Lifecycle status — still in production, quoted to order
The part's lifecycle stage reads as current on the OEM record, so the ILM1401M12A0000 is on the active Schneider Electric line for the PacDrive 3 family and is specified against current production drives rather than legacy stock. Procurement posture for an active PacDrive 3 motor is quoted-to-order against the BOM — the part is not held as a stocked shelf item here, and lead time plus volume pricing come back through an RFQ rather than off a live inventory feed.
Torque envelope and where this motor slots in a PacDrive 3 line
The motor carries 8.3 N.m nominal torque (75.2 lbf.in continuous stall) with 27 N.m peak stall — that ratio is what dictates the load class the ILM1401M12A0000 can accelerate on a PacDrive 3 axis, and it lands in the mid-power bracket for handling, pick-and-place, and small-format converting machinery. At 1300 W nominal output and 3.15 A line-rated current against a 14.6 A Irms peak, the motor runs comfortably in the AC servo mid-band — sizing the upstream drive means matching the Irms ceiling to the motor's instantaneous demand rather than the 1300 W continuous figure.
Drive tuning — constants, inertia, and the feedback bus
Stator resistance of 4.58 Ohm per phase at 20 °C dropping to 3.18 Ohm per phase-to-neutral at 120 °C tells the thermal headroom story — copper drops with temperature, so loop gains are programmed against the 120 °C figure, not the cold bench reading. Feedback is absolute multiturn SinCos Hiperface with 128 periods of resolution, which is what the PacDrive 3 controller expects for commutation and absolute position retention at power-on without a homing move.
Mechanical fit — flange, shaft, and shaft loading
Mounting is the international standard 140 mm flange with a 130 mm centring collar and four 11 mm bolt holes, so the ILM1401M12A0000 drops into the standard PacDrive 3 footprint without a custom adapter plate. The shaft is 24 mm diameter, 50 mm long, keyed with a 1.6 in key width and no second shaft end — coupling selection has to match 24 mm keyed, not the plain-cylindrical or alternative keyway variants in the same series. Shaft loading limits are 2210 N radial at 1000 rpm derating to 1760 N at 2000 rpm, with axial force capped at 0.2 × radial — those curves decide belt tension, gear pinion loads, and whether a direct-drive coupling sits inside the envelope.
Cabinet duty and cooling
Cooling is natural convection only — no integrated fan — which means cabinet ventilation and a heatsinking coupling or machine frame do the thermal work, and IP54 sealing limits the environment to dust-protected and light splash rather than washdown.