the foot irrigation pump is human powered water elevator. The produced power is almost equal to 1/2 hp. They are exceptionally basic and cheap foot-operated hydraulic pumps for shallow water (less than 7 meters), more often than not for the water system of little areas. These pumps are widely used in rural areas of Southeast Asia and Africa. This very simple principle was invented by Norwegian engineer Gunnar Barnes in the late 1970s for irrigation in Bangladesh, then improved and adapted for Africa in the late 1980s. It is a resource that is generally inexpensive and easy to maintain. Among these pumps are the cheapest models. They can also rapidly create significant extra income for small-scale ranchers, up to two to four times more. More economical, these pumps are also more efficient than diesel irrigation pumps with 2.5 or 5 HP engines but require physical effort. 
For basic two-pedal models, small farmers with limited financial resources, and rural towns in Africa or South Asia for single-pedal hydraulic pumps, there are already many manufacturing or sales and maintenance. This type of pump has a foot-operated hydraulic pump (only one) which, depending on the model, can pump water from hard ground to a depth of 30, 60, or 130 m for irrigation and feeding in the water. There are two types of pumps: 1) Suction pump: These are the simplest and cheapest. They transfer water from shallow layers and extricate it without pressure through a basic hole or outlet pipe. 2) Pressure pump: They retain water but return it to cultivate hoses, water system canals, or supplies by making a discouragement. All these pumps are cheap (but note that Bangladeshi type pumps are much cheaper, but the pump body is not always robust) and have the advantage of often being locally manufactured. 
foot irrigation pump 1 hp
in the foot irrigation pump, the power is not much important but mostly by treadling, the user can produce approximately 1 hp. A foot pump can be installed in the following cases.
- a) New borehole: Manual borehole
- b) New borehole: Drill hammer
- c) New and old dug wells
- d) Old borehole: old hand pump borehole
The type of drilling that is perfect/suitable for the site depends on the nature of the soil and the rock, the structure of the layers, and the water level. In clay soils with few stones and boulders, manual drilling (Dhekuli) can be easy and inexpensive. This type of drilling has been used in most of the Terai region of Nepal. 
Percussion drilling is used when the ground of the ground contains stones and hard rocks, where artificial drilling cannot be carried out. These can be found especially in the northern Banke belt, Bardia west of the Terai, and Terai. Two types of hammer drills are common. In order to facilitate the lifting of the foot pump, it can also be installed in the existing well. Likewise, the pump can also be used for new wells. In the following cases, boredom will not succeed, and a well will have to be dug.
- a) If no suitable layer is found at a certain depth or only dirt and sand are found.
- b) If there are not enough layers.
- c) If stones and hard earth are in the ground when drilling.
The body of these pumps consists of two pipes of about 30 cm, mounted on a small wooden or metal platform in which slide two pistons fitted with non-return valves on the bottom. The pipes are associated at the bottom to a pipe embedded into the water table and at the top to an opening or deplete. 
foot irrigation pump 2 hp
2 hp is a proper power for most of the domestic uses by different types of pump such as foot irrigation pump. The two pistons are connected by a rope that passes through a pulley fixed to the frame of the pump. They are alternately moved by caterpillars actuated by pedals (in bamboo, wood or metal); the pedals themselves are alternately moved by human feet. When pressure is applied to the pedal, the piston descends, the non-return valve opens and the water flows out. When the piston rises, the check valve closes and the water is blocked. This pump has many advantages and disadvantages. Advantages including:
- - Low cost, the cheapest of all pumps, available to little agriculturists, counting destitute families (with micro-credit in the event that necessary)
- - fairly fast flow: about 4.5 m3/hour
- - The investment is quickly profitable and income increases significantly (according to a 2000 survey by the NGO EWW, Niger generally doubles or even quadruples in two years). A few pump models are really called "Moneymakers".
- - Easy to use and maintain
- - Maintain a strategic distance from ecosystems where diesel pumps deliver greenhouse gases.
Disadvantages including:
- The consumption of human energy is not insignificant.
- Except for some more expensive models, it is not possible to get water from hard rock deeper than 7m.
- Average lifespan.
- Some communities are silent on the pedal activation system.
- For irrigation, less suitable for water supply. Cannot be used in drilling.
Treadle pumps make the most efficient use of body power; using most of your body weight to pump water quickly tires your arms. Many people think that Kenyan made Money Makers are over-engineered, use too much metal, etc., and are therefore expensive. 
foot irrigation pump 2.5 hp
Foot irrigation pump cannot easily produce 2.5 hp. This amount of energy is enough to have a proper water system. The foot pump is a suction pump used by small farmers in India, Southeast Asia, and Africa to irrigate an acre or less of land. They are powered by human power, the upper body is stationary, and the legs and feet move up and down on pedals connected to two small piston pumps. If you're familiar with stairs, these simple push-ups work the same way. These pumps operate within the same limits as all other suction pumps. It sits directly above the water source and acts as a shallow well that lifts water from a maximum depth of about 23 or 24 feet. Since these pumps are of the suction type, they are best used where water is plentiful and there is a water table at shallower depths in the ground. If there is surface water, the water can travel a horizontal distance across the field, but the pump still has the same vertical height limitation as a suction pump. 
With regard to the availability of potable water, these pumps can lift water from shallow wells into storage tanks or containers, where it can then be used for filtration or further treatment to make it potable. If rainwater is collected from a rooftop collection system or ground collection system, this inexpensive pump can be used to pump the collected water to a rooftop tank. In this arrangement, the pump acts as a transfer pump, lifting collected rainwater to a higher position in order to use gravity to deliver water from the ground to the hose or drip irrigation system. by gravity. In most cases, foot pumps have been used to irrigate small farms and help small farmers increase their income. 
foot irrigation pump 3 hp
A 3 hp pump is a suitable amount of power for small gardens. A Foot irrigation pump is not suggested for this purpose. If the gardener doesn’t have access to electricity, a solar pump is suggested. A solar pump is a device responsible for pumping water from underground or surface water sources. From ancient times to the present, the various water pumps used by human beings include wind power, commercial power, or electric motors; but solar water pumps are electric water pumps that can use electricity generated by solar panels. most practical water pumps, the range is very wide. Especially in areas where there is no adequate electricity and water supply system, by placing sets of solar pumps, it is possible to provide the necessary water in the area. Farmers, gardeners, villagers, and people living in villages far from electricity and water networks can all use solar pumps. When choosing a solar-powered water pump, you should choose a water pump based on your needs and the conditions the water pump needs to pump under. 
For example, if you have a water well, depending on the height of the well and the slope of the land, you should choose a suitable solar pump with the desired head. In addition, depending on your needs, you must choose a pump suitable for your water supply. Solar water pumps run on electricity generated by photovoltaic solar panels or heat from the sun. The performance of these pumps differs from that of diesel or electric pumps that use the electrical network. Solar pumps are a suitable replacement for traditional electric or fossil fuel pumps. The reason is that the energy used is clean, energy-efficient, and affordable. In fact, solar pumps are an efficient and environmentally friendly method that has many applications in agriculture and horticulture. 
foot irrigation pump 40hp
obviously, a foot irrigation pump cannot provide 40hp. Buying an industrial water pump is one of the ideas of a good professional purchase consultant to help you choose a large or three-phase water pump. In addition, checking the price of industrial water pumps according to your consumption needs is another service that our specialists can offer you. In the rest of this article, we will introduce you to the different types of these types of pumps while introducing you to the functions and applications of industrial water pumps. Industrial pumps can be considered one of the most advanced types of water pumps and are responsible for transporting very high concentrations and volumes of fluids. Industrial centers are one of the largest users of industrial pumps due to their unique needs, while the construction industry still enjoys the major benefits of using this type of pump. Industrial water pumps have various applications. 
Available in different types, sizes, and configurations to meet the different pumping needs of homes, commercial properties, and various industries. Industrial water pumps have advanced features such as (brass propeller industrial water pumps) and are designed for specific uses in various industries and businesses. The use of industrial pumps as part of different types of pumps is common in the construction industry. These types of pumps are commonly used in places and buildings where it is necessary to avoid wasting water. Industrial pumps are very effective in areas where heavy rains can cause flooding or standing water can cause disturbances. In construction projects, using industrial water pumps, standing water can be quickly removed to continue the construction project. 
foot irrigation pump 5hp
When speaking about a 5hp water pump it is better to consider the electric pump instead of a foot irrigation pump as the electric pump can meet requirements in an efficient manner. The pump is responsible for the electrical increase of the inlet water pressure, which is of course true in electromechanical pumps. Various domestic, industrial and agricultural water pumps are used in the world, and water pumps of different power, output sizes, casing, and motor volumes are produced according to the needs of the environment. There are different brands of these pumps and they all have the task of increasing and concentrating the power output of the water. Ruby Pump is here to serve you in the sale, installation, and repair of all types of household water pumps. 
Agricultural water pumps are divided into two categories: gasoline and electric from the point of view of the fuel of the pump, but in terms of the type of pump, one can consider the following options:
- Centrifugal Agricultural Water Pump
- Agricultural turbo pump
- Agricultural submersible pump
- high pressure pump for irrigation
Centrifugal pumps and high-pressure agricultural pumps are produced in two types: centrifugal, skimmer, and silage cutter, each with its own characteristics. The first step in the design and selection of an electric pump is to be able to calculate the longitudinal losses, the local losses and the losses along the pumping path. To calculate the fall of pipes and channels, some relationships are mentioned in the section on the type of pump.