Hot Water Centrifugal Pumps

Hot water pumps are pumps and hydrophores used in systems that produce hot water with solar energy and installations with hot water transition.

Hot water centrifugal pumps are produced with special mechanical seal, cast, stainless, bronze impeller alternatives suitable for hot water applications up to 120 ° C. Turkey Hot Water Centrifugal Pumps Pump Manufacturer.

HOT WATER CENTRIFUGAL PUMPS

Centrifuge literally means centrifugal force. In these pumps, which consist of a vane impeller in a body, the liquid is transmitted from an inlet to the middle of the impeller. The pressure is obtained by rotating the liquid with the impeller. The path of the liquid in a centrifugal pump is as follows. Due to the vacuum created on the suction side of the impeller, the liquid enters between the blades of the impeller. The fluid passing between the impeller blades gains a great tangential velocity with the rotational movements of the impeller. Between the impeller blades and the channels bounded by the front and rear profile of the impeller, the liquid is pushed towards the exit side of the impeller by the effect of centrifugal forces that occur during the rotational movement. The movement created in this way ensures the continuous flow of the liquid and the suction of the pump around the suction. Although the Hot Water Centrifugal pumps produced by Turkish hot water centrifugal pump manufacturers are completely similar to the centrifugal pumps in structure, the materials used are different. For example, the mechanical seal used in a normal centrifugal pump is produced from ceramic material, while the mechanical seal used in the hot water pump is made of silicon. Likewise, while the material used in the impeller production of centrifugal pumps is noryl, the impeller material used in hot water centrifugal pumps can be cast or stainless.

Turkey Hot Water Centrifugal Pumps Pump Manufacturer.

In general, the types of Hot Water Centrifugal Pumps are;

Hot Water Preferical Centrifugal Pumps

  Preferical pumps are generally known as friction fan pumps, because the pump impeller provides pressure by rubbing against a surface. Pump impellers and friction surfaces are generally made of stainless or bronze materials. Hot Water Preferical Centrifugal pumps manufactured by Turkish hot water centrifugal pump producers can operate at a water temperature of up to 90 degrees. Hot Water Preferical Centrifugal Pumps are water pumps that suck from a depth of 6 m and have a minimum head of 40 m and a maximum head of up to 103 meters. Due to the fact that the pump impeller and friction surfaces are bronze, pump systems, pump technologies, and preferential water pumps used in hot water supply are suitable for use in places requiring high temperature and pressure.

Hot Water Pressurization Pump

  Hot Water Pressurization Pump is used to increase the pressure of hot water in Solar Energy systems. The pump produced by Turkish water pump manufacturers is designed to be installed in a completely straight pipe, meaning that the inlet and outlet are on the same axis. A specially designed switch located at the outlet of the pump understands the water flow when hot water is used from any faucet and starts the pump and the water pressure increases. Since the water flow will be interrupted when the faucet is closed, the switch is designed to stop the pump completely automatically.

Hot Water / Booster / Water Pressurization / Mini Booster / Pump / Systems

  The Mini Booster produced by Turkish mini booster pump manufacturers water pressurization pump system is generally designed for domestic use. Due to the fact it is mini and compact design, they can work in small spaces. Pressure switch, expansion tank, pressure booster equipment such as check valve are mounted on the pump. It can easily supply pressurized water to 2 floors and 2 flats. Such pumps are generally used for pressurizing hot water such as solar energy and heat boilers. Since the pump body is cast and the impeller is bronze, they can easily operate at water temperatures up to 90 degrees.

Double Stage Hot Water Centrifugal Pumps / Hot Water Motor

  Double Stage Hot Water Centrifugal Pumps are hot water pumps that are high in pressure and up to 90 degrees in temperature compared to normal centrifugal pumps, and are suitable for use as industrial facilities pump. This type of pump has 2 impellers and 1 diffuser. The water pressurized by the first impeller comes to the suction of the second impeller because of the diffuser, and the water pressurized again can reach higher altitudes. The mechanical seal used in these pumps is made of silicon.

Stainless Hot Water Centrifugal Pumps

  The feature of Stainless Hot Water Centrifugal Pumps is that all parts such as pump body, impeller, stage, shaft that come into contact with water are made of stainless material. They can easily pump liquids up to 90 degrees with a special mechanical seal for hot water. Its stainless body is more resistant to cavitation that may occur from water vapor. Multistage pumps produced by Turkish water pump manufacturers  have more than one impeller and stage. In this way, high meters can easily flood. Complete stainless multi-stage pumps are produced for use in pressurized water needs up to a maximum height of 70 meters,  hygienic environments, treatment systems, agricultural irrigation.gas stations ,social facilities; stainless chrome pumps used in industrial food machines, industrial machinery pumps, stainless impeller water pumps, water booster pumps in buildings, and clean water supply in constructions. New designed products are optionally suitable for use in hot water applications up to 120°C.

The points to be considered in the selection of a hot water pump are;

  • The temperature of the water to be pumped
  • The distance that the pump will pump
  • Working time of the pump (Equally aged pumps recommended for uninterrupted operation)
  • Whether there are particles or chemicals in the liquid to be printed.
  • Issues such as whether the area where the pump will operate can receive sufficient air for cooling the motor should be considered.
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