Combined heat storage tank SG(K) KUMULO 600/200l without coil, polyurethane foam, Skay 70-608000

Combined heat storage tank – a versatile solution for your heating system

This SG(K) KUMULO heat storage tank with a capacity of 600/200 liters is a universal solution that allows you to integrate various heat sources into one system. Without a coil, it is ideal for installations where the priority is to accumulate heat from a single source or where a coil is not required. This tank can be used in both new installations and in the modernization of existing heating systems.

Construction and application

The tank is designed to work with various heat sources, such as solid fuel boilers, gas boilers, heat pumps, or fireplaces. Its construction allows for the accumulation of excess heat and its release when needed, which translates into savings and comfort. Made of steel with an enameled internal coating, it ensures durability and corrosion resistance. Insulation with polyurethane foam minimizes heat loss, increasing the energy efficiency of the entire system.

Advantages and benefits

• Versatility: Possibility of connecting various heat sources – from traditional boilers to modern heat pumps and solar systems.
• Energy efficiency: Polyurethane foam insulation reduces heat loss, lowering operating costs.
• Durability: Made of steel with an enameled coating, ensuring long life and corrosion resistance.
• Heat accumulation: Allows you to store excess energy and use it later, optimizing energy consumption.
• Energy efficiency class C: Provides a reasonable compromise between performance and operating costs.
• Capacity of 200 liters: Optimal capacity for households with average demand for domestic hot water and heating.

Construction and materials

The SG(K) KUMULO tank is characterized by a solid construction and high quality workmanship. The steel tank is covered with ceramic enamel applied by the wet method – this is a proven solution providing effective protection against corrosion. Insulation with polyurethane foam further increases the thermal insulation of the device. The lack of a coil simplifies the construction and reduces the risk of failure.