Features:
- Component boundary: robot-level ratings do not establish standalone motor compatibility.
- Exact-article sourcing: the discontinued M3 motor must remain tied to its complete ABB number.
- Reference control: later ABB records are separated by destination robot family.
IRB 6600 payload, reach, environment and protection data describe the host platform, not a universal motor fit.
Keeping the complete article and M3 designation together gives buyers a controlled basis for quoting the obsolete spare.
Follow-up references support a robot-specific assessment but do not establish drop-in interchangeability.
Apter Power can review 3HAC17484-3 identity, IRB 6600 context, condition evidence, and quotation requirements.
ABB 3HAC17484-3 IRB 6600 Rotational AC Motor M3 Manuals,Datasheets,Link
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- Host architecture: the associated IRB 6600 platform uses six controlled axes.
- Payload range: IRB 6600 configurations span 125 kg to 225 kg at robot level.
- Reach range: the host platform covers documented reaches from 2.55 m to 3.20 m.
- Mounting format: ABB lists the IRB 6600 as a floor-mounted robot.
- IRB 7600 record: ABB lists 3HAC057544-003 as a follow-up reference associated with this robot family.
- IRB 6660 record: ABB lists 3HAC058994-003 as a follow-up reference associated with this robot family.
- Relationship limit: a follow-up reference does not by itself prove drop-in interchangeability.
- Selection boundary: use only the reference tied to the destination robot and a direct ABB instruction.
- Robot-level protection: IRB 6600 carries an IP67 platform rating; it is not a standalone motor-enclosure rating.
- Operating environments: ABB lists Standard Industrial and Foundry versions of the host robot.
- Motion performance: TrueMove and QuickMove belong to the IRB 6600 control context rather than the spare motor alone.
- Maintenance monitoring: load and motion tracking are robot-platform functions used around the installed drive system.
- Spot-welding cells: support established IRB 6600 installations used for ABB-listed joining work.
- Machine-tending lines: maintain the motor identity within IRB 6600 equipment serving automated machine loading.
- Material-handling systems: source the configured M3 spare for legacy IRB 6600 handling applications.