Vitodens 100-W 32 Boiler with Vitocell 100-W 300 liter bivalent Tank

Description

Viessmann Vitodens 100-W 32 kW Boiler with Vitocell 100-W 300 liter bivalent solar Tank

Vitodens 100-W 32 B1HF wall-mounted gas condensing boiler for heating, operating on the principle of condensation.

Durable and efficient thanks to the stainless steel Inox-Radial heat exchanger
MatriX-Plus burner with Lambda Pro integrated combustion controller control for consistently high efficiency and low emissions
Standard yield: up to 98% (Hs)
Modulation range up to 1:10
Energy efficiency class: A
Simple and intuitive operation via LCD display with 7-segment display and touchscreen buttons
Internet inside: Managed via the Internet via the integrated WLAN interface for more comfort, energy saving and security provided by ViCare
New E3 platform with WiFi and low power radio
Assisted commissioning (ViStart) and energy cockpit (ViCare)
High efficiency circulation pump
8 liter expansion vessel
Certificate of 20% hydrogen content in natural gas.
Particularly attractive price / performance ratio.
The delivery set includes: Flue gas accessories (elbow, terminal element) and Boiler Sensor!

Thermal power = 3.2-32 kW (return / return 50 / 30oC); Thermal power = 2.9-29.3 kW (round trip 80 / 60oC)

Maximum permissible flow temperature = 80oC; Permissible working overpressure = 3 bar

Electric power consumed = 110 W; degree of electrical protection IP X4

Maximum methane gas consumption = 3.16 m3 / h; maximum LPG consumption = 2.32 kg / h

Flue gas temperature = 72oC; Flue gas connection (double, coaxial) = 60/100 mm

Dimensions: BxLxH = 400x360x700 mm. Weight = 33 kg

Flow / return connections = 3/4 "; Cold / hot water connections = 1/2"; Gas connection = 1/2 ".

Noise level: 31.9 dB at partial load.

Vitocell 100-W CVBB Cylinder features:

Capacity: V = 300 liters

Standby power losses = 1.65 kWh / day

Dimensions: DxH = 667x1734 mm; Weight = 160 kg

Lower coil thermal power: Q = 53 kW; Lower coil thermal power: Q = 31 kW;

Maximum hot water flow (at 60oC) = 1,169 liters / h.