In line with the latest uplift of the Building Regulations (Conservation of fuel and power: Approved Document L), which states that non-domestic buildings should be moving to low carbon heat sources, the launch of the new Tyneham Heat Pump range aims to play a key role in decarbonisation.

Heat pumps are simple and efficient appliances that extract heat energy from the environment and upgrade it to heat for central heating and hot water requirements. By taking 'free energy' from the air via a refrigerant cycle, they generate heat without releasing any carbon emissions. Furthermore, with fewer moving parts to go wrong, they have a long-life expectancy with reduced service and maintenance costs.

One of the smallest commercial heat pumps on the market, the company says, the new product offering from Hamworthy Heating features a co-efficiency of performance (COP) rating of up to 4.85, to provide efficient, low carbon heating.

The seven models in the range boast six nominal outputs of between 14 to 70kW, which can also be cascaded to achieve higher outputs in larger installations. Incorporating inverter controller compressor to accurately match the heat demand, RG32 refrigerant also maximises low global warming potential.

Quiet running and featuring a monobloc design, all components are conveniently housed in the main unit which is compact and lightweight for ease of commission and installation.

Available to purchase with variable options such as, flexible hoses, anti-vibration feet, externally mounted control units, and single-phase units, Tyneham air source heat pumps can also be combined with Hamworthy modular boilers for a hybrid heating system.

Kevin Potter, Hamworthy Regional Sales Manager, commented: “With decades of commercial heating experience behind us, we understand the importance and value in finding ecologically efficient solutions, now more than ever. As heat pumps play an important role, we’re proud to be adding our new Tyneham range to our innovative product offering”.

www.hamworthy-heating.com

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