What the 1FL2204-2AF11-0SC0 delivers
The 1FL2204-2AF11-0SC0 is a SIMOTICS S-1FL2 low-inertia servo motor rated 0.75 kW at 3000 rpm, delivering a continuous standstill torque of 2.4 Nm at both standstill and rated operation — meaning the holding torque and continuous running torque are identical across the speed range, which simplifies sizing for constant-torque axis profiles. The 40 mm shaft height and plain-shaft execution with N tolerance place it in the compact machine-frame bracket of the S-1FL2 family, paired specifically with the SINAMICS S200 drive system via a hybrid connector that carries both motor power and the 21-bit absolute encoder (AS21bit) on a single interface. IP65 with oil seal extends the motor's reach into splash-zone and post-machining environments — the oil seal protects the shaft entry from coolant ingress, making it viable on CNC turrets and similar tooling where the motor sits behind the work envelope. The integrated holding brake provides failsafe axis retention when the drive de-energises — a standard requirement on vertical Z-axis and gantry-style axes where gravity alone cannot hold position.
Sourcing and production class
This part is classified as product class C — manufactured to order and not returnable — which means it is built against confirmed demand rather than pulled from shelf stock; the lead time reflects the production queue and is confirmed at RFQ.
Compliance and documentation
RoHS compliance is confirmed from 01-01-18 — this is the relevant date for EU end-equipment declarations where the servo motor sits in-scope under Annex I of the RoHS Recast. REACH Art. 33 duty-to-inform obligation is flagged; the current candidate list substance disclosure is available on request from Siemens and should be requested before the motor is built into equipment shipped to the EU market. Export control classification is AL:N / ECCN:N — no EAR license required for standard commercial shipment to most destinations, but end-use and end-user screening is the importer's responsibility for any destination subject to EAR.