Active PacDrive 3 motor — sourcing posture
The ILM0703P12A0000 sits in the current lifecycle stage as a PacDrive 3 range servo motor with integrated drive electronics — panel builders and OEMs sourcing this code are buying an actively-supported position rather than a tail-end build. It carries a 720 W nominal output rating and 1.15 N·m nominal torque at 6000 rpm, with a peak stall of 8.7 N·m and a continuous stall current of 3 A — the envelope that decides whether it fits a given axis on a PacDrive 3 line.
Headline ratings and what they mean for sizing
1.15 N·m nominal against 8.7 N·m peak stall gives roughly a 7.5× overload headroom — useful for acceleration pulses on indexing axes but the 12 A Irms ceiling is the real ceiling, since the drive saturates long before mechanical limits on aggressive motion profiles. Torque constant sits at 0.76 N·m/A referenced to the 120 °C winding figure, which is the working-point number for sizing, not the 25 °C marketing figure — at 1.15 N·m nominal and the 1.5 A line-rated current the thermal margin is narrow and natural-convection cooling caps continuous torque well below peak.
Flange, shaft, and feedback
Mounting is the 70 mm international-standard flange with four 5.5 mm holes on a 60 mm centring collar — meaning it drops into a standard servo footprint without a machined adapter plate. Shaft is keyed, 14 mm diameter by 30 mm long, no second shaft end and no holding brake — the absence of a brake is the deciding fact for vertical-axis applications, which will need an external failsafe brake sized to the 8.7 N·m peak envelope. Feedback is an absolute multiturn SinCos Hiperface with 128-period resolution — engineers pairing this motor with a PacDrive 3 controller get absolute position on power-up with no homing move, which matters on machines where a homing sequence costs a cycle of throughput.
Radial load, IP rating, and what that means for placement
Maximum radial force Fr is rated across the speed range from 730 N at 1000 rpm down to 400 N at 6000 rpm — the inverse-of-speed profile means belt-driven loads have to be sized at the operating speed, not at the static case, or the bearing life derate will dominate the maintenance schedule. IP54 protection with natural-convection cooling places this motor in cabinet-mounted or light-dust environments — food-and-beverage washdown or outdoor duty needs an enclosure upgrade; the motor itself will not carry an IP67 rating.
Procurement and RFQ handling
Because the part is in the current lifecycle stage and PacDrive 3 is still supported, the part is quoted to order through independent distribution against an RFQ — the BOM position determines whether a same-day spare or a build-quantity schedule applies, and that is the variable to clarify with the quote.