Water pumps "Typhoon": an overview of the model range, device and operating rules

Other modifications of the pumps "Kid"

If the product nomenclature contains a triple in the name, this means that this device is with an upper water intake. The performance of this type of "Kid" pump is the same, but the device is always submerged under water and cools naturally. Such a device can be used for wells and wells.

The vibration pump "Kid M" also has an upper liquid intake, it is used to pump water from reservoirs where silt has accumulated at the bottom, which can clog the pipe if it is at the bottom. Otherwise, the characteristics of the Baby M pump are identical. This is a reliable, durable device that is maintainable and unpretentious.

Base model: features and specifications

This is the modification with the lower water intake. The advantage of such submersible pumps "Kid" is that when pumping water from the basement, draining the tank or pool, they pump out almost all the liquid to the very bottom. But in order to use the equipment, you need to equip it with a filter if you want to pump out dirty liquid with sand, silt or clay.

If the marking contains the letter K, then this means that the device assumes the presence of active protection for overheating. To do this, a thermal relay is installed inside the case. If this is a P series, then the body is made of plastic. The main advantage of such "Kid" pumps is that the technical characteristics are always high. The absence of marking indicates that aluminum is chosen as the material for the casing, which is durable and not subject to corrosion.

Model range and specifications

Bosna LG produces three brands of Typhoon submersible electric pumps for clean cold water in a cast iron housing. All water pumps of this series are designed to operate from a 220V electrical network. The water intake is lower, which requires hanging these pumps at a certain distance from the bottom.

A small diameter of 10 cm makes it possible to use all models in wells with sizes from 12 cm.All Bosna LG equipment comes with a 12-month manufacturer's warranty. The pump is supplied with a coupling for connection with a hose or pipe.

"Typhoon-1": maximum pressure - 16 m

Electric pump Typhoon-1 pump, modification BV-0.5-16-U5-M, is a high-performance household unit with an immersion depth of up to 16 m. The performance of this pump at a maximum immersion depth is 35 l/min, at a depth of 3 m - 50 l/min .

The pump unit is capable of pumping water from a depth of up to 8 m. The equipment is equipped with a built-in overheating protection system and a two-channel water intake system for additional cooling of the body during operation.

"Typhoon-2": maximum pressure - 90 m

The BV-0.25-40-U5M modification pump is capable of transporting water over a distance of 90 m, which includes pumping out of the wellbore, moving along the horizontal and vertical sections of the water supply to the consumer. This can only be very expensive imported pumps. The performance of the electric pump depends on the distance between it and the working: 90-80 m - 8 l / min, 40 m - 15 l / min, 10 m - 30 l / min, 5 m - 40 l / min.

The pump is equipped with a built-in thermal protection and a two-channel water intake system for the best cooling. This pump is the base for the Typhoon domestic pumping station manufactured by Bosna LG.

"Typhoon-3": automation unit and maximum pressure - 90 m

The electric pump BV-0.25-40-U5M with UZN (anti-interference device) is a unique equipment for domestic use in conditions of unstable power supply. The unit is equipped with a UZN automation unit built into the power cord. UZN equalizes voltage drops in the network in the range of 190-250V to the working one.

Voltage drops do not affect the performance of the pump in any way, do not lead to overheating and failure, which is especially important for summer residents with an unstable power supply system. The pump starts up smoothly, this is of great importance, because. starting currents for pumps of this type are quite large

The maximum immersion depth is 90 m, while the pump capacity is 8 l / min

starting currents for pumps of this type are quite large. The maximum immersion depth is 90 m, while the pump capacity is 8 l/min.

All Typhoon pumps are designed for continuous operation without stopping and have IPx8 waterproof ratings.

1 Types and description

Different technical characteristics, as well as design features of the mechanisms, led to their division into types and subspecies.

Water pump Kama happens:

• submersible;
• surface;
• auto;
• manual.

These species have different purposes, are divided into the following subspecies:

Pump KAMA-10

1. Drainage. Used for pumping liquids from basements, shafts and wells. Can be used to drain wet soil.
2. Vibrating. They have great power, are able to supply a large amount of water. At the same time, they are simple and economical in terms of power consumption. Used at depths up to 10 meters.
3. Centrifugal multistage. Capable of pumping any liquid from any source. A separate ejector installation is required as there is no built-in fluid self-priming system.

1.1 Immersion model

The purpose of the Kama deep pump is to supply water from a well, reservoir or well. They are able to pass water along with particles up to 1 mm.They have a capacity of 2000 to 5000 liters per hour. The temperature of the working fluid should be no more than +35 degrees. Do not use for acidic or alkaline environments.

For this machine well or well must have a diameter of at least 50 mm, a depth of 5 to 35 meters.

1.2 Surface model

This type of water pump is used for watering the site, filling the tank and reservoir, as well as for water supply to a private house. Designed to draw water from sources located close to ground level.

Disassembled pump KAMA-8

The surface circulation pump is used in heating systems where forced circulation of the liquid is necessary.

Compact, light weight, easy to transport. Liquid suction height - 8 meters. Not designed for pumping fuels and oils.

Before operation, the surface pump is filled with water. Sometimes you need to fill in the hose that goes from the well to the pump.

1.3 Automatic water unit

Its main purpose is the autonomous water supply of residential buildings, farms and other facilities with clean water from low pressure sources such as a well, borehole, storage tank or water supply.

During operation, it turns on and off independently, as water is consumed. Automatically maintains the desired pressure in the water supply system. Allows you to avoid water hammer, which prolongs the life of the water supply system as a whole.

It has a power of 650 W, a capacity of 3000 liters per hour, a maximum liquid suction height of 8 meters.

1.4 Manual water unit

It is used more often in areas with an unstable electrical network, in a private house or cottage. These devices are reliable, independent of the power source, easy to operate.

Varieties of water pumps according to the principle of operation

Vane units act on the pumped liquid through a special wheel. It has blades that are directed in the opposite direction relative to the movement of water. As a result of the transfer of torque to the wheel shaft from the motor shaft, centrifugal force arises between the blades. The liquid from the functional chamber begins to be displaced, entering the pressure pipe under high pressure.

The vane pump can be represented by a single or multi-stage unit. The first option is equipped with one rotation wheel, and the second - with several.

Depending on the configuration of the impeller, vane units can be centrifugal, vortex or self-priming.

Vane pump device: 1 - guide vane; 2 - blades; 3- impeller; 4 - interscapular channels.

The vibratory pump for pumping water from a tank of any size and type is equipped with a functional tank, divided by a lamellar membrane. On one side there is a cavity filled with liquid, and on the other side there is a vibrator that sets the thin membrane in motion. The membrane alternately bends in different directions, changing the functional volume of the cavity and the internal pressure in it.

When the pressure decreases, a vacuum occurs, which contributes to the opening of the intake valve. At this time, water from the suction pipe moves freely into the cavity of the unit.When changing the position of the bend of the membrane to the opposite, the pressure increases, intensively pushing the water out through the valve.

Note! Vibratory pumps, in comparison with vane versions, are able to lift liquid to a greater height.

In terms of efficiency, vibration pumps are inferior to bladed units. They wear out faster. In addition, they are characterized by a high degree of vibration. However, they have a lower cost, and the repair of the unit does not require large expenses.

Vibratory submersible pumps are capable of lifting water to great heights.

Calculation of a well pump for water supply at home

When calculating a well electric pump for permanent water supply of an individual house, the main results of the calculations obtained are the height of the water column and the volume of the pumped liquid. The initial data are the estimated or calculated volumes of water consumption according to tables or using online calculators.

Consumption volume

There are two main methods for calculating the volume of water consumed: the first is to calculate the water consumption of each resident, the second is to calculate the total water consumption of plumbing fixtures. In both cases, tables or online calculators are used. The indicator of the average daily water consumption by one person is more significant in calculating the ability of the source to maintain a static water level with constant water consumption with a certain volume.

The main task of the electric pump is to sufficiently fill the mains with water while turning on the maximum number of plumbing fixtures that can be used by residents, taking into account working household appliances (washing machines and dishwashers).

Therefore, when the tables calculate and add up the water consumption of all plumbing fixtures, this is not entirely true - for convenience, an individual residential building may contain several sanitary facilities, an excess number of showers and bathtubs, which the owners rarely use. If this plumbing is taken into account when calculating the total water consumption, the result will be excessive throughput parameters of the purchased pump - this will lead to energy overruns and unjustified financial costs.

To calculate the maximum volume of water consumption per unit of time for a family of three living in an individual residential building, you can use an online calculator or make simple calculations manually. If we take the three sources with the highest water consumption and add a small amount from household appliances (the tables show values ​​\u200b\u200bthat should not be taken into account - water consumption by appliances does not occur in a constant mode), then as a result of simple manual calculations, we get peak water consumption per family from 3 people - 2.5 cubic meters / h. The indicator was obtained using the most water-intensive plumbing equipment - a bathroom, in the absence of such amenities, a water supply of 2 cubic meters / h is quite enough.

Rice. 13 Table of water consumption by plumbing fixtures

pressure

When calculating the pressure, the formula given above for organizing irrigation (H = Hv + Hg + Hp + Hd) is used, the calculations are carried out according to the same method, the main problem is the calculation of hydraulic resistance, more precisely, that part of the pressure that will be needed to overcome pipe resistance sections.

There is also a table taking into account the resistance of fittings, taps, bends, tees and other parts of plumbing fittings. Using online calculators, you can calculate the hydraulic resistance of a pipeline of a given length, depending on the material of its manufacture and diameter. If the line is made of hydraulically smooth HDPE pipes with a diameter of more than 1 inch and assembled in accordance with standard regulations, its hydraulic resistance can be taken equal to 20% of the entire length of the line.

For example, let's calculate the pressure characteristics of a submersible pump installed at a depth of 10 m, the distance to the house is 50 meters, the line length in the house is 50 meters, the height of the lift from the basement to the second floor is 5 meters, the highest pressure in the system is 3 bar. Similarly to the method discussed above, we get the result:

H \u003d 10 + (5 + 5) + 5 + 115 x 20 / 100 + 30 \u003d 78 (m.)

According to the graph of pressure characteristics, we determine a suitable electric pump, the choice of a Gileks brand device for solving the tasks set is not suitable for us (a supply volume of 2.5 m.cub./h corresponds to 41.6 l./m.), so we do not consider it. The corresponding model SQ-2-85 is in the Grundfos equipment line (Fig. 14, point 5), with which you can make a water pipe with calculated parameters.

Rice. 14 Grundfos pressure characteristics

Where is Typhoon commonly used?

Typhoon pumps are designed for autonomous water supply of individual households. They are highly efficient and able to provide enough water to create and fully operate an independent water supply system. These pumps can be used to supply water from both wells and wells.

Key technical parameters of the pump

Modification with built-in overheating protection

• The height of the water column is up to 90 m.
• Pressure - 9 bar;
• The maximum productivity is 2.5 thousand l/h.
• Water intake - 2-valve system.
• The mode of operation is long.

When choosing, you need to pay attention to the fact that the Typhoon well pump can be made in one of two modifications that differ in the type of thermal protection:

• BV-0.25-40-U5-M
• BV-0.5-16-U5-M (recommended if the voltage in the network changes many times in the range of 180-250 Volts).

Thus, the Typhoon vibration pump is characterized by a winding with built-in protection, which ensures automatic shutdown of the unit in case of overheating, as well as in case of insufficient water in the well or well. Due to the presence of two valves, the water supplied to the top additionally cools the pump winding. This design, according to the manufacturer, will allow efficient operation of the unit for 10 years.

What is a circulation pump Typhoon

The circulation pump includes three components: a vibration part, a water intake part and an electric drive part. The vibration part includes shock absorbers, diaphragms, couplings and rods. There is an anchor at one end of the rod, and a piston at the other.An empty distance was specially made between the shock absorber and the diaphragm so that the components guide the rod during the operation of the Typhoon. They ensure its tightness and prevent water from entering the housing, where the electric drive itself is located - the main pumping part of the Typhoon. This pump can also be lowered into the boiler.

The circulation pump Typhoon is a vibration pump for high-quality water intake from a well or well. Such a pump is used to pump 2.5 cubic meters of water in one hour. Typhoon does not require any attachment to the walls of the well or well. He works on a suspension cable.

The Typhoon circulation pump is used for water supply of residential buildings, household buildings, industrial facilities, for organizing irrigation in the country

The water intake component looks like a cavity. On top of it is a glass with holes that take in the water that is pumping. There is also an intake valve, which does not allow to drain back when the pump is turned off. The motorized part includes a core, two coils and a nozzle that sucks in water. In addition, they are filled with compound.

The operation of the circulation pump depends on alternating current, which creates mechanical vibrations. Shock absorbers convert current from electrical to the same mechanical vibrations that are transmitted to the piston and armatures. Through the water intake, water enters the pump and then into the chamber. It contains a piston and several valves.

The pump body is made of cast iron, the shaft is made of ceramic. Typhoon is connected to a single-phase network of 230 volts at 50 Hz. The maximum pressure during operation at the pump is 10 bar. Temperature limit - up to 100 degrees.The circulation pump Typhoon can be used in water with low hardness, in clean, low-viscosity and non-aggressive and non-explosive liquids. They must be free of solids, impurities or oils of any kind. Typhoon is an excellent model for collecting water at their summer cottage. But if you want something more, then there is a special pumping station for you.

Three models

Manufacturers supply three models to the markets at once - an early version and upgraded ones:

"Typhoon-1" modification BV-0.5-16-U5-M - the first version of the model. The diameter of the product is 10 centimeters, so it must be borne in mind that it can only be lowered into a shallow well with a diameter of 12.5 centimeters or more (there must be a gap between the body and the device for free movement). This model is designed to take water from wells, reserve tanks or tanks for irrigation, as well as from pools and ponds with clean water.

This is a high-performance household unit with an immersion depth of up to 16 m. The performance of this pump at a maximum immersion depth is 35 l / min, at a depth of 3 m - 50 l / min. The pumping apparatus is capable of pumping water from a depth of up to 8 m.

The equipment is equipped with a built-in overheating protection system and a two-channel water intake system for additional cooling of the case during operation.

"Typhoon-2" is a modernized device with the ability to draw water from a depth of up to 90 meters. This is one of the most popular models on the market, designed to work in wells with a diameter of 12.5 centimeters.

The main difference between the models is the working depth at which they can be used.The early version of the device refers to units operating at a relatively shallow depth (technical indicators are almost twice as high as those of competitors!). The upgraded model is a real downhole pump for wells, with an impressive capacity of up to 2,500 liters of water per hour.

The BV-0.25-40-U5M modification pump is capable of transporting water over a distance of 90 m, which includes pumping out of the wellbore, moving along the horizontal and vertical sections of the water supply to the consumer. This can only be very expensive imported pumps.

The performance of the electric pump depends on the distance between it and the working:

• 90-80 m - 8 l / min;
• 40 m - 15 l / min;
• 10 m - 30 l / min;
• 5 m - 40 l / min.

The pump is equipped with a built-in thermal protection and a two-channel water intake system for the best cooling. This pump is the base for the Typhoon domestic pumping station manufactured by Bosna LG.

Also, the models differ in the characteristics of thermal protection:

• BV-0.25-40-U5-M - marking of the deep model, indicating increased protection of the unit from overheating;
• BV-0.5-16-U5-M - marking of an early model, with weaker engine protection against overheating.

And the placement of the water inlet:

• basic model with lower water intake;
• upgraded with top.

The main characteristics of the base model:

• power - 240 watts;
• maximum pressure - 30 meters;
• productivity - 750 liters per hour;
• cable length - 10 meters.

Pros and cons

Advantages of both models:

• affordable price;
• long service life;
• reliability;
• quiet operation (devices are immersed in water);
• built-in overheating protection;
• reliable water cooling thanks to a two-channel intake;
• compact dimensions;
• high performance.

Flaws:

• for maintenance, the unit must be removed to the surface;
• high starting current.

"Typhoon-3" - electric pump BV-0.25-40-U5M with UZN (anti-interference device) - unique equipment for domestic use in conditions of unstable power supply. The unit is equipped with a UZN automation unit built into the power cord. UZN equalizes voltage drops in the network in the range of 190-250 V to the working one.

Voltage drops do not affect the performance of the pump in any way, do not lead to overheating and failure, which is especially important for summer residents with an unstable power supply system. The pump starts up smoothly, this is of great importance, because

starting currents for pumps of this type are quite large. The maximum immersion depth is 90 m, while the pump capacity is 8 l / min

The pump starts up smoothly, this is of great importance, because. starting currents for pumps of this type are quite large. The maximum immersion depth is 90 m, while the pump capacity is 8 l/min.

All Typhoon pumps are designed for continuous operation without stopping and have IPx8 waterproof ratings.

What is a submersible well pump, its advantages and scope

Unlike wells, wells have a shallow depth of up to 15 meters if concrete rings are used in their construction, as well as a depth of up to 25 meters or more in the construction of plastic wells with walls made of high-strength corrugated polyethylene pipes (Korsis).

For water intake from wells with a distance of the water surface from the surface of less than 9 meters, surface water pipes are widely used. pumps or pumping stations of centrifugal principle of operation with automation, differing in budgetary cost and ease of operation. If the static level of the water supply source is more than 9 meters, or it drops to a greater depth during water intake (dynamic level), it is necessary to use a submersible electric pump in the well.

The main parameter of submersible types is high pressure characteristics, which allow water to be supplied over long distances with a source located remotely from the house.

Centrifugal electric pumps specially designed for water intake from wells are equipped with float switches that prevent their operation when the water level in the source drops to certain limits.

Fig. 2 Scheme of home water supply with water intake from a well with an electric pump Gileks

A submersible well pump for individual water supply systems for domestic use can perform the following functions:

• Produce water intake to supply a private house from depths of more than 9 meters, providing a supply volume within a wide range.
• To supply water to the surface for irrigation, it can be used to fill barrels, tanks and various containers with water, which, after warming up in the air, water the garden.If drip irrigation is organized on the site, using a submersible electric pump, you can fill a large volume tank and turn it off with a float switch installed on the walls of the tank when filling.
• A submersible well pump can fill pools, artificial reservoirs, ponds or pump water out of them.
• In critical situations during flooding during the spring flood of underground basements, garages, cellars and other premises, an electric pump can pump out water if it is not very dirty, or install a home-made filter on its suction pipe, which prevents dirt particles from entering the working mechanism.
• With a submersible electric pump, you can immediately pour the coolant into the heating system directly from a well or barrel, with a pressure of about 1.5 bar necessary for its operation, or use it to fill an expansion tank located in the attic of the house.
• Some types of submersible pumps (vibrating, screw) are effectively used to combat silting of water sources - for this, the unit is released into the well at a short distance from the bottom and the turbid liquid is pumped out with its help.

Wells collect water from shallow water layers (perch water), and are designed for the use of mechanical means of supply using a gate and a bucket. If it is planned to take water on the site for the constant supply of a residential building using an electric pump, it is much easier and cheaper to drill a shallow Abyssinian well (many people drill with their own hands) and use it as a water source. The use of a well is justified only if the site is completely absent or often loses electricity.

Rice.3 Well electric pump for water supply at home in the source

Features of pumping drainage water

For pumping out drainage water

During the spring flood, situations often arise related to the flooding of basements, inspection pits and other structures below the surface. Usually, such groundwater has practically no impurities, so it is quite possible to pump it out with vibration pumps.

If it is necessary to work with contaminated water, it is necessary to use an additional filter, which will prevent possible damage to the pump. Such a filter has the form of a cap, which is put on the receiving part of the device, and the installation must be carried out after the filter has been preheated, this will greatly simplify the installation process.

Device and principle of operation

The model belongs to submersible vibration units. Traditionally, for this type of pumping equipment, the body of the device is divided into two chambers - the first is designed for the engine and the magnetic coil, the second, made in the form of a cylinder, is used as a pump compartment, has a built-in anchor and pistons.

Water is taken in through a two-channel system - the pump compartment is equipped with two valves at once, providing inlet and free outflow of water in the absence of pressure.

The working chambers are separated by an elastic diaphragm and a shock absorber, which ensures the tightness of the engine compartment. The electric drive includes two magnetic coils, a pressure pipe and a core - all parts are filled with epoxy compound to prevent water ingress and ensure the reliability of the structure.

The principle of operation of the unit is based on the use of oscillations of the armature and pistons caused by the electromagnetic field of the coils.Particular reliability of the design is provided by the brand's patented form of the bushing and stem guide.

All modifications of the water vibration pump "Typhoon" include three main components:

1. vibration part. It consists of a shock absorber, diaphragm, coupling, rod. An anchor is located at one end of the rod, and a piston at the other. There is a certain distance between the shock absorber and the diaphragm, both elements guide the rod during the operation of the electric pump and ensure its tightness, preventing water from entering the part of the housing where the electric drive is located.
2. Water intake part. It is a cavity, at the top of which there is a glass with holes for taking pumped water and a check valve that prevents backflow even in cases where the pump is turned off.
3. Electrical part. It consists of a core, two coils and a suction outlet. These parts are located in the body and filled with a compound with quartz sand fractions.

The compound fixes the electromagnet and insulates the windings of the coils, protecting them from water penetration. Quartz sand increases heat dissipation from the electric drive part.

The core is a U-shaped figure of plates made of transformer steel. An enamel wire with a certain number of turns is wound on the core, insulated with a special varnish coating.

The principle of operation is based on alternating current, which, with the help of a shock absorber, is converted into mechanical vibrations transmitted to the piston and armature. Water enters the pump through the water intake holes and ends up in the chamber where the piston and valves are located.

The piston, under the influence of vibrations, begins to reciprocate, creating a hydraulic shock in a glass with holes. The valves close the holes, and the water enters the chamber, from where it is ejected under pressure through a two-channel system into the outgoing pressure pipe.