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PA Variable Booster Pumps: Top Benefits and Features

There are numerous water boosters available out there, which may overwhelm you with a decision to make for your specific application. Here’s how PA Variable Booster pumps can help you decide.

Tired of poor water pressure? Looking for a smooth shower pressure 24/7? For homes with low pressure, Pennsylvania water booster pumps are the best solution! These are equipped with centrifugal pumps that are regulated by a variable frequency drive (VFD) to control pump operation and maintain constant water pressure.

 

Features of Pennsylvania Variable Booster Pumps

Regardless of varying water demand or fluctuating pressure,PA variable booster pumps can be a good fit for low city or well water pressure. Read on to discover the main benefits of Pennsylvania water booster pumps:

 

  1. Energy-Efficient Operation

    2. These water booster pump systems are easy to operate as they consume less energy than other types of pumps. They have fewer plumbing and piping requirements. They are proven for delivering better performance and have increased energy savings over the old-school pumps that follow the “bigger is better” approach.

     

  2. Residential and Commercial Application

    3. Pennsylvania water booster pumps cater to a variety of applications, ranging from irrigation to manufacturing to household. They can help you improve the water situation in residential, commercial, and industrial buildings. In addition to that, these pumps work efficiently, helping improve the water flow, supply, and pressure in each of these buildings.

     

  3. Quiet and Compact

    4. Most water booster pumps from the past were noisy, so nobody liked their sound. However, Pennsylvania water booster pumps do not produce any loud sounds. They exclusively use Yaskawa IQ and don’t generate high vibrations when operating. So, these pumps run quietly while being compact and powerful.

     

  4. Small and Transportable

    5. Booster water pumps are small and portable, making them easy to transport. This simply means that they can easily be installed anywhere in your home without having to make major plans to have them installed. These booster pumps can be easily installed anywhere, helping you improve your water supply wherever you need it.

     

  5. Plug-and-Play Installation

    6. Pennsylvania water booster pumps have something that allows them to stand out above the rest of the other pumps. For instance, they come with plug-and-play installation. Not only do they allow ease of installation, but they are also compact enough to fit into tight spaces. Just plug them in and you’re ready to boost your water pressure!

     

  6. VFD-Driven Controlled Pump

    7. VFD pumps are generally sized to operate near the best efficiency point at maximum flow. They are able to achieve reduced flow by providing variable speed pump operation, which also results in reduced system pressure and operation near the system’s best efficiency point. Additionally, maintenance costs may be reduced.

     

  7. Advanced Technology

    8. Since these water booster systems use Yaskawa technology, they can stop and start at standard power. This simply means that they are extremely sustainable when you are considering green water pump solutions that leave a low impact on the environment.

     

  8. Low Environmental Impact

    9. Water booster systems from the past were built with little to no thought of the energy needed to power them, leading consumers to be unhappy with the amount of money they had to spend on running costs. That’s why Pennsylvania water booster pumps focus on collaborating with leading engineers and specialists in the industry to ensure green water booster pump technology.

     

  9. Competitive Price

    10. Compared with expensive water pressure boosters, Pennsylvania water booster pumps help customers reduce a good amount of energy cost. They are able to achieve constant pressure without interfering with the water supply. They can also make the main pump sleep automatically, greatly reducing energy loss during low-consumption hours. Also, the maintenance cost is low compared to other traditional water booster pumps.

     

  10. Incredible Customer Service

    11. PA variable booster pumps are extremely customer focused as they come with everything you need to ensure hassle-free installation, care, and maintenance. At Callaghan Pump, you can talk to a real person – someone who understands your needs and challenges. The professional will provide you with the right information and guidance.

     

In Conclusion

With numerous types of water booster pumps available in the market today, it is easier than ever to get overwhelmed with a decision to make for your specific water-boosting application. Luckily, you can choose from Pennsylvania water booster pumps that are driven by customer satisfaction, ease of installation, and energy efficiency. To learn more about Pennsylvania variable booster pumps, please contact us.

New Jersey Water Booster Pump: Your Essential Guide for 2023

When planning to install a New Jersey water booster pump in your home, be sure to do your research beforehand. To help you in your journey, here is an essential piece of writing.

To ensure adequate water pressure, tall buildings often face two major challenges. First, the existing pressure in the new jersey water booster pump is not high enough to cater to the needs of the whole building. Second, water demand changes constantly.

You can install break tanks to keep water in stock, but it will require a New Jersey water booster pump to boost the water to reach different users. This means that a water booster system must be able to maintain the right pressure, regardless of consumption.

 

What Can New Jersey Variable Booster Pumps Do?

Increasing water pressure in high-rise buildings, remote locations, manufacturing industries, and irrigation systems are some common applications of New Jersey booster pumps. They ensure that each water source in your building has a steady water pressure and flow. Installing a booster pump will also help you improve the water pressure quality for employees in multi-story offices and municipalities.

Whether you own an apartment complex or a commercial business, there are applications and opportunities to use water booster pumps and increase the value of your business. These are usually small pumps and can be incorporated into any existing plumbing system. They are a non-intrusive upgrade that avoid turning the installation into a large project. Because of their low-profile designs, you can install water booster pumps anywhere you need.

Please note that it’s a misconception that water booster pumps can also boost water flow throughout your system when many faucets are in use at the same time. They can only boost water pressure, not water flow.

This is simply because the nature of these pumps prevents them from producing more water than what is already there in the system. Whenever you are not using water, you can temporarily shut off or bypass your booster pump and prevent downtime. This way, no energy and water are wasted since the system is not in use.

 

Do You Need a Water Booster Pump?

While water booster pumps can help you increase water pressure, it is important to know that low outlet pressure won’t necessarily mean that your source pressure is low. Also, there may be additional reasons worth checking before investing in a New Jersey water booster pump.
 

  1. Clogged Pipelines: Clogged pipelines offer high resistance to the water flowing through them. As a result, they affect both flow rate and water pressure.

    2.  

  2. Peak Demand: When your water distribution system experiences peak demand, there may be low water pressure. However, this situation is not always constant.

    3.  

  3. Faulty Valves/Regulators: Both these devices are crucial in keeping the water pressure at the desired level within the water distribution system. Any fault within these devices can easily affect the water pressure.

    4.  

 

Water Booster Pump Types

Most pumps are available as ordinary pumps and variable speed drive (VSD) pumps. Both work under constant pressure and don’t have the provision to boost the flow rate. VSD pumps can easily adjust their speed based on the different pressure head requirements.

For instance, if your water pressure varies at the source, you can adjust the performance of your New Jersey booster pumps to get the required endpoint pressure. It is also a great pumping solution for cutting energy costs. Here, you will need to understand the difference between single-stage and zone-divided pumps.

 

Single Booster vs. Zone-Divided Booster Pumps

Single booster pumps may result in unacceptable pressure within lower floors. If this happens, your pump needs pressure relief valves to remove excessive pressure. Here, choosing the right booster system depends on the height of your building and the load profile. In most cases, zone-divided systems are ideal. These systems serve their own pressure zone and offer the most efficient solution to ensure no more pressure is added to the system than what is required.

In other words, your building will get equal water pressure on all floors without wasting energy. Additionally, a zone-divided system also offers the reliability of multiple pumps. This helps you ensure that the system will be able to adapt to fluctuating consumption, reducing energy consumption in the long run.

 

How to Pick the Right New Jersey Booster Pumps?

Choosing the right New Jersey water booster pump can be a bit of a tricky process. You should consider an array of factors, ranging from the state of your pipelines to the required pressure head to meet your requirements. As one of the largest pump distributors in the US, our expert team of engineers can help you make the right choice.

Need help finding a New Jersey water booster pump? Get in touch with us today.

Fire Sprinkler Pump Tests in 2023: Everything You Should Know

There are several types of tests that can be performed, depending on the type of fire sprinkler pump you have. Let’s take a quick look at some of them!

Also known as fire pumps, fire sprinkler pump systems are installed to increase and regulate the water pressure in standpipe lines, risers, valves, and sprinklers. They allow building occupants and emergency personnel to extinguish, suppress, or contain the spread of fire. Hydraulic calculations are carried out to ensure the water pressure is set at the proper psi.

 

Sprinkler System Pump Installation

A typical fire pump installation includes controllers, drivers, jockey pumps, and accessories. You can install a fire pump both vertically or horizontally, depending on your requirement and space. In addition to that, fire pump motors are usually powered by electricity or diesel.

All New York City fire pumps require service, maintenance, tests, and inspections to ensure the system will be readily available for operation when a fire breaks out. So, make sure the installation complies with fire codes that include state regulations, manufacturer specifications, and NFPA standards.

 

Sprinkler System Pump Testing

When it comes to fire pump testing, there is an array of tests you will need to carry out on a daily, weekly, monthly, and annual basis. While daily and weekly inspections are mostly about visual inspections, monthly and annual tests follow a technical approach. Let’s have a quick look at these tests.

 

1 Monthly Testing

NFPA25 requires monthly non-flow testing of New York City fire pumps, which is known as the “churn” test. In this test, you will need to look at the supply water gauge that is going to the pump and the water gauge on the system side of the pump.

A good rule of thumb is that 5 psi is required to lift water per floor. Also, look for leaks, noises, and vibrations that are possible tell-tales of trouble. Record this information on the pump record sheet. The monthly churn test should be carried out as follows:

 

  1. Run the pump for a minimum of 10-12 minutes.
  2. Record the system suction readings and discharge pressure gauge.
  3. Check the pump packing for slight discharge and adjust it if necessary.
  4. Also, check for any unusual noises or vibrations.
  5. Finally, record the pump starting water pressure.

 

2 Annual Testing

NFPA25 requires a yearly test to record performance readings at no flow, 100% of rated flow, and 150% of rated flow. Yearly flow tests are typically performed by qualified personnel who have a better understanding of the fire pump maintenance and operation.

The personnel measures the rpm of the electric motor and looks at the rotation of the motor to ensure that it’s not turning the wrong way. He or she measures the electrical amps and collects all the data for entry on a spreadsheet.

 

3 Water Flow Test

NFPA25 also requires the water flow test to be performed quarterly to ensure water flow detecting devices are working smoothly when it comes to operating a fire sprinkler pump. It depends on what type of alarm device your fire protection system has.

To successfully perform the water flow test, notify the fire department if connected to a central alarm. You should locate the inspector’s test valve and open it so the valve is in line with the piping. Allow the water to flow for about one minute or until the alarm starts to sound. If connected to the fire department, call to verify that the signal was received.

 

4 Dry Pipe Test

This test is further divided into two parts: Partial trip test and full trip test. The partial dry pipe valve trip test is performed annually. During the test, the control valve is partially opened so that no water is released. The system will trip in under one minute. After the test is done, low points are drained, and the valve is reset.

The other test is a full-flow trip test, which is required by NFPA25 to be performed every 3 years. During the test, the control valve is completely opened so that water can flow. The system should be tripped in under one minute. Once done, low points are drained, and the valve is reset.

 

Closing Remarks

So, these are the most basic yet essential fire sprinkler pump tests you should know about. We hope this information will be enough to give you an idea about fire pump inspection and testing. If you have any questions, you can get in touch with one of us. We would be happy to provide you with the best information possible.

Variable Speed Booster Pumps: A 2023 Purchasing Guide

Considering installing variable speed booster pumps in 2023? Don’t know what to do next? Looking for more information on booster pumps? Here’s everything you need to know.

Have you ever felt like taking a hot shower, but it doesn’t meet your expectations?? You’re ready to have a rejuvenating blast of water to wash the day away, but instead, you get a mere drizzle of water. You begin to wonder what should be done to enhance the water pressure. Well, the answer is variable speed booster pumps.

 

Best Water Pressure Booster Pumps

Variable booster pumps are used to maintain ideal water pressure in buildings and areas with low or fluctuating water pressure. They are commonly installed in high-rise structures at the point where a municipal water line enters a building.

A typical water booster pump consists of a pump, motor, pressure tank, and controller. As the pressure drops in the building, it draws water from the main line and raises the pressure in the building. The pump is generally set to run at 30 to 50 psi.

 

Buying the Best Water Pressure Booster Pumps

Buying the right booster pump for your home takes into account a number of factors. Here are just a few that you need to consider:

 

  1. Size:The size of the pump matters a lot, especially if you don’t have enough space to install the whole system.

    2.  

  2. Pressure Rating:Always calculate the difference between the normal water pressure and the existing water pressure.

    3.  

  3. Flow Rate:The flow rate is measured in gallons per minute and refers to the volume of water a pump can discharge in a minute.

    4.  

  4. Self-Priming:A self-priming pump is easier to operate because it can pull water into the inlet without any manual assistance.

    5.  

  5. Automatic Setting:A reliable water pressure booster pump has automatic features that are equipped with sensors to detect changes in water pressure.

    6.  

  6. Durability:This is also an important factor to consider. The right water booster pump is made from quality materials like stainless steel, which is rust-resistant and lasts long.

    7.  

  7. Extra Accessories:Some water booster pumps have built-in check valves and pressure relief valves. They often come with shutoff valves and additional accessories. Thus, always be sure to check what comes with the booster pump.

    8.  

  8. Warranty:A proper warranty is important as it covers the risk of any malfunctions. So, don’t forget to consider the warranty of the pump you are buying.
     

Water Booster Pump Requirement

When sizing a water booster pump, measure the current water pressure against the amount of water pressure that a given booster pump can provide. If you are looking to boost water pressure from 25 psi to 40 psi, you will need a booster pump capable of producing 15 psi.

Once you have the performance requirements of your water booster pump, determine the best pump for the application. Consider care and maintenance options too. Also, take into account where the pump will be placed. This is because areas with limited access can present maintenance and repair challenges.

In addition to that, you should also consider the configurations, accessories, and features that are best for your application. For instance, you can use single-stage booster pumps to pull the water up into the system. They are great when used with underground water supplies for light irrigation applications.

 

Water Pressure Booster Pump Uses

People like to have consistent pressure when taking a bath or shower. Inappropriate water pressure will make it harder for them to perform these daily activities. One of the most common causes of low water pressure in residences includes hard water build-up, which can produce calcium deposits in older pipelines.

If you are noticing changes in water patterns over time, this is a sign that you need to take your water pressure seriously. You may need shower pressure boosters, so it is important to check your water pressure. You can follow a DIY approach or hire an expert to determine whether a water booster is a feasible solution.

 

Closing Remarks on Variable Speed Booster Pumps

Callaghan Pump is associated with some of the most renowned water booster pump manufacturers. We offer a wide range of shower pressure boosters that suit the requirements of our customers. To maintain a consistent set pressure in the delivery pipeline, these pumps are designed with the utmost precision. The moment the water pressure drops, they will immediately boost the available pressure throughout the building.

Talk to us for more info.

Pump Installation: Everything About Electric and Diesel Driven Fire Pumps

When it comes to fire pump installation, you will need to keep in mind a few important things like fire pump sensing lines and jockey pumps. Here’s everything you need to know.

All business owners and homeowners know how important it is to have a well-maintained fire sprinkler system. However, what they do not know is just how crucial it is to install a fire pump that can support the fire sprinkler system. After all, your fire protection system will be useless if the water is not able to reach your sprinklers due to low water pressure. This is why you will need electric or diesel-driven fire pumps.

 
In this Blog, we will explore different aspects of fire pumps. We will cover everything from the pump selection and installation to jockey pump sizing and capacity.
 

Fire Pump Need

Fire pumps are required when local municipal water systems are not able to provide enough water pressure to meet the hydraulic requirements of your fire suppression system. This typically occurs in high-rise buildings that require a high terminal pressure at the sprinkler. Also, fire pumps are needed if the water supply comes from a ground-level storage tank.

 

Pump Drive Types

In the commercial sector, electric motors have become the absolute standard for driving fire pumps and fire pump sensing lines. These motors offer many advantages, such as being able to operate quietly and cleanly. Plus, electricity is easily available in most installations.

When you equip it with a frequency converter, you can adapt the pump’s speed to the handling requirements. Therefore, this would conserve energy and spare wear on the installation.

Besides electric motors, other drives include diesel engines that work best in large spaces and remote areas that are not connected to the power grid, such as water works. They should be located in a separate room with direct access to the exterior. Also, the room size should be substantially larger than normally required for an electric fire pump.

A diesel pump is more expensive to install and maintain than an electric fire pump. This is because of the large number of mechanical parts that can be prone to failure. Steam engines are also an option, but they are uncommon these days.

 

Fire Pump Designs

When it comes to considering pump installations, you can choose either a horizontal design or a vertical. While horizontal designs may be great for simpler maintenance, a vertical installation of the fire pump offers space-saving advantages in tight areas. Also, single-stage pumps are more maintenance-friendly and simpler than multi-stage pumps that can build up higher pressure more easily.

According to NFPA 20, an outside screw and yoke gate valve should be there in the suction pipe to provide isolation from the incoming supply line. They must be electrically supervised through the fire alarm system. NFPA 20 also provides guidelines to install a check valve and an indicating control valve on the discharge side of the pump. The control valve should be installed after the check valve.

If the fire pump is equipped with a flowmeter bypass, the bypass connection must be kept between the check valve and control valve. The bypass should be at least as large as the discharge pipe and must be equipped with a check valve installed between two normally open control valves to prevent backflow to the suction side of the pump. Also, it has to be connected before the outside screw and yoke on the suction side.

 

What Else?

Please note that electric fire pumps require high horsepower and are commonly run on 460 volts or higher – three-phase power. If the building is not equipped with enough power to supply an electric motor, you can use a diesel fire pump. It will require a fuel storage tank with the capacity to hold 1 gallon of fuel per horsepower. Often, a pressure relief valve is required on the discharge side of the pump to relieve excess pressure when the engine revs out of control.

 

Discover the Right Pump for Your Application!

Whether it is a domestic application or industrial, you can find the right fire pump and jockey pump sizing – even for the most improbable requirement. To make the right choice for your application, feel free to contact us. After knowing your pump specifications, we will provide you with a selection of pumps suitable for your application

Callaghan Pump has been distributing diesel-driven fire pumps.

for industrial, commercial, and domestic applications for more than 14 years. These pumps are being successfully used in many different industries, such as chemical and petrochemical, pharmaceutical, oil refinery, water treatments, paper mills, sugar plants, dairies, and many others.

 

For queries related to jockey pump capacity or fire pump sensing lines, contact us.

Booster Pump System: 5 Ways to Improve Energy Efficiency

Investing in a booster pump that is energy-efficient is going to save you a lot of money and energy in the long run. Here is how to improve the energy efficiency of a booster pump system.

Did you know that water pumps are responsible for 50% of the total energy consumed in pumping-intensive industries?

They are an integral part of many industries, but can also be a major source of energy loss. Therefore, improving the energy efficiency of your booster pump system can lead to significant cost savings.

Energy efficiency is one of the most important aspects of today’s industries, businesses, and houses. It is the ratio of the pump’s output power to its input power. The higher the energy efficiency, the less energy the booster pump system consumes to perform a given task.

What makes energy efficiency crucial is that it directly impacts your bottom line and plays a crucial role in deciding the overall energy consumption of a pump. There are a number of factors that affect the energy efficiency of booster pumps, including the design, type, size, and operating condition. If you want to optimize the energy efficiency of your domestic water booster pump, then here are a few tips that will help reduce its operating costs.

 

  1. Conduct an Energy Audit

    2. If you haven’t scheduled an energy audit for your booster pump system, consider conducting one. Before you decide on replacing a worn-out pump part, you should perform an energy audit to find the true cost of replacement and operation. Here, you will need to use new and alternate technologies.

    As part of your inspection process, you will need to perform an Ohms test to determine the lifespan of your booster pump system. The next step is to measure the amperage on the wiring to make sure no excess energy is being wasted. Finally, perform an inspection on the wiring itself to see if there is any corrosion.

     

  2. Keep Your Booster Pump Clean

    3. Many pump owners know the trouble that ants, bugs, clogs, and dirt can bring to their pump system. For instance, bugs may eat away at your copper wiring and cause your electricity bills to skyrocket. To prevent such a potential system failure, there are some simple things you can do.

    Each month, take five to ten minutes to check your domestic water booster pump for loose wiring and signs of bugs, clogs, or leaks. Another thing you can do is to add some moth balls inside your booster pump switch to prevent unwanted critters from building their new homes there.

     

  3. Properly Size the Pump and Piping

    4. When you have a new or unique water booster pump application, it may become difficult to resist overdesign. The tendency to overdesign or have a little extra horsepower could result in energy inefficiency.

    Make sure to determine the required flow rate and discharge pressure. Once determined, properly size the piping to keep the operation costs at a minimum. This is because a proper pipe diameter can prevent sedimentation or clogging of slurries.

     

  4. Perform Routine Maintenance

    5. Timely replacement of worn or damaged pump parts results in greater pump efficiency and better performance. A domestic water booster pump works best when its valves seat properly and when its component clearance is within the manufacturer’s specification. In the case of corrosive media, you should periodically flush the booster pump with clean water.

    Also, it is crucial to isolate mechanical vibration.This can be done by constructing a foundation to which the pump can be anchored. Subsequently, install vibration-dampening mounts and anchoring hardware to isolate the vibration.

     

  5. Use Gauges to Monitor Performance

    6. You can use gauges in both the suction and discharge sides of the booster pump. They will serve as an early warning of wear,water pressure booster pump noise, or poor performance. This may be due to blockage or system anomalies.

    Gauges are a measuring device in the field of pumping and engineering. They provide certain dimensional information and are meant to measure the performance of the pump. Please note that these gauges should be monitored to trigger maintenance or other remedial action.

     

Invest in the Best Water Pressure Booster Pump

At Callaghan Pump, we only supply the best-quality booster pumps. Not only are they backed by a warranty, but their exclusive stainless-steel impellers set them apart in the pump industry. Plus, we also boast the most energy-efficient well pumps on the market.

Talk to us for more info.

7 Most Burning Questions About Domestic Water Booster Pumps

If buying domestic water pumps for your water pressure needs is on your bucket list, then here are a few important questions you need to ask yourself. Continue reading to learn more.

You may have heard of domestic water booster pumps and how they increase low water pressure and flow in a building, but how much do you actually know about them? If you are planning to install one, then this blog post is going to be extremely helpful. This is because it contains some of the most commonly asked questions about booster pumps for homes. So, let’s get started!
 

  1. What Does a Domestic Water Booster Pump Do?

    2. As we mentioned before, most water booster pumps are designed to increase low water pressure. They are common in high-rise buildings that often experience low water pressure due to gravity. The role of a booster pump is to create and provide that extra boost needed to raise the water pressure to the desired level.

     

  2. How Does It Function?

    3. Most domestic water booster pumps are centrifugal pumps, as they take water from a source and move it through a single stage or multiple impellers to increase the water pressure. They function like a fan with blades that rotate to boost the airflow. With the help of impellers, the pump increases pressure in the same way.

    The main components of a booster pump include an engine, impeller, inlet and outlet, pressure sensing device, and casing. While booster pumps vary depending on how they move water, some of them use a rotating propeller and others use an oscillating diaphragm.

     

  3. How Do You Determine When You Need a Booster Pump?

    4. A booster pump is recommended when there is low water pressure, especially if it is not caused by a leak, clog, or any plumbing issue. You should know what your water flow rate is and how much water your household uses. If you have a large house, you may need to consider a powerful booster pump to meet your water pressure needs.

     

  4. How to Pick the Best Pump Type?

    5. There are different booster pump types suitable for different applications. For instance, single-stage booster pumps are great for detached houses or residents with moderate pressure requirements. When the requirements are high, multi-stage booster pumps are better. These requirements may include pumping water uphill, transporting water through very long pipelines, or maintaining the city main water.

    If you look at domestic water pumps, they are ideal for increasing water pressure throughout a house. They can be used to increase the flow from a low recovery well to your home. However, before you decide on any water pump type, you should know what the flow rate of your water is. Consider all fixtures and measure how many gallons of water you will need per minute.

     

  5. Where to Install It?

    6. A booster pump should be installed right where you need to move water from. For instance, in a household with low water pressure, install the pump on the main line where water enters the building. Be sure to have a bypass for any pump malfunctions. It will allow you to isolate the pump if you need to troubleshoot it.

    Also, it is important to test the pump before connecting it to the pipeline. This is because plumbing issues like leaks may cause the pump to cycle due to a low flow rate. This may result in starting and stopping the pump in rapid succession. If you see a leak, isolate the pump and test it to assure that the pump is not the problem.

     

  6. How to Size a Water Booster Pump?

    7. To size a water booster pump for your building, you need to ask these questions: Is it a multi-story building? Do you want to move the water a significant distance? How far away is the water source?

    Water booster pumps with a single impeller are not good enough at drawing water from a significant distance. If you want to lift water from a lake for irrigation, then you need something with more horsepower and impellers.

     

  7. How to Keep it Quiet?

    8. To keep your booster pumps for homes quiet, you need to factor in the type of pump installed, the power source, and the materials around the installation. In fact, the way you install the pump can minimize or maximize the noise. So, be careful and hire a professional when it comes to installing and sizing booster pumps. Avoid installing it directly to copper lines.

    So, these are the most basic questions about water booster pumps, answered by an experienced team of pump professionals. If you want to learn more or have any queries regarding booster pumps for homes, talk to us directly.

Jockey Pumps and Fire Pumps: The Main Types to Consider

From horizontal split-case to end-suction, fire pumps come in different types. Learn about the pros and cons of using different jockey pumps and fire pumps for stationary fire protection.

Interested in improving the hydraulic performance of your fire protection or sprinkler system? Then consider installing jockey pumps and fire pumps.

They not only improve hydraulic performance, but they also maintain adequate water pressure throughout the system during a fire emergency. However, it’s crucial to know what type of fire pump would be best for your space.

 

Different Types of Fire Pump Systems

  • If you need a fire pump in your building, be sure to pick the right one. Here are the main types of fire pumps to help you make the right decision.

    •  

    1. Horizontal Split-Case

      2. The first in the list is the horizontal split case (HSC) pump, which received its name from its casing’s split design. You can use such types of fire pumps for water flows in excess of 5,000 gpm. If you have a concern about floor space, HSC pumps are not ideal for flows below 1,000 gpm.

      Please note that an HSC pump is not necessarily mounted horizontally. You can have the same durability features with a vertical diesel fire pump package. It is connected to a driver by a coupling or drive shaft. When mounted horizontally, this will create a larger footprint. Also, the casing is designed to manage higher working pressures, often making it heavier.

       

    2. End-Suction Horizontal

      3. End-suction fire pumps get their name from the passageway from which the water enters the pump. Generally speaking, it enters one side of the impeller. So, you will lose the ability to have bearings on both sides of the impeller. This also means that end-suction horizontal pumps don’t operate well on large water flow applications. The main benefit of such types of pumps is that they come at a lower initial cost.

      Unlike the HSC, the suction pipe and motor are parallel to each other to eliminate concerns about the fire pump rotation. If it’s a diesel fire pump package, then you have another advantage: The ability to situate the engine in parallel/near a wall.

      Make sure you consider proper air ventilation. The disadvantage is that you will need to remove the motor to remove the impeller. This could be a complex procedure for those maintaining the pump.

       

    3. End-Suction Vertical

      4. When space savings and lower initial costs are your main concerns, go for end-suction vertical designs. In this case, the water entering the impeller is identical to a horizontal end-suction design, but the casing is different. It is designed in such a way that the motor is mounted on top and the pump flanges coincide with the same elevation centre line.

      As far as jockey pumps and fire pumps go, end-suction vertical pumps require the smallest installation space. These pumps fill in pump gpm rating gaps as they are available to take advantage of smaller applications like 50 gpm, 100 gpm, 150 gpm, etc. Also, the mechanical design of an end-suction pump is the least expensive among all pump types.

       

    4. Vertical Shaft Turbine

      5. Often known as vertical turbines, vertical shaft turbine pumps have impellers that are submerged in the water source. These pumps include a bowl assembly and several impellers on a vertical shaft. They are extremely helpful in areas where water is scarce, but also when installing an above-ground tank is not possible.

      Almost any discharge pressure can be ordered with vertical shaft turbine pumps. You can add several impellers for additional pressure. When properly installed, you don’t have to worry about any priming concerns or air in the suction pipe. The disadvantage is that these pumps can be a challenge to service. Also, special care is required before operating a vertical turbine pump for the first time.

       

    5. Rotary Gear Pump

      6. Rotary gear pumps are the last in our list. They are used for a wide variety of fire pump applications, from high to low flow requirements. Unlike any other pump type in this list, they are built to self-prime. They are small and portable rotary gear pumps that are often best in rural areas to pump water from ponds or streams.

      These pumps operate through a positive or fixed displacement of the water being pumped, which is accomplished through pump gears. They can move a specific amount of water per gear revolution. No throttling is present in rotary gear pumps, so you will need a relief valve. However, they have a high operating noise with hydraulic efficiencies slightly less than other types of pumps. This is why these pumps are often ideal for high-viscosity liquids.

       

    Closing Thoughts

    So, that was everything you need to know about different types of fire pumps. If you still aren’t sure about the pump type and fire pump sensing line details, then don’t hesitate to contact us. We offer a wide range of jockey pumps and fire pumps and will help you determine which one is right for your building.

    Domestic Water Pump Installation: What Size Booster Pump Do I Need?

    Can you determine how much pumping pressure is required in your building? If not, we can help you translate this information into domestic water pump sizing. Continue reading to learn more.

    Ever think about how water gets to the top floors of a high-rise structure for everyday living purposes, such as drinking, cleaning, and bathing? This is usually done with the help of a domestic water pump, which maintains ideal water pressure in areas with low or fluctuating water pressure.

    The role of a booster pump is to draw water from the water supply line or source before boosting the available water pressure in the building.

     

    Sizing a House Water Pressure Pump Booster

    A water booster pump is usually installed at the point where a municipal water line enters a building. It is commonly set to run at 30-50 psi and consists of a pump, motor, pressure tank, and controller.

    When sizing a domestic booster pump, you need to measure the current water pressure against the amount of pressure that the booster pump can provide. For instance, a building looking to boost water pressure from 20 to 40 psi will require a booster pump capable of producing 20 psi.

    After determining the pressure requirements, find out what type of booster pump is ideal for your requirement – whether it’s a single-stage or multiple-stage booster pump. Also, consider where the installation will take place. Is it an area with limited access? Then you should consider vertical booster pumps that consume less space than their counterpart horizontal booster pumps.

     

    Here are some additional considerations to make when sizing a house water pressure pump:

     

    1. Flow Rate

      2. Since varying flow rates occur throughout the day in your building, be sure to calculate the flow rate. For instance, the morning time normally results in peak flow usage. This is because most people get ready for work and school in the morning. The same building may have a minimum flow usage when most people are sleeping. Thus, the flow rate that fixtures use may vary greatly.

       

    2. Total Dynamic Head

      3. Once you know the required flow rate, determine the total head pressure. Every floor in a high-rise building will translate into pressure loss from the main city supply. This may be due to static head, friction loss, and vertical loss. Consider these losses in the total dynamic head. Make sure your domestic water pump installation can overcome these losses at a given flow rate. Typically, a pump should be able to achieve a water pressure of 40 psi at the top of a residential building.

       

    3. Number of Pumps

      4. Determine the number of pumps your booster system will utilize. For a small application below 150 GPM, two pumps will suffice. Larger applications of more than 150 GPM can consider three-pump installations for greater dependability. For systems with extremely variable demands, where the demand can range from the highest peak possible, consider installing multiple water booster pumps.

       

    4. Type of Pump

      5. There are different types of water booster pumps available to accomplish the necessary pressure boost in your building. For instance, end suction pumps are great for low-head installations. They offer an economical equipment package. On the other hand, split-case pumps are best for low to medium heads. They are heavy-duty, offer extended product life, and require more space. Other pump types include multistage centrifugal and turbine pumps that are used for high-head applications.

       

    5. Other Selection Considerations

      6. Lastly, there are some additional factors that influence pump sizing and selection. For optimal performance, create a flow profile for your building and track pump demands and high usage points. Generally speaking, domestic applications require high rates of 4-6 hours/day flow. Also, we recommend you to consider multiple pumps with smaller horsepower rather than one large domestic water pump.

     

    In Conclusion

    No matter how big or high the building is, if it doesn’t have adequate water pressure, it’s uninhabitable. That’s why it’s better to invest in a domestic water pump, which will help you boost the available water pressure to the top floors of your building. We have discussed the important factors that should be taken into account when choosing a water pressure booster system for your building. We hope this information will help you decide on the right house water pressure pump.

    To learn more about domestic water pump installation and sizing, contact us today!

    Know Everything About Jockey Pump Sensing Lines and Fire Pumps

    Fire pumps are an essential component of any water-based fire protection systems and require jockey pump sensing lines to control the speed at which water pressure is distributed. Let’s talk a little bit more about these systems in this blog post.

    Fire protection systems usually utilize two pumps. One is the main fire pump, which boosts and delivers large volumes of water to the fire sprinklers in case of a fire. The other one is a jockey pump sensing lines, which keeps the fire pump system pressurized during non-fire conditions.

    The role of jockey pump sensing lines is to maintain system pressure when normal plumbing issues allow the system to bleed down over a period of time. When it drops to a certain level, the jockey pump automatically starts and charges the fire pump system back to normal pressure.
     

    At Callaghan Pump…

    We offer state-of-the-art fire pumps and jockey pump sensing lines with diesel or electricity-driven single-stage and end-suction pumps. These pumps are great for fire-fighting applications and supplying water to fire hoses, fire hydrants, and sprinkler systems. These fire pumps follow the codes of NFPA 20 and ensure the safety of human life, buildings, and expensive assets. Our fire pumps typically consist of the following parts:
     

    • Single-stage or end-suction pump
    • Electric motor or diesel engine
    • Fuel system and battery for diesel engine
    • Suction and discharge gauges
    • Fire pump controllers
    • Pump casing
    • Relief valves

    Please note that most of these equipment are mounted on a base frame. Impellers and casing are designed to ensure optional performance. Heavy-duty shafts are used for zero corrosion, and no threads are exposed to the pump.
     

    Applications of Fire Pumps and Jockey Pump Sensing Lines

    Use fire pump sets in small-capacity fire-fighting applications for supplying water to fire hose reels, fire hydrants, or sprinkler systems in areas that are prone to fire hazards. We can also supply packaged fire pumping systems with all required accessories and valves ready for site installation. Here are the top applications of fire pumps:
     

    • Commercial complexes and high-rise buildings
    • Petrochemical industries and gas plants
    • Power stations and transformer stations
    • Airports and marine applications
    • Manufacturing plants
    • Chemical industries
    • Warehouses

     

    Top Features and Benefits of Fire Pumps

    If you want quality pumping products for your fire pump system, then Callaghan Pump is the answer to all your fire pump needs. We serve the greater New York Metropolitan area and supply fire pumps to the world’s largest package fire pump system located at JFK. Below are the top features of our fire pumps.
     

    • State-of-the-art design fire pumping system
    • Low water pressure solutions
    • Advice for sizing of fire pumps
    • 50%, 100%, and the 150% testing
    • Test results provided with fire pumps
    • NFPA 20 design and installation
    • Compact in size fire pump packages
    • Economical and cost-saving
    • Rugged construction

     

    Closing Remarks

    When it comes to fire pumps and jockey pump specifications, we at Callaghan Pump present smart, sturdy, and efficient pumping solutions with over 14 years of unmatchable experience and expertise for applications in the water booster industry. This helps us in providing our customers with high-quality, competitively-priced fire pumps delivered on time. We have a wide range of fire pumps that come with different jockey pump specifications. They can be provided with electric motors or diesel engines as per customer requirements.

    Contact us to determine your jockey pump capacity.