PacDrive 3 ILM — integrated drive, not a stand-alone motor
The ILM1002P12F0000 is a Schneider Electric PacDrive 3 integrated servo drive — the drive electronics are packaged on the back of the motor rather than in a separate cabinet-mounted amplifier, which eliminates the mains-to-motor cable run and the associated EMC exposure on long power leads. It carries the manufacturer lifecycle stage current, so the part is sourced through active channels against an RFQ rather than a last-time-buy envelope.
2.9 N·m nominal with an 18.3 N·m peak — sizing for the motion profile
Continuous torque is 2.9 N·m nominal with a continuous stall figure of 4.4 N·m and peak stall of 18.3 N·m, so the drive can deliver roughly 6× nominal during accel/decel pulses before the current clamp engages — sufficient headroom for high-inertia start-stop cycles typical of indexing tables and small-format conveyors. Nominal speed is 3000 rpm with a torque constant of 1.52 N·m/A at 120 °C junction, meaning the drive requests roughly 1.9 A rms per N·m of demanded torque at the operating thermal point — a useful number for sizing the upstream 24 V logic supply against regen transients on fast stops. Line current is rated 2 A with a maximum Irms of 13.1 A and continuous stall current of 2.9 A; nominal output power is 910 W, placing the unit in the low-power servo bracket that typically pairs with PacDrive LMC motion controllers on packaging and assembly skids.
SinCos Hiperface multiturn feedback — absolute position survives power-down
Feedback is SinCos Hiperface absolute multiturn, so the controller reads absolute shaft position on power-up without a homing routine — relevant on machines where the reference mark is inaccessible after a tool change or guarding interlock. The 8-pole rotor with a 2-stack lamination yields the back-EMF constant of 100 V/krpm at 20 °C; that figure is the one to compare against the bus voltage when sizing regen resistor duty on rapid decel events.
Holding brake sized to the static load, not the dynamic torque
A holding brake is fitted with a 5.5 N·m holding torque — greater than the 2.9 N·m nominal but well below the 18.3 N·m peak, which is the correct relationship: the brake is rated to lock the rotor against gravity and back-EMF-driven rotation at standstill, not to absorb dynamic braking energy.
100 mm flange, keyed shaft — drop-in for IEC-standard mount
Mounting is the 100 mm international standard flange with a centring collar 95 mm in diameter and four 9 mm mounting holes, so the unit bolts directly to a standard servo gearbox or face-mount bracket without an adapter plate. The shaft is 19 mm diameter, 40 mm long, keyed 30 mm wide with a single shaft end — no second shaft extension, so any auxiliary encoder or hand-crank must mount on the driven side of the coupling, not on the motor itself. Length across the assembled motor and integrated drive is 280 mm — the dimension to check against the cable bend radius and the cabinet back panel when laying out the machine frame.
Natural convection, IP54 — cabinet interior, not washdown
Cooling is natural convection with no integrated fan, so the unit depends on cabinet airflow for thermal headroom; sealing is IP54, which is dust-protected and resistant to splashing from any direction — appropriate for a sealed control cabinet interior, not for direct washdown or outdoor mounting.