BEI Sensors DII22-85-001A Motor
Features
- Samarium cobalt magnets provides high temperature stability and corrosion resistance
- Proprietary structural adhesive and insulation material increases reliability under continuous duty operation
- Stainless steel sleeve rotor ensures added protection in high shock and vibration environments
- Ruggedized and tested for HPHT environments
- Integral commutation, no external feedback device
- Shock 1000g, 0.5ms/axis
- Vibration 25g RMS 30 - 500Hz Random, 3h/axis
BEI Sensors DII30-80-007A Motor
Features
- Samarium cobalt magnets provides high temperature stability and corrosion resistance
- Proprietary structural adhesive and insulation material increases reliability under continuous duty operation
- Stainless steel sleeve rotor ensures added protection in high shock and vibration environments
- Ruggedized and tested for HPHT environments
- Integral commutation, no external feedback device
- Shock 1000g, 0.5ms/axis
- Vibration 25g RMS 30 - 500Hz Random, 3h/axis
BEI Sensors DIN34-32-CDYA Motor
Features
- Precision high speed balanced rotor assemblies for smooth operation
- Precision ball bearings for improved life and reliability
- Low cogging options for reduced vibration
- Proprietary low loss magnetic circuit designs
- Patented audible noise reduction techniques
BEI Sensors DIP11-11-001A Motor
Features
- Highest energy product permanent magnet rotor design for improved efficiency
- High pole count rotor for smooth operation
- Proprietary magnetic circuit design for optimal efficiency
- Low torque ripple
- Encapsulated Stator assemblies for improved thermal performance
BEI Sensors DIP13-12-004A Motor
Features
- Highest energy product permanent magnet rotor design for improved efficiency
- High pole count rotor for smooth operation
- Proprietary magnetic circuit design for optimal efficiency
- Low torque ripple
- Encapsulated Stator assemblies for improved thermal performance
BEI Sensors DIP13-12-012A Motor
Features
- Highest energy product permanent magnet rotor design for improved efficiency
- High pole count rotor for smooth operation
- Proprietary magnetic circuit design for optimal efficiency
- Low torque ripple
- Encapsulated Stator assemblies for improved thermal performance
BEI Sensors DIP16-08-008A Motor
Features
- Highest energy product permanent magnet rotor design for improved efficiency
- High pole count rotor for smooth operation
- Proprietary magnetic circuit design for optimal efficiency
- Low torque ripple
- Encapsulated Stator assemblies for improved thermal performance
BEI Sensors DIP20-06-HPZ Motor
Features
- Highest energy product permanent magnet rotor design for improved efficiency
- High pole count rotor for smooth operation
- Proprietary magnetic circuit design for optimal efficiency
- Low torque ripple
- Encapsulated Stator assemblies for improved thermal performance
BEI Sensors DIP20-09-HPZ Motor
Features
- Highest energy product permanent magnet rotor design for improved efficiency
- High pole count rotor for smooth operation
- Proprietary magnetic circuit design for optimal efficiency
- Low torque ripple
- Encapsulated Stator assemblies for improved thermal performance
BEI Sensors DIP20-19-HPZ Motor
Features
- Highest energy product permanent magnet rotor design for improved efficiency
- High pole count rotor for smooth operation
- Proprietary magnetic circuit design for optimal efficiency
- Low torque ripple
- Encapsulated Stator assemblies for improved thermal performance
BEI Sensors DIP21-22-002A Motor
Features
- Highest energy product permanent magnet rotor design for improved efficiency
- High pole count rotor for smooth operation
- Proprietary magnetic circuit design for optimal efficiency
- Low torque ripple
- Encapsulated Stator assemblies for improved thermal performance
BEI Sensors DIP24-11-001A Motor
Features
- Highest energy product permanent magnet rotor design for improved efficiency
- High pole count rotor for smooth operation
- Proprietary magnetic circuit design for optimal efficiency
- Low torque ripple
- Encapsulated Stator assemblies for improved thermal performance
BEI Sensors DIP30-07-001A Motor
Features
- Highest energy product permanent magnet rotor design for improved efficiency
- High pole count rotor for smooth operation
- Proprietary magnetic circuit design for optimal efficiency
- Low torque ripple
- Encapsulated Stator assemblies for improved thermal performance
BEI Sensors DIP37-12-024Z Motor
Features
- Highest energy product permanent magnet rotor design for improved efficiency
- High pole count rotor for smooth operation
- Proprietary magnetic circuit design for optimal efficiency
- Low torque ripple
- Encapsulated Stator assemblies for improved thermal performance
BEI Sensors DIP38-18-001A Motor
Features
- Highest energy product permanent magnet rotor design for improved efficiency
- High pole count rotor for smooth operation
- Proprietary magnetic circuit design for optimal efficiency
- Low torque ripple
- Encapsulated Stator assemblies for improved thermal performance
BEI Sensors DIP38-22-001A Motor
Features
- Highest energy product permanent magnet rotor design for improved efficiency
- High pole count rotor for smooth operation
- Proprietary magnetic circuit design for optimal efficiency
- Low torque ripple
- Encapsulated Stator assemblies for improved thermal performance
BEI Sensors DK-LAS13-18-000A-P01-3E Actuator
Downloads
- VCA Developer's Kit Datasheet
BEI Sensors DK-LAS13-56-000A-P01-6E Actuator
Downloads
- VCA Developer's Kit Datasheet
BEI Sensors DK-LAS16-23-000A-P01-4E Actuator
Downloads
- VCA Developer's Kit Datasheet
BEI Sensors DK-LAS22-42-000A-P01-6E Actuator
Downloads
- VCA Developer's Kit Datasheet
BEI Sensors DK-LAS28-53-000A-P01-12E Actuator
Downloads
- VCA Developer's Kit Datasheet
BEI Sensors DK-LAS43-88-000A-P01-10E Actuator
Downloads
- VCA Developer's Kit Datasheet
BEI Sensors DMO063 Relé
Features
- Mini-SIP SSR
- Ratings to 3A @ 60 VCD
- MOSFET Output
- DC Control
- Low Open Output
BEI Sensors DO061A Relé
Features
- Mini-SIP SSR
- Ratings to 1A @ 60 VDC
- Bi-polar Transistor Output
- DC Control
- Normally Open or Normally Closed Output