Viessmann 80 kW Vitodens 200

Series: Vitodens 200-W

Model: Vitodens 200-W B2HAK08

Max. heat output: 80 kW

Type: gas, heating

Fuel: natural gas, liquefied gas

Stove: gas

Combustion chamber: closed

Number of contours: single contoured

Mounting: wall mounted

Efficiency: 109%

Mains voltage: single-phase

Weight: 83 kg

Main material of heat exchanger: stainless steel

Dimensions (WxHxD): 480x850x530 mm

Natural gas consumption: 7.94 m3 m/h

Liquefied gas consumption: 9.23 kg/h

Heat capacity: 28.1 kW

Control: Electronic

Gas/diesel work: 28.1 kW

Number of gas connections: 1

Number of connections to the heating circuit: 1

Maximum water pressure in the heating circuit: 4 bar

Nominal pressure of natural gas: 25 mbar

Coaxial chimney diameter: 100/150 mm Functions: Open indicator, thermometer, automatic ignition, flame modulation, room thermostat, outside temperature sensor

Protection: Self-diagnosis, gas control, overheat protection, frost protection mode, safety valve, pump clogging protection

The wall-mounted gas boiler Vitodens 200-W B2HAK08 is a high-quality heating equipment. It is distinguished by an affordable price-performance ratio, high comfort in heating and hot water supply, compact dimensions and an elegant design that does not go out of fashion.

The Vitodens 200-W 80kW boiler consumes less energy because it also uses the latent heat of the exhaust gases. As a result, its normative useful work coefficient reaches 98%. This allows reducing heating costs and minimizing harmful effects on the environment.

Only high-quality stainless steel was chosen as the material for economical and long-lasting operation. Therefore, the boiler is equipped with an Inox-Radial stainless steel heat exchanger. This provides the required reliability and guarantees a constant high level of utilization of the condensing heat.

The company's proprietary MatriX cylindrical burner has a wide modulation range of up to 1:19. The Lambda ProControl Plus regulator inside it automatically optimizes the combustion process for different types of gas. This ensures continuous high energy efficiency and allows maintaining a strong position in the open fuel markets where biogas blending will be required in the future.