MGV series servomotors are innovative direct drive soluti*** especially designed for applicati*** that require high speeds and low inertias.
They are successfully employed in Automotive or Aerospace Components Test-Benches (starters, pumps, alternators, gearboxes...).
Thanks to the possibility to generate fast resp***e operation cycles, MGV series servomotors meet different simulation requirements : speed in urban or race cycles, speed acycli*** of an IC engine, etc.
Advantages
■ High maximum speeds allowing to ***oid the use of mechanical speed multipliers
■ Low inertias allowing very fast accelerati*** / decelerati***
■ C***tant power operation above nominal speed, allowing to ***oid to oversize the drive
■ Water cooling ensuring high compactness and low noise level
■ Thermal protection and resolver feedback as standard.
■ High maximum speeds allowing to ***oid the use of mechanical speed multipliers
■ Low inertias allowing very fast accelerati*** / decelerati***
■ C***tant power operation above nominal speed, allowing to ***oid to oversize the drive
■ Water cooling ensuring high compactness and low noise level
■ Thermal protection and resolver feedback as standard.
Overview
MGV series are permanent magnet bruhless servomotors integrated into a compact water cooled frame.
MGV Series servomotors are especially suitable for Automotive and Aerospace components testing, where they offer a large number of advantages over traditionnal fan ventilated induction motors :
MGV series are permanent magnet bruhless servomotors integrated into a compact water cooled frame.
MGV Series servomotors are especially suitable for Automotive and Aerospace components testing, where they offer a large number of advantages over traditionnal fan ventilated induction motors :
Increased maximum speeds
Suppression of mechanical speed multipliers
Reduced inertia
Increased compactness
Reduced noise
Suppression of mechanical speed multipliers
Reduced inertia
Increased compactness
Reduced noise
In combination with Parker AC890 Series drives, MGV take benefit of field weakening technique, which allows to deliver high torque at low speed, and c***tant power from nominal up to maximum speed.
A large number of winding variants are ***ailable, meeting any desired torque / speed characteristics up to 100 kW.
A large number of winding variants are ***ailable, meeting any desired torque / speed characteristics up to 100 kW.
Technical Specificati***
Power Up : Up to 200 kW
Speed Up : Up to 45 000 rpm
Power Up : Up to 200 kW
Speed Up : Up to 45 000 rpm
Field weakening :
Up to 10 x nominal speed
Up to 10 x nominal speed
Mounting :
Flange (B5) or foot (B3)
Flange (B5) or foot (B3)
Protection degree :
IP40 as standard
IP40 as standard
Cooling method :
Water jacket
Water jacket
Supply voltage : 400 VAC
Connecti*** :
■ 1.2 m flying cable for power and
thermal probe
■ connector for feedback sensor signal
■ 1.2 m flying cable for power and
thermal probe
■ connector for feedback sensor signal
Stator winding isolation :
Class F according to EN60034-1 standard (overmolding)
Class F according to EN60034-1 standard (overmolding)
Thermal protection :
1 PTC 150 probe as standard
Rotor balancing :
Rotor balancing
Shaft end :
Solid ***ooth shaft as standard
Solid ***ooth shaft as standard
Bearings :
Steel or ceramic depending on speed and load
Steel or ceramic depending on speed and load
Feedback sensor :
2 poles resolver
Sin/cos encoder
2 poles resolver
Sin/cos encoder