Magnetic Bearings

Fusion Magnetic Bearings Features

• Fully integrated magnetic bearing control system
• Standard Ethernet port for communications
• Available in standard frame sizes
• Health monitoring of coils and amplifiers
• Vibration and position monitoring
• Rotordynamic condition monitoring and protection
• MTBF > 80,000 hours
• Synchrony's advanced control algorithms:
  • Dynamic Force Compensation™
  • Flux Command™
  • Inertial Balance™
  • Magnetic Balance™

Fusion Magnetic Bearings Benefits

• Elimination of mechanical friction and wear
• Improved machine reliability - reduced downtime
• Cost reduction through simplification
• Reduced machine vibration
• Virtually maintenance-free operation
• Elimination of oil lubrication systems
• No toxic or flammable lubricants
• Ease of integration
• No separate control cabinet

NovaGlide™ Magnetic Bearings Features

• High temperature bearing
• Operates in process gas to a temperature of 350°F
• Compact controller can be mounted on or near the machine
• Standard Ethernet port for communications
• Available in standard frame sizes
• Health monitoring of coils and amplifiers
• Vibration and position monitoring
• Rotordynamic condition monitoring and protection
• MTBF > 110,000 hours
• Synchrony's advanced control algorithms:
• Dynamic Force Compensation™
• Flux Command™
• Inertial Balance™
• Magnetic Balance™
• Communications protocol: Modbus TCP/IP

 NovaGlide™ Magnetic Bearings Benefits

• Elimination of mechanical friction and wear
• Improved machine reliability - reduced downtime
• Cost reduction through simplification
• Reduced machine vibration
• Virtually maintenance-free operation
• Elimination of oil lubrication systems
• No toxic or flammable lubricants
• Ease of integration
• Eliminates long cable runs, reducing EMI
• Reduced time for field startup

NovaDrive™ / NovaGen™ 100 & 400 Oil-less Drive Train

These oil-less drive trains offer high performance without a gearbox at rotational speeds up to 60,000 rpm. The NovaDrive™ motors and NovaGen™ generators use permanent magnet rotors supported on magnetic bearings to achieve increased effi ciency and high torque density. To simplify integration into a system, the control electronics for the magnetic bearings are seamlessly incorporated into the drive train, greatly reducing the fi eld wiring. These design innovations decrease the size and complexity, improve the dynamic performance, and increase the economic value of the system.

• 100 kW
• 60,000 rpm
• 480 VAC