Motor Control (1100 × 450 px) (1920 × 600 px)
MOTOR CONTROL

BlueMax Inverter Duty Motor:

This line has a developed a reputation for conservative motor designs and highly engineered products used in a vast array of commercial and industrial applications around the world. This motor line is designed for inverter or vector applications where up to a 2000:1 constant torque speed range is required.

Core Features of BlueMax Inverter Duty Motor:

  • Power Rating: 1HP to 1250HP
  • Voltage: 230/460VAC & 460VAC 50/60HZ
  • 2000:1 constant torque speed range
  • TENV, TEFC, and TEBC 100% cast iron construction
  • Designed for VFD or vector applications requiring full rated torque at zero speed using closed- or open-loop controls.
  • Patented “fracket” allows for mounting of options such as encoders, blowers and brakes.

BlackMax Inverter Duty Motor:

This line provides high energy savings, constant 1000:1 torque speed range operation, and years of trouble-free service in mission critical applications. These electric motors are also the best to be used on a frequency drive due its max guard Insulation system that will make this the best choice to choose.

Core Features of the BlackMax Inverter Duty Motor:

  • Power Rating: 1/4 HP to 30HP
  • Voltage: 230/460VAC & 575VAC 50/60HZ
  • 1000:1 constant torque speed range 
  • MAX GUARD® insulation system
  • NEMA Design A 

AC Inverter/Vector Duty Motors:

Industrial electric motors are available for most general purpose applications and processes. However, some AC Variable Speed applications require constant torque at zero speed. Inverter/Vector motors are designed specifically for adjustable speed applications in a standard NEMA Frame motor. Additionally, the AC Inverter/Vector Motors can be ran across the line for bypass operation and can deliver a 1000:1 Speed Range in a standard TENV or TEBC Enclosure.

Core Features of AC Inverter/Vector Duty Motors:

  • Extensive HP Range 1/3 – 500hp
  • B Rise
  • IEC
  • 1000:1 CT
  • Low Noise
  • 841XL Features
  • Cast iron Frame Construction