Tractor-mounted Water Pumps ► PTO Pumps ► Ferroni Pumps – Made in Italy

The tractor pumps for irrigation are devices designed to ensure effective crop irrigation and are therefore predominantly used in agriculture.

These pumps, powered by the tractor's power take-off, allow for the movement of large volumes of water, making them ideal for irrigating large fields. By applying them directly to the tractor's power take-off, they do not need to be powered by combustion engines or electricity.

Their robustness and ability to operate in difficult conditions make them suitable for both professional and semi-professional use.

The tractor pumps for irrigation are built to last over time thanks to durable materials and a robust design. The construction in cast iron is one of the main features of these pumps, ensuring high mechanical strength and longevity. Cast iron is a material that offers excellent resistance to stress and wear, making these pumps suitable for intensive use in agriculture.

They are not equipped with a motor as they utilize the tractor's power by connecting directly to the power take-off.

Another fundamental element is the diameter of the fittings, which is closely linked to the pump's ability to move water: a larger diameter fitting allows for a higher water flow, essential for covering large irrigated areas in reduced times.

Additionally, some pumps are equipped with brass fittings, a material chosen for its exceptional resistance to corrosion, particularly useful in humid environments or in constant contact with water. This type of fitting ensures long-lasting durability even in harsh working conditions.

The power take-off pumps for irrigation work by connecting directly to the tractor's power take-off, which provides the necessary energy to operate the pump. This type of power supply allows the pump to be used anywhere the tractor can reach, ensuring significant operational flexibility.

A distinctive feature of these pumps is their self-priming capability. Self-priming pumps do not require manual filling of the suction hose before starting. Once activated, these pumps automatically expel the air present in the system and initiate the water flow. This mechanism is particularly advantageous in agricultural operations where the continuity of water flow is essential to ensure effective irrigation.

The pumps draw water through the suction hose and introduce it into the irrigation circuit or water distribution systems. They can operate under variable pressure conditions, always ensuring a constant water flow. This makes them ideal for irrigating large agricultural areas where a continuous and reliable flow is necessary.

Hydraulic tractor pumps for irrigation offer a range of advantages that make them indispensable tools for agricultural irrigation. Below are the main advantages of power take-off pumps for irrigation:

• Mobility and flexibility: Being connected to the tractor, these pumps can be easily moved to different areas of the field, making them ideal for large or irregular terrains.
• High power: Tractor pumps exploit the power of the tractor itself, allowing large quantities of water to be moved easily even over long distances or with high suction heights.
• Robustness and durability: The cast iron construction and the use of durable materials like brass for the fittings ensure a long product life even in challenging operating conditions.
• Self-priming: The pumps are self-priming, meaning they can start pumping without needing to manually fill the suction hose with water. This greatly simplifies operations and reduces downtime.
• Operational efficiency: Thanks to their ability to maintain a constant water flow, hydraulic tractor pumps for irrigation optimize water use, reducing waste and ensuring uniform irrigation.

The power take-off pumps of tractors have a series of technical features that determine their effectiveness and reliability over time. These self-priming pumps are almost indestructible, durable, and powerful, equipped with simple and effective technology. Below are the main technical features that distinguish these devices.

The fitting diameter is one of the most relevant aspects of power take-off pumps for irrigation. Generally, the diameter ranges from 19 mm to 60 mm. A larger diameter fitting allows the pump to move a greater volume of water in less time, which is essential for efficiently covering large areas of land. The choice of fitting diameter should be made based on the specific application needs and the required water quantity.

Some models of hydraulic tractor pumps are equipped with brass fittings, a material that offers superior corrosion resistance compared to other metals. This feature is particularly useful in contexts where the pump is constantly exposed to water, such as in continuous irrigation operations or in environments with high humidity. Brass fittings ensure greater device longevity, minimizing maintenance and repair needs.

Cast iron is the predominant material in the construction of PTO tractor pumps for irrigation. This material gives the pumps exceptional robustness, making them suitable to withstand the mechanical stresses and wear typical of agricultural applications. Cast iron is particularly appreciated for its resistance to high pressures and its ability to maintain structural integrity over time, even in difficult working conditions.

The suction height indicates the maximum depth from which a pump can draw water. For hydraulic tractor pumps for irrigation, the maximum suction height usually varies between 7 and 8 meters. This parameter is crucial for determining the pump's effectiveness under different field conditions. An adequate suction height ensures that the pump can operate efficiently even in situations where the water is at significant depths.

Choosing the right tractor pump for irrigation is a fundamental step to ensure efficient and long-lasting irrigation of your agricultural land. There are several factors to consider when purchasing that can significantly affect the pump's performance and its ability to meet the specific needs of the farm. Here are some tips on how to choose the most suitable tractor pump for your needs.

• Evaluate the fitting diameter: The fitting diameter is directly related to the amount of water the pump can move. If you need to cover large areas or if the required water flow is high, it is advisable to opt for a pump with larger diameter fittings, such as 60 mm, to ensure a more consistent water flow.
• Consider the presence of brass fittings: If your activity involves frequent use of the pump in humid conditions or in close contact with water, choosing a pump with brass fittings is a wise decision. Brass offers excellent corrosion resistance, prolonging the pump's useful life and reducing maintenance needs.
• Check the cast iron construction: The robustness of the pump is essential to ensure long-term reliability. Pumps built in cast iron are particularly resistant to mechanical stresses and wear, making them ideal for intensive agricultural applications.
• Check the maximum suction height: The suction height is a critical parameter to consider, especially if the water needs to be drawn from significant depths. To ensure that the pump can operate effectively under your specific field conditions, choose a model with a suitable maximum suction height, such as 7 or 8 meters.

Identifying your customer profile can help choose the most suitable tractor pump for irrigation. Here are some types of customers and the characteristics to consider for each:

• Farmers with large cultivated areas: For those who need to irrigate large expanses of land, it is essential to opt for a pump with a high fitting diameter and robust cast iron construction. Operational efficiency and the ability to handle large volumes of water are essential to quickly cover vast areas.
• Small farmers and hobbyists: Those who own small or medium-sized plots and use the pump non-intensively can opt for models with smaller diameter fittings and less power. However, it is still advisable to choose pumps with good durability features like brass fittings to ensure long-lasting use.
• Agricultural companies with intensive use: For companies that require a pump for intensive and continuous use, the choice should fall on models with brass fittings and cast iron construction, capable of resisting corrosion and wear. The self-priming function is also crucial to minimize downtime.
• Companies with complex irrigation systems: For those managing complex irrigation systems, the pump's flexibility is crucial. In this case, a pump with various fitting diameters and good suction capacity is fundamental to adapt to different configurations and ensure a constant water flow.

When choosing a tractor pump for irrigation, it is important to consider the brand's quality to ensure product reliability and durability. AgriEuro offers several options from brands known for their excellence in agricultural pump production. Here is an overview of the best brands available:

• Ferroni: Ferroni tractor pumps for irrigation are known for their robust and reliable construction, ideal for intensive agricultural use. Their range offers solutions suitable for various irrigation needs, with particular attention to material quality and operational efficiency.

Buying tractor pumps for irrigation on AgriEuro offers a range of advantages that ensure a safe, convenient, and satisfying shopping experience. Here are the main reasons why it is worth choosing AgriEuro:

• Fast and free shipping: AgriEuro directly manages logistics, ensuring fast and free shipping for most products. This means that the equipment arrives quickly and without additional costs directly to your farm.
• Availability of spare parts: On AgriEuro, it is easy to order spare parts that are always available, ensuring the operational continuity of power take-off pumps for irrigation and prolonging the product's life over time.
• Attentive and personalized after-sales service: AgriEuro offers high-quality after-sales service, with a team of experts ready to answer any questions or technical support needs. This ensures optimal use of the pump, with the assurance of professional support if needed.

Mounting a tractor pump on the power take-off requires attention and precision to ensure safe and efficient operation. The general procedure is as follows:

• Alignment of the pump and power take-off: Position the tractor on a flat surface. Align the pump with the tractor's power take-off (PTO). It is crucial that the pump shaft is perfectly aligned with the PTO shaft to avoid excessive vibrations and damage.
• Connecting the PTO shaft: Connect the PTO shaft between the pump and the power take-off. The PTO shaft must be of the correct length; too long or too short can cause problems. Ensure the shaft is well lubricated and the joints are properly tightened.
• Securing the pump: Secure the pump to the tractor using the appropriate mounting brackets. The brackets must be sturdy and well-secured to prevent movement during operation.
• Check and test: Before starting the tractor, check that all connections are tight and that the pump is correctly aligned. Start the tractor at low speeds and check the pump's operation, looking for any leaks or vibrations.

The tractor's power take-off (PTO) is designed to provide standardized mechanical power to connected tools. There are different PTO speed regimes; the most common are:

• 540 revolutions per minute: This is the standard speed regime for many small and medium-sized tractors. It is ideal for tools like pumps, mowers, and spreaders.
• 1000 revolutions per minute: Mainly used in higher power tractors and for tools that require more energy, such as shredders and large pumps.
• 750 revolutions per minute: This regime is less common but can be used for specific tools that require a compromise between the 540 and 1000 revolutions per minute regimes.

Some modern tractors offer the possibility to select between multiple PTO speed regimes, allowing for greater versatility and operational efficiency. The choice of speed regime depends on the type of tool used and the power needed for its optimal operation.

Power take-off self-priming pumps are so named because they have the ability to eliminate air present in the suction conduit and start pumping the fluid. This process is particularly useful in agricultural and industrial applications where pumps need to start quickly and without complex interventions.

Here are the main features of self-priming pumps:

• Ease of use: They do not require an initial filling of the suction conduit, reducing the time needed to start pumping.
• Versatility: They can operate in conditions where the liquid level is below the pump, such as in partially empty tanks or water sources with variable levels.
• Operational safety: By reducing the risk of cavitation, self-priming pumps protect internal components from potential damage caused by the presence of air bubbles.

Self-priming is the ability of a pump to draw air present in the suction pipe. Here is the process explained in a few steps:

• First, at the initial start, the pump body must be filled with water;
• Then, after activation, the pump impeller creates turbulence that generates a vacuum, causing the air in the conduit to be drawn in;
• After mixing with the liquid, the air separates from it and exits through the discharge pipe;
• Once all the air is eliminated, the pump primes and starts operating.

Pumps can be classified based on different criteria, such as the operating principle, the type of fluid they move, and the specific application. The main types of pumps are:

• Positive displacement pumps: Include piston, diaphragm, and gear pumps. These pumps operate by moving a specific volume of fluid per cycle, making them ideal for applications requiring high pressure and low flow.
• Centrifugal pumps: Use a rotating impeller to increase the fluid's velocity, converting this energy into pressure. They are widely used in applications requiring a constant flow at low pressures, such as irrigation.
• Peristaltic pumps: Operate by compressing a flexible tube to push the fluid through it. They are used for corrosive fluids or those containing solid particles.
• Screw pumps: Ideal for viscous fluids, these pumps use rotating screws to move the fluid along the screw's axis.

Each type of pump is designed to meet specific needs, and the choice of the right pump depends on the application, the type of fluid, and the operating conditions.

A pump's head is a fundamental parameter that indicates the maximum height to which the pump can lift a fluid, taking into account head losses. The head is expressed in meters (m) or feet (ft) and is indicated on the pump's characteristic curve.

Here is how to interpret the head:

• Characteristic curve: The pump's characteristic curve represents the relationship between the fluid flow rate (usually expressed in liters per minute or cubic meters per hour) and the head. The maximum head occurs when the flow rate is zero.
• Total head: Calculated by summing the static head (height difference between the liquid level and the pump position) and the dynamic head (head losses along the path due to pipes, fittings, valves, etc.).
• Operating point: It is the point on the characteristic curve where the pump's head corresponds to the total head required by the system. This point determines the pump's actual operation in terms of flow rate and pressure.

Correct reading and interpretation of the head are crucial for selecting the appropriate pump for a specific system, ensuring it can provide the required fluid quantity at the necessary pressure.

The characteristic parameters of a pump determine its performance and suitability for specific applications. Here are the main parameters to consider:

• Flow rate: Indicates the amount of fluid the pump can move in a given time interval, usually expressed in liters per minute (l/min) or cubic meters per hour (m³/h). It is an essential parameter for correctly sizing the pump based on the system's needs.
• Head: As already described, it represents the maximum height to which the pump can lift a fluid. The head is crucial for choosing a pump capable of overcoming the system's head losses and providing the necessary pressure.
• Power consumption: It is the amount of energy the pump requires to operate, expressed in kilowatts (kW). This parameter directly affects operational costs and the pump's efficiency.
• Efficiency: Represents the ratio between the useful power (energy transferred to the fluid) and the power consumed by the pump. High efficiency means the pump consumes less energy to perform the same work.
• Rotational speed: Indicates the speed at which the pump's motor rotates, expressed in revolutions per minute (RPM). This parameter affects the pump's flow rate and head.