0 66 31 / 911 54-0
0 66 31 / 911 54-0
Type: SKD
designed as cup - type core reactor with powder core the
magnetic losses are small, the reactor is low-noise insulations
class T40/B, constructed according to VDE 0550 the terminals
are protected against accidental contact according to VBG 4
technical requirements see the printed list, the maximum
heterodyne frequency is 16 kHz, up to 10% of the nominal
current.
Application:
- filter reactors
- noise absorption reactors
- commutating reactors
We can deliver with other types of constructions.
Type: EGD
single - phase smoothing reactors
construction according to DIN/VDE 0550/0532
vertical design
suitable for a system frequency of 50/60 Hz
to smooth the direct current
compact version, the required floor are is mall very
great inductivity of 4 mH at the nominal current
in case of short-time magnetic saturation current the
inductivity drop is only low due to a built – in air gap
insulation class: T40/H
impregnated against rust by resin
nominal current: see table
the reactors are also available with other ratings
corresponding to your wishes
Type: GSU
Single - phase filter reactors
single - phase filter reactor according to DIN/VDE 0550
horizontal design
construction as cut strip-wound core reactor
low magnetic losses, low overall height, little weight
very great inductivity of 3 mH at nominal current
the inductivity only changes a little as a function of the
current
great short-time saturation current with only low inductivity
drop due to a great air gap
a heterodyne frequency up to 1000 Hz is possible at a
nominal current of 5%
the fixing holes are easily accessible
the terminals are protected against accidental contact
according to VBG4
safety earth connection at screw bolts
insulation class: T40/H
impregnated against rust with resin
inductivity: look at the table
nominal current: look at the table
the reactors are also available with other ratings
corresponding to your wishes
Type: FSU
Single - phase filter reactors
single - phase filter reactor according to DIN/VDE 0550
horizontal design
construction as cut strip-wound core reactor
low magnetic losses, low overall height, little weight
very great nominal current at nominal inductivity of 1mH
the inductivity only changes a little as a function of the
current
great short-time saturation current with only low inductivity
drop due to a great air gap
a heterodyne frequency up to 1000 Hz is possible at a
nominal current of 5%
the fixing holes are easily accessible
the terminals are protected against accidental contact
according to VBG4
safety earth connection at screw bolts
insulation class: T40/H
impregnated against rust with resin
inductivity: look at the table
nominal current: look at the table
the reactors are also available with other ratings
corresponding to your wishes
