SINAMICS S200, 1 kW frame, pulse-train variant
The Siemens 6SL5510-1BE11-0AA0 is a SINAMICS S200 servo converter in the FSB frame size, 60 x 180 x 200 mm (W x H x D) — a slim book-format drive that drops into a standard 200 mm-deep cabinet cut-out without forcing a redesign of the gland plate layout. It takes a 380-480 V three-phase supply at 2.6 A and delivers a 0-to-input-voltage output up to 3.0 A across a 0-550 Hz output range, rated to drive a 1 kW motor with a pulse-train position reference. IP20 protection at the chassis means it is built for a closed control cabinet, not for washdown or exposed-mount duty — the installer routes cabling through the cabinet and treats the drive as the panel-side component it is.
380-480 V input, 1 kW output — what the ratings commit you to
The 380-480 V 3AC input at -15/+10 % tolerates the usual 400 V European and 480 V North American plant supplies without a step-down transformer, and the 50/60 Hz range covers both grids on the same BOM line. The 3.0 A output ceiling against the 1 kW motor rating defines the operating envelope — sizing above that point pushes the application into the next FSB step or the larger frame, not into the same converter at a higher parameter. Pulse-train input positions this variant for simple speed/position commands from a controller that only exposes step/direction or A/B signals, as opposed to the PROFINET variants higher up the SINAMICS S200 line.
Lifecycle, compliance paperwork, and the BOM line
RoHS compliance is recorded since 01-09-21 and a REACH Art. 33 disclosure is on file for lead (CAS-No. 7439-92-1) above the 0.1 % w/w threshold — the declaration pack travels with the unit and is what an AML reviewer pulls at receiving inspection, not a separate ask. Export control is AL:N / ECCN:N, so the drive ships cross-border without a separate licensing step on either side of the Atlantic. Packaging is one piece per shipper at 237 x 99 x 249 mm — consistent with panel-builder spares as well as build-quantity orders, and the quoting path runs through independent distribution against the BOM quantity.