The Ferroli ECOUNIT HP 200-1C cylinder is an efficient and robust solution for the production of domestic hot water (DHW), specifically designed to integrate with aerothermal and solar energy systems. Manufactured from high-quality vitrified steel, in accordance with DIN 4753 standards, and subjected to a thermal treatment at 860 ºC, this cylinder ensures exceptional durability and excellent corrosion protection. Additionally, it comes equipped with an electric heater and a magnesium anode, ensuring optimal operation even in areas with hard water.
With a capacity of 167 litres and a high exchange surface area of 2.3 m², the ECOUNIT HP 200-1C allows efficient heat transfer thanks to its 29.5-metre-long coil. This makes it an ideal choice for applications requiring an auxiliary heating system to support aerothermal or thermal solar systems. The optimised coil design offers a nominal flow rate of 1 m³/h, with a thermal exchange power of 11.5 kW when the temperature difference (t) is 35 K.
This cylinder can supply up to 283 litres of hot water per hour with a temperature difference of 35 K, making it suitable for meeting hot water demands in homes or commercial installations. The water preparation time is just 28 minutes, ensuring a rapid response and continuous DHW supply. Furthermore, the unit is designed to withstand a maximum pressure in the DHW circuit of 8 bars, ensuring its safety and reliability under different operating conditions.
The Ferroli ECOUNIT HP 200-1C is designed not only to be efficient but also to minimise energy losses. Its maintenance loss is just 2.2 kW/h over 24 hours, making it an energy-efficient choice. Additionally, it has an energy classification of class C, and its compact design (1,438 mm in height and 540 mm in width) makes it suitable for installations where space is limited.
The Ferroli ECOUNIT HP 200-1C is a reliable and efficient solution for those seeking a high-performance cylinder that can integrate into renewable energy systems, with features that maximise efficiency and minimise energy losses. Ideal for residential and commercial applications requiring a constant supply of hot water, its robust design and easy maintenance make it a preferred choice for any modern installation.