NBRA-657C 59006410

FAQS

• What is ABB NBRA-657C 59006410?
  It is an ABB braking chopper used in documented ACS510/ACS550 frame-R6 resistor-braking configurations.
• Are NBRA-657C and 59006410 an exact pair?
  Yes. ABB's global product page maps product ID 59006410 to Braking chopper NBRA-657C.
• What does the chopper do?
  It switches regenerated DC-link energy into an engineered braking resistor, where the energy is dissipated as heat.
• Which drives use it?
  ABB braking tables list it for specific ACS510-01 and ACS550-01 frame-R6 380-480 V drive types. The full drive type must be checked.
• Which resistor is required?
  It depends on the exact drive row: ABB shows SAFUR125F500 at 4 ohms for documented 180 A types and SAFUR200F500 at 2.7 ohms for documented 195 A types.
• Can any resistor with similar power be used?
  No. Minimum resistance, pulse energy, continuous dissipation, braking power, insulation, cabling, and installation must meet the exact ABB design.
• What do 3600 kJ and 5400 kJ mean?
  They are ER short-energy-pulse ratings for the listed resistor assemblies over the ABB-defined 400-second interval, not standalone chopper energy ratings.
• What are the continuous resistor powers?
  ABB lists 9 kW for SAFUR125F500 and 13.5 kW for SAFUR200F500 in the corresponding NBRA-657C host rows.
• Where is the resistor installed?
  ABB instructs that the resistor be installed outside the drive module where it can cool.
• Does NBRA-657C provide analog I/O or fieldbus?
  No such user I/O or communications function is published; it is a power-electronic braking component.
• What are its dimensions, weight, origin, and HS code?
  The reviewed exact ABB sources do not publish those standalone fields, so they must remain unknown; the tables say to consult ABB for dimensions.
• Is NBRA-657C officially Active or Classic?
  The reviewed exact ABB sources do not print a named lifecycle phase, although an ABB global product page and official drive tables remain available.