What ILE2P661PC1A8 actually is
The ILE2P661PC1A8 is a Lexium integrated drive — a brushless DC motor, an encoder, and a 3-stage worm gearbox in a single flange-mounted body, with the drive electronics tucked inside the housing. Network type is DC, so the unit is powered directly from a DC bus rather than a mains rectifier stage, and it accepts a supply range of 18 to 55.2 V. It is part of the ILE family from Schneider Electric, designed for low-speed, high-torque positioning where an external gearbox would otherwise sit on the motor shaft.
Output envelope at the working shaft
Nominal speed is 35 rpm at both 24 V and 48 V — a slow-output profile that suits indexing tables, diverters, and valve actuators rather than spindle duty. Nominal torque is 10.6 N.m (93.8 lbf.in) on either supply rail, and peak stall torque reaches 24.72 N.m (218.79 lbf.in), giving roughly 2.3× headroom for acceleration bursts before the overload protection clamps output voltage. Continuous output power is 37 W at 24 V and 39 W at 48 V — small but appropriate for the gearbox reduction and the slow shaft.
Electrical interface and protection
Peak current draw is 7 A and maximum continuous is 5.5 A, so the upstream 24 V or 48 V supply needs headroom above that — the supply limits of 18 to 55.2 V bracket both common DC bus levels. An industrial connector handles field wiring, and four signals can each be configured as input or output, giving the integrator a small I/O budget for end-of-travel sensors, brake release, or fault lines without adding a remote module. Protection covers overload of output voltage, short circuit of the output voltage, and Safe Torque Off — STO matters for guarding: it removes drive power to the motor without removing logic power, which is the standard pattern for category-1 stops on this class of integrated drive.
Mechanical envelope and environment
Body length is 9.02 in (229 mm) on a 66 mm motor flange, flange-mounted with a hole-style shaft end — the through-hole accepts a customer pin or linkage rather than a keyed shaft. Cooling is natural convection, so the drive must be mounted on a surface that can reject heat without forced airflow. Shock resistance is 150 m/s² for 1000 shocks and vibration resistance is 20 m/s² from 10 to 500 Hz over 10 cycles, both per EN/IEC 60068-2 — adequate for industrial cabinet mounting and most conveyor-side installations.
Compliance and standards
The unit carries the CE marking and is designed against EN 50347 (small-power motor frame standardisation), EN/IEC 50178 (power electronics for power installations), and the EN 61800-3 / IEC 61800-3 Ed 2 family for adjustable-speed drives, second environment. Second environment in this context means industrial sites with their own dedicated transformer — the drive assumes the supply has the higher impedance typical of an industrial LV network, and the EMC filtering inside is sized accordingly. Standards coverage is what a control panel builder needs to drop the ILE into a CE-marked machine without re-engineering the emissions story.