Hochfrequenzgenerator Sinus

Special systems from Himmelwerk

Induction
Melting plants

With the melting plant from Himmelwerk, you can easily melt metal samples for spectrometric analysis. Easy to handle, powerful in performance.

The compactly designed crucible furnace of the melting plant is equipped with a transistorised HF converter of the SINUS 10 kW // 1 or 2 MHz series.

More about the application Melting

Areas of application

  • Turnings
  • Fine chips
  • Melting of metal cuttings
  • Non-ferrous metals with special crucibles possible

Technical benefits

  • Manual crucible movement – individual melting process
  • Crucible removal manual with crucible tongs
  • On request with electromotive crucible movement
  • Microprocessor-control, alphanumeric display
  • Freely programmable
  • Interface for external control
  • Numerous options & accessories

Get in touch with your personal contact - our engineers are looking forward to hearing from you

Daniel Schulte

Head of International Sales

Overview products

Since 1950, Himmelwerk has shipped more than 19,000 high and medium frequency converters worldwide.
By how much can you reduce your CO₂ emissions per year? Let’s have a look.

Assumption 1: 25% of your converters are still operational.

Assumption 2: They have an average output of 6 kW and thus a power consumption of 7 kW.

Assumption 3: These generators are operational 8 hrs per day and 5 days per week.

Assumption 4: Inductive heating uses up to 40% less energy than conventional methods. Let’s assume 30%.

With these assumptions, our calculation would look like this: Daily energy consumption: 8 hrs x 7 kW = 56 kW

Energy savings per day: 56 kWh / 0.7 = 80 kWh; 80 – 56 = 24 kWh

Total energy savings per day: 24 kWh x 4,750 converters = 114,000 kWh

Total energy savings per year: 220 working days x 114,000 kWh = 25,080,000 kWh

Conversion factor kWh/CO₂: 1 kWh is equivalent to approx. 0.485 kg of CO₂ (source: German Federal Environmental Agency, Climate Change 15/2022)

CO₂ reduction per year: 25,080,000 kWh x 0.485 kg = 12,163,800 kg