Most foot irrigation pump users would like to have a manual sheet of the pump in paper format or pdf format. A Foot irrigation pump is also known as a treadle pump. They are very simple and inexpensive foot-operated hydraulic pumps for shallow water (less than 7 meters), usually for the irrigation of small areas. These pumps are widely used in rural areas of Southeast Asia and Africa. 
It is a resource that is generally inexpensive and easy to maintain. Among these pumps are the cheapest models (30 € in Bangladesh, around 100 € elsewhere). They can also quickly generate substantial additional income for small-scale farmers, up to two to four times more. More economical, these pumps are also more efficient than diesel-powered 2.5 or 5 HP irrigation pumps but require physical effort. For basic two-pedal models, small farmers with limited financial resources, and rural towns in Africa or South Asia for one-pedal hydraulic pumps. There are already many manufacturing or sales and maintenance. This type of pump should not be confused with a hydraulic pedal pump (only one), which can pump water from 30, 60, or 130 m deep, on the hard ground depending on the model and is used for irrigation and water supply. See table number. "Hydraulic Driven Foot Pump". 
There are two types of pumps: 1) Suction pump These are the simplest and cheapest. They pump water from shallow layers and extract it without pressure through a simple orifice or outlet pipe. 2) Pressure pump They absorb water but return it to garden hoses, irrigation canals, or reservoirs by creating a depression. 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 (erg in Niger, Gagra, NDK and Bangladesh Pumps, Nafa Pumps in Burkina Faso, Pompes Nafaroso, Ciwara and Lafia in Mali). 
Foot irrigation pump manual
in the manual of a foot irrigation pump, you can find useful information. For example, you can find what the components of the pump are. 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 connected at the bottom to a pipe inserted into the water table and at the top to an orifice or drain. 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.
- Cylinder diameter: 3.5" and 5" (90mm - 130mm)
- Stroke: variable
- Output:75-watt input, 5 m head) ~ 4.5 m³/hour
- Population/Area Served: 0.25 hectares
- Sort of well: collapsible tube well or burrowed well
Foot pumps can be made locally in a simple metal workshop. The steps and support structure are made from locally available inexpensive materials such as bamboo. All components (or junction boxes) are mild steel. Pistons - mild steel with plastic seals (cup seals). Bottom valves - flaps. Riser - PVC or bamboo pipe; use different types of screens. 
Foot irrigation pump manual pdf
The PDF manual of the foot irrigation pump is considered a crucial tool for knowing how to use it. The floor pump is designed much like an engine in a car. The piston moves up and down inside the cylinder to generate suction. Using a pedal, this force pulls water from one place to another. Treadle pumps are available in many different designs. But both have two cylinders. These can be made from the length of the tube. The inner slide surface can be rubber or leather. A stick is connected to move the piece up and down. The piston should fit snugly in the pipe, but should also be able to move along its length. Cut two openings at the bottom of each tube. 
These openings control the drive of each cylinder. The valve is placed in the opening. A valve is like a door that only opens one way. When the piston rises, a valve opens. The suction pulls the water to the pipe. As the plunger descends, it pushes the water out of the pipe. The same force opens the other valve and brings the water where it is needed. The simplest design uses two long-standing blocks of wood to operate the plunger. The operator stands above the pump and pushes a plunger down with one foot while the other goes up. This action is very similar to walking. Treadle pumps can be made from common parts. Companies in many countries also sell them for between $10 and $25. 
Foot irrigation pump user manual
one of the important topics in the manual for users is the advantages and disadvantages of the pump. Here, we mention some of the advantages and disadvantages of the treadle pump.
- Advantages:
- Low cost, the cheapest of all pumps, accessible to small farmers, including poor households (with micro-credit if necessary)
- fairly fast flow: about 4.5 m3/hour
- The investment quickly pays for itself and income increases significantly (according to a 2000 survey by the NGO EWW, Niger generally doubles or even quadruples in two years). Some pump models are actually called "Moneymakers".
- Easy to use and maintain
- Avoid ecosystems where diesel pumps produce greenhouse gases.
- Disadvantages
- Human energy consumption 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.
- Irrigation is less suitable for water supply. Cannot be used in drilling.
In India, foot pumps are popular in areas where groundwater is near the surface and no deeper than 25 feet. The soil in these areas is mostly clay with few stones or rocks. Manual drilling is possible and inexpensive and affordable in such soils. It has a subtropical climate with moderate rainfall during the rainy season. The pump is particularly suitable for areas with pronounced wet and dry seasons, allowing efficient planting throughout the year. The pump can also be used in areas with large amounts of surface water, such as ponds and streams. There are indications that foot pumps are useful in most Southeast Asian countries with similar topography, hydrogeology, climate, and socio-economic factors as Bangladesh, India, and Nepal. These may include Myanmar, Laos, Malaysia, Vietnam, Cambodia, China, Philippines, and Indonesia. 
Foot irrigation pump automation
Automation in agriculture is becoming a hotly-debated topic these days. Even foot irrigation pumps that have been used manually are being eliminated and modern pumps are becoming commonly used tools. A mobile app on a smartphone is unique to the user's hardware, retrieving device data from the cloud and presenting it in a clean user interface accessible through the smart device's screen. In this case, the user does not need to be near the device. If you have internet access on your smartphone, you can access device data. This means that even the irrigation crew can take the long-awaited vacation while being assured that the irrigation equipment is working as expected. While process efficiency and profitability continue to be the main drivers of agricultural operations, the adoption of solutions based on innovation and connectivity has specific advantages. 
Through remote monitoring of irrigation systems, users can not only improve efficiency, save labor and reduce water consumption, but also gain a better understanding of the irrigation process. This actionable data can ultimately help users make more informed decisions while freeing up valuable time to maximize performance. When looking at the activities that make up a typical day for an irrigation crew, users should ask themselves, "How can we free up time for labor-intensive work to have more time to grow more crops and maximize overall yield?" modern technology Automating some of these tasks is a way to optimize performance. Depending on the size of the farm, a significant portion of working time is spent traveling to and from the field for inspections or routine maintenance. This can be reduced by enabling remote management to reduce the need to travel to these sites, or by reducing the time spent on-site checking equipment and changing settings. 
Foot irrigation pump princess auto
Princess Auto is a privately owned Canadian company with over 3,400 team members and the department of the Interior is located in Winnipeg, Manitoba. A Foot irrigation pump is one of the products that some customers are looking for. Treadle pumps are used all over the world - it is necessary to tie the design to more developed designs. A treadle is a very simple design used to create rotary or reciprocating motion in a machine, dating back to the original design of the sewing machine patented by Thomas Saint in or before 1790. This basic set can be used on many simple machines including grinders and pumps. A foot pump is defined as a foot-operated, single-acting, two-cylinder piston pump for low-head irrigation. Pumping is activated by stepping up and down on the pedal to drive a connected piston, which creates suction in the cylinder and draws groundwater to the surface. 
This water can come from rivers or wells and be used to irrigate farmers' fields or to store water in containers for later use. Foot pumps are used in many countries around the world, such as Ghana, Zambia, Swaziland, Kenya, Bangladesh, Nepal, India, Cambodia, Myanmar, and many others. A treadle pump is a basic cylinder-based pump: It consists of a cylinder with a piston and some means to push the piston up and down. A pipe connects the water source to the pump, where a check valve is fitted to allow water in and prevent it from flowing out. The piston itself must fit snugly in the cylinder to create a vacuum in which to draw water. The piston itself contains a similar valve so that when depressed by the pedal, water flows from the space below through the piston to the space above.