The Siemens 6SL3520-0XC00-7AB0 is the lowest-power variant in the 0XC connector family of the SINAMICS G115D wall-mounted distributed drive platform — 0.75 kW in the compact FSA frame (380 × 156 × 129 mm). With 2.2 A rated output (High Overload), 380–480 V 3-phase supply, C-type connector, and AB0 standard I/O, it is the entry point for C-connector drives: from here, the same C-type cable ecosystem scales to 4 kW in FSB via 0XC02/03/04.

What is the 0XC00?

The 0XC00 is the lowest power code in the 0XC connector family, parallel to 0XD00 (D-connector, 0.37–0.75 kW FSA) and 1XB40 (B-connector, 0.37–0.75 kW FSA). All three are FSA frame drives at the same power levels — the difference is the connector type. The 0XC00 at 0.75 kW is the smallest C-connector G115D, extending the C-connector ecosystem to cover the full FSA power range (0.75–1.5 kW via 0XC00/0XC01) and the full FSB power range (2.2–4 kW via 0XC02/03/04). For a facility standardizing on C-connector cable sets, the 0XC00 is the 0.75 kW option.

What motor types are supported?

The drive delivers 2.2 A rated output current with 200% overload — 4.4 A for 3 seconds. Supports IE3 asynchronous motors, IE4 synchronous reluctance motors, and SIMOGEAR geared motor combinations up to 0.75 kW. Control modes: V/f (0–550 Hz), V/f with FCC, sensorless vector control (0–240 Hz). Integrated 180 V DC brake control. FSA frame: natural convection cooling, IP66 / UL Type 4X. Commissioning via Mini-USB with TIA Portal Startdrive or SD card.

Frequently Asked Questions

How does the 0XC00 compare to the 0XD00 at 0.75 kW?

Electrically identical — same 2.2 A rated / 4.4 A overload, same FSA frame. The difference is the connector: 0XC00 uses C-type, 0XD00 uses D-type. Choose based on your facility's cable standard. The 0XC00 scales within the C-connector family to 4 kW FSB; the 0XD00 is D-connector FSA-only.

Is an external braking resistor required?

The integrated 180 V DC brake chopper is sufficient for 0.75 kW conveyor applications. An external braking resistor (minimum 200 Ω for FSA) is rarely needed at this power level.