PulsaFeeder Pumps


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You’ve been thinking about adding a pool to your backyard for years. As another summer approaches, you’re seriously considering installing one. From the color of your new pool’s surroundings to the PulsaFeeder pumps that will meet your water treatment needs, here are four things to keep in mind as you plan your personal paradise.

PulsaFeeder Pump

Ensure Compliance With Community Laws and Rules
Research your city’s or county’s requirements for renovations and additions to your home or property and obtain the necessary permits. If you are subject to the rules of an HOA, be sure to comply with them, too, to avoid costly fines or worse down the line. The laws and rules you’re subject to may specify building aspects, such as how close the pool can be to your property line, how big it can be, and perhaps even what colors or special features it is allowed to have.

Check With Your Mortgage and Insurance Companies
If you don’t yet own your home outright, your mortgage company might have a thing or two to say about major modifications. It could ban them outright, or it may have certain restrictions in place. Make sure you meet its requirements before you break ground.

It’s also important to examine your homeowner’s insurance policy. Will you need to make changes? Can you get the range of protection you need against unexpected incidents, such as damage caused by leaks or liability in the event of a visitor’s injury?
Consider seeking temporary coverage during the construction phase, as well. If your insurance company doesn’t offer what you need, shop around for one that does.
Find Equipment That Meets Your Needs and Your Budget
Making sure you have the right things to keep your pool safe, clean and functional is as important as any other step:
• If you have kids or pets, or if you’ll have some visiting frequently, consider installing a barrier around the pool to keep them safe from hazards when it’s not pool time.
• Having a cover that’s easy to add and remove is one of the most effective ways to keep pests (both the bug and animal varieties) out of your water.
• PulsaFeeder pumps will provide the accurate chemical metering needed to keep pool water pH-balanced and sanitized.

Throw In a Bit of Poolside Entertainment
Of course, what’s a pool without a few things to play with while you’re swimming? Adding some beach balls, floaty toys and a volleyball net are certainly fun. When you really want to party, an outdoor TV and speaker system might be just the splurge you’re looking for. Turn on your favorite sports team or start a music video stream, and kick back poolside for hours with your closest family and friends.
Installing a pool might seem like a daunting undertaking, but taking the time and making the effort for due diligence can help ensure enjoyment for years to come. Overcome by options? Remember that you’re not alone! There are experts you can reach out to at the various stages of your build. Count on those at Pumps and Parts Online for advice on the best PulsaFeeder pump for your new pool.

Choosing the Right PulsaFeeder Pump for Your Water Treatment Needs

There are a lot of pump brands out there, and when you’re considering what is right for the water treatment plant you manage, there are some things you need to take a close look at. PulsaFeeder pumps are some of the highest quality chemical pumps on the market, with features that make them beneficial in any water metering setting. The following are some things to consider when you’re trying to decide between models.


Though wastewater treatment is at the top of the list when it comes to applications for diaphragm metering pumps, there are some other important applications they can be used for. Understanding the purpose behind a pump can help you determine which model will be best suited for your needs. Some other applications include PH balancing, boiler water treatment, and coagulation.

Boiler water treatment uses ammonia, phosphate, and an oxygen scavenger, ultimately turning out very clean steam. Coagulation requires binding impurities in water. If you’re pumping a thicker substance, you’ll need a special fluid end to keep it functioning well. As you can see, these run quite differently and will each require a different type of pump. Some industries where PulsaFeeder pumps are commonly used include:

  • Mining and mineral extraction
  • Food and drink services
  • Irrigation and agriculture applications
  • Dye and paint production
  • Automotive manufacturing and maintenance
  • Chemical processing
  • Wastewater treatment
  • Pool and spa treatment and maintenance

Functional Features

After you have become familiar with the application for your pump, it’s important you consider the functional features as well. Every pump functions differently and you should be sure you’re investing in the right product. When making this determination, consider:

  • The temperature of the contents you intend to pump
  • The type of fluids that will run through the pump
  • The inlet and outlet pressure on average
  • The processed fluid flow rate
  • The viscosity of the fluid that the pump holds

There’s a possibility you don’t understand each of these functions, and that’s ok. Working with a professional who is well-versed in PulsaFeeder pumps, you can quickly determine how each function works and which pump will be the best to handle all of those functions.


Be sure you discuss your weather conditions with a pump professional before making a purchase. There are certain pumps that work more efficiently under different types of weather conditions. One pump may be able to withstand freezing temperatures, while another may do better in the heat, and if you have the wrong pump installed, you could end up with serious damage. For example, if you install a pump that doesn’t do well in colder weather, you could face the risk of shattered casings or a leak in the gasket.

Making That Choice

After understanding more about your pump application, functional features, and location, you’ll be better equipped to make the decision about which pump to choose. One thing is certain: When you choose a PulsaFeeder pump, you’re choosing a high-quality product with many options for a variety of purposes. They are great for petroleum industries, municipal entities, petrochemical plants, and a variety of industrial applications. As a smart investment, you can plan to have a pump that will give you many years of service. Get started today by contacting Pumps and Parts Online to learn more about PulsaFeeder and which model might be right for you.

Finding the Right Pump for the Job

From water treatment facilities and car washes to paper mills and chemical processing plants, fluid pumps see widespread commercial and industrial use. Manufacturers like Flowserve, All-Flo, Pfeiffer Vacuum and PulsaFeeder Pumps all provide the equipment that fulfills the needs of these industries. There is no “one size fits all” pump, though—companies have standards that the pumps they use must meet for performance, reliability and safety. Identifying the proper pump to use comes down to understanding the industry standards, how these pumps function and the applications they’re used for.

Types of Pumps

Pumps vary in the means by which they transfer fluids. Though the mechanisms used cover a wide range of options, there are two fundamental classifications for the underlying principles of fluid transfer.

  • Positive displacement pumps trap and move fixed volumes of fluid via an expanding chamber on the suction end and a contracting chamber on the discharge end. Some mechanisms involved include gears, screws, pistons, plungers and rotary vanes.
  • Dynamic pumps, also called velocity pumps, use impellers to convert mechanical energy to kinetic energy within the fluid, generating fluid velocity that propels the fluid through the system. Centrifugal pumps are a common subset.

Displacement pumps are preferred when a fixed transfer rate is necessary, such as with chemical metering pumps; stroke length, rather than pressure, determines the rate of flow. Dynamic pumps, however, can potentially generate higher lift if the required pressure is supplied, and they are more efficient and easier to manufacture in general.

Matching Pumps to Fluids

Pumping fresh water differs from pumping oil, chemical slurry or fluids containing solids. A typical water pump won’t handle oils well, and an oil pump wouldn’t be effective for water either. The mechanical traits of the fluids you’re working with are key to picking the right pump.

Viscosity is one of the biggest dividers between displacement and dynamic pumps. Pistons, vanes and other displacement mechanisms work well for highly viscous fluids that respond poorly to the impellers in dynamic pumps—they can’t generate the necessary pressure, but displacement pumps don’t need high pressure to function. Shear sensitive fluids that change viscosity when force is applied also transfer more effectively with displacement pumps. Thin fluids, including water with little to no solids suspended in it, are easy to pump with centrifuges, though.

For corrosive or abrasive fluids, larger, slower pumps experience less wear than smaller pumps with higher flow rate. Some displacement pumps, such as diaphragm pumps, are more resilient because of this. However, many dynamic pumps designed for chemicals feature corrosion-resistant materials like stainless steel, bronze or nickel alloys.

Consulting With Experts

Pumps and Parts Online is equipped with a wide inventory of products and over 30 years of experience in the industry. Our sales team and engineers are prepared to connect you to the pumps and components you need, and our repair team stands ready to aid you in fixing or replacing your equipment. Customer satisfaction remains our top goal, and our low prices and free shipping are part of that as well. Contact us today to get started!

How Diaphragm Metering Pumps Help Your Business

From water treatment and irrigation to pharmaceuticals and chemical processing, precise and reliable fluid transfer matters greatly in many industries. For many of these situations, PulsaFeeder pumps are the solution. Made to drive a measured volume of fluid over a given time period, PulsaFeeder’s diaphragm metering pumps come in various designs and see use in a variety of commercial and industrial settings. Learn more about how these pumps work and how to find one that works the best for you.

Principles of Metering Pumps

Metering pumps fall under the category of what are called positive displacement pumps—pumps that work by trapping a fixed volume of fluid from an input or reservoir and displacing it into a discharge pipe. The pump uses a mechanism such as a piston, rotary gear or diaphragm to do this. A metering pump is designed specifically for accurate adjustment of volumetric flow rate. With a consistent stroke length, the flow rate is constant and independent of discharge pressure, provided minimal leakage.

Diaphragm metering pumps, in particular, operate via an oscillating central diaphragm, driven by a hydraulic shaft, and a set of check valves. As the membrane bows outward, the inlet valve opens as a vacuum is created; then, when the diaphragm pushes back inward, the inlet valve closes and the outlet valve opens, allowing the fluid to be driven out. The diaphragm is sealed tightly to minimize leakage.

Metering Pump Applications

For many simple pumping operations such as supplying water, an exact flow rate is less important—as long as there’s any fluid transfer and no pipes are leaking, it doesn’t especially matter if the flow rate isn’t constant. Other operations, though, demand a reliable metering pump; often, these involve mixing ingredients in specific proportions or effectively portioning fluids to be distributed or injected. Some examples are:

  • mixing beverages such as soda in large batches,
  • applying fertilizer or insecticide evenly across fields,
  • production of pharmaceuticals,
  • managing pH balances in water treatment or mineral extraction at mines,
  • mixing water and cleaning solutions for washing cars, machinery, dishes and silverware, etc.;
  • safely metering out potentially caustic or toxic chemicals in manufacturing, and more.

Selecting a Metering Pump

Choosing a good metering pump for your facility involves more than just meeting the required flow rate. Consider where and how the pump will be used and what needs it must fulfill. For instance, what environment will the pump be operating in? Assess what conditions and temperatures the pump must operate in. The fluid being transferred is also significant, especially if it’s extremely hot or cold, has high viscosity, contains suspended solids or reacts chemically with certain materials; specialized pumps may be necessary. Also, when considering the volumetric flow rate and discharge pressure, allow for a buffer between the expected parameters and the pump’s maximum tolerance so that you can safely adjust the flow as needed and the pump can withstand spikes in activity.

Consulting with suppliers helps you find the right metering pump for the job, brought to you from top manufacturers in the industry. When you need a PulsaFeeder pump you can count on, contact Pumps and Parts Online.

Benefits and Applications of Pulsafeeder Pumps

Power your industry with a leading pump brand and design. Pulsafeeder pumps offer a wide range of designs and industrial applications to keep wastewater, potable water or other liquids moving. Explore the primary types of pumps, industries served and benefits of ordering Pulsafeeder pumps from Pumps and Parts Online.

Types of Pulsafeeder Pumps

Pulsafeeder is a leading pump brand that offers a number of types of metering pumps, diaphragm pumps and electric pumps. Here are a few pump styles to consider as you look for a replacement component or aftermarket upgrade for your system:

  • PULSAtron pumps
  • MEC-O-MATIC pumps
  • Blackline
  • Blackline Pro
  • Chem-Tech pumps

Each style is designed for a different range of typical applications. For example, the PULSAtron series of pumps work best to move cleaning agents, acids, polymers, solvents or other liquids. The Chem-Tech line, however, is best used for water conditioning projects.

Industries That Use Pulsafeeder Pumps

One of the biggest advantages of choosing a Pulsafeeder pump is the diverse range of industrial applications. This reliable brand has components that can operate in a number of demanding situations without compromising the safety or efficiency of your process. Search for a pump designed for one of these industries to see if it can fit your requirements:

  • Wastewater treatment
  • Cooling tower
  • Food and beverage sanitation/disinfection
  • Irrigation
  • Municipal or residential potable water
  • Ballast water

Not every pump can fit each of these industries, so it’s important to carefully compare your options. Choose a product that won’t corrode or clog in your situation and has the output necessary to keep up with the required volume of liquid in your commercial or residential application.

Benefits of High-Quality Pumps

When you choose a Pulsefeeder pump, you’re choosing a dependable product that’s specifically designed for industrial use. Consider one of these components to replace your damaged water treatment or as you install a new irrigation system to enjoy these benefits:

  • Industry expertise: Pulsafeeder produces pumps that compete with other leading brands in your industry. The PULSAtron pump series, for example, has gone through numerous product improvements for more than 10 years.
  • Dependable construction: Sturdy casings, reliable solenoids and dynamic pumping power ensure you purchase a pump that’s built to last. Blackline Pro pumps come with a double-sided PTFE-faced diaphragm for uncompromising quality.
  • Efficient cooling: Choose a PULSAtron pump with a fin-cooled solenoid for efficient cooling. Don’t let your essential pump overheat due to demanding industrial requirements.
  • Variable orientation design: For more flexible installation options, the Blackline Pro pump offers variable gearbox orientation. Orient it between 0 and 90 degrees for flexible use.

Some of these benefits are specific to a particular line of Pulsafeeder pumps, while others come with all components manufactured by this leading brand. Consider the features you need for your application as you compare different pump options.

Explore the Pulsafeeder Line With Pumps and Parts Online

Pumps and Parts Online is your leading source for convenient and affordable PULSAtron pump parts. Shop today to see how you can order an affordable, industry-leading pump for your specific industrial application.

3 Types of Pulsafeeder Pumps and How They Work

If you’re looking for a water treatment solution or a replacement for your water metering pump, we offer a variety of Pulsafeeder pumps that can be customized for your unique needs and specifications. A leader in the industry for liquid handling technology, Pulsafeeder pumps are known for their reliability, accuracy, and safety.

Here’s an overview of three types of Pulsafeeder pumps with the features and benefits of each.

1. Pulsatron Metering Pumps

Available in nine series, Pulsatron metering pumps handle a variety of applications including acids, solvents, polymers, caustics, pH control, cleaning agents, catalyst, and more.

Pulsatron pumps have a guided check valve system and “seat and ball” design providing accurate and reliable metering. All pumps are carefully tested to ensure pressure and flow ratings meet required specifications.

Featuring a thermally protected Solenoid enclosure, the pump is protected from extreme temperatures. An automatic reset feature cools and restarts the pump when needed preventing it from seizing in hot conditions.

Pulsatron pumps can be specially configured for each customer with customized wet-end materials to meet the requirements of your target application.

2. MEC-O-MATIC Peristaltic Pumps

MEC-O-MATIC Peristaltic pumps are designed to handle slurry and chemical solution metering. Common applications include boilers, water treatment, wastewater treatment, swimming pools, cooling towers, laundries, livestock, warewashing, and metal finishing.

Dependable and built to last, this line features a pump case molded from a chemical resistant ABS, heavy-duty bearings, and heat-treated metal gearing parts.

The MEC-O-MATIC line comes in three series:

  • MEC-O-MATIC 2400T Series, with a maximum flow rate of 2.5 GDP, max psi of 25, with silicone or vicon tubing
  • MEC-O-MATIC VSP Series, with a maximum flow rate of 12 to 20 GDP, max psi of 25, with silicone, vicon, or norprene tubing
  • MEC-O-MATIC Dolphin Series, with a maximum flow rate of 13 to 97 GDP, max psi of 25, with vicon, norprene, or black norprene tubing. 

3. Chem-Tech Series 100/150 Pumps

Chem-Tech 100/150 series pumps are widely used for water conditioning globally. These models are compact in form and offer quiet and consistent metering. Featuring motorized diaphragm technology, these pumps are long-lasting and dependable.

The 100 series handles pressures up to 100 psi (7 bar) and a flow range of less than 3 GDP (0.47 lph). The 150 series is built on the same platform as the 100 series but has higher flower rates up to 100 GDP (15.76 lph) and a maximum pressure of 60 psi (4.2 bar).

Some key features of the Chem-Tech Series 100/150 pumps include the ability to dose two chemicals at different rates, feed rate control, a guided quad check valve system, and a standard bleed valve assembly.

Not Sure What Model you Need or Have Other Questions?

Pumps and Parts offers a wide selection of pumps for a variety of applications. Contact us today if you need help or have a specific question — we’re here to help! Our team of engineers and repair service experts is ready to assist you in choosing the right product or parts for your water treatment needs.

Pulsafeeder Pumps — Fluid Handling Solutions for Any Industry

A leader in fluids handling technology, Pulsafeeder offers a line of metering pumps and water treatment options for a variety of applications across multiple industries. From municipal water and swimming pools to livestock and wastewater treatment, Pulsafeeder pumps provide reliable, top-quality solutions for a variety of industries including:

PulsaFeeder Pump

Food and Beverage

Pulsafeeder pumps provide effective disinfection and sanitation solutions for the food and beverage industry and affordable low-flow chemical injection, water reuse, and pre-treatment programs. Some common products include the Pulsatron pump and the Mec-O-Matic pump, which handle applications including distilleries, wineries, breweries, bottling, and animal feed.

Agriculture and Livestock

From treatment of irrigation lines, adjusting pH levels, and sanitization, to injecting insecticides and fertilizers, Pulsafeeder pumps provide a variety of safe and efficient options for agriculture and livestock applications. Products for agriculture applications include the Pulsatron, MicroVision, and Blackline pumps.

Potable Water 

Pulsafeeder provides many solutions for residential and municipal drinking water treatment including well water disinfection and pH control, water conditioning, RO maintenance, and rust or iron removal. Common products include Pulsatron pumps and Chem-Tech pumps.

Waste Water

Common Pulsafeeder products for residential wastewater treatment include Pulsatron, Chem-Tech, Mec-O-Matic, MicroVision, and Blackline diaphragm pumps. Pulsafeeder pumps provide wastewater treatment solutions for applications including chemical injection, pH adjustment, antiscalant, coagulation, and flocculation.

Boiler Water Treatment

Pulsafeeder pumps and controllers help optimize boilers and increase efficiency by effectively metering phosphates, corrosion inhibitors, and sodium bisulfate, and by preventing scaling. Common products include Pulsatron metering pumps and MicroVision controllers.


An important part of a ship’s operating safety, ballast water helps provide weight stability and reduces stress on the hull. During long voyages across the globe, invasive aquatic species and pathogens can be carried from one part of the world to another.

Ballast water treatment is required to prevent these harmful organisms from being transferred into the environment. Pulsatron metering pumps and Blackline diaphragm pumps provide effective water treatment solutions for this type of application and help meet ballast water exchange and performance standards.


Pulsafeeder’s diaphragm pumps provide options for carwash operations including effectively handling soaps and rinses, adjustability, and ability to start and stop frequently. Common products include the Pulstraon and Mec-O-Matic metering pumps.

Swimming Pools

For residential and commercial swimming pool upkeep and safety, Pulsafeeder’s chemical metering pumps provide affordable options for chlorine injection, corrosion control, and pH adjustment. Products include Pulstron pumps, Mec-O-Matic pumps, and Chem-Tech metering pumps.

Cooling Tower Water Treatment

Pulsafeeder’s Pulsatron and MicrocVision pumps provide water treatment for cooling towers including disinfection, fluoride upkeep, and pH adjustment. Pulsatron pumps and MicroVision pumps are common products for this type of application.

Contact Us

If you have any questions about fluids handling or need help determining which type of metering pump or other water treatment solution you need, our experts are happy to help you choose the right Pulsafeeder product for your specific industry and application. We also provide a variety of Pulsatron pump parts and offer repair services for all of your water treatment needs. Contact us today at 1-800-536-PUMP (7867) or for specific questions send an email to sales@pumpsandpartsonline.com.

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