SIMOTICS 1FL2 — low-inertia 0.2 kW servomotor for SINAMICS S200
The 1FL2203-2AF11-1MC0 is a SIMOTICS S-1FL2 low-inertia servomotor from the 1FL2 product family built exclusively for pairing with the SINAMICS S200 drive system, supplied as a three-phase 400 V unit rated 0.2 kW with a nominal speed of 3000 rpm and stall torque matched to rated torque at 0.64 Nm. Because stall and continuous torque are equal, the motor runs at its rated point without a sustained overload envelope — sizing must be done on continuous torque, not a peak figure. Feedback is the 21-bit AM21 hybrid absolute encoder connected via the hybrid connector; a holding brake is fitted, the shaft is keyed with N tolerance, and the housing carries IP65 protection with an oil seal, which makes the assembly suitable for cabinet-internal mounting in panel builders' enclosures rather than direct washdown exposure. With a 30 mm shaft height, this is the compact end of the 1FL2 frame range aimed at small-format handling and pick-and-place axes.
Lifecycle status and quoting posture
Per the specification, the part is classified as a product manufactured / produced to order and cannot be reused, re-utilized, or returned against credit — the BOM line is a build-to-order commitment, so lead time must be planned in from the point of order rather than drawn from shelf stock. Packaging is one piece per unit at 315.00 x 182.00 x 172.00 mm, and export control regulations are AL:N / ECCN:N, which removes dual-use paperwork for the standard commercial shipping lane.
Compliance evidence on file
For audit purposes the compliance record shows substance-restriction conformity to the RoHS directive since 01-01-18 and a REACH Art. 33 duty-to-inform status flagging that the candidate-list declaration applies — the Reach Information note in the specification is the audit hook for tender submissions. Catalog identifiers are Group Code R220 and Product Group X0DJ, which match the purchasing-side coding used by Siemens for the 1FL2 line and should be quoted verbatim on the purchase order.