Boiler TESY Anticalc GCV 80 38 24C B14 TSR

The vertical boiler of the Anticalc series model Tesy GCV 803824C B14 TSR with a capacity of 80 liters is a last generation electric boiler with a ceramic heater, specially developed for regions with hard, highly mineralized or aggressive water. All boilers of this series have a high-quality ceramic heater, which has more advantages than a dry heater - a guarantee of reliable and trouble-free operation. The model GCV 803824C B14 TSR has a diameter of 38 cm. Features: Capacity: 80 LPower: 2400 WDiameter: 386 mm Heat-up time Δt 45K (15 - 60°C): 1:44 h:min Annual energy consumption AEC: 2770 kWh Energy class C Drain profile: LTout of the box: 70 °CV40: 144 LTmax: 70 °CMAX40: 144 LMounting: Vertical Dimensions (H x W x D): 122.0 x 38.6 x 41.2 cm Functions: A unique BiLight switch visualizes the change in operating mode ("warm-up mode" or "ready for use") by changing the color of the light indicator (red or blue). Crystal Tech is the new enamel coating on the water tanks of all TESY boilers. By adding it technologically, additional precision is achieved in the uniform distribution of the thickness and better adhesion with the metal, which guarantees an even higher resistance of the water heater. The coating also has a higher amount of titanium, which further guarantees its strength. Crystal Tech has a better gloss, which guarantees higher resistance to wear, regardless of the nature of the water - soft or aggressive, provides reliable protection against corrosion and trouble-free operation of the water heater, regardless of the character and quality of the water. Insutech is a specially developed technology for highly efficient insulation. It also includes a unique solution to remove the thermal bridge between the water tank and the wall mounting plate, providing up to 16% lower energy losses. Insutech is a precision technology for the uniform distribution of high-density polyurethane insulation based on an environmentally friendly CFC- and HCFC-free PU formula. As a result, hot water is stored protected from cooling for a long time until it is used. A patented design of the water inlet nozzle creates a Piston Effect, providing up to 15% more hot water. An innovative spray nozzle developed by TESY and protected by a patent manages the mixing of hot and cold water. High-tech method for frontal plasma welding, without additive material, with very low thermal impact on the base metal. Precision technology that achieves a thickness of the weld layer identical to the thickness of the steel sheet of the water tank, as well as an extremely flat and smooth surface for a high quality of the applied glass-ceramic coating. Stable welding process guaranteed by computer control. All TESY electric water heaters have a hygiene certificate for clean drinking water, according to European directive 98/83 EU. The certificate guarantees that the company uses materials in its devices that do not change the physical, chemical and biological properties of water. A broken thermal bridge is a disconnection between the reservoir and the mounting plate. The technology guarantees up to 16% lower energy losses. The hot water pipe of all electric water heaters with the TESY brand is made of stainless steel, resistant to the high temperature and pressure in the water tank, which guarantees trouble-free operation of the water heater. The capillary thermostat is a high-class device for the most precise regulation of water temperature, ensuring high reliability in the operation of TESI boilers. The capillary thermostat controls the water temperature via sensor(s) located higher in the water tank, ensuring precise control, safety and user comfort. ensuring high reliability in the operation of TESI boilers. The capillary thermostat controls the water temperature via sensor(s) located higher in the water tank, ensuring precise control, safety and user comfort. ensuring high reliability in the operation of TESI boilers. The capillary thermostat controls the water temperature via sensor(s) located higher in the water tank, ensuring precise control, safety and user comfort.