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Schneider Electric ILM1401M02F0000 — Servo Drives

Schneider Electric ILM1401M02F0000 Servo Motor, 8.3 N.m

MPNILM1401M02F0000
Obsolete

Schneider Electric PacDrive 3 ILM series servo motor with integrated drive, 140 mm flange, 8.3 N.m nominal torque, 27 N.m peak, 1300 W, SinCos Hiperface multiturn feedback, holding brake.

Sourced new & surplus through independent channelsAuthenticity-screened · ESD-safe packingListing updated Jul 2026

Specifications

ILM1401M02F0000 — Identification
ParameterValue
Device short nameILM
Product rangePacDrive 3
Product typeServo motor integrated drive
ILM1401M02F0000 — Electrical
ParameterValue
Rated supply voltage250...700 V
Rated line current3.15 A
ILM1401M02F0000 — Motor & Torque
ParameterValue
Continuous stall torque75.2 lbf.in (8.5 N.m)
Peak stall torque239.0 lbf.in (27 N.m)
Nominal speed1500 rpm
Nominal torque73.5 lbf.in (8.3 N.m)
Rotor inertia7.41 kg.cm²
Holding brakeWith
Number of motor poles10
Number of motor stacks1
Maximum radial force (Fr)2210 N 1000 rpm 1760 N 2000 rpm
ILM1401M02F0000 — Feedback
ParameterValue
Feedback typeAbsolute multiturn SinCos Hiperface
Speed feedback resolution128 periods
ILM1401M02F0000 — Mechanical
ParameterValue
Shaft end typeUntapped
Motor flange size5.5 in (140 mm)
Second shaft endWithout second shaft end
Number of mounting holes4
Mounting hole circle diameter6.5 in (165 mm)
Length11.5 in (292 mm)
Mounting hole diameter0.4 in (11 mm)
Centring collar diameter5.1 in (130 mm)
Shaft diameter0.9 in (24 mm)
Shaft length2.0 in (50 mm)
Centring collar depth0.1 in (3.5 mm)
ILM1401M02F0000 — Environmental
ParameterValue
IP ratingIP54
Cooling methodNatural convection

Product details

Sizing envelope for a PacDrive 3 axis

The ILM1401M02F0000 sits in the PacDrive 3 ILM family as a servo motor with integrated drive — flange size 140 mm, nominal torque 8.3 N.m (73.5 lbf.in) at 1500 rpm, peaking at 27 N.m (239.0 lbf.in) when the drive pushes the 14.6 A Irms ceiling through the windings. Continuous output is rated at 1300 W with a 3.15 A line-rated current and a 3.2 A continuous stall current — the gap between continuous and peak (3.2 A vs 14.6 A) is the dynamic headroom the drive uses for accel/decel pulses, which is what makes this frame size work on cyclic packaging or indexing axes. Holding torque with the brake engaged is 18 N.m (159.3 lbf.in), exceeding the nominal torque figure so the brake can hold the load at zero speed without slipping — a 24 mm untapped shaft with no second shaft end and a 50 mm shaft length drives the coupling choice.

Feedback, brake, and the safety-side wiring

Feedback is absolute multiturn SinCos Hiperface — the position resolution comes from the encoder protocol rather than from an external homing routine, so the axis is position-known at power-on without a homing move. The holding brake is included and rated at 18 N.m — wire it through the drive's brake control output (not a separate supply) so the drive interlocks brake release with enable and applies the brake on stop categories that require it.

Mechanical fit and shaft loading budget

Mounting is international standard flange with a 130 mm centring collar, 3.5 mm depth, and four 11 mm mounting holes — the 140 mm flange and the bolt circle match the standard IEC mounting footprint for this frame. Maximum radial force Fr is 2210 N at 1000 rpm, derating to 1760 N at 2000 rpm — that derating curve is what governs pulley or pinion placement, not the headline torque number. Maximum axial force Fa is limited to 0.2 × Fr, so a belt drive with side load must stay inside that envelope or the bearings take the penalty.

Sourcing posture for this build

For a quote against the BOM, the unit ships as a single piece per package with natural-convection cooling — no external fan to derate around in a sealed cabinet.

Frequently asked questions

What is the listed length of ILM1401M02F0000?

Length is 11.5 in (292 mm) for this ILM frame — the 140 mm flange, 130 mm centring collar, and 50 mm shaft length together define the axial envelope to clear behind the motor and through the mounting plate.

What is the closest alternative in the PacDrive 3 ILM family for ILM1401M02F0000?

No pin-compatible LTB successor is declared. The functional alternative is the adjacent ILM frame in the same PacDrive 3 family — a different stator stack length and therefore a different torque constant — mounted in the same 140 mm international-standard flange.

MPN
ILM1401M02F0000