, and applications for each pump type.

Flexible Impeller Pumps: This section outlines the specifications for flexible impeller pumps, categorized by silhouette types (A, B, C, etc.). Each silhouette type includes details on materials used (Neoprene, Nitrile, etc.), number of blades, dimensions, shaft diameter, and insert materials (Bronze, Stainless Steel, Epoxy Plastic). Remarks provide additional information such as replacements and specific use cases.

Gear Pumps: The gear pumps are described as medium-duty pumps suitable for general-purpose use, with features like maximum viscosity of 150 Cs, self-priming capabilities, and suitability for water, oil, and diesel transfer. Models are available in 12V and 24V DC, making them ideal for automotive and industrial applications.

Hand Pumps: This section covers portable and manual hand pumps, highlighting their construction from sturdy ABS plastic and brass cylinders for durability. Specifications include capacity, hose size, and overall dimensions. These pumps are designed for utility and emergency uses, offering full suction on the first stroke.

Rotary Lobe Pumps: The rotary lobe pumps are designed for ultra-hygienic markets, featuring a 316L stainless steel design with bi-wing or 5-lobe rotor designs to minimize shear rates and product degradation. They meet stringent hygienic standards and are suitable for applications requiring high cleanability and sterility.

Key Features and Certifications: The document emphasizes the importance of hygienic design, low product shearing, and rugged construction across all pump types. Certifications include 3.1B Material Certification and compliance with FDA and European standards for hygienic equipment design.

Overview: The document provides detailed specifications and features of various types of pumps, including the Ultima/55 Series Ultra Hygienic Positive Displacement Pump, Hy~Line Super Hygienic Positive Displacement Pump, Oscillating Pumps, and Diesel Sliding Vane/Oil Transfer Pumps. It highlights their construction details, performance capabilities, and applications in different markets.

Ultima/55 Series Ultra Hygienic Positive Displacement Pump:

Features high shaft stiffness with ion taper roller bearings to prevent galling.
External rotor retainers and gasket type joints enhance cleanability.
Front mounted shaft seals allow easy replacement and access to CIP liquids.
Constructed with stainless steel for maximum hygiene and durability.
Interchangeable bi-wing rotors reduce downtime and handle larger solids.
Specifications include various port sizes, displacement, max flow, pressure, speed, and temperature range.

Hy~Line Super Hygienic Positive Displacement Pump:

Incorporates hygienic design for improved cleanability and sterilization.
Utilizes bi-wing rotors for high volumetric efficiency and rugged design.
Front loaded shaft seals and detachable ports for flexibility and maintenance ease.
Conforms to stringent hygienic standards and FDA requirements.
Specifications cover port sizes, displacement, max flow, pressure, speed, and temperature range.

Oscillating Pumps:

Designed for commercial and industrial applications with self-priming capability.
Models include ET508 and ET200 series with varying flow rates and pressures.
Constructed with stainless steel pistons and springs, and EPDM/Viton elastomers.
Certified by U.L., CSA, and CE for safety and performance.

Diesel Sliding Vane/Oil Transfer Pumps:

Designed for refueling applications in various industries.
Features include integral bypass valve, B20 biodiesel compatibility, and plug-and-play wiring.
Suitable for diesel, kerosene, paraffin, and hydraulic oils.
Specifications include temperature limits, self-priming capability, and materials of construction.

Conclusion: The document provides comprehensive information on the design, features, and specifications of various pump models, emphasizing their hygienic standards, efficiency, and suitability for different industrial applications.

Overview: This document provides detailed specifications and features of various diesel sliding vane and oil transfer pumps, designed for both international and US markets. It includes information on applications, features, specifications, and model descriptions for different pump types.

1. Hydraulic Oil Transfer Pump:

Applications: General transfer duties and hydraulic systems in construction and forestry vehicles.
Features: Self-priming up to 5.91 feet, maximum differential pressure of 21.76 psi, and suitable for hydraulic oil up to 150 cSt.
Specifications: Aluminium body, sintered iron rotor, PTFE filled Ryton vanes, and stainless steel shaft. Available in 12 or 24 Vdc with IP44 protected motor.

2. Diesel Refuelling Pumps:

35l Pump: Designed for small diesel vehicles, self-priming up to 9 feet, with a flow rate of 9 gallons/min.
50l Pump: Suitable for larger vehicles, self-priming up to 9.6 feet, with a flow rate of 13 gallons/min.
100l Pump: For large diesel vehicles, self-priming up to 7.8 feet, with a flow rate of 28 gallons/min.
Features: High head capability, vibration tested, IP55 protected motor, and customized kits for OEM customers.

3. Sliding Vane Pumps:

Applications: Car wash, coolant recirculation, welding cooling systems, and more.
Specifications: Low flow, high pressure rotary vane pump head, carbon graphite liner and vanes, stainless steel metals, and EPDM elastomers.
Features: Patented vane venting system, high pressure capability, and adjustable bypass.

4. Blowers:

Applications: Ventilation for race cars, buses, prison vans, and building ventilation.
Features: Efficient high volume air flow, quiet operation, low amp draw, and corrosion-resistant motor housing.
Specifications: Various models with different air flow capacities, voltages, and dimensions.

Dimensional Drawings: The document provides dimensions for various components, with measurements in both inches and millimeters. Specific dimensions are given for parts labeled A through E.

Bottled Water Systems: The document discusses the use of bottled water systems for beverage dispensing, particularly in locations without plumbing. It highlights the advantages of using purified bottled water with a pump to provide pressure, eliminating the need for plumbing and reducing the physical effort of handling heavy water bottles. The Xylem Flojet Dual Inlet Bottled Water System is introduced, which connects two five-gallon bottles to provide over 10 gallons of water. An appliance controller is included to prevent appliances from running dry, with features like an audible alarm and automatic shut-off.

Special Features: The system is easy to install, NSF certified, and includes quick disconnect ports, built-in shut-off, self-priming capabilities, and thermal protection. It is available for various voltage applications.

Standard Model Numbers: The document lists model numbers for different voltage and plug types, along with their compliance certifications.

BevJet & BevJet Compact: These systems are designed for dispensing beverages like wine, juice, and teas. The BevJet Compact is noted for its compact size and easy restart feature, while the BevJet is enclosed for noise reduction and ease of maintenance.

Oil Changers: The document describes various oil changers, including the Porta-Quick Portable Oil Changer and the Jabsco Oil Change System. Specifications such as body material, impeller type, voltage, and dimensions are provided. The systems are designed for quick and clean oil changes, with features like reversible motors and integral reversing switches.

Chemical Resistance Guide: This section provides guidance on selecting pump materials resistant to specific chemicals. It includes a rating system to indicate the level of resistance and advises on the suitability of materials based on actual use. The guide warns against using pumps for gasoline or fluids with a flash point below 100º F (38º C).

Catalog excerpts

Industrial Pumps and Valves Catalogue A global leader in pump & valve solutions

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Contents INDUSTRIAL PUMPS AND VALVES 07 Rotary Lobe Pumps Hygienic Pumps Stainless Steel Oscillating Pumps 09 Sliding Vane Pumps Diesel Sliding Vane / Oil Transfer V-Jet Series Motor Driven Accessories & Fittings 04 Flexible Impeller Pumps Epoxy/Phenolic Plastic Stainless Steel Introduction to Sanitary Pumps Stainless Steel Sanitary Pumps Model Variants Impeller Replacement Guide Chemical Resistance Guide Gear Puppies General Purpose Engineering Data / Technical Information Bottled Water Systems 12 Chemical Resistance Guide Conversion Data Return Policy Industrial Pumps and Valves Marine Catalogue...

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An Introduction to Pumps 01 How to specify a pump CE Marking Iconography How our pumps work

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An Introduction to Pumps INTRODUCTION How To Specify A Pump The first step toward selecting the right pump is to develop the specifications for the pump. This involves knowledge of the application and the chemical solution for pumping. The following tips will be helpful in determining the right pump for any specific application. Please refer to the Engineering Data and Tables at the end of this catalog to assist you in this process. It is worth noting that viscosity in fluid is also highly temperature dependant. For better pumping, high viscosity fluids can be pumped with certain agitation of...

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An Introduction to Pumps ICONOGRAPHY CONSTRUCTION Products with this logo have been specifically designed for diesel refueling where durability and speed are key. FLOOR CARE FOOD & BEVERAGE Pumps shown with this icon are used in commercial & consumer rental carpet cleaning machines, selfpropelled hard surface scrubbers, water dumping systems and carpet pre-treat sprayers. The industry-specific icons shown here serve the same purpose as road signs: They are designed to help navigate through this catalog. The signs help to give direction and, hopefully, a better understanding of the products Xylem...

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An Introduction to Pumps HOW OUR PUMPS WORK Diaphragm Centrifugal pumps handle high volumes with a smooth and non-pulsating flow. The flow rate can be regulated from maximum output to no flow with no damage to the pump. An excellent pump for general transfer applications. Low Maintenance: Few moving parts mean that wear due to operation is minimal. Easy Installation: Compact size for flow rate. Option of port positions simplifies pipe runs. Versatility: Centrifugal pumps can be built in submersible form. Xylem Flojet Diaphragm pumps can be found in applications such as spraying, misting, carpet...

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An Introduction to Pumps HOW OUR PUMPS WORKS Rotary Lobe Gear Xylem Jabsco lobe pumps use two counter-rotating rotors that creates a steady, positive pumping action. But, as the rotors never touch each other or the pump case, Jabsco hygienic lobe pumps will not contaminate or degrade the fluid. What comes out is what goes in; no more, no less. Gear pumps are ideal for the transfer of hydraulic and light oils, water and diesel fuel. They are 12 or 24V DC powered making them suitable in automotive, bus and truck applications. Hygiene Standards: Crevice-free designs, external gears & bearings, together...

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Centrifugal Pumps 02 Stainless Steel Circulation Mag Drive Submersible

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Centrifugal Pumps 50840 SERIES DIMENSIONAL DRAWINGS Unless otherwise stated dimensions in [ ] are in mm. STAINLESS STEEL PUMPS CYCLONE™ STAINLESS STEEL CENTRIFUGAL PUMP The combination of reliability, performance, and silent operation is what makes the Cyclone™ range the class leader and why these robust pumps are supported by many major customers and OEMs worldwide. The Hybrid Cyclone™ model was developed in response to industry application requirements and our customers needs to increase the pump’s versatility and performance criteria. FEATURES • Heavy duty robust design • Stainless steel construction...

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Centrifugal Pumps CIRCULATION PUMPS COMMERCIAL CIRCULATION PUMP 59510 SERIES COMMERCIAL CIRCULATION PUMP 59520 SERIES FOR INTERNATIONAL & US MARKETS APPLICATIONS • Variable flow - 5 speed control • Magnetic Drive - sealed pump chamber • Ignition protected • Ignition protected • Continuously rated • Continuously rated • Handles aggressive liquids • Long life brushless DC motor • Long life brushless DC motor FUSE SIZE CURRENT DRAW CABLE LENGTH DIMENSIONAL DRAWINGS Unless otherwise stated dimensions in [ ] are in mm. 2.36 (60) FUSE SIZE Unless otherwise stated dimensions in [ ] are in mm. P3 0 0...

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Centrifugal Pumps CIRCULATION PUMPS COMMERCIAL CIRCULATION PUMP 59530 SERIES FOR INTERNATIONAL Designed for continuous recirculation of carbonated water, aggressive chemicals, chilled water, pure or precious liquids in high pressure systems APPLICATIONS • Manufactured in chemically resistant thermoplastics • Variable flow - 5 speed control • Operating at an optimum flow rate of 1.3 gallons/minute (5 liters/minute) • Ignition protected • Magnetic coupling provides an energy efficient thermal shield, minimizing heat transfer to pumped fluid • Meets EMC requirements • Connections for 3/4” (19mm)...

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Centrifugal Pumps MAG DRIVE PUMPS For applications requiring safe, leak-free, high head, continuous flow of aggressive chemicals, acids, Alkalis, solvents, pure and chilled fluids. For applications requiring safe, leak-free, high head, continuous flow of aggressive chemicals, acids, Alkalis, solvents, pure and chilled fluids. NEW MODELS PORT DETAILS PORT DETAILS Plain 15mm 3/8” NPT ports Plain 15mm Contact factory for custom models. Contact factory for custom models. PUMP DESIGN FLOW RATE (RUNOUT) BODY PRESSURE Multistage Magnetically Coupled Centrifugal Pump CLOSED VALVE HEAD • Multistage versions...

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Centrifugal Pumps MAG DRIVE PUMPS For applications requiring safe, leak-free, continuous flow of aggressive chemicals, acids, alkalis, sterile and chilled fluids. For applications requiring safe, leak-free, continuous flow of aggressive chemicals, acids, alkalis, sterile and chilled fluids. PORT DETAILS PORT DETAILS .8in (21mm) hose barb ports Contact factory for custom models. Contact factory for custom models. SPECIFICATIONS PUMP DESIGN FLOW RATE (RUNOUT) BODY PRESSURE CLOSED VALVE HEAD • Manufactured in chemical resistant thermoplastics – entirely non-metallic MOTOR OUTPUT TEMPERATURE RANGE...

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International Industrial Pumps

International Industrial Pumps

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