Water Pumps Einhell

Einhell was founded in 1964 in Landau an der Isar, Lower Bavaria, when Josef Thannhuber took over the business run by his uncle Hans Einhell. The family company began its international expansion as early as 1968 and gradually developed a range for the home, gardening and DIY. The brand has been present in Italy since 1993 and operates through its headquarters in Binago, in the province of Como. Einhell irrigation water pumps apply this experience to transferring water in vegetable gardens, gardens, farmland and sites without a nearby electrical connection.

This selection includes Einhell petrol irrigation water pumps, suitable for drawing water from tanks, collection reservoirs, canals or shallow wells compatible with the stated suction height. The petrol engine allows operation away from the electricity grid, for example to supply sprinklers, transfer water between two tanks or distribute it along rows of vegetables and crops.

At AgriEuro, Einhell water pumps can be selected according to the technical features that affect water intake and distribution, helping users identify a machine suited to their system. Before choosing, the stated data must be compared with the height difference, hose length, number of sprinklers and available water source.

• Petrol-powered engine: the four-stroke engine offers operating autonomy where no electrical socket is available and uses petrol and engine oil in separate circuits;
• Maximum flow rate: indicates the volume of water that can be transferred per unit of time and must be assessed together with the flow rate required by the connected sprinklers;
• Maximum delivery head: expresses the theoretical height the water can reach and helps assess height differences, required pressure and losses within the pipes;
• Suction height: defines the maximum height difference between the water surface and the pump, which must be installed on a stable surface and as close as possible to the source;
• Connection diameter: affects the cross-section of the hoses and the water flow, so fittings, clamps and hoses must have compatible dimensions;
• Tank capacity: affects operating time between refuelling, together with engine speed and working conditions;
• Protection systems: devices such as the low-oil shut-off help protect the engine during operation;
• Tubular frame: supports the engine and pump unit, makes transport easier and keeps the machine raised off the ground during operation.

These machines are intended for DIY and semi-professional applications, such as the periodic irrigation of vegetable gardens, gardens and small plots of land. They can also support more frequent water transfer and distribution tasks, provided the flow rate, delivery head and operating times are compatible with the specifications of the chosen model.

Petrol water pumps make it possible to create an independent pumping point near the water source. They are suitable for connection to suction and delivery hoses sized according to the machine fittings. The correct configuration depends on the required amount of water and the route the flow must follow.

Einhell petrol irrigation water pumps are designed to transfer water without relying on the electricity grid. The four-stroke engine drives the pump unit and allows the machine to be positioned near tanks, reservoirs, canals or other sources compatible with the manufacturer's instructions. Before starting, the pump housing must be filled with water through the dedicated opening. The suction hose must be rigid or reinforced, securely fastened and free from air leaks. A filter fitted at the end restricts the entry of debris that could obstruct the impeller. The tubular frame protects the structure and provides useful grip points during transport. Actual flow rate and pressure decrease as the height difference, pipe length, number of bends and pressure losses in the system increase.

AgriEuro complements its range of water pumps with services dedicated to delivery, maintenance and after-sales support. The technical data sheets also make it possible to compare the parameters needed to configure an irrigation system correctly.

• Fast and free shipping: orders are prepared at AgriEuro logistics centres, with in-house organisation of packing operations and handover to the courier;
• Possibility of ordering spare parts: available spare parts can be identified through the product exploded diagrams, making it easier to recognise the required component accurately;
• After-sales support: the AgriEuro service provides attentive and personalised support for technical enquiries, maintenance, spare parts and procedures relating to the purchased product.

Choose and purchase the Einhell irrigation water pump best suited to your system from AgriEuro.

The choice starts with flow rate, delivery head and suction height. The required flow rate corresponds to the combined consumption of the sprinklers operating simultaneously. The pressure required by the system and losses caused by pipe length, diameter, bends and fittings must be added to the height difference between the source and the distribution point. It is also necessary to check the permitted water type, connection diameter, tank operating time and expected operating frequency.

The flow rate indicates the amount of water the machine can transfer over a given period, usually expressed in litres per minute or per hour. The maximum value is measured under favourable conditions and does not always match the value obtained in the actual system. Height differences, narrow pipes, long routes, numerous bends and dirty filters reduce the available flow. The model's performance curve must therefore be considered during sizing, leaving a margin above the total requirements of the sprinklers.

The maximum delivery head expresses in metres the pump's theoretical capacity to overcome height differences and system resistance. It does not refer only to the vertical height between the pump and the outlet. The calculation also includes suction, the final pressure required and pressure losses along hoses and fittings. As the maximum delivery head is approached, the available flow rate decreases considerably, so the operating point should remain within the values shown on the model's performance curve.

The suction height is the vertical distance between the water surface and the pump inlet. The delivery head instead considers the entire workload required from the machine, including suction, delivery, final pressure and circuit resistance. A water pump with a high delivery head cannot automatically exceed its stated suction limit. To make priming easier, the machine should be placed near the source, the suction hose should be shortened and the fittings and clamps should be checked for air leaks.

Yes, provided the flow rate and pressure available at the operating point meet the combined requirements of the sprinklers. The consumption of the active outlets must be added together and the minimum pressure specified by their manufacturer must be checked. Long or narrow hoses can restrict performance even when the pump's rated flow rate appears sufficient. If demand exceeds the available flow, the system can be divided into sectors and each area irrigated separately using dedicated valves.

An irrigation water pump can draw water from tanks, reservoirs, storage containers, canals or shallow wells, within the permitted suction height. The liquid must comply with the instructions in the manual, particularly regarding temperature, particle content and the presence of aggressive substances. The suction hose must be fitted with a suitable filter and kept away from muddy bottoms. Fuels, solvents, corrosive liquids or fluids other than those expressly authorised by the manufacturer must not be pumped.

Before starting, the pump housing must be filled with water through the dedicated cap. The suction hose must be securely connected, free from kinks and sufficiently immersed in the source. After closing the cap, the engine is started according to the procedure in the manual and the air is allowed to escape from the hose. If water does not arrive, the machine must be switched off and the level, connections, filter, hose seal and vertical distance from the water surface must be checked.

No, dry running can damage the mechanical seal and other parts of the pump unit. The pump housing must be filled before starting, and the source must contain enough water for the entire operation. It is useful to check that the filter remains submerged and is not blocked by leaves, mud or other debris. If the flow stops, the engine must be switched off immediately; the cause must be identified and the pump primed again before restarting.

Maintenance includes checking the engine oil, cleaning the air filter, inspecting the spark plug and checking the hoses, fittings and suction filter. The intervals specified in the manual must also be followed when the machine operates for short periods. After pumping water containing small residues, the pump housing should be rinsed with clean water. Before any work, the engine must be switched off, cold and placed on a stable surface, with the spark plug cap disconnected.

Before a long period of inactivity, the pump housing must be drained completely through the drain plug to prevent frost damage. The machine should be cleaned, dried and stored in a covered, ventilated place. The fuel must be treated or removed according to the instructions in the manual, as old petrol can leave deposits in the circuit. The oil, spark plug and air filter should also be checked, protecting the fittings and openings against dust.