Drives

• • Part
  • Part Number
  • Manufacturer
  • Description
• • B&R 8BVI0028HWSA.000-1
  • 8BVI0028HWSA.000-1
  • B&R
  • ACOPOSmulti SafeMOTION SinCos inverter module, 3.8 A, AS, wall mounting
• • B&R 8BVI0028HWSS.000-1
  • 8BVI0028HWSS.000-1
  • B&R
  • ACOPOSmulti SafeMOTION EnDat 2.2 inverter module, 3.8 A, AS, wall mounting
• • B&R 8BVI0055HCD0.000-1
  • 8BVI0055HCD0.000-1
  • B&R
  • ACOPOSmulti inverter module, 7.6 A, AS, cold plate or pass-through mounting, 2 axes
• • B&R 8BVI0055HCD0.000-3
  • 8BVI0055HCD0.000-3
  • B&R
  • ACOPOSmulti3 inverter module, 7.6 A, AS, cold plate or pass-through mounting, 2 axes, optimized for applications with decentralized, computationally intensive open-loop and closed-loop control requirements
• • B&R 8BVI0055HCD8.000-1
  • 8BVI0055HCD8.000-1
  • B&R
  • Inverter drive rated at 480V AC, 50/60 HZ, 7.6 A.
• • B&R 8BVI0055HCDS.000-1
  • 8BVI0055HCDS.000-1
  • B&R
  • ACOPOSmulti SafeMOTION EnDat 2.2 inverter module, 7.6 A, AS, cold plate or pass-through mounting, 2 axes
• • B&R 8BVI0055HCDS.000-3
  • 8BVI0055HCDS.000-3
  • B&R
  • ACOPOSmulti3 SafeMOTION EnDat 2.2 inverter module, 7.6 A, AS, cold plate or pass-through mounting, 2 axes, optimized for applications with decentralized, computationally intensive open-loop and closed-loop control requirements
• • B&R 8BVI0055HCS0.000-1
  • 8BVI0055HCS0.000-1
  • B&R
  • ACOPOSmulti inverter module, 7.6 A, AS, cold plate or pass-through mounting
• • B&R 8BVI0055HCS8.000-1
  • 8BVI0055HCS8.000-1
  • B&R
  • I0055S ACOPOSmulti Inverter Module
• • B&R 8BVI0055HCSA.000-1
  • 8BVI0055HCSA.000-1
  • B&R
  • ACOPOSmulti SafeMOTION SinCos inverter module, 7.6 A, AS, cold plate or pass-through mounting
• • B&R 8BVI0055HCSS.000-1
  • 8BVI0055HCSS.000-1
  • B&R
  • ACOPOSmulti SafeMOTION EnDat 2.2 inverter module, 7.6 A, AS, cold plate or pass-through mounting
• • B&R 8BVI0055HWD0-1
  • 8BVI0055HWD0-1
  • B&R
  • Inverter Drive
• • B&R 8BVI0055HWD0.000-1
  • 8BVI0055HWD0.000-1
  • B&R
  • ACOPOSmulti inverter module, 7.6 A, AS, wall mounting, 2 axes
• • B&R 8BVI0055HWD0.000-3
  • 8BVI0055HWD0.000-3
  • B&R
  • ACOPOSmulti3 inverter module, 7.6 A, AS, wall mounting, 2 axes, optimized for applications with decentralized, computationally intensive open-loop and closed-loop control requirements
• • B&R 8BVI0055HWD0.000-E
  • 8BVI0055HWD0.000-E
  • B&R
  • I0055D ACOPOS Multi Inverter Module
• • B&R 8BVI0055HWDS.000-1
  • 8BVI0055HWDS.000-1
  • B&R
  • ACOPOSmulti SafeMOTION EnDat 2.2 inverter module, 7.6 A, AS, wall mounting, 2 axes
• • B&R 8BVI0055HWDS.000-3
  • 8BVI0055HWDS.000-3
  • B&R
  • ACOPOSmulti3 SafeMOTION EnDat 2.2 inverter module, 7.6 A, AS, wall mounting, 2 axes, optimized for applications with decentralized, computationally intensive open-loop and closed-loop control requirements
• • B&R 8BVI0055HWS0.000-1
  • 8BVI0055HWS0.000-1
  • B&R
  • ACOPOSmulti inverter module, 7.6 A, AS, wall mounting
• • B&R 8BVI0055HWSA.000-1
  • 8BVI0055HWSA.000-1
  • B&R
  • ACOPOSmulti SafeMOTION SinCos inverter module, 7.6 A, AS, wall mounting
• • B&R 8BVI0055HWSS.000-1
  • 8BVI0055HWSS.000-1
  • B&R
  • ACOPOSmulti SafeMOTION EnDat 2.2 inverter module, 7.6 A, AS, wall mounting
• • B&R 8BVI0110HCD0.000-1
  • 8BVI0110HCD0.000-1
  • B&R
  • ACOPOSmulti inverter module, 15.1 A, AS, cold plate or pass-through mounting, 2 axes
• • B&R 8BVI0110HCD0.000-3
  • 8BVI0110HCD0.000-3
  • B&R
  • ACOPOSmulti3 inverter module, 15.1 A, AS, cold plate or pass-through mounting, 2 axes, optimized for applications with decentralized, computationally intensive open-loop and closed-loop control requirements
• • B&R 8BVI0110HCD8.000-1
  • 8BVI0110HCD8.000-1
  • B&R
  • I0110D ACOPOS multi Inverter Module
• • B&R 8BVI0110HCDS.000-1
  • 8BVI0110HCDS.000-1
  • B&R
  • ACOPOSmulti SafeMOTION EnDat 2.2 inverter module, 15.1 A, AS, cold plate or pass-through mounting, 2 axes
• • B&R 8BVI0110HCDS.000-3
  • 8BVI0110HCDS.000-3
  • B&R
  • ACOPOSmulti3 SafeMOTION EnDat 2.2 inverter module, 15.1 A, AS, cold plate or pass-through mounting, 2 axes, optimized for applications with decentralized, computationally intensive open-loop and closed-loop control requirements