CIRCULATING PUMPS

Domestic Heating Pump

A Central Heating Pump (also referred to as a Domestic Water Pump or Circulator Water Pump) is designed for circulating water in open and closed heating and domestic water systems. Central Heating Pumps are powered by electricity, and they work in conjunction with the boiler, zone valves and thermostats to provide heat for your home. When the thermostat indicates that heat is required, the zone valve is opened, the Central Heating Pump is activated and hot water is circulated through the hot water heating system.

As the water cools the boiler turns on and reheats the water in the closed loop hot water heating system. The performance of a Central Heating Pump or Circulator Water Pump is measured by its flow performance. The flow performance is a function of the flow-rate (number of gallons / litres of water that can be pushed through the system per minute), and the head pressure of the Domestic Water Pump.

The head pressure rating of a Central Heating Pump is the maximum vertical height the pump can lift the water. Consequently if you have a large hot water system design that needs to go up two floor levels (e.g. from the basement to the second floor of a home) you will need a Circulator Pump that can support a higher flow performance with a high head pressure.

Circulation pumps are used to move fluid in hydronic heating systems and solar systems, or in recirculation lines of drinking or sanitary water. With regard to the nature of their operation, their power consumption is an important aspect when choosing one. A high efficiency pump may save as much as 80% of power consumption against non-regulated pumps.

Appropriate pump selection ->

  1. IBO I-003 Magnetic filter

    IBO I-003 Magnetic filter

    Excl. Tax: € 73.16 Incl. Tax: € 89.99

    The Magnetic Filter has been designed to retain impurities in central heating systems.Modern systems equipped with highly efficient systems powered by boilers are exposed to failures and reduced efficiency and effectiveness work through contamination with iron oxides, i.e. the main component of rust, which are formed as a result of corrosion and deposited in the form of sediment. Iron oxide particles circulate throughout the heating circuit, accumulating in critical points of the installation and exposing the entire system to failure e.g. pumps, valves or heat exchangers, and the heating efficiency of the boiler itself decreases, which translates into increased heating costs. The use of magnetic filters/dirt separators makes it possible to increase the protection of the entire heating system by removal of most solid contaminants, which include iron or iron oxides suspended in the heating system fluid. Filters can be used in systems with continuous circulation of the heating medium. The heating medium may consist of a water solution and glycol, where the glycol content does not exceed 50%. Filters can also be used in solar and refrigeration systems by stopping additional impurities such as sand.

     

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