1.75 kW at 5.3 A from a book-format S200
The 6SL5510-1BE11-5AF0: PROFINET is on the nameplate, which is the integration path: the drive drops onto an IRT-capable controller slice, and the same cable that carries process data also carries the safety protocol if the cabinet is wired for PROFIsafe. The IP20 FSC rating in a 90x180x200 mm book-format housing means it mounts inside a closed control cabinet, not on the machine frame.
Why 5.3 A and not the headline 5.5 A input figure
The 5.5 A figure on the spec line is the 3AC input current, not the motor-side current — the output is rated 5.3 A, so the conversion has roughly a 1:1 ratio at full load with the usual switching losses pulled from the bus. The 0-550 Hz output band covers the speed range needed for a 1.75 kW servomotor with field-weakening headroom on top of base speed. 5.3 A continuous is the working point for thermal sizing — cabinet heat dissipation and adjacent component derating should be calculated against the output rating, not the input figure, because that is where the IGBT switching losses land.
Lifecycle read and what the disclosure chain means on the dock
Lifecycle stage is recorded as current and the product is flagged as active on the manufacturer record, so a BOM line written against this code today is sourcing against an in-production part — not a last-time-buy window. RoHS compliance is declared since 23-11-21, and the REACH Art. 33 disclosure lists lead CAS-No. 7439-92-1 above the 0.1 % (w/w) threshold — typical for a power-converter with lead-bearing solder in the IGBT and capacitor terminations, but worth noting in the incoming-goods file when the panel ships into a jurisdiction that screens on REACH candidate lists.
Catalog identifiers worth keeping in the BOM comment
Group Code R220 and Product Group X0H6 are the internal routing keys for this part — they are what a Siemens rep pulls up when the order desk asks which sub-family a code sits inside, and they line up under the standard returnable product class A.