Prices of Water Supply and Firefighting Booster Pumps

 Prices of Water Supply and Firefighting Booster Pumps

A booster pump system is used to overcome low water pressure and ensure sufficient pressure levels. Considering its extensive utility, booster pumps are offered at highly cost-effective prices. In multi-unit buildings, water consumption tends to increase at certain hours of the day, resulting in reduced water pressure. To address this challenge, products like water supply booster pumps are used. This system includes multiple pumps arranged in parallel, with the Wilo pump as the best option.

 

Hiwater has a long-standing history of producing and distributing various products, including water supply and firefighting booster pumps. For purchasing or receiving detailed information about booster pump prices, feel free to contact us at +982188816800.

 

 Examples of Booster Pump Projects by Hiwater:

 

 

Supply of a 4 kW variable-speed booster pump with a Danfoss drive and Schneider HMI for a residential complex.

 

Production and delivery of a 3-line booster pump system equipped with a Pentax CBT600 pump, variable-speed functionality, and a Danfoss drive.

 

 

Two-line Rayyan variable-speed booster pump for water distribution.

 

 

Domestic Booster Pump Pricing

 

Pumps are typically installed in residential properties, whenever the water pressure decreases significantly and water usage is particularly high. However, in cases where the number of units is too large, domestic booster pumps are utilized. These systems have multiple pumps connected in parallel, with their primary function of enhancing the building’s water pressure.

 

 

 

Operation Mechanism of Booster Pumps

A booster pump system comprises several pumps in parallel. When the water pressure in the system drops below acceptable levels, the first pump activates to compensate for the pressure. If the pressure deficit is not corrected after the first pump is activated, the additional pumps will automatically start running to compensate for the pressure deficit.

 

 

Benefits of Using Booster Pumps

One of the most important advantages of booster pumps is their structure, which allows for easy disassembly and convenient transportation. Moreover, servicing or repairing these systems can be carried out during operation without causing interruptions. Booster pumps are often implemented in large settings, as they efficiently supply water to extensive areas. Energy consumption can be optimized by using booster pumps as multiple smaller pumps can be applied instead of a single large one. Additionally, when a pump is not needed, others can be operated more economically. Another benefit of booster pumps is their low cost of maintenance and repair.

 

  

Types of Booster Pumps

Water Supply Booster Pump

Firefighting Booster Pump

 

 

High-Water Water Supply Booster Pump

A water supply booster pump is designed for multi-unit buildings with water shortages. With the rise in population, the number of large residential buildings has significantly increased, leading to common water supply challenges. To solve this problem, a single pump cannot address the issue efficiently due to the high number of units. Instead, a system consisting of multiple pumps operating together is recommended. For smaller buildings with fewer units, a single pump is sufficient, and Sempa pumps are among the best options.

 

 

Uses of Water Supply Booster Pumps

• Offices and commercial centers
• Residential complexes
• Recreational venues
• Swimming facilities
• Sports stadiums
• Agricultural fields
• Pressurized irrigation systems
• Public offices

 

  

Different Types of Water Supply Booster Pumps

• Fixed-Speed Booster Pump
• Variable-Speed Booster Pump

 

Fixed-Speed Water Supply Booster Pump: This type of booster pump is known for delivering maximum efficiency in a short time. There are two subtypes of this booster pump:

• Equipped with a PLC (Programmable Logic Controller) or change over. This smart device stores pump data and activates the pumps according to its programmed settings whenever necessary.
• Without a PLC: The water pump operates using command switches to regulate the required pressure within the system.

 

 

Variable-Speed Water Supply Booster Pump

Variable-speed booster pumps provide advantages like minimal wear and tear and lower energy consumption. These pumps gradually increase water pressure over time, maintaining a steady pressure level when the required pressure is achieved.

 

 

Main Components of a Variable-Speed Water Supply Booster Pump

 

Electro Pumps: Electro pumps are the most important components of the booster pump system responsible for water pumping. In some booster pumps, the pump is connected to the electric motor via a coupling, while in others, the pump and motor are separate but work as a cohesive unit.

Suction and Discharge Manifolds: The suction collector allows water to enter the system, while the discharge collector directs it out of the system.

Control and Command Panel: This panel ensures synchronization between mechanical and electrical components. Its design is crucial for optimizing the booster pump’s performance.

Chassis: All booster pump components are mounted on a chassis. A robust chassis is essential to prevent vibrations or shocks from transferring to the surrounding area.

Pressure Transmitter: This part controls the water pressure.

 

Operation of Variable-Speed Water Booster Pumps

When a water valve is turned on, the first pump in the booster system is activated. If water consumption increases or additional valves are turned on, the pump’s speed automatically adjusts to maintain steady water pressure. Once the first pump reaches its maximum speed, the next pump starts operating, and this process continues until the desired pressure is achieved. When water consumption decreases or stops, the pumps reduce their speed.

 

 

Benefits and Features of Variable-Speed Water Booster Pumps

• The water output from the pump corresponds to the amount of water consumed, removing the need for a diaphragm tank and saving water.
• Eliminating the diaphragm tank frees up space in the boiler room.
• Smooth pump activation and deactivation, along with gradual speed changes, reduce the current needed to start the pumps, leading to energy and power savings.
• These pumps operate with significantly less noise compared to traditional models.
• The system provides fully stable water pressure.
• The pumps are highly durable and capable of continuous operation in the case of using a backup pump.
• Maintenance can be performed during the system’s operation.

 

 

Applications of Variable-Speed Booster Pumps

• Hospitals and hotels
• Large residential complexes and tall buildings
• Industrial plants
• Agricultural systems

 

Small Booster Pumps

Small booster pumps are designed with fewer pumps and are ideal for smaller buildings with fewer units. Conventional booster pumps may not be cost-efficient for small structures, making small booster pumps the optimal choice in such cases.

 

Another advantage of small booster pumps is their minimal space requirement. In buildings where available space is limited, using a small booster pump that occupies less space is effective and convenient.

 

Components of a Small Booster Pump

The components of a small booster pump are similar to those of a conventional booster system, but the number of parallel pumps is reduced. These systems include valves, one-way valves, inlet and outlet gate valves, strainers, pressure switches, pressure gauges, a control panel, and a set of pumps.

 

 

Small Booster Pump Applications

Conventional booster pumps are usually used in large, high-rise structures such as industrial facilities, factories, mosques, schools, residential buildings, or towers, as well as water distribution projects like greenhouses, to regulate water pressure.

However, for a small residential building with few units and standard height, it is advisable to use a small booster pump. In residential apartments and buildings, water pressure can fluctuate significantly, and if the pressure becomes too high, it may cause pipe damage. Furthermore, if the water pressure is too low, this can result in water outages, leading to numerous issues for residents.

 

Installing a small booster pump in the building helps ensure the water pressure remains stable. These booster pumps use 3-horsepower motors, and the pressure tanks have a maximum capacity of 60 liters. Such pumps often comprise one or more pumps in parallel. Like their conventional pumps, small booster pumps are available in both fixed-speed and variable-speed models. Single-phase or three-phase fixed-speed pumps are used for lower capacities, while three-phase variable-speed models are used for higher capacities.

 

 

Installing a Small Booster Pump

When installing a small booster pump, it is important to consult with a skilled technician. The installation process for these pumps is often more complex than for conventional booster pumps.

 

 

Steps for Installing a Small Booster Pump:

• Connecting the pump to the city’s power supply.
• Selecting the connection method for the terminal.
• Adjusting the pressure for the booster pump.
• Regulating the board of the booster pump.
• Choosing the appropriate height for the water tank.

 

 

Differences Between a Pump and a Booster Pump

To explain the difference between these two products, it is better to define them separately. As mentioned earlier, booster pumps consist of several pumps in parallel, and their primary function is to maintain consistent water pressure in a building. These pumps are usually used in buildings with many units, where higher floors may have lower water pressure.

 

Standard pumps are not capable of supporting these spaces, and thus booster pumps become helpful because pumping water to upper floors is a challenging task, and the water must travel a long distance, which can cause pressure variations. As a result, the pump’s performance decreases. Therefore, booster pumps are necessary in these situations.

 

Booster pumps are often used in tall or multi-story buildings, as well as in industrial facilities and factories. They are also ideal for agricultural irrigation, hospital systems, schools, and sports halls. Booster pumps come in various types, including domestic water booster pumps and firefighting booster pumps. The latter are usually used for fire extinguishing, and their use in high-rise buildings has become critical. Failure to install a fire-fighting booster pump in tall buildings can result in fines from the municipality due to its effect on building safety.

 

Booster pumps have numerous benefits, with one of the most important being their low maintenance costs. They can also be repaired while operating, and the components can be easily disassembled, thereby positively affecting their transportation. Booster pumps are designed for continuous operation, and if one pump fails, a backup or reserve pump will automatically operate.

 

One of the key advantages of booster pumps is their ability to save energy. Energy consumption increases when water pressure fluctuates excessively but using a booster pump can significantly reduce energy use. These pumps can cover a broad range of requirements and have a long service life, with minimal wear and tear.

 

 

The main distinction between a conventional pump and a booster pump is the ability of the booster pump to reduce water pressure fluctuations, ensuring that water is distributed evenly across units. In buildings with conventional pumps, the water in the pipes and faucets is subject to sudden drops in pressure, which may cause the pump to stop and result in water disruptions, which can be very inconvenient. With a booster pump, when there is no water consumption, the pressure in the pipes remains stable, and the electro-pumps of the booster pump are off. Once water consumption restarts, the pressure drop is quickly compensated, and the electro-pumps begin working again, distributing water to the units.

 

Booster Pump Purchase

To buy a booster pump, our group offers two options for our customers. You can visit our HiWater facility in person to purchase the pump you need, where our experienced professionals will assist you with expert advice and guide you in selecting the most suitable product for your specific needs. If you prefer not to visit in person, you can order through the HiWater website. In this case, you can still consult with our team online, and after placing your order, your product will be delivered to your home within a few days.

 

 To provide a general overview of a booster pump, it consists of multiple pumps that are arranged in parallel. The pumps are controlled by a control panel that manages their speed. Booster pumps are used when it is necessary to maintain a stable water pressure within a building. These pumps are often crucial in large and multi-story buildings, as a single pump cannot handle the water demand of such a large building.

 

Without the use of a booster pump, water has to travel a long distance to reach the upper floors, which can result in significant pressure fluctuations. Therefore, booster pumps are essential in such buildings. Additionally, in places where water usage is constant, such as factories with large water supply networks, booster pumps are necessary.

 

HiWater provides high-quality booster pumps at the most competitive prices. You can find a variety of booster pumps, including compact models, apartment booster pumps, residential booster pumps, industrial pumps, water supply pumps, and fire-fighting booster pumps, manufactured by the skilled HiWater team.

 

To see additional types of booster pumps, click here.