Vertikaler Warmwasserbereiter 120l 2kW GCV9S 120 47 20 C21 TSRCP Modeco

Electric boilers of the ModEco series with a built-in coil are a highly efficient solution for the utilization of alternative sources of thermal energy, such as solar thermal collectors, gas boilers and solid fuel boilers.

ModEco boilers are produced using the most advanced plasma welding technologies and Crystal Tech enamel coating of the water tank for high corrosion resistance. The boiler's anode protector contributes to additional protection of the unit and extends its life.

The vertical boiler has highly efficient INSUTECH insulation, which provides up to 16% lower energy losses. INSUTECH is a precision technology for the uniform distribution of high-density polyurethane insulation. As a result, hot water is stored protected from cooling for a long time until it is used.

The vertical broiler TESY ModEco GCV9S 120 47 20 C21 TSRCP is also characterized by the PISTON effect to control the speed of the incoming water and increase the amount of hot water by up to 15%.

The high volume electric water heater for horizontal installation TESY has the following technical characteristics:

• Rated power: 2000 W
• Volume: 120 l
• Coil area: 0.7 sq.m.
• Coil volume: 3.2 l
• With coil terminals - on the right
• Copper heater
• Capillary thermostat
• Water heating time from 15°C to 60°C: 22 minutes
• Height: 115 cm
• Diameter: f47 cm
• Vertical mounting
• Warranty: 5 years

Benefits, features and protections:

• Built-in high-efficiency heat exchanger/coil with increased power/ with integrated TURBOLATOR, a patented solution for rapid heating of water using thermal energy from alternative sources
• Additional hole and sleeve for placing a thermosensor
• Specific coil design for heating the entire volume
• PISTON EFFECT to control the speed of incoming water and increase the amount of hot water by up to 15%
• INSUTECH technology developed by TESI for highly efficient insulation and extremely low heat losses
• Bilight indication for easy and quick recognition of operating modes