Ratings that drive the BOM line
The 1FL2203-2AF00-0SC0 is a SIMOTICS S-1FL2 low-inertia servomotor from the 1FL2 family, dimensioned for the SINAMICS S200 drive ecosystem. Supply is 400 V 3AC with a rated power of 0.2 kW and a rated speed of 3000 rpm; stall torque M0 and rated torque Mn both sit at 0.64 Nm, so the motor delivers that full torque envelope from standstill up to rated speed — a low-inertia profile typical of short-cycle point-to-point and indexing loads where rapid acceleration matters more than continuous torque at the low-speed end. Shaft height is 30 mm and the feedback is a single-cable hybrid connector carrying the AS21-bit absolute encoder signal plus power. Holding brake is omitted on this build, and the plain shaft is machined to tolerance N — meaning a backlash-free keyed or clamp coupling is the integrator's responsibility at the gearbox or lead-screw input. Protection class is IP54 without oil seal, so the motor is sealed against dust and splashing but is not rated for sustained washdown or oil-mist environments; mounting location matters in food, beverage, and machine-tool applications.
Why it has to be paired with S200
Group code R220 and product group X0DJ are the Siemens commercial identifiers the buyer sees on the PO and the despatch paperwork — useful to quote back when the order line and the delivery receipt need to reconcile. Quantity unit is 1 piece, packaged at 1 per carton with outer dimensions 315.00 x 182.00 x 172.00 mm. Product class is defined as made-to-order, non-returnable — confirming delivery scope and warranty treatment up front avoids a credit-return refusal later in the cycle.
Sourcing posture
With lifecycle stage current and no L*-recorded successor, the 1FL2203-2AF00-0SC0 is sourced as an active SIMOTICS line item — production quantities are quoted against the SINAMICS S200 BOM, lead time and price break confirmed per RFQ. Independent distribution handles both single-piece spares and panel-build volumes against the same order code; no stock-holding or immediacy claim is made here.