SIMOGEAR geared motors from Siemens

• SIEMENS는 드라이브 라인에 최적으로 적용할 수 있는 컴팩트하고 다목적으로 기어드모터 솔루션을 제공합니다.
  지멘스의 SIMOGEAR는 모든 일반적인 기어 유닛 유형과 다양한 제품 장점으로 기어드모터의 모든 범위에서 사용이 가능합니다.

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• SIEMENS SIMOGEAR Helical-worm Geared motor

  Technical information

  Gear unit type

  E.39 ~ E.149 (1-stage)
  Z.19 ~ Z.189 (2-stage)
  D.19 ~ D.189 (3-stage)

  Gear unit size

  7 sizes (1-stage)
  13 sizes (2-stage / 3-stage)

  Rated torque

  50 ~ 19,000 Nm

  Gear unit ratio

  1.29 ~ 9.79 (1-stage)
  3.40 ~ 57 (2-stage)
  28 ~ 328 (3-stage)
  248 ~ 31,284 (multi-stage)

  Technical design

  The gearing is designed according to DIN 3990/3991.

  It is possible to calculate according to ISO 6336, ISO 10.300, AGMA 2003.

  The shafts are calculated in accordance with DIN 743.

  Roller bearings are designed in accordance with ISO 281.

  The standard material for housings is lamellar graphite cast iron, which, at a minimum, satisfies the properties of EN-GJL-200.

  Upon request, welded versions can also be made available.
  
  

  Design of the Output shaft

  Solid shaft with parallel key

  Hollow shaft with keyway

  Hollow shaft with shrink disk

  Hollow shaft with involute splines acc.to DIN5480

  Flanged shaft

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• SIEMENS SIMOGEAR Helical-Bevel Geared motor

  Technical information

  Gear unit type

  B.19 ~ B.49 (2-stage)
  K.39 ~ K.189 (3-stage)

  Gear unit size

  4 sizes (2-stage)
  10 sizes (3-stage)

  Rated torque

  50 ~ 450 Nm (2-stage)
  220 ~ 19,500 Nm (3-stage)

  Gear unit ratio

  3.6 ~ 59 (2-stage)
  5.7 ~ 244 (3-stage)
  170 ~ 34,345 (multi-stage)

  Features

  Can be used even in narrow construction space

  High range of transmission ratios (plug-on pinion)

  Very energy efficient (efficiencies of 98 % per stage)

  High power density

  Mechanical construction

  Stages: 2 or 3

  Mounting types: foot-mounted or flange-mounted designs, housing flange, design with torque arm

  Shaft designs: solid shaft, hollow shaft, hollow shaft with splined shaft, hollow shaft with shrink disk, SIMOLOC assembly system

  Typical applications

  Baggage conveyor

  Transport of packaged goods

  Rope lifter (warehouse logistic)

  Carriage drives

  Mixers

  DOWNLOAD CATALOG REQUEST

• 

• SIEMENS SIMOGEAR Helical-worm Geared motor

  Technical information

  Gear unit type

  E.39 ~ E.149 (1-stage)
  Z.19 ~ Z.189 (2-stage)
  D.19 ~ D.189 (3-stage)

  Gear unit size

  7 sizes (1-stage)
  13 sizes (2-stage / 3-stage)

  Rated torque

  50 ~ 19,000 Nm

  Gear unit ratio

  1.29 ~ 9.79 (1-stage)
  3.40 ~ 57 (2-stage)
  28 ~ 328 (3-stage)
  248 ~ 31,284 (multi-stage)

  Technical design

  The gearing is designed according to DIN 3990/3991.

  It is possible to calculate according to ISO 6336, ISO 10.300, AGMA 2003.

  The shafts are calculated in accordance with DIN 743.

  Roller bearings are designed in accordance with ISO 281.

  The standard material for housings is lamellar graphite cast iron, which, at a minimum, satisfies the properties of EN-GJL-200.

  Upon request, welded versions can also be made available.
  
  

  Design of the Output shaft

  Solid shaft with parallel key

  Hollow shaft with keyway

  Hollow shaft with shrink disk

  Hollow shaft with involute splines acc.to DIN5480

  Flanged shaft

  DOWNLOAD CATALOG REQUEST

• 

• SIEMENS SIMOGEAR Helical-worm Geared motor

  Technical information

  Gear unit type

  S.09 ~ S.29 (1-stage)
  C.29 ~ C.89 (2-stage)

  Gear unit size

  3 sizes (1-stage)
  5 sizes (2-stage)

  Rated torque

  33 ~ 116 Nm (1-stage)
  110 ~ 1,450 Nm (2-stage)

  Gear unit ratio

  5 ~ 100 (1-stage)
  6.5 ~ 363 (2-stage)
  271 ~ 23,706 (multi-stage)

  Features

  Can be used even in narrow construction space

  High range of transmission ratios (plug-on pinion) High power density
  
  

  Mechanical construction

  Stages: 1 or 2

  Mounting types: foot-mounted or flange-mounted designs, housing flange, design with torque arm

  Shaft designs: solid shaft, hollow shaft, hollow shaft with splined shaft, hollow shaft with shrink disk, SIMOLOC assembly system
  
  

  Design of the Output shaft

  Sewage technology

  Stage technology

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