The Ideal Logic Code ESP1 33 kW is a combination boiler offering a choice of domestic hot water ou...The Ideal Logic Code ESP1 33 kW is a combination boiler offering a choice of domestic hot water outputs from 26 kW to 38 kW. This model is an excellent choice for new builds and retrofits where energy efficiency is a priority. The boiler is designed to support up to Level 4 of the Code for Sustainable Homes, with optimized design for SAP and DER ratings. It's compact and easy to install, featuring a built-in stainless steel recuperator that recycles waste energy for impressive energy efficiency. Key features include a compact single-piece installation, an easy-to-read pressure gauge, a large back-lit display, and endorsement by the Energy Saving Trust. It also boasts higher DHW flow rates than standard boilers (10%), built-in pipework requiring no extra side space, standard combination connections, and boiler frost protection. The unit comes with preformed copper tails and a pre-wired mains lead. Central heating output ranges from 6.1 - 24.2kW at 70°C and 6.4 - 25.6kW at 40°C.
The Ideal Logic Code ESP1 33 kW is a combination boiler offering a choice of domestic hot water outputs from 26 kW to 38 kW. This model is an excellent choice for new builds and retrofits where energy efficiency is a priority. The boiler is designed to support up to Level 4 of the Code for Sustainable Homes, with optimized design for SAP and DER ratings. It's compact and easy to install, featuring a built-in stainless steel recuperator that recycles waste energy for impressive energy efficiency. Key features include a compact single-piece installation, an easy-to-read pressure gauge, a large back-lit display, and endorsement by the Energy Saving Trust. It also boasts higher DHW flow rates than standard boilers (10%), built-in pipework requiring no extra side space, standard combination connections, and boiler frost protection. The unit comes with preformed copper tails and a pre-wired mains lead. Central heating output ranges from 6.1 - 24.2kW at 70°C and 6.4 - 25.6kW at 40°C.