fire pumps manufacturers

United Company is the largest fire pump company in Egypt and acts as a company agent Watx Emirati Supplying and installing all types of fire pumps, such as diesel, electric, and juicing. All types of fires are installed based on the fire code.

Fire pumps come as an essential and indispensable part of firefighting systems, as these pumps play a vital role in providing the necessary protection for individuals and property from the dangers of fire, whether they are used in residential, commercial or industrial buildings.

Fire pumps are the first line of defense in emergency situations, as they pump water effectively and quickly to control fires and prevent their spread.

In this article, we will talk about the importance of fire pumps, their different types, and how to choose the appropriate system to meet safety needs within facilities.

Types of fire pumps

There are many types of fire pumps to meet all safety requirements and diverse operating conditions within each facility. Here are the most prominent types used:

• Diesel Fire Pumps
  • These pumps operate via a diesel engine and are used when the electricity source is unavailable during an outage. They are considered suitable for use in difficult conditions and environments that require extreme care.
• Centrifugal Fire Pumps
  • It is considered one of the most common types inside commercial and industrial buildings because it works to convert the kinetic energy of water into high-pressure energy, which allows water to be pumped in large quantities.
• Electric Fire Pumps
  • Electric fire pumps operate through an electric motor and provide high water pressure. One of their most important features is that they are easy to maintain.
• UL FM fire pumps
  • UL FM certified fire pumps are one of the two most important international organizations that work to provide products based on strict quality and safety standards. This type of pump provides the performance required to maintain facilities.
• Jockey Pumps
  • Used to maintain the water pressure in the system at a certain level to avoid frequent starting of the main pump; It works automatically to compensate for any slight drop in pressure.
• Emergency Fire Pumps
  • Designed for use in emergency situations where the main system is unavailable or malfunctioning; They are often portable and used in remote locations or extreme conditions.

UL FM fire pumps

UL FM fire pumps provide quick solutions for high and effective water pumping. They also reduce the time spent on manual pumping and help firefighters fight the most difficult fires efficiently and quickly.

 

UL FM fire pumps are widely used within commercial, industrial and residential facilities because they provide superior performance with easy maintenance, in addition to operating at high temperatures from 40 to 60 degrees Celsius.

 

And a pressure of up to 48 bar, or 700 pounds per square inch, because it was designed in an innovative way and through the latest technology developments in firefighting.

Diesel fire pumps

Diesel fire pumps are one of the vital options used in firefighting systems, especially in places where reliance on electricity is weak.

diesel fire pump pressure relief valve which provides a high ability to operate continuously in difficult conditions. Diesel pumps are distinguished by their strong performance and quick response, as they can pump large amounts of water to fight fires effectively.

Approved fire pumps

The approved fire pumps work by drawing water from a fixed source and then pumping it into the networks to feed the fire sprinklers. The size of the pump depends on the building, such as its size and nature, in addition to its safety requirements.

Diamond fire pumps

MAS fire pumps are among the leading options in the field of firefighting systems, thanks to their efficiency and high capacity. These pumps rely on an advanced mechanism that ensures water is drawn from a fixed source such as a water tank and pumped with strong pressure through pipe networks to feed fire sprinklers and other fire systems.

Jockey fire pump

The Juki fire pump is used to maintain the water pressure in the fire-fighting system at a certain level before starting the main pump. It also works automatically to compensate for any slight drop in pressure resulting from small and simple leaks in the system, which ensures that the system remains in a constant state of readiness to fight fires.

Fire pump specifications

Fire pumps are a vital part of safety and fire prevention systems in buildings and various facilities. These pumps are distinguished by technical specifications that make them capable of meeting the needs of safety and high performance. The most prominent of these specifications are the following:

• The pump must give a flow rate of up to 150% of the required flow rate in order to give a pressure value of no less than 65% of the pressure value.
• The pump must be of the End Suction or Split Case type.
• Each pump must have its own plate.
• The pump must be certified by recognized bodies such as UL or FM.
• The pump must comply with NFPA specifications.

You get up United Company United Company supplies and installs all types of fire pumps and creates engineering designs For networks To extinguish the fire, contact us through phone numbers or through our website.

Fire pump rooms

Many people wonder what are the components of a fire pump room? Fire pump rooms consist of a group of basic elements that ensure the efficient and effective operation of the fire fighting system. These components include the following:

• Suction Pipe
  • This part is the connection between the tank and the pump room, and its mission is to draw water from the tank and then feed it to the Fire Pumps.
• Vortex Plate
  • In the absence of the Vortex Plate, bubbles will accumulate on the suction line, and the direction of the water will change at an angle of 180 degrees inside the tank to the suction line, resulting in bubbles forming and cavitation occurring.

Here comes the role of the Vortex Plate, as the water changes its direction in two stages, once 90 degrees down and another 90 degrees upward when the water is in the Suction Pipe and prevents the accumulation of eddies.

• Gate Valve OS & Y valves for the fire network
  • An isolation valve and an exhaust line are installed on the fire pump suction line. An isolation valve is also installed, and this applies to the Electrical Pump & Stand By Diesel. Jokey Pump, the role of these valves is that when the maintenance process is completed, they are closed.
• Check Valve
  • It works to maintain the network after the pump stops working. It is installed on the ejection line of each pump, where it works to prevent the return of water from the pump to another pump.
•  Automatic Air Release
  • The air discharge cock in fire pumps is installed on the base of the fire pump so that the air exits repeatedly and does not accumulate inside the pump.
• Pressure relief valve Relive Valve
  • It is a valve that opens automatically when the pressure rises, as it works to drain this pressure outside the network so that it does not return again and cause a problem.
• Flexible Coupling / Strain Relief
  • It prevents the vibrations generated by the motor from reaching the tanks, which may cause water leakage. These connections are made of rubber and are certified.
• Test Line
  • Tests the electric and backup pump And it is done Installing a water meter on the test line, and in the case of testing the pump, open the valve and turn on the pump from the control panel so that the pump draws water from the tank.
• Eccentric Reducer
  • It works to prevent the occurrence of Air Pockets, which are the possible air points that may cause cavitation in the pipes.
• Control Panel
  • Control panels are an essential part of the fire pump system, as they ensure the smooth and effective operation of the pumps in emergency situations. Control panels consist of a group of devices and components that allow monitoring and managing the operation of the pumps safely and effectively.
•  Diesel Engine Muffler
  • It is the silencer of a diesel engine. It is a vital part of the exhaust system of diesel engines used in fire pumps, as it improves the working environment and reduces noise pollution by absorbing engine sound.

fire pump room components

The fire network includes three pumps: the Main pump, the Stand by pump, and the Jockey pump. When a fire breaks out, only one pump is operated.

The main pump works to supply the network with the pressure and flow rate required according to the design, while the stand pump works to supply the network with the pressure and flow rate required when a malfunction occurs in the main pump.

The pump is working The jockey yourPump Compensatory where Intervene When a leak occurs in the network instead of the main pump, the pump pressure will be the same To press The main pump, but with a flow rate of only 10%.

Fire pump prices

It is difficult to define fixed values For prices Fire pumps, and there are some factors that affect their cost, including the following:.

• Pump type (diesel, electric, juke, etc.).
• Capacity and ability to pump water.
• Brand.
• Technical specifications such as materials used in manufacturing.
• Certificates and accreditations such as FM & UL certificates.

In addition to these factors, there are maintenance and installation costs and some other services that are added to the total cost. You can contact us at United Company, the exclusive and sole agent for the Emirati company Watex in Egypt, on the phone numbers, and we will answer all your questions regarding all types of fire pumps, because we are the best company in supplying And installation of all types of fire pumps.

Read more:
Fire fighting system

Frequently asked questions

Fire pumps how many gallons?

The capacity of fire pumps varies greatly depending on their type and purpose of use. The capacity of the pumps is measured In gallons Gpm-Gallons-Minute Pump capacities range from about 50 gallons to more than 5,000 gallons per minute.

What is the pressure of fire pipes?

It usually ranges between 7 to 12 bar (1 bar is equivalent to about 14.5 pounds per square inch). In most firefighting systems, pipes are designed to withstand high pressures to ensure effective water delivery. To points Extinguishing.