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BE-Series High Power-Density Brushless Servo Motors

BE-Series High Power-Density Brushless Servo Motors

Available in NEMA 16, 23 and 34 frame sizes, BE motors use an exposed stator lamination design to provide both quiet operation and a very high performance from a small package size. Parker can provide custom modifications to all BE motors.

Caractéristiques techniques

  • Dimension du châssis : NEMA16, NEMA23, NEMA34
  • Couple continu : 0.15 to 4.86 Nm, 1.3 to 43 lb-inch
  • Couple de crête : 0.45 to 14.64 Nm, 4 to 129.5 lb-inch
  • Vitesse nominale : up to 5000 RPM
  • Tension d'entrée : 120 VAC, 230 VAC, 80 VDC
  • Type de retour d'information : 2000 ppr Incremental Encoder (standard), 5000 ppr Incremental Encoder, Resolver
  • Entraînement Parker compatible : Compax3, ARIES, ViX
  • Spécifications respectées : CE
  • Niveau d'étanchéité : IP40
  • Frein de maintien inclus : Optional (BE34 only/custom option on BE23)
  • Méthode de refroidissement : Air-Cooled / Natural Convection
  • Type d'arbre : Smooth, Flat, Keyway (BE23/BE34 only)
  • Versions personnalisées disponibles : Yes
Safety Warning

Description complète du produit

Parker’s BE series servo motors incorporate an exposed lamination housing design providing high torque while maintaining a compact size to fit into the smallest of spaces.  The exposed laminations not only allow heat generated by the motor to escape more efficiently, but also reduces overall material costs.

Markets
• Semiconductor and electronics
• Industrial automation
• Medical and life science
• Aerospace
• Robotics

Features and Benefits
• Exposed lamination design improves thermal characteristic and reduces cost
• 8 pole design provides high torque and a compact size
• Imbedded thermostat to protect against overheating
• Standard NEMA face (NEMA 16, 23 and 34)
• Options shown below to meet a wide range of application needs
     o Brake option
     o Feedback device – incremental encoders, resolver

Applications
• Packaging
• Processing
• Bottling
• Milling
• Conveyors
• Robotic propulsion and ancillary axis

Documents annexes

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