ENG
ENG

GEOTHERM WGB (P) 1,1

Specifications

Specifications
Units of phys. qt
Standard size
Boiler type
1,1
Heating capacity
kW
1100
Water temperature
at the exit of the boiler
◦С 95 110
at the entrance to the boiler 70 70
EC (efficiency coefficient) of boiler
Natural gas % 94,7 94,1
diesel 93 92,4
Fuel consumption
Natural gas Nm3/h
116 117
diesel kg/h
102 102
Exhaust gas temperature
Natural gas ◦С 117 128
diesel 147 158
Aerodynamic resistance of the boiler (without burner)

70 71
Hydraulic resistance
MPа
0,135 0,2
Design water pressure at the inlet
MPа
0,7 0,9
Water flow through the boiler
t/h
37,8 23,65
Specific emission of nitrogen oxides
Natural gas g/m³
0,08 0,08
diesel 0,16 0,16
Adjustment range % 30-100 30-100
Boiler weight (without burner, without water) kg
3050 3050
Water volume of boiler
0,6 0,6
Heating surface area

79,24 79,24

PRODUCT DESCRIPTION

GEOTHERM ® WGB (P) series boilers are designed to produce hot water. Boilers are focused on heat supply of industrial and domestic facilities.

GEOTHERM ® WGB (P) series boilers are manufactured with three temperature schedules 70-95 °C; 70-110 °C; 70-150 °C.

Boilers of the GEOTHERM ® VWS (P) series are produced with a capacity from 0.63 to 58.2 MW.

The fundamental difference between the boilers of the GEOTHERM ® WB (P) series from the boilers of the GEOTHERM WEB(3P); GEOTHERM WEB; GEOTHERM WEB(V) series is that the exhaust gases after burning the torch of the burner immediately pass through the convective surface.


Main components of GEOTHERM ® WGB (P) series boilers:

  • Collector frame - serves for the distribution of water flows depending on the hydraulic circuit of the boiler and the connection of the boiler to the external strapping.

  • The convective section is the main part of the boiler pipe system.

  • The support frame serves as the base for the installation of the boiler pipe system.

  • Stiffness belt - serves as a frame to ensure the rigidity of the boiler.

  • The flue duct with an explosive valve - serves as a channel for the discharge of exhaust gases. 

The advantages of this model are: low NOx emission, gas-tight design. This model is used in small boiler houses.