Why the +E200+P901+P915 suffix matters
The ACS800-01-0009-3+E200+P901+P915: On an ACS800-01, the plus-code string is not cosmetic. The trailing +E200+P901+P915 is how ABB encodes application software, fieldbus adapter, and marine/utility approvals onto the base 0009-3 frame; two drives that share the power code but differ on the suffix are not pin-for-pin interchangeable in a control cabinet. For an MRO planner swapping a failed unit, the order code must be transcribed exactly: a plain 0009-3 without the same plus-codes will not drop into a panel that was specified and wired for this build, even if the power section matches.
Where this drive class lives in the cabinet
The ACS800-01 is the wall-mount VFD tier of the legacy ABB drives lineup, sized for direct-on-line motor control inside a control panel rather than a free-standing cabinet. The 0009 current frame is the lower end of that range, typically paired with sub-3 kW induction motors on three-phase industrial mains. Because the drive sits on a backplate rather than a through-panel mount, panel builders care less about gland plate real estate and more about clearances around the heatsink and the option slot for the fieldbus adapter that the +P901 suffix is selecting.
Lifecycle and the sourcing posture
The ACS800 platform is the legacy ABB drive family that preceded the current ACS880 line, so this order code lives in an install base that is still being maintained but is no longer the head of the new-build catalog. Production-status assertions are not grounded on the listing beyond the brand and category fields shown here. For a buyer trying to fill a spare slot on a long-running line, the realistic channel is specified-into-the-BOM and quoted to order against an RFQ rather than pulled off a current-production stockroom shelf. The order code, the option suffix, and the 3.71 kg handling figure are what define the BOM line; everything else that decides fit (current rating, firmware revision, approvals package) lives outside the listing and belongs in the RFQ brief.