fire pump price

With proper maintenance, a fire pump can last 15-20 years or longer. However, components such as seals, bearings, and impellers may need replacement during this period.

Electric fire pumps are a crucial component of a building’s fire safety strategy. They ensure that the fire protection system has adequate water pressure to combat fires effectively, providing a critical defense that can protect lives and property. Their reliability and performance can significantly impact the effectiveness of firefighting efforts during an emergency.

Troubleshooting common issues involves:

Checking power supply: Ensuring there is adequate and uninterrupted electrical power.
Inspecting the pump and motor: Looking for signs of wear, damage, or overheating.
Verifying controller settings: Ensuring the controller is properly configured and operational.
Examining piping and valves: Checking for leaks, blockages, or other issues that could affect water flow.
Consulting manufacturer’s documentation: Following the recommended troubleshooting steps provided by the pump manufacturer.

Electric fire pump systems include several safety features, such as:

Pressure relief valves: Prevent over-pressurization of the system.
Jockey pumps: Maintain system pressure and reduce the frequency of the main pump’s operation.
Emergency stop buttons: Allow manual shutdown of the pump in case of an emergency.
Automatic transfer switches: Ensure seamless switching to backup power sources during a power outage.

Lifecycle management involves:

Regular Maintenance: Implement a scheduled maintenance program to keep the pump in optimal condition.
Upgrades and Retrofits: Upgrade or retrofit components as technology advances or as system requirements change.
End-of-Life Planning: Plan for the eventual replacement of the pump system, ensuring minimal disruption to fire protection coverage.
Performance Monitoring: Continuously monitor performance to identify when parts or the entire system need replacement or overhaul.

Selection criteria include:

Required flow rate and pressure.
Depth and characteristics of the water source.
Type of installation (indoor or outdoor).
Compliance with relevant standards and regulations.
Environmental conditions and potential hazards.

These pumps are commonly used in municipal water systems, industrial facilities, power plants, and any location where a reliable water supply is necessary for firefighting. They are particularly useful where the water source is deep underground or where large volumes of water need to be moved vertically.

Advantages include:

Ability to lift water from deep sources.
High efficiency in moving large volumes of water.
Compact design, making it suitable for limited space applications.
Reliability and longevity with proper maintenance.

Yes, firefighting pumps are often integrated into building fire protection systems, such as sprinkler systems and standpipes. These pumps provide the necessary water pressure to ensure effective fire suppression in case of an emergency.

Fire pumps installed in hazardous environments, such as areas with flammable gases or vapors, need to meet specific safety standards. Explosion-proof components and adherence to relevant regulations are crucial.

Water supply reliability is paramount for the effective operation of fire pumps. This article explores the significance of a consistent and adequate water source, such as municipal water mains, dedicated fire service water tanks, or reservoirs. It highlights the measures required to ensure water supply reliability and the potential consequences of water source inadequacy.

1. Jockey pump
2. Suction piping
3. Fire pump
4. Discharge piping
5. Pressure switch
6. Pressure gauge
7. Check valve
8. Control panel
9. Alarm system
10. Bypass valve
11. Priming chamber (if applicable)
12. Backflow preventer (if applicable)

Fire pump impellers typically have a single- or double-suction design, with the latter being more common. They are usually made of cast bronze, cast iron, or stainless steel and are designed to operate at high pressures and temperatures. The impeller blades are typically curved to provide optimal flow and pressure, and the hub is designed to ensure a secure fit on the motor shaft. The impeller shape and size, as well as the number of blades, are designed to provide an optimal flow rate and pressure for the application.

The electric motor fire pump is an important water supply equipment in the fire protection system. The electric motor fire pump has a wide range of head, flow and power, and can be used in many environments. Providing sufficient water supply is the key to ensure emergency use.

There is a combination equipment that uses diesel as fuel for firefighting, but it is usually used as a backup firefighting facility, because it can only be started automatically when the firefighting signal comes, and the electric water pump fails or the power supply is cut off, that is, the diesel engine firefighting pump set. It is very different from the electric fire pump in that it has its own independent power supply and storage system.

The trailer-type mobile pump truck is designed by the unique design of the pump body and the impeller flow channel using the principle of axial backflow and external mixing. It can be like a general self-priming clean water pump without installing a bottom valve and irrigation and diversion, and it can also be suction and discharge. Water bodies with large solid impurities and long fiber substances can be widely used in drought relief, flood control and drainage, municipal sewage discharge, emergency drainage, etc.

What are the components of the fire pump group
1. Electric pumps: various end suction pumps and split case pump.
2. Jockey pump: vertical, small flow, head higher than electric pump or diesel pump.
3. Control panel: Automatically control the water pump, with overload and overcurrent protection functions.
4. Accessories: suction pipe, discharge pipe with flange, battery, gate valve, check valve, expansion joint, pressure switch, pressure gauge, base, etc.

When a partial failure of the equipment occurs, the emergency function can be enabled to continue the water supply. The equipment can be automatically connected to the municipal water supply network, and has dual constant pressure functions, which can meet the normal pressure and flow of domestic and production water, and can automatically switch to high-pressure and large-flow water supply when a fire occurs, and can be used for multiple purposes.

The fire control cabinet is mainly used to control the important executive device of the fire pump. The fire hydrant pump control cabinet and the fire sprinkler control cabinet are collectively called the fire control cabinet. When the fire hydrant pump (spray pump) control cabinet receives the fire hydrant signal, it will press Indicates to start or stop the fire water pump.

There are four types fire pump, including end suction pump, split case pump, multiage pump and vertical turbine pump. These fire pumps may bepowered by an electric motor or diesel engine and on rare occasion powered by a steam turbine.

Fire pumps are part of the water supply to a fire sprinkler system and are powered by electricity, diesel or steam. The pump inlet is either connected to a public groundwater supply or to a static water source (e.g. tank, reservoir, lake). This pump provides higher pressure water flow to sprinkler system risers and hose risers.

ISO single-stage single-suction centrifugal pump is a new generation of energy-saving and environmentally friendly horizontal centrifugal pump independently developed by the staff of Beide Technology Group and domestic water pump experts using the domestic excellent hydraulic model and the performance parameters of domestic general centrifugal pumps. Different from the ISW basic centrifugal pump, it has the characteristics of excellent performance, high reliability, long life, reasonable structure and beautiful appearance, and has the industry leading level.

1. Better is a professional fire pump manufacturer with 17 years of industry experience
2. Professional sales team and R&D team with strong technical skills and self-produced control system
3. The motor is self-produced and can produce 50/60HZ

The electrical control cabinet of the fire pump set has the switching control mode of single pump, multiple pumps, and multiple main and standby pumps. According to the power of the pump and user requirements, the starting mode of the pump motor can be configured as direct start, star-delta start and other forms.

Fire pump factory is working now

Self priming pump diesel engine driven works for water or medium similar to water that viscosity below 5°E and temperature below 80°C(176°F). It is compact, easy to operate, running stable, easy to maintain, efficient, with long service life and large suction capacity.

The products are packed in wooden cases, which are light in weight, whole core, frosted and formaldehyde free. Shipping remark can be made for free. Good packaging is the quality guarantee during the transportation of products.

CDL type of stainless steel metal stamping forming vertical multistage centrifugal pump , with the use of health clean, high efficiency, low noise, resistance to mildly corrosive and compact structure, beautiful appearance, small size, light weight, the use of easy maintenance, and reliable sealing performance.

After several years of R&D testing and certification, Beide Technology Group Co., Ltd. has obtained FM/UL certification for its existing fire pumps after obtaining domestic 3CF certification, and joined the NFPA Fire Engineers Association. Beide Technology Group Co., Ltd. has been committed to providing human beings with more reliable, more energy-saving and safer pump products.

The fire pump system includes diesel engine pump + electric motor pump + jockey pump.
Its power: 1.0 to 20kw, flow: 15-300gpm, head: 3-10bar, 50/60hz. Material: Cast iron or SS, bronze impeller.
This pump set is ideal for fire protection or voltage stabilization in houses or small buildings. We customize according to NFPA 20 and GB standards.