Water Pumps with 400 L/min

The combustion engine water pumps for irrigation are tools for water management in agriculture, gardening, and other activities requiring efficient irrigation. These devices are equipped with an internal combustion engine, usually petrol or diesel, allowing large amounts of water to be pumped from a source to a desired destination. Here are the main types of combustion engine water pumps for irrigation available:

• Small and portable irrigation water pumps: Compact, lightweight, and with a four-stroke engine, these pumps are ideal for small gardens and domestic irrigation operations.
• Medium frame-mounted irrigation water pumps: These pumps, including professional models from Hyundai and Koshin, offer excellent value for money and are suitable for more intensive applications.
• High head irrigation water pumps: Characterised by high water lifting capacity, they are ideal for situations requiring significant pressure.
• Dirty water irrigation water pumps: Designed to handle water mixed with mud and other earthy elements, these pumps are useful for clearing flooded areas.
• Diesel irrigation water pumps: Ideal for long work sessions due to their efficiency and durability.
• Chemical substance water pumps: Suitable for handling non-natural liquids such as fertilisers and chlorides, ensuring long life thanks to corrosion-resistant materials.

Water pumps are devices capable of transferring water from a source such as a well or tank to a destination such as an irrigation system, a field, or a garden. Here are some of the main applications of combustion engine water pumps for irrigation:

• Agricultural irrigation: Engine pumps are essential for irrigating large agricultural areas, allowing efficient and uniform irrigation. They can handle both clean water and water loaded with suspended particles.
• Wastewater management: Dirty water pumps are used to clear flooded areas, removing water mixed with mud and debris, ensuring a safer and drier environment.
• Industrial applications: These devices can be used to transfer water containing chemicals such as fertilisers and chlorides, essential for various industrial processes.
• Domestic use: Small and portable engine pumps are ideal for watering gardens and vegetable patches, facilitating green maintenance with minimal effort.
• Environmental emergencies: In emergency situations such as floods, high head and dirty water pumps are crucial for quickly removing large amounts of water.

Combustion engine water pumps for irrigation are devices designed to operate in harsh environments and handle large volumes of water. Their construction is based on key components that determine their efficiency and functionality.

The operation of irrigation water pumps begins with starting the engine, which drives the impeller inside the pump body. The impeller creates a pressure difference that draws water through the inlet pipe and pushes it out through the outlet pipe. This mechanism allows large amounts of water to be transferred quickly and efficiently, making water pumps indispensable tools in many practical applications.

Here is a detailed description of the components and their operation:

• Internal combustion engine: The heart of the water pump is a combustion engine that can be powered by a mixture (two-stroke), petrol (four-stroke), or diesel. Four-stroke engines are preferred for their greater quietness and efficiency compared to two-strokes.
• Pump body: Made of corrosion-resistant materials such as cast iron or aluminium, the pump body contains the pumping mechanism. The robustness of the material is crucial for the device's durability, especially when dealing with dirty or chemical water.
• Impeller: Inside the pump body, the impeller is the rotating component that pushes water through the system. Its configuration determines the pump's capacity and head.
• Suction and delivery system: The pump is equipped with an inlet (suction) and an outlet (delivery). The diameter of the fittings, which can vary from 25 to 50 mm, affects the water flow rate, which can reach up to 1000 litres per minute.
• Filters: For dirty water pumps, the presence of filters is essential to prevent debris and particles from damaging the impeller and other internal components.
• Frame and configuration: Water pumps can be portable or mounted on a frame. Portable versions are ideal for dynamic work, while those on a frame are intended for static installations.
• Starting system: Some models are equipped with electric start, allowing the engine to be started with a key or button, greatly simplifying use compared to manual pull-start.

Combustion engine water pumps for irrigation offer numerous advantages over other water pumping systems, making them a preferred choice for many agricultural, industrial, and domestic applications. Here is a detailed analysis of the main advantages of these water pumps:

• Power and efficiency: Combustion engine water pumps are powered by internal combustion engines that provide high power, allowing large volumes of water to be moved in a short time. This power is particularly useful in situations where rapid and efficient pumping is required, such as in the irrigation of large agricultural areas.
• Versatility of use: These devices are suitable for a variety of waters, from clean water to those loaded with suspended particles. There are specific models for dirty water that can handle debris, mud, and other earthy elements without compromising performance.
• Independence from the electrical grid: One of the main advantages of combustion engine water pumps is their independence from the electrical grid. This makes them ideal for use in remote areas or where access to electricity is limited, ensuring uninterrupted operational continuity.
• Mobility and ease of transport: Portable and frame-mounted versions are designed to be easily transportable, allowing them to be moved from one place to another with ease. This is a significant advantage for jobs that require mobility and flexibility.
• Reliability and durability: Combustion engine water pumps are built with durable materials and high-quality components, such as engines from renowned brands like Honda and Koshin. This robust construction ensures a long device life even in challenging operating conditions.
• Capacity to handle large volumes of water: With flow rates that can exceed 1000 litres per minute and heads up to 80 metres, these pumps can handle large amounts of water, making them ideal for intensive applications such as agricultural irrigation and emergency management.
• Ease of starting: Many models are equipped with electric start, simplifying engine ignition by eliminating the need to pull the cord. This is particularly useful in emergencies or for operators who prefer quick and effortless starting.

Compared to other pumping systems such as electric pumps, combustion engine water pumps offer greater power and independence as well as superior capacity to handle dirty water and high volumes. This makes them an ideal solution for those seeking efficiency, reliability, and versatility in a water pumping device.

Combustion engine water pumps for irrigation are divided into different types, each with specific characteristics that make them suitable for particular needs and applications. Below is an overview of the main types and their descriptions.

Small and portable irrigation water pumps represent an ideal solution for those who need a lightweight, compact, and easy-to-transport device. These models are particularly suitable for watering gardens, vegetable patches, and small green areas. Here are some distinctive features of this type:

• Four-stroke engine: These pumps are equipped with four-stroke engines that offer several advantages over two-stroke engines, including greater efficiency, reduced fuel consumption, and lower noise levels.
• Compactness and lightness: The compact construction and reduced weight make these pumps easily transportable. They are designed to be moved without difficulty, making them perfect for those who need to move frequently between different work areas.
• Ease of use: The user-friendly design of these pumps makes them easy to use even for those with little experience with engine devices. The manual pull-start is generally easy thanks to the engine decompression systems.
• Adequate flow rate for small applications: Although small, these pumps can provide a sufficient flow rate for domestic irrigation needs, with the capacity to move several litres of water per minute.
• Affordable price: Another significant advantage of small and portable pumps is their relatively low cost, making them an economical choice for hobbyists and small farmers.

Medium frame-mounted irrigation water pumps are designed to meet the needs of those requiring greater power and pumping capacity than portable models. These devices are mounted on a frame that offers stability and facilitates positioning. Here are some distinctive features of this type:

• Robust frame: The frame provides a stable and resistant base, facilitating the installation and use of the pump in a fixed position. This is particularly useful in applications requiring continuous operation at a single point.
• High-quality engines: Mid-range models often use engines from renowned brands like Hyundai and Koshin. These engines are known for their reliability and durability, ensuring optimal performance even in challenging operating conditions.
• High flow rate and head: Medium frame-mounted pumps can move significant amounts of water, with flow rates that can reach several hundred litres per minute. The maximum head can vary, making them suitable for both long-distance water transfer and large area irrigation.
• Versatile configuration: These pumps can be used for a variety of applications, from agricultural irrigation to the drainage of flooded areas. Their versatility makes them useful tools in different situations.
• Good value for money: Offering a balance between cost and performance, these pumps represent an economical choice for farmers and professionals who need a reliable solution without having to invest in high-end models.

High head irrigation water pumps are devices designed for situations requiring water to be lifted to great heights. These pumps are ideal for irrigating sloping land or transferring water over long distances, ensuring constant and reliable pressure. Here are some distinctive features of this type:

• High lifting capacity: These pumps are designed to provide a very high head, which can reach up to 80 metres. This feature makes them ideal for applications requiring water to be transported to great heights or over long distances.
• Powerful engines: The engines used in these pumps are generally very powerful, capable of sustaining continuous operation and providing the necessary force for water lifting. Both petrol and diesel models are available, offering options for different operational needs.
• Robust construction: The structure of high head pumps is made with corrosion-resistant materials such as cast iron or stainless steel to ensure long life even in difficult working conditions.
• Energy efficiency: Despite their high capacity, these pumps are designed to be energy efficient, minimising fuel consumption and reducing long-term operating costs.
• Adaptability to different applications: In addition to irrigation, these pumps can be used in other applications requiring high pressure, such as filling elevated tanks, distributing water in sprinkler systems, and supplying water in mountainous areas.

Dirty water irrigation water pumps are essential tools for managing situations where water contains debris, mud, and other solid particles. These devices are designed to tackle the most challenging conditions, ensuring reliable operation even in difficult environments. Here are some distinctive features of this type:

• Handling contaminated water: These pumps are built to handle dirty water containing earthy elements, mud, and debris. They are equipped with robust filters that prevent solid particles from damaging the impeller and other internal components.
• Corrosion-resistant materials: The construction of these pumps uses corrosion-resistant materials such as cast iron or stainless steel, ensuring long life and reliability even in the presence of aggressive waters.
• Powerful and reliable engines: Equipped with petrol or diesel engines, these pumps offer the power needed to handle large volumes of contaminated water. The engines are designed to operate continuously without overheating.
• Ease of maintenance: Maintenance is simplified thanks to the modular design, allowing easy access to internal components for cleaning and filter replacement. This ensures efficient operation and a long device life.
• Versatility of use: In addition to draining flooded areas, these pumps are used in industrial and agricultural applications where it is necessary to remove or transfer water loaded with debris. They are essential in emergency situations for the rapid clearing of dirty water from basements, cellars, and agricultural fields.

Diesel irrigation water pumps are designed to ensure high performance and reliability in prolonged working conditions. These devices are particularly suitable for applications requiring continuous operation and long life. Here are some of the main features of this type of pump:

• Diesel engines: Diesel pumps use engines that offer high efficiency and greater durability compared to petrol engines. Diesel engines are known for their robustness and ability to operate continuously for long work sessions.
• High power: Diesel engines can provide high power, allowing pumps to move large volumes of water even over long distances or at high altitudes. This makes them suitable for intensive agricultural and industrial applications.
• Fuel efficiency: Despite their power, diesel engines are generally more fuel-efficient than petrol engines, reducing long-term operating costs. This is a significant advantage for applications requiring continuous operation.
• Robustness and reliability: Diesel pumps are built with high-quality materials that ensure corrosion resistance and durability. This makes them suitable for operating in harsh environmental conditions and handling water containing suspended particles.
• Versatility of use: These pumps are used in a wide range of applications, including agricultural irrigation, drainage of flooded areas, and water supply for large construction sites and industries. Their versatility makes them indispensable tools for professionals in the field.

Combustion engine water pumps for chemical substances are specialised tools designed for the safe transfer of non-natural origin liquids such as fertilisers, chlorides, and other aggressive chemicals. These pumps are built with corrosion-resistant materials to ensure long life and reliable operation. Here are some distinctive features of this type of pump:

• Corrosion-resistant materials: The parts in contact with liquids are made of special materials such as stainless steel, coated cast iron, or high-resistance polymers that protect the pump from the corrosive action of chemicals.
• Powerful engines: Chemical substance pumps are equipped with combustion engines, both petrol and diesel, that provide the power needed for the transfer of viscous and aggressive liquids. These engines are designed to operate continuously without overheating.
• Operational safety: The design of these pumps takes into account the safety of the operator and the environment. They are equipped with advanced sealing systems that prevent chemical liquid leaks and reduce the risk of contamination.
• Pumping efficiency: Thanks to their ability to handle liquids with different viscosities, these pumps ensure a constant and uniform flow. This is essential for applications such as the distribution of fertilisers in fields or the management of treated industrial waters.
• Ease of maintenance: Maintenance of these pumps is simplified thanks to the ability to easily access internal components for cleaning and replacement of worn parts. This ensures efficient and prolonged device operation.

Combustion engine water pumps for irrigation are complex and versatile tools equipped with a series of technical features that determine their efficiency, durability, and suitability for specific applications. Let's analyse in detail the main technical features that define these devices.

Combustion engine water pumps are designed to handle different types of water.

• Clear water: These models are ideal for pumping clean water free of suspended particles, typically used for watering gardens and delicate crops.
• Dark water: Dark water pumps are built to handle water containing solid particles such as sand, mud, and other debris. They are essential for draining flooded areas or for applications on construction sites.

The configuration of combustion engine water pumps can vary based on the need for transport and stability.

• Portable: Portable pumps are lightweight and easy to transport, ideal for dynamic operations where frequent movement is necessary.
• On frame: These models are mounted on a robust frame suitable for stable and fixed installations. They offer greater stability and resistance, making them perfect for more demanding and continuous applications.

The maximum head indicates the maximum height at which the pump can lift water.

• From 16 to 32 metres: Suitable for standard irrigation and water transfer applications.
• High head (up to 80 metres): These models are designed to lift water to great heights, ideal for hilly terrain or filling elevated tanks.

Combustion engine water pumps use different types of engines, each with specific characteristics.

• Mixture (2-stroke engines): These engines are powered by a mixture of petrol and oil, are compact and easy to maintain, but generally noisier.
• Petrol (4-stroke engines): They offer greater efficiency and durability compared to two-stroke engines. They are quieter and consume less fuel, making them ideal for prolonged applications.
• Diesel: Diesel engines are known for their robustness and ability to operate continuously without overheating. They are more fuel-efficient, reducing long-term operating costs.

The starting of the water pump can be manual or electric.

• Manual start: Requires the use of a cord to start the engine. This mode is common in simpler and lighter models.
• Electric start: Allows the pump to be started with a key or button, greatly simplifying the operation, especially in emergencies or for less experienced users.

Water pumps can be equipped with engines from different manufacturers, each with its own peculiarities.

• Honda: Known for reliability and durability, Honda engines are synonymous with quality and high performance.
• Koshin: Known for robustness and efficiency, Koshin engines offer an excellent balance between power and consumption.
• AgriEuro property: Engines designed to ensure good value for money while maintaining high standards of reliability and durability.

The fitting diameter directly affects the flow rate of the water pump.

• From 25 to 50 mm: Larger diameters allow for a greater water flow rate, making the pump suitable for moving large volumes in a short time. This parameter is crucial for determining the device's efficiency in applications requiring rapid water transfer.

The flow rate, measured in litres per minute (l/min), indicates the amount of water the pump can move.

• Up to 200 l/min: Suitable for small domestic applications and gardens.
• Over 1000 l/min: Ideal for large agricultural and industrial applications where significant volumes of water need to be moved quickly.

The maximum suction height represents the maximum depth from which the pump can draw water.

• From 6 to 9 metres: This parameter is essential for operations requiring water to be drawn from deep wells or other sources located below the pump level.

Buying the right combustion engine water pump for irrigation requires consideration of various technical and practical factors. The choice of the most suitable model depends on the specific needs of the user and the working conditions. Here is a guide on how to select the most suitable pump and a list of ideal customer types.

Type of water:

• Clear water: if you plan to pump clean water, choose a pump designed for clear water.
• Dirty water: for draining water containing mud and debris, opt for a dark water pump with robust filters.

Head and flow rate:

• Maximum head: consider the height at which the water needs to be lifted. For applications requiring high lifts, choose high head pumps.
• Flow rate: evaluate the amount of water to be transferred. Pumps with a flow rate over 1000 l/min are ideal for large agricultural and industrial applications.

Type of engine:

• Petrol vs Diesel: petrol pumps are lighter and quieter, while diesel ones offer greater durability and efficiency for prolonged use.
• Starting: decide between manual or electric start depending on ease of use preferences.

Size and transportability:

• Portable: ideal for operations requiring frequent movement.
• On frame: perfect for fixed installations requiring greater stability.

Engine brand:

• Prefer reliable brands like Honda and Koshin to ensure performance and durability over time.

• Professional farmers: Farmers who need reliable solutions for irrigating large areas. Features to consider: diesel engines, high flow rate, high head, and frame-mounted pumps for stability.
• Hobby gardeners: Gardening enthusiasts who need tools to maintain small vegetable patches and gardens. Features to consider: portable pumps, four-stroke petrol engines, manual start, and moderate flow rate.
• Industrial operators: Professionals who need to manage wastewater or chemicals in industrial contexts. Features to consider: chemical substance pumps, corrosion-resistant materials, powerful engines, and robust filters.
• Environmental emergency management agencies: Organisations dealing with rapid interventions in case of floods or inundations. Features to consider: dirty water pumps, high flow rate, electric start, and ease of maintenance.
• Construction builders: Construction professionals who need to remove water from excavations and sites. Features to consider: dirty water pumps, portable, petrol or diesel engines, and robust filters.

Buying combustion engine water pumps from renowned brands guarantees reliability, durability, and high performance. The leading brands in the sector offer a wide range of models suitable for different needs, from small domestic irrigation to industrial applications. Here is a list of the best brands available on AgriEuro with a brief description of each.

• Honda combustion engine water pumps: Honda is a world-leading brand known for the quality and longevity of its engines. Honda pumps are highly efficient and durable, ideal for intensive use.
• GeoTech combustion engine water pumps: GeoTech is synonymous with reliability and durability, with pumps built to withstand challenging operating conditions, offering excellent value for money.
• BlackStone irrigation combustion engine pumps: This brand offers a range of pumps known for their efficiency and robustness, suitable for both domestic and professional use.
• BullMach irrigation pumps: Recognised for innovation and quality, BullMach offers pumps with excellent performance, ideal for various agricultural and industrial applications.
• GreenBay irrigation pumps: Specialising in eco-friendly solutions, GreenBay offers energy-efficient pumps, ideal for those seeking a sustainable solution.
• Rato irrigation water pumps: Rato offers pumps with robust construction and powerful engines, ideal for applications requiring reliability and high performance.

Buying combustion engine water pumps for irrigation on AgriEuro offers numerous advantages that ensure a satisfying and secure shopping experience. Here are the main reasons to choose AgriEuro:

• Fast and free shipping: Fast delivery with no additional costs is managed directly by AgriEuro's logistics centres, ensuring that products arrive quickly and in perfect condition.
• Spare parts always available: AgriEuro offers the possibility to order spare parts for all purchased pumps, ensuring long life and the ability to keep the device always functioning.
• Attentive and personalised after-sales service: AgriEuro's customer service is ready to answer any questions and provide qualified technical support, ensuring that every customer can make the most of their product.

These reasons make AgriEuro the ideal partner for purchasing combustion engine water pumps for irrigation, ensuring a complete service and high-quality products. Take advantage of the available offers and buy your pump on AgriEuro today.

An irrigation pump works by using an engine that creates mechanical movement to move water. The engine can be electric, petrol, or diesel. The operation takes place in two main phases:

• Suction: The pump creates a low-pressure area at the inlet, drawing water from a source such as a well, tank, or watercourse. The water enters through a non-return valve that prevents backflow.
• Delivery: The engine's movement pushes the water through a piping system to the sprinklers. The generated pressure allows the water to reach long distances and different heights.

Irrigation pumps can be classified based on their capacity and pressure:

• Centrifugal pumps: Use an impeller to create a continuous flow and are suitable for large volumes of water.
• Volumetric pumps: Provide a constant flow regardless of pressure, ideal for small systems.

Calculating the flow rate of an irrigation pump is essential to ensure effective irrigation. The flow rate is measured in litres per minute (L/min) or cubic metres per hour (m³/h) and depends on various factors:

• Water source: The capacity and availability of the water source.
• Desired pressure: The pressure needed to reach the sprinklers.
• Length and diameter of the pipes: The pressure losses due to the internal friction of the pipes.

The formula to calculate the flow rate is: Q= A × v

Where Q is the flow rate (m³/h), A is the area of the pipe section (m²), and v is the water velocity (m/s).

Another method is to use a flow meter that directly provides the reading based on the system configuration.

Calculating the flow rate of an irrigation system involves analysing the water needs of the plants and the system's capacity. Here are the main steps:

• Determine the water needs of the plants: Consider the type of plants, climate, and soil type.
• Calculate the irrigated area: Measure the total area that needs irrigation.
• Estimate the irrigation time: Based on the time needed to provide adequate water without waste.

The formula for calculation is: Q= (A×D×E) / T

Where Q is the required flow rate (L/min), A is the area (m²), D is the water need (mm/day), E is the system efficiency, and T is the irrigation time (minutes).

The number of litres per minute for irrigation depends on various factors, including the type of plants, the size of the area, and the capacity of the irrigation system. Here's how to determine the amount:

• Type of plants: Some plants require more water than others. For example, lawns have a higher water need than succulent plants.
• Area size: Measure the area to be irrigated.
• System efficiency: Consider water losses and the efficiency of the sprinklers.

An example of calculation:

Flow rate= (Area × Water need) / Irrigation time

If the area is 100 m² and the water need is 5 mm/day, and you want to irrigate for 1 hour:

Flow rate= (100 × 5) / 60 = 8.33 L/min

The pressure needed for an irrigation system varies depending on the type of sprinklers and the system configuration. Pressure is measured in bars or psi and must be adequate to ensure optimal water flow. Here are the main factors to consider:

• Type of sprinklers: Spray sprinklers require a pressure between 2 and 3 bars, while drippers work effectively at lower pressures around 1 bar.
• Length of the pipes: Pressure losses increase with the length of the pipes. Calculating pressure losses is essential to determine the pressure at the source.
• Ground height: If the irrigation system must overcome elevation differences, the pressure must be sufficient to compensate for the additional height.

To determine the necessary pressure, you can use the following formula:

Ptot = P irr. + P losses + P elevation

Where Ptot is the total required pressure, P irr. is the operating pressure of the sprinklers, P losses are the pressure losses in the pipes, and P elevation is the additional pressure needed to overcome elevation differences.

The water consumption of an irrigation system depends on the type of plants, the area to be irrigated, and the type of irrigation system used. Here's how to calculate consumption:

• Water needs of the plants: Various plants have different water needs. For example, a lawn may require 5-10 mm of water per day.
• Area to be irrigated: Measure the total surface area in square metres (m²).
• Type of irrigation system: Drip systems are more efficient than spray sprinklers.

To calculate daily consumption:

Daily consumption = Area × Water need

For example, for an area of 100 m² with a need of 5 mm/day:

Daily consumption = 100 × 5 = 500 litres/day