The WCPW01w.Fi2007 kW heat exchanger with a water jacket and coil is a modern device that is the key to increasing the energy efficiency of heating systems. Thanks to its advanced design, it enables the recovery of heat from exhaust gases, which in traditional solutions often escapes uselessly through the chimney. Equipped with a power of up to 7 kW and a flue diameter of 200 mm, this exchanger is an ideal solution for modern home heating systems, offering both high efficiency and ecological benefits.
This exceptional level of efficiency is possible thanks to the use of a coil in the water jacket, which increases the heat exchange surface and enables even more effective heat recovery from exhaust gases. Additionally, made of high-quality P265GH boiler steel, in accordance with the EN 10028-2 standard, guarantees durability and resistance to extreme conditions of use.
The innovation of the WCPW01w.Fi2007 kW exchanger also lies in its ability to increase the efficiency of the insert by increasing the surface area of heat recovery recovered from the flue gas duct. This not only translates into additional use of energy that would be wasted without the use of this device, but also allows for significant savings in fuel consumption and reduction of emissions of harmful substances into the atmosphere.
Key features of the WCPW01w.Fi2007 kW heat exchanger:
- Power up to 7 kW: Effective and efficient operation, ensuring optimal use of heat from exhaust gases.
- Flue diameter 200 mm: Easy integration with most chimney systems.
- Water jacket with coil: Increased heat exchange surface for even better energy recovery.
- Made of high-quality boiler steel: Guarantee of durability and resistance to extreme conditions.
- Ecological and economic benefits: Reduction in fuel consumption and emissions of harmful substances.
Investing in a WCPW01w.Fi2007 kW heat exchanger with a water jacket and coil is a decision that brings long-term benefits for both the user and the environment. This is an ideal solution for those who value advanced technology, energy efficiency and ecological responsibility.