Borehole pumps Vodomet are produced in Klimovsk and are centrifugal multistage and are designed for autonomous water supply of cottages and summer cottages.
Borehole pumps Vodomet are structurally somewhat different from most borehole pumps. At "Water cannons" the water intake is not from the side, but from below. This scheme allows you to effectively deal with siltation of wells. Pumps "Vodomet" are modified to work in sandy wells and are designed for long work with sand content up to 150 gr./cu.m. In reality, they can pump several kilograms per cubic meter of water.
Water jet pump. Advantages.
A very competent self-cleaning system of the Vodomet pumps allows them to be used to supply water from wells, where the distance from the pump to the bottom will obviously be small. Such pumps are equipped with a float switch to protect the pump from running without water, and are named with the letter "A".
Borehole pump Water jet can be located at a depth of up to 30 meters from the water surface, which allows them to be recommended for low-budget wells.
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pressure, m |
Price, rub. |
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| 460 | 3,3 | 35 | 6000 | 98 | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| 600 | 3,3 | 50 | 8090 | 98 | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| 900 | 3,3 | 75 | 10160 | 98 | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| 1100 | 3,3 | 90 | 12280 | 98 | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| 470 | 3,6 | 35 | 7050 | 98 | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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They are submersible devices. They are multi-stage units, the operation of which is carried out through the use of centrifugal force. Among the characteristic design features, which distinguishes the borehole pump Vodomet, can be distinguished:
The isolation of the hydraulic and electrical parts from the immersion medium is carried out by mechanical seals, which increase the life of the unit. Depending on modification borehole pumps The water jet can be equipped with:
Operational BenefitsThe borehole pump Dzhileks Vodomet differs in reliability, simplicity in use and service. Its other benefits include:
Pumps for water wells Vodomet are characterized by economical energy consumption and almost no noise during operation. Thanks to the use of "floating" impellers, Vodomet well pumps are not very sensitive to the composition of the pumped liquid and can be used to transport water with a high sand content.
Suggested rangePumps for the well Vodomet are represented by several models. They differ in the nuances of design, technical characteristics and equipment.The line of equipment includes devices that can be used:
Downhole pump Dzhileks Vodomet PROF - a classic downhole pump, with which it is very easy to organize a water supply system. It will need to purchase a hydraulic accumulator, a pressure switch and other components. Borehole (well) pump Gilex Water Jet PROF A equipped with a float switch, which prevents operation without water. It turns off and on automatically. well pump Water cannon "House" represents a more advanced version of the equipment, in terms of technical equipment.
Using the remote control with a microprocessor, you can program desired parameters in the pipeline, depending on the operating conditions. The Dom model is a modified water jet pump PROF, which has retained all the best properties of basic products and is equipped with several additional functions. Among them:
Application featuresIn order for the Vodomet downhole pump to retain its functionality for as long as possible, it is necessary to strictly follow the rules of use recommended by the manufacturer. According to them, you should:
If you are going to use the Dzhileks Vodomet borehole pump for its intended purpose, you must first check the performance. To do this, it is connected to the power supply for a few seconds. When using the Vodomet pump for wells, it is necessary to provide for the installation of a head that will close the top of the casing and protect it from foreign objects and groundwater. To exclude freezing, it will be necessary to build a well with a cover, and lay the pipeline below the soil freezing level characteristic of the area. To hang the water jet borehole pump, you will need a steel cable that is pulled through the lugs in the cover. It must support the weight of the apparatus and the filled pipe. During the first start-up, the possibility of getting a significant amount of sand should be taken into account. In such a situation, it is forbidden to turn off the unit: it is left to work until the source is “pumped” and there are no impurities. Mounting example
The range of products manufactured by GILEX includes several models of borehole pumps with different technical characteristics. This equipment is intended for use as part of domestic and industrial water supply systems with water intake from wells and boreholes. According to users, well pumps from JILEKS LLC are among the best on the Russian market.  Rules for choosing pumping equipmentEfficiency autonomous system water supply with forced water supply depends on the compliance of the technical characteristics of the pumping unit used with the conditions of water use. To do this, it is necessary to make a thorough analysis of all the nuances of the upcoming operation even before ordering the equipment. If you are faced with the question of which well pump is better to choose, consider the following criteria:
One of the most popular borehole pumps of the JILEKS company is the VODOMET centrifugal submersible unit. This equipment is available in several modifications, which allows you to choose a device with optimal technical characteristics for specific conditions of use. Each model is distinguished by high reliability, unpretentiousness, efficiency, and has a high efficiency. When choosing, use the online consultation of our company's specialists. Channels for communication are given in the "Contacts" section. Borehole pump "Vodomet" of the company "Dzhileks" proved to be the most adapted in comparison with similar units foreign production. This is not surprising. Any mechanism is designed to work in certain conditions. The same is true with pumps. Domestic "Vodomet" is designed to work with our water, which differs from foreign in many ways. The line of pumps "Dzhileks"The production of submersible borehole pumps "Vodomet" is one of the main activities of the company. As a result of painstaking work, new models of pumping units have been created.
They have very significant differences from similar models from other manufacturers:
In addition to those listed, there are a number of other differences that are characteristic only for Vodomet products. Some will be discussed a little later. efficiency (coefficient useful action). For "Water cannons" it is higher than for similar models. The increase was achieved due to the absence of reciprocating motion and the installation of "floating" injection wheels. The durability of the unit is increased due to the absence of valves and pistons, which are characterized by rapid abrasion during operation. Sensitivity to dirty water is significantly reduced due to the presence of a mesh filter and a special arrangement of through channels that have the ability to self-clean. The absence of vibration is achieved by the presence of several impellers. All of them are balanced when the pump is assembled. The "washed" electric motor is absolutely protected from overheating.
Design featuresThe submersible pump "Vodomet" has significant differences in comparison with its foreign analogues. First of all, it is necessary to pay attention to the installation of reinforced bearings on rotating parts. This ensures their trouble-free operation in conditions of high water pollution with sand particles or sedimentary solids.
The next not unimportant feature is the optimization of flow channels and impellers. The result is the elimination of the possibility of clogging the pump as a whole. Additionally, the self-cleaning system contributes to this. The electric motor of the unit is located on top. This arrangement made it possible to significantly reduce the diameter of the entire case, and bring the power cord out from above. Due to this, the size of the water well has also decreased. And this is already a tangible reduction in investments for its installation. Another feature that is unique to the "Vodomet" is "floating" impellers. Without going into technical aspects, suffice it to say that such an innovation leads to an increase in pump performance and pressure, as well as to a decrease in the electricity consumed by it. By the way, the electric motor of the unit during its operation is cooled by water passing through a specially made annular slot inside the housing. Overheating of the engine is not terrible, the unit can be operated without turning off for a long time.
Model range of pumpsFor small wells equipped for country houses or cottages, the design bureau of the company has developed a number of borehole pumps of the Dzhileks series.
They are compact and at the same time have the power to lift water from a depth of several tens of meters. Most units allow you to pump out water in automatic mode. If necessary, they can work without automation. A wide range of water pumping units will satisfy the taste of any consumer. This is evidenced by the technical characteristics of submersible pumps, presented in the table:
Models that do not have an automatic mode of operation do not require a special mode of operation. They easily withstand 20 inclusions per hour. In this case, the possibility of engine overheating is completely eliminated. The next popular group of Dzhileks submersible pump models are models capable of operating in automatic mode. These units do not require human intervention at all. They turn on independently when the water pressure in the system drops, or in the case when the water level in the tank drops more than allowed. And vice versa, they turn off at the moment of reaching the set pressure or its increase above the norm. Their characteristics do not differ from those without automatic control, although the range of models is somewhat expanded. The principle of operation in automatic mode is the current position of the float switch or the pressure in the chamber of the pumping station. Popular ModelsTo fill containers and irrigate plantings, a pumping unit of the Vodomet PROF 55-35 model is quite enough. It can be used in open water bodies with a partial depth of 10-15 cm. It is not recommended for automatic water supply. Borehole pump "Dzhileks" "Vodomet Prof" 55-50 is one of the most popular models of the company. It supplies water to a height of 50 meters. One of the advantages is the possibility of lowering it to a depth of up to 30 m. It is absolutely silent and economical in operation. Maintenance free. Ideal for autonomous water supply system country house or cottage. A more advanced model "Vodomet" PROF 55-90 allows installation in wells up to 95 meters deep. The downhole pump "Vodomet" PROF 40-50 has a capacity of 40 l / min, therefore it is used in wells with a small debit. Is one of the best options country house applications. Submersible pump "Vodomet" 60-32 is an analogue of the considered model. After modernization, it is able to pump out water containing up to 2 kg of sand per 1 m³. As a result of using modern materials in rubbing parts and competent constructive solutions little wear. Able to lift water from a depth of 90 meters. Other models of pumps "Vodomet" are structurally similar to those considered. They differ in technical characteristics - power, performance and others. Specific figures can be seen in the table and the “Pump Operating Instructions”. Detailed information must be given by the sales assistant when purchasing the unit. Pump installationThe submersible pump for the well of the company "Dzhileks" is installed in the water supply system similarly to other downhole units. From the correct installation in the future will depend on the performance of the entire water supply system. Install the pump carefully, following all recommendations for its installation. The most unpleasant thing that can happen as a result of installation errors is drilling a new well and installing another pump. To exclude the possibility of such a situation, it is necessary:
Installation of pumping equipment. It is carried out on the surface. A cable is attached to the pump, a cable is unwound, a pipeline is connected. Check valve. Protects the entire water supply system from water hammer. Attached either directly to the pump housing or in the pipeline. Correct assembly. All connections are checked, the insulation of the twisted wires, the fastening of the clamps. Lowering the pump into the well performed smoothly, without jerks. After lowering to a predetermined depth, the safety cable is securely fixed to the head. For more information on preparing for the installation of the pump, see the video at the end of the article.
The downhole pump "Vodomet" is gaining more and more popularity in the consumer market. The high quality of the product, ease of installation and reliability in operation make it indispensable in the autonomous water supply of private houses. The multi-vector design allows the use of Dzhileks products not only in wells, but also in wells and open water bodies.
Don't forget to rate the article. We offer for sale submersible borehole pumps "Vodomet". Before you buy a pump, we suggest that you familiarize yourself with its description and price. Centrifugal multistage pump"Water jet" with "floating" impellers, "washed" by water electric motor and built-in condenser is designed to supply water from wells with inside diameter from 100 mm and more, as well as wells and open reservoirs for water supply at home, watering the garden and vegetable garden. The pump can work in wells with high sand content. Pumps "Vodomet" can be used: with control "by level" of filling the storage tank, with control "by level" of pumped water (automatic pumps with the index "A") and with an automatic control system "by pressure" (pumps with indices "DOM " and "H"). The source of water supply can be a well, a well or an open reservoir. Specifications
Flow characteristics
 Selecting a model of a submersible borehole pump VodometTwo numbers in its designation will help you choose the right pump model. The first number indicates the maximum flow rate in liters of water per minute at the outlet of the pump in the absence of resistance to water flow. The second number shows the maximum head in meters developed by the pump during dead end operation. For example: the pump WATER JET 60/52, with a free spout, delivers 60 liters of water per minute (3.6 cubic meters per hour), and when cutting off the supply, i.e. with closed water taps, it develops a pressure of 52 meters (5.2 atm.). In the limit mode, the pump is practically not used. It is most often operated at the so-called "working point", with a nominal (50% of maximum) flow at a nominal (50% of maximum) head. However, you can choose a pump according to the maximum parameters. VODOJOT pumps with a maximum flow of 60, 115 and 150 liters of water per minute were developed on the basis of many years of analysis of average water consumption and the performance of water sources. VODOJOT pumps with a maximum flow rate of 60 liters of water per minute are designed for water supply sources (well, well, etc.) with a small and medium flow rate and with an expected moderate flow rate (2-3 cubic meters per hour or 35 - 40 l / min, t .e. 3-4 taps) with nominal water flow. VODOJOT pumps with a maximum flow rate of 115 liters of water per minute are designed for water supply sources (well, well, etc.) with an average and increased flow rate and with an expected increased (3-4 cubic meters per hour or 50 - 65 l / min) nominal water consumption. Pumps submersible water jet with a maximum flow rate of 150 liters of water per minute are intended for water supply sources (well, open reservoir, etc.) with a high flow rate and with an expected high (4-6 cubic meters per hour or 65 - 100 l / min) nominal water flow. The maximum pump head should be selected depending on the vertical distance, from the ground surface to the static water level in the source: 
Submersible borehole pumps Water cannon are not equipped with a built-in non-return valve, therefore, in some cases, it is recommended to install a non-return valve on the pump outlet. For example, when a pump is operating in an automatic water supply system for a pressure-controlled pump, a check valve maintains pressure in the system, preventing water from flowing out. Moreover, the check valve should be installed in the pressure line near the pump, since in this case it protects the system from hydraulic shocks, preventing the formation of voids in the pipeline. A valve installed above 7 meters from the surface of the water in the source cannot prevent the formation of voids in the pipeline, and this leads to water hammer at the moment the pump is turned on. However, installing a check valve directly at the outlet of the pump, with a slight penetration of the pump under water, can lead to the formation airlock in the pump and the water will not reach the first impeller, which will lead to "dry run" pump. Therefore, with a slight (up to one meter) deepening of the pump, the check valve should be installed at a distance of 1 to 7 meters from the pump. In the case of using the pump for filling containers or watering, when periodically removing the pump from the source, the check valve should not be installed, since the hose filled with water is not light in weight. However, care must be taken in this case, otherwise, after turning off the pump, water flows back through the pump and the hose works like a vacuum cleaner. Therefore, a hose dropped to the ground during a backflow can cause the pump to clog.  Water jet pump deviceThe pump consists of a pump part and a wetted electric motor, located in a single housing made of high quality stainless steel. The components are centered in the housing by means of front and rear covers, as well as an intermediate support. Pump motor oil-filled, sealed, asynchronous with squirrel-cage rotor on rolling bearings. A thermal protector is built into the stator winding to protect the motor from overheating. The motor seal is unloaded, as the pressure inside and outside the motor is equalized by the membrane, the maximum submersion depth of the pump under water is 30 meters. The pump motor is cooled by the pumped water, so the pump must not be allowed to run when there is no flow. Design feature "floating" pump impellers "Water cannon" is their running-in. It is known that the gap between the rotating and stationary parts of the hydraulic part of the pump is the cause of internal leakage in the pump, which reduces its efficiency. Therefore, ensuring small gaps in a traditional pump is a difficult technological task. During operation, these gaps increase, which, accordingly, reduces the already low efficiency of the pumping stage of a traditional pump. In the "VODOMET" pump, the impellers are "floating", as they have the ability to move in the axial direction, clinging, under the action of working pressure, to the rear surface of the guide vane (diffuser) of the previous stage. In this case, the contact occurs along one of the two pairs of rubbing surfaces. In the first hours of operation, the plastic shoulder of the impeller in the cover of the guide vane (diffuser) is intensively worn, while electricity consumption increases somewhat and the flow-pressure characteristic decreases. This wear and tear results in "lapping" collar, providing "zero" clearance. Then, unloading the first rubbing pair, the second pair of rubbing surfaces comes into contact. This is an anti-friction washer and a ceramic ring. Since the friction of these parts in water occurs without wear, and a "zero" gap has already formed in the zone of the sealing shoulder, the pump reaches the optimal operating mode. This mode is characterized by an increase in the flow-pressure characteristic and a decrease in electricity consumption. All parts of the pump that come into contact with the pumped water are made of materials approved for contact with foodstuffs. In the rear cover of the pump with the outlet pipe, there are two lugs for fixing the cable. A water-resistant, hygienic cable of the required length exits from the rear cover of the pump, which reduces the risk of incorrect connection of the pump. Pump with index "BK"- with cable length 1 m. Pump with index "BUT"(automatic) is equipped with a float switch that prevents the pump from running without water. Such a pump can be used in a well or other source that has enough space to use a float switch. An anti-friction sleeve is installed in the front cover of the pump, which serves as a support for the shaft of the pump part. Related Articles Latest Articles
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