FEIN high frequency – a real boost to industrial production.
What does high-frequency mean?
In electrical engineering, frequencies above 10 kHz are described as high-frequency. But for power tools this term is commonly used to describe all frequencies above the standard mains frequency of 50/60 Hz. Modern high-frequency power tools usually operate at a frequency of 300 Hz.
But why is the current from the socket at a higher frequency? One reason is the need for enhanced performance. By increasing the frequency, you can achieve a higher speed. The motor’s output power increases as a direct proportion of increased frequency: at 300 Hz, performance is six times better because the frequency is six times greater than at 50 Hz. The frequency converters required for this, that bring the power up to the higher frequency, are connected to the national three-phase grid.
There are also many benefits to using high-frequency power tools in an industrial setting:
- There are also many benefits to using high-frequency power tools in an industrial setting. the productivity increase is extremely noticeable, thanks to the increased power, ideal speeds, constant speed stability even under load and the associated very high grinding performance.
- Tool wear is minimised.
- FEIN high-frequency power tools are also designed for maximum load capacity and with minimum maintenance in mind. This results in longer service lives, shorter downtimes and reduced maintenance and repairs.
- In industrial continuous use, for example in multi-shift operation, choosing FEIN high-frequency technology also delivers better cost-effectiveness.
The FEIN high-frequency range
Stationary high-frequency systems.
If several workstations have to be fitted into a given space, we would recommend a permanent installation with one larger frequency converter and permanent cables. FEIN KSR frequency converters are asynchronous-synchronous frequency converters. The output voltage only deviates by ± 1% from the set idling voltage, even under load. The converters are short-circuit-proof. It is standard practice to connect several KSR converters of similar types and sizes in parallel.
The FEIN frequency converters feature protection class IP 54. They are virtually maintenance-free. As a guide, the maintenance interval for the ball bearings is approximately 20,000 operating hours. When installing the frequency converters, the site simply requires good ventilation vibrations during operation. FEIN recommends fitting anti-vibration buffers to minimise (max. air temperature + 40° C).
MO 83 - 7,5 KSR
MO 83 - 11 KSR
MO 83 - 15 KSR
MO 83 - 20 KSR
MO 83 - 25 KSR
MO 83 - 30 KSR
MO 83 - 45 KSR
Once installed and started up, system:
- Once installed and started up, system requires virtually no maintenance.
- No special structural work is needed to install the frequency converter.
- Low voltage peaks, distortion factor
- All components designed for maximum load capacity in industrial use.
- Maximum tool output when operating with a stationary system.
- Prevents the power tools used from being thermally overloaded and therefore extends the service life.