March 24, 2022
Share this postHow Much Does It Cost To Service My Pump?
This is one of the things we get asked the most – but like most questions, there isn’t one answer that fits all. In order to determine the cost of servicing any pump, firstly we require two important details to start identifying your needs:
- What type of pump do you have?
- What is the system the pump is part of?
Once you have identified the type of pump and the system it is fitted to, read on…
How much does it cost to service a pump station?
As a guide, the price to service a twin pump station can vary massively from upwards of £500 per unit for a full service, depending on the factors below.
The three main things to consider are: the kilowatt size of the pumps, the depth of the tank and the number of pumps installed in the chamber.
In addition to these three main considerations, the cost can vary depending on what the pump station is handling: whether it be foul, waste or clean storm water. A foul or waste pump station typically can suffer from heavy debris build up over time that cannot be removed by the pumps; this will require additional services, such as a vacuum tanker to remove this waste and maintain your pump station in optimal condition.
Costs on servicing will vary depending on if the pumps are lifted, de-ragged and cleaned, or if the service only includes an electrical test carried out from the panel. In order to raise pumps, a two-man team will be required to ensure the proper health and safety measures are in place.
Regular servicing is a requirement of any manufacturer. To ensure optimal performance of your system and to prevent breakdowns, a maintenance contract on your systems will make certain that they are serviced regularly at the correct intervals. A full service, which typically includes lifting the pumps, should be carried out at a minimum of once per year.
How much does it cost to service my heating pump?
Servicing a heating pump means properly inspecting the pump, its parameters and ensuring that it’s running at optimal performance. The cost to service a heating pump can vary due to its kilowatt size, its location and the number of pumps you have on site.
The more heating pumps you have on site, the lower the cost per unit will be. As the service is not a long process, this means the cost of staff travelling to site can make up a lot of the cost.
It’s important to note that a heating pump service does not include replacement parts such as mechanical seals. If a mechanical seal has failed, this will require a remedial repair.
How much does it cost to service a booster set?
The cost to service a booster set can vary depending on several different factors, all outlined below. Although typically, the cost to service a booster set is around £500. The key variables are:
- How many pumps on the booster set?
- Kilowatt size of pumps
- Size of pressure vessels related to the booster set
- Number of services visits required per year
- If legionella and e-coli testing on the break tank is required
- If your break tank requires cleaning and sterilisation
- If remote monitoring is installed and any top up or hire costs
Servicing costs can vary depending on the number of checks and level of service that is carried out. Very often, draining the pressure vessel is not included in the cost of a service, even though this is a critical requirement to ensure the optimal performance of your booster set.
The more booster sets and other pump systems you have on site, the lower the cost per unit will be as the travel and set up time will be spread across the number of units you have on site.
How much does it cost to service a pressurisation set?
The cost to service a pressurisation set typically only varies due to two factors: the number of vessels on the system and the size. The cost will vary predominantly due to the fact vessels may need to be drained and recharged.
If your heating system is larger, this will impact the number of vessels connected to the pressurisation unit. The volume of the pressure vessels will also increase, resulting in longer drain and recharge times for the vessel. It’s also worth considering that the number of vessels connected to the pressurisation unit will also affect the cost.
A pump station is a system that moves liquids (such as water, wastewater, or sewage) from one place to another when gravity alone is not sufficient.
They are used when water or wastewater needs to be lifted to a higher level or transported over long distances.
Pump stations are commonly used in:
Wastewater and sewage systems
Drainage and flood control
Water supply networks
Industrial processes
heating pump is a pump used in central heating systems to circulate hot water through the system.
It moves heated water from the boiler or heat source around the building through:
Radiators
Underfloor heating
Heat exchangers
This ensures heat is evenly distributed throughout the system.
Without a heating pump, hot water would not circulate effectively, which would result in poor heating performance and uneven temperatures.
They are commonly found in:
Residential heating systems
Commercial buildings
District heating networks
Industrial heating systems
A booster set is a group of pumps designed to increase water pressure in a system.
They are used when the incoming water supply does not have enough pressure to serve the building or system.
Typical applications include:
High-rise buildings
Hotels and hospitals
Commercial buildings
Large residential developments
Irrigation systems
A booster set usually includes multiple pumps controlled automatically. The system adjusts the number of pumps running depending on the demand for water, ensuring:
Constant pressure
Energy efficiency
Reliable supply
A pressurisation unit maintains constant pressure within a closed heating or cooling system.
Correct pressure is essential to:
Prevent air entering the system
Avoid cavitation in pumps
Ensure proper circulation of water
Protect equipment from damage
The unit monitors system pressure and automatically adds water when pressure drops below the required level.
Where are pressurisation units used?
They are commonly installed in:
Central heating systems
Chilled water systems
HVAC installations
Large commercial or industrial buildings
- Pump Station – Moves water or wastewater where gravity cannot
- Heating Pump – Circulates hot water in heating systems
- Booster Set – Increases water pressure in supply systems
- Pressurisation Unit – Maintains pressure in closed heating/cooling systems
Choosing Dura Pump means investing in reliability and safety for your facility. Talk to an expert about your needs
