0.44 N.m at 3200 rpm on a 57 mm integrated drive
The Schneider Electric ILA2P571PB2A0 sits inside the Lexium integrated drive ILA family as an AC synchronous servo motor with a 57 mm mounting flange, a multi-turn encoder and a 6-pole rotor — sized for medium-speed, medium-torque axes where the drive electronics live on the motor itself rather than in a cabinet-mounted amplifier. Continuous rating is 0.44 N.m of nominal torque with a peak stall of 0.62 N.m, and the speed envelope is 3200 rpm at 24 V supply rising to 5100 rpm at 48 V — so the same motor can be run harder simply by lifting the DC bus, provided the application stays inside the integrated protection set.
DC bus, current draw and what the integrated protections cover
The motor takes a 24–48 V DC supply (operating limits 18–55.2 V) and draws up to 5000 mA continuous with a 7000 mA peak; the recommended branch protection is a 16 A fuse — sized for the peak inrush rather than the continuous figure.
Shaft, feedback and I/O for the control loop
The shaft is 9 mm diameter, 20 mm long, untapped and without a second shaft end — the load couples directly through a single keyed or pinned element, and there is no gearbox and no holding brake in this configuration. Four signals are exposed as programmable inputs or outputs through a printed circuit board connector, and the communication link runs at 100 Mbit/s — enough for cyclic setpoint updates from a Lexium controller or a third-party motion master without an additional gateway.
Mounting, environment and the standards stack
The motor flange-mounts to the machine with a 1.6 mm centring collar depth, accepts up to 104 N of axial force in either pressure or tension, and the overall length is 189.3 mm — dimensions that let it drop into a typical 57 mm cut-out on an indexer, a labelling head or a small linear actuator. Mechanical endurance is rated for 150 m/s² shock (1000 shocks) and 20 m/s² vibration across 10–500 Hz, both to the EN/IEC 60068-2 test methods, with a 20 000 h bearing service life — so the planned maintenance interval is set by the bearings, not by the electronics. Discrete inputs draw 10 mA at 24 V on the safety channel and 2 mA at 24 V on the standard signal interface — useful when sizing the 24 V rail that feeds both the logic and the safe-torque-off input.
BOM-line sourcing posture
Lifecycle is recorded as current, so ILA2P571PB2A0 stays on the active Schneider Electric Lexium integrated drive ILA line — independent distribution sources it to order against the BOM, and pricing is confirmed at RFQ rather than carried as a public list figure.