Lexium ILE integrated drive — 66 mm BLDC servo
Schneider Electric ILE2P661PC1A0 sits in the Lexium integrated drive line as a brushless DC servo motor with a 66 mm motor flange and a single-phase DC bus interface, designed for cabinet-mounted motion axes where the drive electronics live on the back of the motor itself.
Torque, speed and power — 24 V versus 48 V bus
Continuous torque is rated 0.26 N.m and peak stall torque 0.43 N.m at both 24 V and 48 V supplies, so the motor's mechanical envelope does not shift with bus voltage; nominal speed moves from 4800 rpm at 24 V to 6000 rpm at 48 V, with continuous output power climbing from 131 W to 163 W across the same bus swing. Current draw reaches 7000 mA peak and 5500 mA maximum continuous, which sets the upstream DC supply sizing — the 24 V rail in particular must be rated to deliver that continuous figure with margin for the drive's own inrush, or the bus will sag under acceleration.
Feedback, protection and field wiring
Position feedback comes from an integrated BLDC encoder with ±0.5° accuracy, enough for point-to-point positioning on conveyor indexers, diverters and small-format packaging axes without an external encoder on the load. Built-in protection covers safe torque off, output overvoltage and output short circuit — the three fault classes most likely to trip a commissioning engineer — and the drive exposes 4 signals that each can be configured as input or output for end-of-travel, brake, or ready-state wiring. The motor terminates through an industrial connector rather than a flying lead, which simplifies panel-side replacement and keeps the IP story at the cable end where it belongs.
Mechanical fit — flange, shaft and panel envelope
Flange mounting with a 66 mm motor flange and a 2 mm centring collar depth means the ILE2P661PC1A0 drops into the standard Lexium ILE 66 mm cutout; the 8 mm untapped shaft with 25 mm of stickout accepts a mounted pinion or coupling directly. Overall body length of 122 mm is the dimension to budget against when laying out a row of these motors on a machine bed; with no gearbox and no holding brake fitted, the BOM stays single-piece and the technician is not stranded mid-job hunting for a missing accessory pack. Natural convection cooling rules out a proximate heat source; shock resistance of 150 m/s² for 1000 shocks and vibration of 20 m/s² across 10–500 Hz put the unit inside the IEC 60068-2 envelope for normal industrial machinery, not high-shock mobile equipment.
Standards and marking
Compliance is declared to EN/IEC 50178, EN 50347, EN/IEC 61800-3 (including the 2001 second-environment edition) and IEC 60072-1, with CE marking on the nameplate — the standards set that an EU machinery panel-builder will ask for on the declaration of conformity file.
Sourcing posture
Quoted to order against the requested volume through independent distribution, with current pricing and lead time confirmed at RFQ; we do not assert stock-holding or channel authorisation.