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2-polige integrierte kernlose bürstenlose Mikromotoren

Baureihe ATOM SC

Die Vorteile dieser Bautechnologie verbinden die Einfachheit eines bürstenbehafteten Gleichstrommotors mit der Langlebigkeit eines bürstenlosen Motors, wobei die Kosteneffizienz und die einfache Integration erhalten bleiben. Das Fehlen von Cogging ist typisch für kernlose Motoren und garantiert ein reduziertes Ripple-Drehmoment, eine lineare Korrelation zwischen Drehmoment und Geschwindigkeit sowie eine geringe Trägheit. Durch die Miniaturisierung der Elektronik bleibt der Motordurchmesser unverändert, während die Länge leicht zunimmt.

Technische Daten

  • Von 12 bis 36 mm Durchmesser
  • Integrierte Drehzahlregelung

Attribute

Integrierte Elektronik
Geringe Trägheit
Geräuscharm
Kernlos
Anpassbar
Hoher Wirkungsgrad

Download

Micromotors-v3.1
SVTN A 03
brand

Baureihe ATOM SC

Die Vorteile dieser Bautechnologie verbinden die Einfachheit eines bürstenbehafteten Gleichstrommotors mit der Langlebigkeit eines bürstenlosen Motors, wobei die Kosteneffizienz und die einfache Integration erhalten bleiben. Das Fehlen von Cogging ist typisch für kernlose Motoren und garantiert ein reduziertes Ripple-Drehmoment, eine lineare Korrelation zwischen Drehmoment und Geschwindigkeit sowie eine geringe Trägheit. Durch die Miniaturisierung der Elektronik bleibt der Motordurchmesser unverändert, während die Länge leicht zunimmt.

Attribute

Integrierte Elektronik
Geringe Trägheit
Geräuscharm
Kernlos
Anpassbar
Hoher Wirkungsgrad

Technische Daten

  • Von 12 bis 36 mm Durchmesser
  • Integrierte Drehzahlregelung

Download

Micromotors-v3.1
SVTN A 03

ValuesUnit1228-06..
Nominal voltageV6
No load speedrpm31000
No load currentmA140
Nominal speedrpm27755
Nominal torquemNm0,5
Nominal currentA0,42
Stall torquemNm4,78
Stall currentA2,86
Max. efficiency%60,6
Terminal resistance*Ω4.5..7
Terminal inductance*mHCCW viewed from shaft endend
Torque constantmNm/A1,78
Speed constantrpm/V5374
Speed/torque gradientrpm/mNm6350
Mechanical time constantms11,3
Rotor inertiagcm20,2
Thermal resistance housing-ambientK/W38.3 K/W
Thermal resistance winding-housingK/W9.6 K/W
Thermal time constant windings5 s
Thermal time constant motors196 s
Ambient temperature°C-30…+100°C
Max. permissible winding temperature°C+125°C
Max. permissible speedrpm50000 rpm
Radial playpreloaded
Max. axial load (dynamic)N0,3
Max.force for press fits (static)N11N
(static, shaft supported)N200 N
Max. radial loading, 5mm from flange4.3 N
Number of poles2
Number of phases3
Weightg12.2 g
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Tobias

    *Die markierten Felder sind erforderlich



    Tobias

      *Die markierten Felder sind erforderlich



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