Innomotics High Voltage Motors

HV motors are the perfect choice for virtually any configuration in the power range from 150 KW to 100 MW, with speeds from 7 to 16,000 rpm and torques up to 40,000 kNm. Compliant with IEC and NEMA standards, the motors can be equipped with different cooling systems, explosion-proof protection classes and optional protection levels up to IP66.

SIMOTICS HV C air-cooled

Type of motor: Asynchronous
Power range: up to 2.5 MW
Voltage range: up to 11 kV
Shaft height: 315 – 560 mm
Number of poles: 2 – 8
Operating mode: VSD / DOL

SIMOTICS HV C water-jacket-cooled

Type of motor: Asynchronous
Power range: up to 3.2 MW
Voltage range: up to 11 kV
Shaft height: 315 – 560 mm
Number of poles: 2 – 8
Operating mode: VSD / DOL

SIMOTICS HV C flameproof

Type of motor: Asynchronous
Power range: up to 7.1 MW
Voltage range: up to 11 kV
Shaft height: 355 – 1000 mm
Number of poles: 2 – 8
Operating mode: VSD / DOL

SIMOTICS HV M

Type of motor: Asynchronous
Power range: up to 29 MW
Voltage range: 3 – 13.8 kV
Shaft height:
450 up to 560 mm: cast iron enclosure (welded steel on request)
630 up to 900 mm: welded steel enclosure
Number of poles: 2 – 12 poles (other pole numbers on request)
Operating mode: VSD / DOL

SIMOTICS HV M slipring

Type of motor: Asynchronous
Power range: 0.2 – 4.5 MW (higher on request)
Voltage range: up to 11 kV
Shaft height: 355 – 630 mm (higher on request)
Number of poles: 4 / 6 / 8
Operating mode: DOL

SIMOTICS HV Serie A-compact PLUS

Type of motor: Asynchronous
Power range: 0.25 – 7.35 MW
Voltage range: up to 11 kV
Shaft height: 355 – 630 mm
Number of poles: 2 – 16
Operating mode: VSD / DOL

Innomotics HV: The distinction is in the design

  • Cutting edge design with a narrative cooling idea
  • Superior power density for increased torque and power
  • Maximum adaptability for a variety of applications
  • Exceptional vibration and dependability attributes, even in harsh circumstances
  • High performance at low operating expenses, such as Innomotics HV HP around 99%
  • Low weight, minimal space requirements,and resource conservation
  • Exceptionally extended lifespan due to the ideal temperature distribution
  • Digitally prepared for increased productivity and optimum system transparency
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