Considerations to Make When Choosing a Fire Booster Pump

When it comes to installing a fire sprinkler system and ensuring life-safety in your building, you need to look at NYC Fire Pumps. In an event of a fire, these pumps come into action and increase the available water pressure for the fire sprinkler system, helping the system to suppress the fire so that the growth of the fire will be controlled until the fire department extinguishes it.

If you look at municipal fire pump applications, you will notice that water booster pumps are installed to take water from a public/private water source. These pumps boost the existing water pressure for the fire protection system. However, it is important to keep in mind that the need for a fire pump must be decided early, ideally before a project is being developed.

Also, while choosing a water booster pump, you need to consider certain critical issues that are specific to your water boosting needs. These issues generally include:

Having minimum residual pressure at the inlet
Preventing the system from cavitation in low-pressure situations
Using the right valves for optimal booster pump operation

How to Choose the Right NYC Fire Pump

In high-rise buildings where the water source has inadequate water pressure, fire protection relies on a fire pump to increase the performance of the system. That’s why careful considerations should be employed when choosing a fire pump. These considerations mainly include:

Fire Pump Type

There are various types of pumps, including the most common ones – horizontal split case and vertical in-line. They are the preferred choice among commercial and industrial buildings. When it comes to vertical in-line pumps, they are generally compact and have a smaller footprint. Also, the impeller rotation is less susceptible to mechanical damage in vertical in-line, offering more flexibility in the piping arrangement of the pump. For that reason, vertical in-line fire pumps are often used for replacements or retro fits.

On the other hand, horizontal split case pumps are usually mounted on a concrete housekeeping pad. Their impeller is located in a separate casing, which gives you easy access whenever maintenance is required.

Power Supply

The most common fire pumps are powered by electric motors and diesel engines. Steam turbines are also an option but they are rarely used. If a building isn’t equipped with enough power supply, a diesel fire pump is the best choice. However, a fuel storage tank with a capacity of 1 gallon of fuel is required to operate the pump. Make sure you have a dike installed beneath this tank to collect potential fuel spills. In addition to that, a pressure-relief valve must be installed on the discharge side of the pump to relieve excess pressure. There must be enough enclosure space for the stored fuel, and the exhaust should be routed through a muffler to the outside. Also, the diesel fire pump should be located in a separate room.

In buildings with adequate electrical capacity, an electric fire pump is the most preferred choice. Since electric motors are compact and require fewer mechanical parts, you can install them in smaller spaces. Plus, this type of fire pump has fewer negative environmental impacts than diesel fire pumps.

Enclosure

Determining the location of a fire pump enclosure is another important consideration to make. Your fire pump enclosure should be somewhere on an exterior wall adjacent to the fire lane. This will help you with the overall accessibility and proximity to the pump. When the pump enclosure is located inside, it shall be accessible by a proper passageway. It is required that the fire pump room must have a minimum two-hour fire rating, especially when it’s located in a high-rise building. This rating is reduced to one-hour for a fully sprinkled, non-high-rise building.

Controller

In order to ensure a fire pump is supplied by a continually available power source, you can have a backup generator that will act as a secondary source in the event of a power failure. In such cases, there should be a fire pump controller equipped with an automatic transfer switch. Make sure the controller is not equipped with an ATS. Try to consult with an expert to discuss the pros and cons of the different controller styles.

Sizing

The sizing of a fire pump depends on the most hydraulically demanding area of the sprinkler system. In most high-rise buildings, the automatic fire standpipe system demand is around 500 gallons per minute. In regular buildings, the number is kept low.

Testing

Once you know your water boosting needs, a review of the pump should be done. Test the water flow to identify if the fire pump is necessary. Make sure this test has been completed within the last 12 months.

Installation

For exceptionally high buildings, multiple fire pumps are required to deliver the ideal water pressure to higher floors. However, keep in mind that fire pumps don’t operate in parallel. This is because the discharge check valve will automatically close when the water pressure on the outlet of the valve is higher than that on the inlet.

At Callaghan Pump…

We know that every second is crucial in fire protection, especially in high-risk buildings. They need the best fire pumping solutions that are not dependent on unreliable municipal water supply. Our aim is to provide comprehensive water-boosting solutions in New York. As a trusted supplier of Aurora NYC Fire Pumps, we supply high-quality products that are designed professionally, priced competitively, and have the lowest life cycle cost. We believe in providing maximum safety against a fire accident. From small units to large fire pump stations, we are able to help engineers with their unique specifications and needs. We sell more NYC Fire Pumps than other distributors in New York.

To discuss your fire pumping needs with us, feel free to drop a line here.

CT Variable Booster Pumps: An Ultimate Guide

When you come back home after a busy day, you might be looking forward to taking a nice shower. But what if you turn on the shower and the water starts to trickle? Frustrating, isn’t it? This could be due to low water pressure. From faucets to showerheads, cleaning to washing, everything is affected by low water pressure. It is something you shouldn’t take for granted. Here’s a comprehensive guide to help you understand everything you need to know about water pressure.

How Domestic Water Pressure is Maintained

Most residential buildings receive their water from a municipal water supplier. Some suppliers use groundwater sources and others use surface water from reservoirs, lakes, and rivers. Whatever the source is, water is usually pumped to pressure tanks located at distribution areas. Depending on the location and circumstances, water booster pumps may be installed to maintain adequate water pressure.

What’s the Ideal Water Pressure?

Water pressure is defined as the amount of force (pounds per square inch) that water moves through pipelines, showerheads, water taps, etc. As mentioned above, water pressure is a crucial factor when it comes to managing daily chores like washing, cleaning, and showering. Having too much water pressure can damage your pipelines and appliances, while water pressure that is too low can be bothersome.

For residential buildings, the ideal water pressure is somewhere between 30 and 50 PSI. Anything below 30 PSI is low, and anything below 20 PSI is considered the minimum water pressure required by most codes. Also, water pressure above 80 PSI is too high for domestic uses.

How to Measure Water Pressure

Understanding the concept of water pressure will help you understand different water pressure problems and solutions. For that, you need to calculate your water pressure first. You can easily measure and monitor water pressure in your house. You don’t have to be an expert. All you need is a simple water pressure gauge. This type of gauge features an additional high-level indicator, which lets you know if there are any spikes in your building’s water pressure.

What Causes Low Water Pressure?

There are numerous reasons why water pressure drops in a building. Luckily, they are all avoidable. The most common causes are shutoff valves, regulators, main water supply, clogged pipes, leaks, corrosion, and faulty fixtures. If only one fixture has low water pressure, it’s most likely that the issue can be resolved by focusing on fixing that one fixture. However, if the water pressure issue is affecting the whole house, it indicates that the issue is serious. The key is to diagnose the issue before making any decisions.

How to Boost Water Pressure

Water pressure can be affected by the elevation and location of the building. Make sure you know the root cause of your water pressure problem. Gravity and distance are the two key factors that affect water pressure. When the water supply is forced to travel uphill, its pressure may decrease as the height increases. You can increase the flow rate and pressure of the water by installing CT Variable Booster Pumps. These pumps are specially designed to maintain ideal water pressure in high-rise buildings, warehouses, construction sites, hotels, etc.

Although there are plenty of options available out there in the market, what makes the CT Variable Booster Pump stand out is:

Ease of installation
Minimal maintenance
High volumetric efficiency
Great mechanical resistance
Affordable rates

Installing a CT Water Booster Pump can be especially helpful if your water pressure is much lower on the top floor of your building than on the ground floor. This is because standard well pumps find it difficult to compete with gravity and supply adequate water pressure to top floors. This is where a CT Water Booster Pump can help you boost the speed of the water that flows through your pipelines.

How to Select the Right Water Booster Pump

The initial step is to know why a water booster pump is required. It could be anything from irrigation to sprinkling. Once you know the reason why you need a water booster, figure out over what distance the water should be moved. Determine the size of the pipe through which the water will be boosted. Also, find out at what extent the pressure pump needs to work and what kind of building you have for the booster pump. These are some important questions that will help you determine the type, power, and quality of your CT Water Booster Pump.

Closing Remarks

At Callaghan Pump, we are dedicated to supplying an array of branded water booster pumps throughout the Connecticut region. Simply install one of our water boosting products close to the main pipeline and get rid of your water pressure problems.

To know more, drop a line here.

Explained: The Crucial Role of NYC Fire Pumps in Fire Protection

Did you know that you have as little as two minutes to escape a building when a fire starts? Yes, you read it right, only two minutes. Luckily, there are fire protection systems set in place to save lives and save premises from turning into ashes. These systems are commonly used in commercial and residential buildings that require fire safety features like fire sprinkler equipment, fire alarms, and fire extinguishers. Here’s everything you need to know about fire protection.

The Need to have a Fire Protection System

Installing a fire protection system is a life-saving asset and investment. You can’t overemphasize its role when there’s a fire. Just think of a company and the investments it makes in manufacturing equipment, hardware, and infrastructure. What if a fire starts and costs the company millions of dollars? The business would suffer immensely and lose its valuable contracts. In a nutshell, you must take into consideration the importance of a fire protection system. To give you an in-depth look, here are some numbers you should be aware of:

Nearly 100,000 commercial and business buildings face fire incidents every year, costing over 2.4 billion dollars.
Each year, around 95 deaths and 1,200 injuries occur due to business fires.
31% of office fires occur between 7PM and 7AM, resulting in 67% of damage.

You see, the necessity to install a fire protection system is more important than ever. And when we speak about manufacturing facilities, you can’t skip fire protection. Moreover, it’s almost impossible to set up a business without having a fire system. However, keep in mind that a fire protection system works only when there is adequate water pressure.

The Importance of Water Pressure in Fire Protection

When you live in a building consisting of several floors, it’s hard to supply adequate water pressure to top floors. This is a common issue in high-rise buildings, hotels, and warehouses. Since the water has to act against gravity, you need something powerful to boost water pressure and meet your fire protection needs. This is where your building needs an NYC Fire Pump to provide sufficient water pressure to meet the hydraulic requirements of the fire protection system. These pumps are also important if the water supply is provided from a ground-level water tank.

The Use of a New York City Fire Pump

Providing high-pressure water to the fire sprinkler system is the key role of NYC Fire Pumps. In addition to that, these pumps are specially designed to increase the flow rate of the water with the help of a motor, driver, and controller. Such pumps receive water from an underground water tank, lake, or reservoir, and are usually powered by electricity or diesel.

All in all, NY Fire Pumps are an essential component of a fire protection system, especially in buildings above 400 ft. Such pumps are critical in distributing ideal water pressure through sprinkler systems when the standard water supply isn’t enough for fire-fighting.

Wrapping Up

NYC Fire Pumps are the best option for higher flow applications and can be easily installed in tight places. On top of that, these pumps require fewer repairs or less maintenance, making them economical in the long run. The most widely used fire pump is the horizontal split case. Although vertical split case fire pumps are also pretty similar to the horizontal split case, they require less space as they are vertically designed. Also, these pumps are useful where the water source is located below ground, such as underground tanks, storage wells, etc.

To decide on which type of pump is appropriate for your given facility, feel free to discuss your requirement with a fire safety professional at Callaghan Pump today.

How to Install CT Variable Booster Pumps: A Step-by-Step Guide

No matter how beautiful and tall a building is, if it doesn’t have adequate water pressure to meet your daily needs, it won’t be worth living in. I mean, just take the case of high-rise buildings. They usually face water pumping challenges, including low water pressure and flow. Not everyone thinks about how water flows to the top floors of a high-rise building, but the answer is simple: CT Water Booster Pumps.

The Construction and Function of a Water Pressure Booster Pump

You see, water booster pumps are used to eliminate low water pressure problems in high-rise buildings. They are quite similar to a gas booster, but generally have a simpler mechanism. These devices are usually electrically-driven centrifugal pumps that have a non-return valve. They suck water into the inlet and then push it through the outlet of the booster pump.

When the pressure drops below the set-point or reaches the high set-point, the switch automatically turns on and off, helping the pump maintain water pressure. There are variable speed pumps that use pressure feedback to control motor speed and achieve a reasonably constant discharge. They are usually controlled by a pressure-sensing device, which is attached to the pump. With variable speed pumps, you can control and operate at multiple speeds. This is an important feature if you want to perform tasks that require flow adjustment of a pump.

Important Components of a Water Pressure Booster Pump

Although several companies design water pressure booster pumps in Connecticut, the essential components are usually the same everywhere in the world. These components chiefly include:

Motor

A motor is required to run CT Water Booster Pumps. It could be powered by either electricity or diesel, depending on the type of project. As the pump needs electricity to work, the electrical installation of the motor should be carried out by a professional electrician.

Impellers

Impellers are responsible for boosting the water pressure. They are a type of rotating component that have multiple fixed blades that rotate the water axially and radially with the help of centrifugal force. An Impeller’s role is to propel the water in the mainline and help it reach the destination through the inlets and outlets of the pump.

Sensors

Pressure and flow sensors are used to sense the required pressure and adjust the value accordingly. They also protect the pipelines by not supplying unwanted pressure that your household doesn’t actually need.

Inlet and Outlet

To connect the water line to the pump inlet, you need to connect the other line to the pipelines. This will help you distribute water throughout the household. You can consider installing a water pressure tank, but it is not always necessary.

10 Simple Steps to Install a Water Pressure Booster Pump

Water booster pumps make life easier by providing consistent water pressure. However, installing them can be daunting and time-consuming. That’s why it’s the right approach to hire an expert for hassle-free installation. To help you understand the installation process, we have mentioned a few important steps below.

Turn off the main water supply valve.
Clean the water supply pipeline.
Cut the water supply pipeline using a tubing cutter.
Make sure the water pressure booster is in the right place.
Assemble copper pipes and fittings to run the booster.
Use flux for each connection.
Solder the parts together.
Make sure the armored cable is connected to a dedicated circuit breaker.
Open the water valve.
Read the water pressure gauges to see the change.

4 Key Steps to Wire CT Variable Booster Pumps

Water booster pumps are essential when it comes to boosting water pressure and flow in high-rise buildings. From construction sites to warehouses, these devices are used in a wide variety of areas. However, it is crucial to understand how to wire a water booster pump. To give you insights, we have created a step-wise guide. Have a look:

Step 1: Choose a Place to Mount the Controller Box

The location of the controller box should be away from direct sunlight and moisture. Make sure it’s screwed to the wall surface and is as close as possible to the water source.

Step 2: Check the Local Codes for Wiring

You should check the local codes to ensure what type of cables are appropriate for wiring. Check to see whether the local code suggests any conduit. Plan the path of the wires in the best way possible and cover the wires in conduit as per the instructions.

Step 3: Wire the Switch as well as the Controller Box

Read the manual to determine the accurate wiring diagram. Now remove at least two inches of sheathing from the wiring cable and connect the black and white wires to the corresponding slots of the switch. Don’t forget to connect the ground wire to the ground screw. Repeat the procedure for connecting the switch to the controller box.

Step 4: Connect the Pump to the Power Supply

Make sure you turn the main switch off in order to avoid electrocution. Remove the sheathing from the cable, insert it through a knockout, and then clamp it tight. Double-check all the connections before turning on the power supply and the pump.

Final Remarks

When the water pressure and flow rate delivered at individual plumbing fixtures fail to meet your code requirements, just install the water boosting system. Make sure no clogged or undersized piping is responsible for the low water pressure. However, determining the sizing, wiring, and plumbing needs of your water booster pump can be challenging. As the industry standards aren’t universally accepted, it’s better to seek a professional’s guidance.

At Callaghan Pump, we help our customers determine their pumping needs to ensure the best installation experience of water booster pumps. We have an experienced team of professionals to help you ensure whether your building needs one of the Connecticut water booster pumps.

Drop a message to inquire.

Connecticut Water Booster Pump: Designed with Quality and Efficiency in Mind

You might not think that poor water pressure is a big deal. Don’t make that mistake and underestimate the importance of water pressure. Water pressure plays a crucial role when it comes to performing regular chores like bathing, washing, and cleaning. Though what causes low water pressure isn’t always so simple, it’s worth testing your water pressure and investigating the causes of your problem.

Do you have enough water pressure in your home? If no is your answer, then it’s time for you to think about a pumping solution. At Callaghan Pump, one of the most frequently asked questions we address is how to boost domestic water pressure in Connecticut. The answer is…

Connecticut Water Booster Pump

Have you ever noticed how a hotel maintains ideal water pressure throughout the building? This is most likely due to the presence of a water booster pump. When you want a better water flow in your home, you can fit a water booster pump into your existing water system to meet your demands.

Connecticut variable booster pumps are used to maintain adequate water pressure in both commercial and residential buildings. They are generally installed at the point where a municipal pipeline enters the building. When pressure drops in the pipeline, the booster pump automatically goes into action, draws water from the supply line, and raises it as needed.

A typical Connecticut water booster pump consists of a pump, pressure tank, controller, and motor. What makes it so special is that you can use the pump in combination with turbine pumps to increase the water pressure for irrigation purposes. A water booster pump can be divided into two different types:

1. Single-Stage Pump: It pressurizes the water in only a single-stage and can lift water up to 120 meters. For domestic uses, single-stage booster pumps are the most common choice.
2. Multi-Stage Pump: Because this pump uses more than one stage, it can easily lift water above 120 meters. This makes multi-stage pumps ideal for larger buildings.

Advantages of Connecticut Water Booster Pumps

Whether it’s a high-rise building or a warehouse, low water pressure can happen anytime, anywhere. Installing a Connecticut water booster pump would ensure adequate water supply throughout the building. Below, we have mentioned the key advantages of installing Connecticut Water Pressure Booster Pumps.

Steady Water Supply

In addition to increased water pressure, Connecticut Water Pressure Booster Pumps also boost your water supply, meaning that you can get a steadier stream of water whenever you want. This is helpful when you have a lot of people in the house.

Hassle-Free Installation

These pumps are small and easy to transport, suggesting that they can easily be installed in small, tight spaces. No need to make major plans. These booster pumps can fit in any space and improve your water supply.

Long-Lasting Pumping Solution

These pumps are easy to maintain. They can last for many years, generally 8 to 12 years. When you take care of them with professional services, they can even last up to 15 years without compromising the performance.

High Performance

Connecticut water booster pumps exclusively use Yaskawa IQ Pump 1000, which is a powerful pumping system for any water booster pump. These pumps are able to achieve water flow anywhere between 5 GPM and 1000 GPM and water pressure between 10 PSI to 800 PSI.

Things to Ensure Before Installing a Water Pressure Booster Pump

Before installing one of the Connecticut water booster pumps, it is advised to work with a plumber to diagnose the root problem. Make sure low water pressure isn’t a side effect of the following plumbing problems.

Leaks in Your Plumbing Line

If you have a leak in your plumbing line, believe it or not, it can lead to a sudden and unexpected drop in your water pressure. We strongly recommend having your plumbing lines inspected for leaks. Likewise, once the leak is detected and fixed, make sure your water pressure is properly checked to assure it’s not too high.

A Partially Closed Shutoff Valve

Shutoff valves are located all throughout your home, particularly on your main water line. When something bumps into a shutoff valve, it could accidentally cause the valve to partially close off. While this might seem like a simple issue, you might be surprised by how often something like this can happen. It’s one of the most common issues responsible for domestic low water pressure.

A Failing Pressure Regulator

When your home doesn’t have a water pressure regulator, you may face problems related to water pressure. Also, you should replace the regulator before it starts wearing out. Otherwise, it’s going to inhibit water flowing through it. Getting a professional approach is the best way to ensure that your water pressure is not hindered by the regulator installed.

Blocked Pipelines

Blocked or clogged pipes can easily disrupt your home’s water supply and pressure. They are a result of lime scale, rust, or dirt. If your tap runs at different rates than your shower, blocked pipes are likely the issue. Also, just like blocked pipelines, your appliances can be blocked too. This can cause a substantial drop in the flow and water pressure rate.

Narrow Pipes

Aside from the above-mentioned incidents causing a drop in pressure, older pipelines built with narrower diameters are also responsible for low pressure. This can cause problems when you are using two or more appliances at the same time. This issue is often not common in new buildings.

If you are ready to buy a Connecticut water booster pumps, then Callaghan Pump is your pumping partner. We are a trusted distributor and supplier of branded water booster pumps in Connecticut. You can choose from a variety of products, depending on your project type. We also offer advice for the sizing of water booster pumps with written specifications.

Drop a message to know more.

5 Tips to Successfully Install Your New Jersey Water Booster Pump

Low water pressure is one of the most common and annoying issues that plague many homeowners, engineers, and builders. It can easily disturb your daily chores like washing clothes, taking a shower, cleaning dishes, etc. The good news is that you don’t have to compromise your daily activities for the sake of low water pressure. By installing a high-quality water booster pump, you can significantly eliminate your water pressure troubles.

Commonly known as water pressure boosters, these are centrifugal pumps that are used to increase the pressure of incoming water from a water source. As the water enters the pump, compressed air pressurizes it and boosts the pressure throughout the building.

If you want to increase the water pressure and volume available in your system, installing a New Jersey Variable Booster Pump is the best thing you can do. However, during and before the installation, you have to take care of an array of things to make things simple. For instance, you need to turn off the incoming water and turn on the ledge faucet to relieve the pressure.

Test Your Water Pressure to Determine the Need for a Booster Pump

To determine the exact water pressure your home needs, you need to test your water pressure first. By attaching a water pressure gauge to an outside spigot, you can calculate the water pressure value. If the water pressure is below 30 PSI, it will need some improvement.

Most people test the water pressure only when it’s noticeably low. However, too high of a water pressure (75 PSI or above) can harm your pipelines, connections, faucets, and appliances. In that case, you can install a water pressure regulator on the water main.

Installation of New Jersey Water Booster Pump

Water pressure boosters are usually attached to the main water line. Their installation is quite easy, but you should get in touch with a professional to make the process hassle-free. Here are a few good tips to guide you in your water booster installation journey.

Determine the Cause of Low-Pressure

Water pressure problems arrive from several variables, including the height of the water source, the elevation of the premise, the number of people occupying the premises, and the number of water fixtures within that premise. Before you invest in one of the New Jersey variable booster pumps, you should ensure that low water pressure isn’t caused by more serious issues, such as clogged pipes, leaks, corrosion, sediment, etc. If only a small section of your home is affected by low water pressure, you may have clogged pipes. In that case, purchasing a water pressure booster pump could be pointless.

Plan for the Installation

Before beginning the installation, make sure your home/office is ready for the process. Make sure the water is shut off and drained from your pipes. Release air before the installation and leave your faucets open to make things quicker. Manage space accordingly to avoid interrupting the installation. Also, it’s good to check municipal plumbing regulations before installing your pressure booster.

Redirect Water Main Pipes

Installing your water pressure booster requires a few changes to the water main. For instance, it may require indoor installations. Make sure you clean off the pipe with emery paper so that the fittings can adequately grip the pipe. Adjust the cut into the exact fit and take into account perpendicular joints.

Install an RPZ Valve

Almost all municipalities require some sort of backflow prevention device for commercial buildings. Make sure you reinstall the RPZ valve if you haven’t already done so. Install a water pressure gauge in the outlet pipes if you want to install the pipes and fittings. This will allow you to check the PSI value in your house and adjust accordingly.

Test the Water Pressure

Once the installation is complete, turn on the main water valve and check the water pressure with the gauge you’ve installed. Depending on the size of your building, you will need a water pressure of somewhere around 50-69 PSI. Make sure you inspect the water pressure booster from time-to-time to enjoy uninterrupted water pressure.

The Final Thought

Low water pressure doesn’t mean you can’t have a perfect shower in the morning. If you’re suffering from unsatisfactory water pressure, this is how a New Jersey variable booster pump could be the end of your inconveniences. With some careful preparation, you can easily get your booster installed. Do you have any questions regarding a New Jersey water booster pump?

Contact us at Callaghan Pump and take advantage of our experience, competence, and quality products. For more than 14 years, we have been helping homeowners, engineers, and contractors meet their pumping needs in New Jersey. Maybe now, it’s your turn.

Low Water Pressure: All You Need is NJ Water Booster Pumps

Water is precious but often taken for granted. When you turn on your faucets, you expect an ideal water flow, right? Well, most of the time, it does, but there are times when water starts to trickle. That’s an indication of low water pressure. Here’s a guide to help you understand what you can do to tackle low water pressure.

What Does Water Pressure Mean?

Water pressure is the force that moves water through the pipeline. It is the rate at which water flows from one place to another and is measured in bars or PSI (pounds per square inch). A typical rule of thumb is that 1 bar represent 14.5 PSI, which is the force required to lift water to ten meters.

How does Water Pressure Differ?

A number of factors impact water pressure, such as topography, building height, time of the day, water demand, etc. When water pressure is below 40 PSI, it can reduce the flow of water and disturb your tasks. This can mean that filling a bathtub becomes a time-consuming chore.

How to Tackle Low Water Pressure?

Low water pressure issues can be resolved by installing a water pressure booster pump, but first, check your internal plumbing. Make sure plumbing isn’t responsible for low water pressure. The root cause shouldn’t be blocked pipes, corrosion, or other plumbing-related issues. We advise you to consult a plumber to diagnose the main issue responsible for low water in your household. Once you are clear that plumbing isn’t the issue, you can decide on whether you should install a pumping system or not.

What’s the Solution?

If the actual water pressure of your existing water supply system isn’t enough to perform daily chores like bathing and showering, you really need to boost the water pressure. You can accomplish this by installing a water booster pump in a bypass line to the main water pipeline.

Installing a water pressure booster pump is the right thing to do if you want to maintain ideal water pressure in your home. The pumping system generally consists of one or more pumps that are used to increase the pressure in a system to a certain limit. You can use a pressure booster pump to fill up a roof tank, from where you can use gravity to run the water to your household. Even large fluctuations in pressure can be well controlled with the help of a water pressure booster system.

At Callaghan Pump, we can help you tackle low water pressure issues with our branded NJ Water Booster Pumps. We offer a variety of pumping products that are tailored to engineers, contractors, and homeowners. Whether it’s a domestic setting or a commercial one, a hotel or a warehouse, we are here to meet your project specifications. Plus, everything we supply is versatile, safe, low on noise, and eco-friendly.

NJ Water Booster Pumps – An Efficient and Reliable Pumping Solution

If you live in New Jersey and your surroundings are flat, you may not need this. However, most people live near hills, so it can be a bit tricky to maintain adequate water pressure, especially on hilltops. Here is how to use a water pressure booster to pump water uphill.

NJ Water Booster Systems are powerful devices, capable of boosting a large amount of water and transferring it from one place to another in a short period of time. When these pumps are properly operated and maintained, you can easily pump water uphill!

To ensure ideal water pressure, high-rise commercial buildings face two main challenges. One: pre-pressure in water mains is not enough to take care of the whole building. Two: water demand varies constantly. In similar fashion, when you want to achieve an ideal water pressure uphill, you need to consider these two factors.

In some cases, break tanks can be used and installed to stock water, which is also great. However, installing a water booster system is necessary since water needs to be lifted from these tanks to reach different users living at different heights. This simply proves that a water booster pump is not only reliable, but also much-needed to maintain the right water pressure regardless of demand, elevation, and consumption.

Installing a single-phase water booster system can cater to the needs of lower floors. Therefore, it’s important to consider the height of the building while choosing the right pumping solution between single-phase boosters and multi-phase booster water pumps.

Purchase New Jersey Variable Booster Pumps

Callaghan Pump is New Jersey’s most trusted source for water pressure booster pumps, providing services and solutions to a broader sphere. We have been in the business for over 14 years. We treat each project as a new opportunity to distribute and supply the best-quality water booster pumps you deserve.

Our wide-ranging products have gotten even bigger with the integration of state-of-the-art pumping technologies, giving you better performance than ever. You can now achieve greater efficiency, reliability, and ease of use with our top-notch NJ Water Booster Pumps. Our pumping systems are unparalleled in terms of consumer convenience and operational reliability. The pump’s operating noises are reduced, especially when it’s predominantly operated in the low flow range. Plus, you can use it for an array of applications, including irrigation.

Our water pressure booster pumps are even more robust than their forerunners, thanks to the latest pumping solutions in simulation design, testing, and production. These pumps are designed to reduce pump downtime, operating costs, and vibrations. On top of that, New Jersey Variable Booster Pumps require on-site maintenance, which further keeps costs low.

Every detail of the New Jersey Variable Booster Pumps is designed for maximum energy efficiency. Plus, there are a number of variants available provided to match your exact specifications. Rest assured knowing that your premise will reduce kilowatts without sacrificing performance.

For more info, contact us today.

Testing of NY Fire Pumps: What, Why, and How

Fire pumps – one of the key components of a fire protection system – are powered by electricity, diesel, or steam and are connected to either a static water source or the public water supply. These pumps are designed to automatically operate when water pressure drops in the fire protection system, helping to ensure that there is enough water pressure to secure your property against a fire.

A fire pump consists of several important parts, including sensing lines, controllers, and a jockey pump. They are what turn the pump on and off again. For instance, a jockey pump is installed to achieve a certain pressure in the pipelines when the pump is not in use.

What is a Jockey Pump?

Also known as a pressure-maintenance pump, a jockey pump is a small apparatus designed to maintain the water pressure when the system is not working. In other words, its purpose is to keep the water pressure in the pipes within a specific range when there’s no fire. The fire pump doesn’t need to run all the time as the jockey pump takes care of the water pressure. In addition to that, when the fire pump sends highly pressurized water through the pipelines, the sudden change in pressure can damage your fire protection system. That’s why a jockey pump is used to prevent the system from damages when water rushes into the pipes during a fire accident.

Why it’s Crucial to Test Your NY Fire Pump

Fire pumps are life-saving devices that supply the desired water pressure to fire sprinklers. Their crucial role in fire suppression means they should be serviced and inspected from time-to-time. So don’t get caught in an emergency just because your pump isn’t working. Perform regular inspections and tests to ensure your premise is protected from the threat of fire. Carry out an annual inspection with the help of a qualified professional.

How Often Should Your Fire Pump be Inspected?

According to NFPA 25, some fire pumping systems should limit their testing to just once per month. Diesel-powered fire pumps should be checked for at least 30 minutes each week, and electric fire pumps for at least 10 minutes each week. Inspections need to be carried out at established intervals (weekly, monthly, and annually) and should be documented to meet certification requirements. In fact, there are some mandatory inspections and tests to meet the NFPA 25 standards.

What Should be Done During a Fire Pump Inspection?

Depending on the use and type of your fire pump, you may need to inspect it on a weekly, monthly, or annual basis. It is important to keep in mind that your fire pump should perform at optimal levels. During a fire pump test, you should:

Test the system suction and discharge pressure.
Evaluate the system for noises, vibrations, and leaks.
Check the components of the pump, such as packing glands, discharge valves, and gland nuts.
Perform a thorough maintenance check for the hydraulic systems, transmission, and motor at your annual inspection.
Test the fire pump alarm signals, pump operation, and low test.

At Callaghan Pump, we have years of experience and knowledge when it comes to distributing branded New York fire pumps. We have been working with several brands and engineering projects to supply only the best-quality fire pumping systems. Be it an industrial project, a commercial place, or a high-rise building, we know how to take care of your water boosting needs.

To inquire, feel free to get in touch with us.

Types and Uses of Aurora Fire Pumps New York

At Callaghan Pump, we try and help you make informed decisions when it comes to fire protection. In this post, you are going to learn about two major types of fire pumps: horizontal split case pumps and end suction horizontal pumps. We are going to differentiate them to help you truly understand what each one has to offer. Let’s begin!

Horizontal Split Case Fire Pumps

Horizontal split case fire pumps have a split design for the casing. Their cover is lifted off to expose internal components. These pumps include two bearings that are located on either side of the impeller. The bearings are used to withstand the vibration produced by the water turbulence in the suction piping.

Horizontal split case fire pumps can be used for water flows greater than 5,000 GPM and aren’t necessarily mounted horizontally. However, these pumps are not typically used for flows below 1,000 GPM because of concerns related to floor space. You can have the same features with a vertical mount as well. When you mount the pump horizontally, you are able to create a larger footprint.

End Suction Horizontal Pumps

In end suction pumps, the way the water enters the pump is different from horizontal split case pumps. The water enters one side of the impeller, where the suction pipe and motor of the pump are parallel to each other. This actually eliminates the concern about pump rotation. When it’s driven by a diesel engine, you would be able to situate the engine in parallel and near a wall. These pumps are cheaper than horizontal split cases and can be used for low flows.

Over to You

As a leading distributor of Aurora Fire Pumps in NY, we have a different perspective on the usefulness of a fire pumping system. Our fire pumping products are renowned for top-quality manufacturing and high performance that outlasts competitors. Why? It is because we carefully test our New York Fire Pump and strive hard to improve its functionality and life expectancies.

To book your Aurora Fire Pump in New York, contact us.

Buying a Connecticut Variable Booster Pump: A Complete Guide

Low water pressure is frustrating, especially when you are in a hurry. Just imagine how long it would take to complete a shower if you have low water pressure in your home. However, buying the best water pressure booster pump can help you eliminate low water pressure problems.

If you want to ensure optimal water pressure in your house/office, you should invest in a high-quality Connecticut water booster pump. Here is a comprehensive guide to help you understand the need, use, operation, and maintenance of water booster pumps. Stick with us till the end to learn everything.

Understanding Your Water Boosting Needs

Water boosters are often overlooked by homeowners who face low water pressure in their households. For instance, water distribution in high-rise buildings is irregular due to gravity. Top floors experience low water pressure and require water boosting systems to meet their household needs. To simplify the task, you can install one of the best Connecticut water booster pumps.

A water booster pump is a type of centrifugal pump that uses one or more impellers to deliver the water to the desired location. By connecting it to your plumbing system, you can detect when water pressure is low and then automatically boost it according to your needs. They are typically installed at the point where your municipal water line enters your building. So when the pressure drops in the pipeline, the pump draws water from the main supply and automatically boosts it into the building. Such pumps are commonly set to run at 30-50 PSI and consist of a motor, pressure tank, and controller.

Here’s how to ensure you need a Connecticut water booster pump: if you frequently experience low water pressure problems while using faucets, shower heads, or other appliances, you need to install a booster pump to increase the water pressure. However, it is important to understand why your home has low water pressure. Is it due to gravity or municipal water supply? Make sure it isn’t related to any plumbing issue, such as clogged pipelines, rust, leakage, or blockage.

How Do Connecticut Water Booster Pumps Work?

Mechanically, water booster pumps are fairly simple devices. They have an inlet where water enters the pump and an outlet where water exits the pump. For instance, when you install a water booster pump between your storage tank and your house, the pump will make use of a set of impellers to enhance the pressure of the water moving through your household. To clearly understand how water booster pumps actually work, here’s a step-by-step guide:

Water enters the pump through the main supply.
When it enters the chamber of the pump, the impellers come into action.
These impellers spin at a high speed to boost the pressure of the water.
The boosted water then exits through the outlet.

Important Features of a Water Booster Pump

Booster pumps come in various sizes and designs, depending on the brand and purpose. They have four important features that you should be aware of when making a decision to purchase. These features include:

Flow Rate

Flow rate is a key feature of water booster pumps. It is the maximum amount of water leaving the pump every minute. For instance, Connecticut Water Booster Pumps can increase the flow rate to 12 liters per minute even if the incoming flow rate is just 3 liters per minute.

Bar Rating

Bar rating is the pressure at which the water is released from the pump. For instance, Connecticut Water Booster Pumps have a 1.5 bar rating. If you have a large project of a considerable size, then you probably need a more powerful water booster pump.

System Type

Most water booster pumps are available in either positive or negative types that determine how the boosting system will be activated. For instance, a positive water booster pump is activated by gravity, and a negative pump is activated by a drop in the water pressure between the pump and the device.

Head Impeller

As you know, water booster pumps are operated by an impeller system. Most modern systems generally include single or multiple impellers. The more impellers you have, the more powerful the boosting capacity becomes.

Sizing of a Connecticut Variable Booster Pump

When you are sizing a water booster pump, it is crucial to measure your current water pressure. If you want to boost water pressure from 25 PSI to 40 PSI, you will need a water booster pump capable of producing 15 PSI water pressure. To convert PSI to feet of head, you can multiply the value by 2.31.

Once you’ve determined the performance requirements of your booster pump, you are now ready to choose the best pump for your application. Consider where the booster pump will be located so that its configurations and features remain accessible. Also, don’t skip required maintenance and warranty options if you want to make the best decision.

Maintaining a Water Pressure Booster Pump

How long do water pressure boosters last? The answer to this question depends on the brand, type, and overall maintenance of the pump. Normally, a good-quality water booster pump lasts around 6-8 years, but this varies depending on how you maintain your pump. To keep your water booster pump healthy for years:

Perform regular inspections and make sure there are no leaks and fissures.
Check its seals, bearings, and wiring to ensure they are all in order.
In addition to that, notice the performance of the motor by analysing its temperature and vibrations.
For better results, schedule a professional service by a technician once every year.

Conclusion

Connecticut Water Booster Pumps are helpful, cost-efficient, and time-saving – the perfect pumping solution to your daily routine. So think properly before choosing the best water pressure booster pump for your needs. If you need more information, our team is here to help you understand the most critical aspects of your water-boosting project.

Get in touch with us to meet your pumping needs.