Thermoline MS 28-140




Characteristics of the Thermoline MS 28-66 model range

  • Device power from 28 to 66 kW
  • Gas burner with a controlled system; blower support in the vacuum range (make: Weishaupt)
  • Automatic differential pressure safety cut-off, ionisation flame monitoring and operating status display
  • Bypass combustion chamber with adjusting butterfly valve for controlling the circulating exhaust gas volume
  • Recirculation fan with a temperature lock for the selective feed of combustion air
  • Operation is possible independent of ambient air
  • Single or dual pipe layout is possible
  • Pipes with special coating for improving the radiation efficiency; available in five colours
  • Baffles made of galvanised sheet steel, optionally painted
  • Adaptation to the building geometry is possible
  • Burner casing optionally galvanised or painted
  • Completely thermally-insulated device design for reducing the convective proportion
  • Flow pipe made of stainless steel
  • System air circulation

Characteristics of the Thermoline MS 70-140 model range

  • Large devices from 70 kW onwards
  • Gas burner with a controlled system; blower support in the vacuum range (make: Weishaupt)
  • Modulating burner operation is possible
  • Automatic differential pressure safety cut-off, ionisation flame monitoring and operating status display
  • Bypass combustion chamber with adjusting butterfly valve for controlling the circulating exhaust gas volume
  • Recirculation fan with a temperature lock for the selective feed of combustion air
  • System air circulation
  • Operation is possible independent of ambient air
  • Single or dual pipe layout is possible
  • Pipes with special coating for improving the radiation efficiency; available in five colours
  • Adaptation to the building geometry is possible
  • Baffles and case optionally galvanised or painted
  • Completely thermally-insulated device design for reducing the convective proportion
  • Flow pipe made of stainless steel
  • Safety temperature limiter